{"id":1608,"date":"2026-07-11T07:54:54","date_gmt":"2026-07-11T05:54:54","guid":{"rendered":"https:\/\/timedivers.net\/el-viaje-del-beagle-diario-de-una-expedicion-cientifica\/"},"modified":"2026-07-11T08:05:22","modified_gmt":"2026-07-11T06:05:22","slug":"el-viaje-del-beagle-diario-de-una-expedicion-cientifica","status":"publish","type":"page","link":"https:\/\/timedivers.net\/es\/demo\/el-viaje-del-beagle-diario-de-una-expedicion-cientifica\/","title":{"rendered":"El viaje del Beagle: diario de una expedici\u00f3n cient\u00edfica"},"content":{"rendered":"<div class=\"et_pb_section_0 et_pb_section et_section_regular et_block_section\">\n<div class=\"et_pb_row_0 et_pb_row et_block_row\">\n<div class=\"et_pb_column_0 et_pb_column et_pb_column_4_4 et-last-child et_block_column et_pb_css_mix_blend_mode_passthrough\">\n<div class=\"et_pb_text_0 et_pb_text et_pb_bg_layout_light et_pb_module et_block_module\"><div class=\"et_pb_text_inner\"><style 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.td-classic-modal-external-resource-preview:focus-visible {\n\tborder-color: #2f6b3f;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-dialog {\n\tbackground: linear-gradient(180deg, #fffaf0, #f3f7ec);\n\tborder: 1px solid #c8d8bc;\n\tborder-color: #c8d8bc;\n\tborder-width: 1px;\n\tborder-radius: 18px;\n\tbox-shadow: 0 20px 60px rgba(29,43,86,0.28);\n\tcolor: #4d5846;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-dialog:hover,\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-dialog:focus-within {\n\tborder-color: #2f6b3f;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-backdrop {\n\tbackground: rgba(31,63,43,0.44);\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-title {\n\tcolor: #1f3f2b;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-body,\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-media {\n\tcolor: #4d5846;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-credit {\n\tbackground: #f3f7ec;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-credit-line,\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-credit-line strong {\n\tcolor: #64705a;\n}\n.td-public-lightbox.td-has-custom-style a,\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-credit-line a {\n\tcolor: #a86432;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-close {\n\tbackground: #fffaf0;\n\tcolor: #1f3f2b;\n\tborder-color: #c8d8bc;\n}\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-close:hover,\n.td-public-lightbox.td-has-custom-style .td-public-lightbox-close:focus-visible {\n\tbackground: #2f6b3f;\n\tcolor: #ffffff;\n\tborder-color: #2f6b3f;\n}\n<\/style>\n<div class=\"td-public-timeline td-has-custom-style\" data-td-timeline-id=\"107\" data-td-public-close-icon=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/close.svg\"><header class=\"td-public-head\"><div class=\"td-public-head-main td-public-head-main-has-cover\"><div class=\"td-public-head-cover\"><a class=\"td-public-cover-box td-public-cover-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/assets\/El-viaje-del-Beagle-portada.png\" aria-label=\"Abrir imagen de portada de la l\u00ednea del tiempo\" data-image-title=\"The voyage of the Beagle: journal of a scientific expedition\" data-attribution-text=\"S\u00e9mhur, v\u00eda Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage_of_the_Beagle-en.svg\" data-license-name=\"Creative Commons Atribuci\u00f3n-CompartirIgual 4.0 Internacional\" data-license-url=\"https:\/\/creativecommons.org\/licenses\/by-sa\/4.0\/\"><img decoding=\"async\" class=\"td-public-cover-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/assets\/El-viaje-del-Beagle-portada.png\" alt=\"The voyage of the Beagle: journal of a scientific expedition\"><\/a><\/div><div class=\"td-public-head-text\"><h1>The voyage of the Beagle: journal of a scientific expedition<\/h1><div class=\"td-public-description\" data-td-line-clamp=\"2\"><div class=\"td-description-full td-description-clamp-target\"><p>A timeline that traces Charles Darwin\u2019s voyage aboard HMS Beagle between 1831 and 1836. Through its stopovers, observations, encounters and discoveries, this expedition journal shows how contact with landscapes, species and cultures from different places transformed his way of understanding nature and laid the groundwork for some of the ideas that would later change the history of science.<\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><\/div><div class=\"td-public-head-actions\"><a class=\"td-btn td-btn-secondary td-btn-with-icon td-public-head-classic-btn\" href=\"https:\/\/timedivers.net\/es\/timeline\/107\/classic\/\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/horizontal.svg\" alt=\"\" aria-hidden=\"true\"><span>Vista horizontal<\/span><\/a><button type=\"button\" class=\"td-btn td-btn-secondary td-btn-with-icon td-public-head-controls-btn td-public-settings-toggle\" aria-expanded=\"false\" aria-controls=\"td-public-settings-drawer\" aria-label=\"Controles\" title=\"Controles\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/config.svg\" alt=\"\" aria-hidden=\"true\"><span>Controles<\/span><\/button><button type=\"button\" class=\"td-btn td-btn-secondary td-btn-with-icon td-public-head-share-btn\" data-td-public-modal-open=\"td-public-share-modal\" aria-label=\"Compartir l\u00ednea del tiempo\" title=\"Compartir l\u00ednea del tiempo\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><span>Compartir<\/span><\/button><button type=\"button\" class=\"td-btn td-btn-secondary td-btn-with-icon td-public-head-export-btn\" data-td-public-modal-open=\"td-public-export-modal\" aria-label=\"Exportar l\u00ednea del tiempo\" title=\"Exportar l\u00ednea del tiempo\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/export.svg\" alt=\"\" aria-hidden=\"true\"><span>Exportar<\/span><\/button><button type=\"button\" class=\"td-btn td-btn-secondary td-btn-with-icon td-public-head-fullscreen-btn\" data-td-public-fullscreen data-close-icon=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/fullscreenoff.svg\" data-fullscreen-exit-label=\"Salir de pantalla completa\" aria-label=\"Pantalla completa\" title=\"Pantalla completa\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/fullscreen.svg\" alt=\"\" aria-hidden=\"true\"><span>Pantalla completa<\/span><\/button><\/div><\/div><\/header><div id=\"td-public-share-modal\" class=\"td-public-modal\" data-td-public-modal hidden><div class=\"td-public-modal-backdrop\" data-td-public-modal-close><\/div><section class=\"td-public-modal-dialog\" role=\"dialog\" aria-modal=\"true\" aria-labelledby=\"td-public-share-modal-title\"><button type=\"button\" class=\"td-public-modal-close\" data-td-public-modal-close aria-label=\"Cerrar\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/close.svg\" alt=\"\" aria-hidden=\"true\"><\/button><div class=\"td-public-modal-body\"><h2 id=\"td-public-share-modal-title\" class=\"td-public-modal-title\">Compartir l\u00ednea del tiempo<\/h2><div class=\"td-public-modal-section\"><h3 class=\"td-public-modal-section-title\">Enlace de la l\u00ednea del tiempo<\/h3><p class=\"td-public-modal-text\">Abre el panel de compartir del navegador o del dispositivo. 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aria-label=\"Cerrar controles\"><img decoding=\"async\" class=\"td-btn-icon\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/includes\/..\/assets\/icons\/close.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-filters-head\"><div class=\"td-public-filters-summary\"><p class=\"td-public-count-status\"><\/p><p class=\"td-public-filter-status\" hidden><\/p><\/div><div class=\"td-public-filters-actions\"><button type=\"button\" class=\"td-clear-filter-btn\" hidden>Quitar filtros<\/button><\/div><\/div><div class=\"td-public-filter-section td-public-filter-section-search\"><label class=\"td-public-search-label\" for=\"td-public-text-search\">Buscar<\/label><input type=\"search\" id=\"td-public-text-search\" class=\"td-public-search-input\" placeholder=\"Buscar en t\u00edtulo y descripci\u00f3n...\"><\/div><div class=\"td-public-filter-section td-public-filter-section-tags\"><label class=\"td-public-search-label\" for=\"td-public-tag-search\">Etiquetas<\/label><input type=\"search\" id=\"td-public-tag-search\" class=\"td-public-search-input\" placeholder=\"Buscar etiquetas...\"><div class=\"td-public-tags-scroll\"><button type=\"button\" class=\"td-public-tags-scroll-btn td-public-tags-scroll-prev\" aria-label=\"Desplazar etiquetas a la izquierda\">\u2039<\/button><div class=\"td-public-filter-tags\"><button type=\"button\" class=\"td-public-tag-btn\" data-tag=\"Botany\" data-count=\"14\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn\" data-tag=\"Evolution\" data-count=\"12\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn\" data-tag=\"Fossils\" data-count=\"7\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn\" data-tag=\"Gal\u00e1pagos\" data-count=\"6\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn\" data-tag=\"Geology\" data-count=\"26\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn\" 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aria-label=\"Desplazar etiquetas a la derecha\">\u203a<\/button><\/div><\/div><div class=\"td-public-filter-section td-public-filter-section-settings\"><div class=\"td-public-settings-title\">Configuraci\u00f3n<\/div><div class=\"td-public-setting-row\"><label class=\"td-public-search-label\" for=\"td-public-tag-order\">Orden de etiquetas<\/label><select id=\"td-public-tag-order\" class=\"td-public-select\"><option value=\"usage\">M\u00e1s usadas<\/option><option value=\"alphabetical\">Alfab\u00e9tico<\/option><\/select><\/div><div class=\"td-public-setting-row\"><label class=\"td-public-search-label\" for=\"td-public-tag-logic\">L\u00f3gica de etiquetas<\/label><select id=\"td-public-tag-logic\" class=\"td-public-select\"><option value=\"AND\">Y<\/option><option value=\"OR\">O<\/option><\/select><\/div><div class=\"td-public-setting-row\"><label class=\"td-public-search-label\" for=\"td-public-sort-order\">Cronolog\u00eda<\/label><select id=\"td-public-sort-order\" class=\"td-public-select\"><option value=\"asc\">M\u00e1s antiguos primero<\/option><option value=\"desc\">M\u00e1s recientes primero<\/option><\/select><\/div><div class=\"td-public-setting-row\"><label class=\"td-public-search-label\" for=\"td-public-page-size\">Eventos por p\u00e1gina<\/label><select id=\"td-public-page-size\" class=\"td-public-select\"><option value=\"25\">25<\/option><option value=\"50\">50<\/option><option value=\"100\">100<\/option><option value=\"250\">250<\/option><option value=\"500\">500<\/option><\/select><\/div><\/div><\/div><\/aside><div class=\"td-public-main\"><div class=\"td-public-list\"><article id=\"event-4192\" class=\"td-public-card\" data-tags=\"hms beagle|natural history\" data-search=\"the invitation that changes a career in august 1831, charles darwin has not yet left england. he has completed his studies at cambridge and maintains a close relationship with john stevens henslow, professor of botany and one of the figures who has most encouraged his training as a naturalist. henslow learns that captain robert fitzroy is looking for a young gentleman with scientific knowledge to accompany the second voyage of hms beagle. darwin is recommended. he does not hold an official post as the ship&#039;s naturalist, but he can contribute observation, collecting, scientific conversation, and a perspective shaped by geology, zoology, and botany.\nthe invitation arrives at a delicate moment. darwin&#039;s family plans did not include a multi-year circumnavigation, and his father views the project with suspicion: uncertain duration, dangers at sea, interruption of a possible career, and additional expense. his opposition eases thanks to the intervention of darwin&#039;s uncle josiah wedgwood, who helps present the voyage not as a whimsical adventure but as an opportunity for education, reputation, and scientific service.\nbefore boarding, darwin begins to prepare as someone who knows he will have to observe quickly and preserve specimens carefully. he gathers instruments, books, jars, weapons, clothing, and collecting materials. the beagle will not sail in order to carry darwin out into the world; it will sail to chart coastlines, measure longitudes, and complete coastal surveys. that distinction shapes the voyage from the beginning: darwin&#039;s science will develop within a naval expedition with its own schedules, orders, storms, ports of call, and objectives.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57800995200\" data-event-id=\"4192\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4192\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">24\/08\/1831<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>The Invitation That Changes a Career<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4192\" data-share-title=\"The Invitation That Changes a Career\" data-share-text=\"Evento: The Invitation That Changes a Career \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In August 1831, Charles Darwin has not yet left England. He has completed his studies at Cambridge and maintains a close relationship with John Stevens Henslow, professor of botany and one of the figures who has most encouraged his training as a naturalist. Henslow learns that Captain Robert FitzRoy is looking for a young gentleman with scientific knowledge to accompany the second voyage of HMS Beagle. Darwin is recommended. He does not hold an official post as the ship&#039;s naturalist, but he can contribute observation, collecting, scientific conversation, and a perspective shaped by geology, zoology, and botany.<br \/>\nThe invitation arrives at a delicate moment. Darwin&#039;s family plans did not include a multi-year circumnavigation, and his father views the project with suspicion: uncertain duration, dangers at sea, interruption of a possible career, and additional expense. His opposition eases thanks to the intervention of Darwin&#039;s uncle Josiah Wedgwood, who helps present the voyage not as a whimsical adventure but as an opportunity for education, reputation, and scientific service.<br \/>\nBefore boarding, Darwin begins to prepare as someone who knows he will have to observe quickly and preserve specimens carefully. He gathers instruments, books, jars, weapons, clothing, and collecting materials. The Beagle will not sail in order to carry Darwin out into the world; it will sail to chart coastlines, measure longitudes, and complete coastal surveys. That distinction shapes the voyage from the beginning: Darwin&#039;s science will develop within a naval expedition with its own schedules, orders, storms, ports of call, and objectives.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles-Darwin-31.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Charles Darwin at Age 31\" data-attribution-text=\"George Richmond; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles-Darwin-31.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles-Darwin-31.jpg\" alt=\"Charles Darwin at Age 31\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Beagle_-_plan_1832.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Plan of HMS Beagle, 1832\" data-attribution-text=\"R. T. Pritchett \/ Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Beagle_-_plan_1832.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Beagle_-_plan_1832.jpg\" alt=\"Plan of HMS Beagle, 1832\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=hOidIF0-FBc\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=hOidIF0-FBc\" data-resource-title=\"The Truth About Charles Darwin\" aria-label=\"The Truth About Charles Darwin\" title=\"The Truth About Charles Darwin\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/hOidIF0-FBc\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=hOidIF0-FBc\" data-resource-title=\"The Truth About Charles Darwin\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4193\" class=\"td-public-card\" data-tags=\"hms beagle|sea voyage\" data-search=\"darwin arrives in devonport on october 24, 1831, darwin arrives at devonport, near plymouth, and begins a wait that lasts far longer than he would have liked. the ship is there, captain fitzroy is supervising preparations, and the crew is settling into the routine before a long expedition. for darwin, departure ceases to be a promise described in letters and becomes timber, ropes, cramped cabins, boxes of instruments, naval discipline, and days spent waiting on the wind.\nthe delay allows him to become closely acquainted with the space he will occupy for years. the beagle is a ten-gun brig adapted for survey work, not a passenger vessel. its small size means living alongside charts, tools, specimens, provisions, officers, and sailors. from the outset, darwin must accept that his work will be carried out in uncomfortable conditions: little space, dampness, changes of course, seasickness, and the need to protect every specimen collected.\nthe weeks at devonport also establish a crucial relationship with fitzroy. the captain is not merely seeking social company; he needs someone capable of observing, conversing, reasoning, and helping bear the mental strain of a prolonged voyage. the two men will differ in character, religion, politics, and science, but before departure expectation outweighs those tensions. darwin is about to leave behind a life of study, hunting, reading, and english excursions for a geography he can barely imagine.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57806265600\" data-event-id=\"4193\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4193\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">24\/10\/1831<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Darwin Arrives in Devonport<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4193\" data-share-title=\"Darwin Arrives in Devonport\" data-share-text=\"Evento: Darwin Arrives in Devonport \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On October 24, 1831, Darwin arrives at Devonport, near Plymouth, and begins a wait that lasts far longer than he would have liked. The ship is there, Captain FitzRoy is supervising preparations, and the crew is settling into the routine before a long expedition. For Darwin, departure ceases to be a promise described in letters and becomes timber, ropes, cramped cabins, boxes of instruments, naval discipline, and days spent waiting on the wind.<br \/>\nThe delay allows him to become closely acquainted with the space he will occupy for years. The Beagle is a ten-gun brig adapted for survey work, not a passenger vessel. Its small size means living alongside charts, tools, specimens, provisions, officers, and sailors. From the outset, Darwin must accept that his work will be carried out in uncomfortable conditions: little space, dampness, changes of course, seasickness, and the need to protect every specimen collected.<br \/>\nThe weeks at Devonport also establish a crucial relationship with FitzRoy. The captain is not merely seeking social company; he needs someone capable of observing, conversing, reasoning, and helping bear the mental strain of a prolonged voyage. The two men will differ in character, religion, politics, and science, but before departure expectation outweighs those tensions. Darwin is about to leave behind a life of study, hunting, reading, and English excursions for a geography he can barely imagine.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS_Beagle_1832_longitudinal_section.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Longitudinal Section of HMS Beagle\" data-attribution-text=\"F. G. King \/ Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:HMS_Beagle_1832_longitudinal_section.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS_Beagle_1832_longitudinal_section.jpg\" alt=\"Longitudinal Section of HMS Beagle\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=ZxPSJjziQ_w\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=ZxPSJjziQ_w\" data-resource-title=\"Darwin&#039;s Voyage of the Beagle \u2013 England to Tierra del Fuego\" aria-label=\"Darwin&#039;s Voyage of the Beagle \u2013 England to Tierra del Fuego\" title=\"Darwin&#039;s Voyage of the Beagle \u2013 England to Tierra del Fuego\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/ZxPSJjziQ_w\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=ZxPSJjziQ_w\" data-resource-title=\"Darwin&#039;s Voyage of the Beagle \u2013 England to Tierra del Fuego\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4194\" class=\"td-public-card\" data-tags=\"hms beagle|sea voyage\" data-search=\"the beagle sails from plymouth on december 27, 1831, after two departures were thwarted by storms, hms beagle finally leaves plymouth. the date marks the beginning of the ship&#039;s second voyage under the command of robert fitzroy. its main purpose is to complete hydrographic surveys along the coasts of patagonia, tierra del fuego, chile, peru, and several pacific islands, as well as to carry out a chain of chronometric measurements around the world.\ndarwin boards at the age of twenty-two. he does not set out as an established scientific hero, but as a young naturalist who will have to learn how to see as the voyage unfolds. his first concerns are physical and practical: seasickness, adapting to his cabin, living with the officers, preserving specimens, managing his time, and writing notes regularly. navigation imposes a discipline unlike the excursions of cambridge or shrewsbury.\ndeparture also brings a change of scale. the english coast falls behind and the voyage opens toward volcanic archipelagos, tropical forests, south american plains, mountain ranges, deserts, coral reefs, and oceanic islands. darwin does not yet know what materials he will gather, but he carries a decisive combination with him: naturalistic curiosity, recent geological training, attention to detail, and a strong willingness to compare what he sees with what he has read.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57811795200\" data-event-id=\"4194\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4194\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">27\/12\/1831<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>The Beagle Sails from Plymouth<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4194\" data-share-title=\"The Beagle Sails from Plymouth\" data-share-text=\"Evento: The Beagle Sails from Plymouth \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On December 27, 1831, after two departures were thwarted by storms, HMS Beagle finally leaves Plymouth. The date marks the beginning of the ship&#039;s second voyage under the command of Robert FitzRoy. Its main purpose is to complete hydrographic surveys along the coasts of Patagonia, Tierra del Fuego, Chile, Peru, and several Pacific islands, as well as to carry out a chain of chronometric measurements around the world.<br \/>\nDarwin boards at the age of twenty-two. He does not set out as an established scientific hero, but as a young naturalist who will have to learn how to see as the voyage unfolds. His first concerns are physical and practical: seasickness, adapting to his cabin, living with the officers, preserving specimens, managing his time, and writing notes regularly. Navigation imposes a discipline unlike the excursions of Cambridge or Shrewsbury.<br \/>\nDeparture also brings a change of scale. The English coast falls behind and the voyage opens toward volcanic archipelagos, tropical forests, South American plains, mountain ranges, deserts, coral reefs, and oceanic islands. Darwin does not yet know what materials he will gather, but he carries a decisive combination with him: naturalistic curiosity, recent geological training, attention to detail, and a strong willingness to compare what he sees with what he has read.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS_Beagle_by_Conrad_Martens.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"HMS Beagle in Tierra del Fuego\" data-attribution-text=\"Conrad Martens; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:HMS_Beagle_by_Conrad_Martens.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS_Beagle_by_Conrad_Martens.jpg\" alt=\"HMS Beagle in Tierra del Fuego\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4195\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|sea voyage\" data-search=\"first atlantic passage: seasickness, routine, and observation between december 27, 1831, and january 6, 1832, the beagle sails toward the northeastern atlantic. the first leg teaches darwin that science at sea begins not with spectacular discoveries, but with endurance. seasickness affects him severely and turns the first days into a trial of body and spirit. the ship&#039;s routine, watches, constant motion, and lack of space condition every observation.\neven so, the sea begins to become a subject of work. darwin observes the sky, temperature, color of the water, birds, floating organisms, and the life that appears at the surface during the crossing. navigation forces him to notice phenomena that would pass unseen on land: the direction of winds, changes in light, bodies of water, the behavior of marine animals, and the way a ship functions as a small mobile observatory.\nthe passage also teaches him a lesson in method. darwin will have to write while moving, collect without yet knowing the eventual fate of each specimen, separate personal impressions from useful notes, and maintain the continuity of his journal under changing conditions. the atlantic experience turns initial discomfort into a form of discipline: to look, record, compare, and preserve even when the body would rather do otherwise.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57811795200\" data-event-id=\"4195\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4195\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">27\/12\/1831<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">06\/01\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">10 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>First Atlantic Passage: Seasickness, Routine, and Observation<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4195\" data-share-title=\"First Atlantic Passage: Seasickness, Routine, and Observation\" data-share-text=\"Evento: First Atlantic Passage: Seasickness, Routine, and Observation \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between December 27, 1831, and January 6, 1832, the Beagle sails toward the northeastern Atlantic. The first leg teaches Darwin that science at sea begins not with spectacular discoveries, but with endurance. Seasickness affects him severely and turns the first days into a trial of body and spirit. The ship&#039;s routine, watches, constant motion, and lack of space condition every observation.<br \/>\nEven so, the sea begins to become a subject of work. Darwin observes the sky, temperature, color of the water, birds, floating organisms, and the life that appears at the surface during the crossing. Navigation forces him to notice phenomena that would pass unseen on land: the direction of winds, changes in light, bodies of water, the behavior of marine animals, and the way a ship functions as a small mobile observatory.<br \/>\nThe passage also teaches him a lesson in method. Darwin will have to write while moving, collect without yet knowing the eventual fate of each specimen, separate personal impressions from useful notes, and maintain the continuity of his journal under changing conditions. The Atlantic experience turns initial discomfort into a form of discipline: to look, record, compare, and preserve even when the body would rather do otherwise.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMSBeagle.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"HMS Beagle, Watercolor by Owen Stanley\" data-attribution-text=\"Owen Stanley; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:HMSBeagle.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMSBeagle.jpg\" alt=\"HMS Beagle, Watercolor by Owen Stanley\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4196\" class=\"td-public-card\" data-tags=\"hms beagle|islands|sea voyage\" data-search=\"tenerife in sight, but no landing on january 6, 1832, the beagle reaches tenerife. darwin hopes to go ashore and see at close range a volcanic island that attracts him for its scenery, vegetation, and the scientific renown of the canary islands. the authorities, however, prevent anyone from landing for fear of cholera. the island is reduced to a view from the ship: steep outlines, low clouds, and the peak lit by the dawn.\nthe disappointment is real. darwin had read and dreamed about tropical settings before leaving, and tenerife seemed to offer the first opportunity to escape the confinement of the ship. the prohibition forces him to accept that the voyage will depend on decisions made by others: health regulations, ports, weather, diplomacy, naval orders, and the expedition&#039;s priorities. not every place seen can become field experience.\nalthough he never sets foot on land, the stop leaves a lasting image. the island appears as a threshold between europe and the atlantic world opening southward. for the first time, the young naturalist contemplates a subtropical volcanic landscape from a position of longing and distance. that postponed encounter will heighten the impact of the next stop, when he is finally able to walk on santiago in cape verde.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57812659200\" data-event-id=\"4196\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4196\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">06\/01\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">07\/01\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">1 d\u00eda<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Tenerife in Sight, but No Landing<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4196\" data-share-title=\"Tenerife in Sight, but No Landing\" data-share-text=\"Evento: Tenerife in Sight, but No Landing \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On January 6, 1832, the Beagle reaches Tenerife. Darwin hopes to go ashore and see at close range a volcanic island that attracts him for its scenery, vegetation, and the scientific renown of the Canary Islands. The authorities, however, prevent anyone from landing for fear of cholera. The island is reduced to a view from the ship: steep outlines, low clouds, and the peak lit by the dawn.<br \/>\nThe disappointment is real. Darwin had read and dreamed about tropical settings before leaving, and Tenerife seemed to offer the first opportunity to escape the confinement of the ship. The prohibition forces him to accept that the voyage will depend on decisions made by others: health regulations, ports, weather, diplomacy, naval orders, and the expedition&#039;s priorities. Not every place seen can become field experience.<br \/>\nAlthough he never sets foot on land, the stop leaves a lasting image. The island appears as a threshold between Europe and the Atlantic world opening southward. For the first time, the young naturalist contemplates a subtropical volcanic landscape from a position of longing and distance. That postponed encounter will heighten the impact of the next stop, when he is finally able to walk on Santiago in Cape Verde.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/1280px-Voyage_of_the_Beagle-en.svg.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Map of the Voyage of the Beagle\" data-attribution-text=\"S\u00e9mhur; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage_of_the_Beagle-en.svg\" data-license-name=\"CC BY-SA 3.0\" data-license-url=\"https:\/\/creativecommons.org\/licenses\/by-sa\/3.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/1280px-Voyage_of_the_Beagle-en.svg.png\" alt=\"Map of the Voyage of the Beagle\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4197\" class=\"td-public-card\" data-tags=\"geology|hms beagle|islands|natural history|scientific observation\" data-search=\"santiago, cape verde: the first volcanic laboratory from january 16 to february 8, 1832, darwin stays on santiago, the principal island of cape verde. landing at porto praya gives him his first sustained contact with a landscape outside europe: ancient lava, arid plateaus, conical hills, dry riverbeds, and vegetation distributed unevenly according to the availability of water. after the wait at sea and the refusal at tenerife, the island becomes his first true field of observation.\ndarwin examines volcanic rocks, calcareous strata containing shells, surfaces raised above sea level, and the relationships between lava, sediment, and coastline. he reads charles lyell as he works: the landscape is not interpreted as a fixed ruin, but as the result of prolonged processes. shells in elevated layers, basalt flows, and changes in vegetation provide material for thinking about uplift, erosion, and slow transformation.\nhis stay is not limited to geology. darwin observes atmospheric dust, marine animals, birds, insects, octopuses, nudibranchs, and the relationship between aridity, grazing, and local life. he also visits villages, churches, and ruins that introduce human history into the natural landscape. santiago teaches him to work across mixed scales: a day on horseback, volcanic rock, climate, colonial society, an animal seen in a pool, and geological time.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57813523200\" data-event-id=\"4197\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4197\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">16\/01\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">08\/02\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">23 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Santiago, Cape Verde: The First Volcanic Laboratory<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4197\" data-share-title=\"Santiago, Cape Verde: The First Volcanic Laboratory\" data-share-text=\"Evento: Santiago, Cape Verde: The First Volcanic Laboratory \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>From January 16 to February 8, 1832, Darwin stays on Santiago, the principal island of Cape Verde. Landing at Porto Praya gives him his first sustained contact with a landscape outside Europe: ancient lava, arid plateaus, conical hills, dry riverbeds, and vegetation distributed unevenly according to the availability of water. After the wait at sea and the refusal at Tenerife, the island becomes his first true field of observation.<br \/>\nDarwin examines volcanic rocks, calcareous strata containing shells, surfaces raised above sea level, and the relationships between lava, sediment, and coastline. He reads Charles Lyell as he works: the landscape is not interpreted as a fixed ruin, but as the result of prolonged processes. Shells in elevated layers, basalt flows, and changes in vegetation provide material for thinking about uplift, erosion, and slow transformation.<br \/>\nHis stay is not limited to geology. Darwin observes atmospheric dust, marine animals, birds, insects, octopuses, nudibranchs, and the relationship between aridity, grazing, and local life. He also visits villages, churches, and ruins that introduce human history into the natural landscape. Santiago teaches him to work across mixed scales: a day on horseback, volcanic rock, climate, colonial society, an animal seen in a pool, and geological time.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Santiago_28cape_verde29_sentinel2_28praia29.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Santiago, Cape Verde, Sentinel-2 Image\" data-attribution-text=\"Contains modified Copernicus Sentinel data 2023; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Santiago_%28cape_verde%29_sentinel2_%28praia%29.jpg\" data-license-name=\"Copernicus Sentinel Data Attribution\" data-license-url=\"https:\/\/dataspace.copernicus.eu\/copyright\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Santiago_28cape_verde29_sentinel2_28praia29.jpg\" alt=\"Santiago, Cape Verde, Sentinel-2 Image\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=NR8HwOE_7yo\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=NR8HwOE_7yo\" data-resource-title=\"How Darwin Discovered Evolution \u2014 Professor John van Wyhe\" aria-label=\"How Darwin Discovered Evolution \u2014 Professor John van Wyhe\" title=\"How Darwin Discovered Evolution \u2014 Professor John van Wyhe\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/NR8HwOE_7yo\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=NR8HwOE_7yo\" data-resource-title=\"How Darwin Discovered Evolution \u2014 Professor John van Wyhe\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4198\" class=\"td-public-card\" data-tags=\"geology|hms beagle|islands|scientific observation\" data-search=\"porto praya: a dry landscape and a new way of seeing on january 16, 1832, darwin lands at porto praya. his first impression is not of a luxuriant island, but of dry, brown, terraced land marked by ancient eruptions and a tropical sun that leaves the ground almost bare. its novelty lies precisely in that aridity. for someone accustomed to england&#039;s green landscapes, the lava plains, truncated hills, and dry valleys create a sense of vastness and strangeness.\nfrom the harbor, darwin begins to read the coast like a geological page. a horizontal white band above sea level catches his attention: it contains calcareous material and shells similar to those living on the nearby shore. volcanic rocks rest above it. this contact between marine life, sediment, lava, and elevation offers a compact scene of successive changes, as though the island&#039;s edge preserved a sequence of ancient sea, volcanic heat, and uplift.\neveryday and naturalistic observations also appear. goats and cattle survive in the dry country; some ravines hold seasonal vegetation; winds and lack of rain shape the island&#039;s appearance. porto praya thus becomes the first place where darwin combines personal sensation, landscape description, specimen collecting, and geological reasoning.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57813523200\" data-event-id=\"4198\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4198\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">16\/01\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Porto Praya: A Dry Landscape and a New Way of Seeing<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4198\" data-share-title=\"Porto Praya: A Dry Landscape and a New Way of Seeing\" data-share-text=\"Evento: Porto Praya: A Dry Landscape and a New Way of Seeing \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On January 16, 1832, Darwin lands at Porto Praya. His first impression is not of a luxuriant island, but of dry, brown, terraced land marked by ancient eruptions and a tropical sun that leaves the ground almost bare. Its novelty lies precisely in that aridity. For someone accustomed to England&#039;s green landscapes, the lava plains, truncated hills, and dry valleys create a sense of vastness and strangeness.<br \/>\nFrom the harbor, Darwin begins to read the coast like a geological page. A horizontal white band above sea level catches his attention: it contains calcareous material and shells similar to those living on the nearby shore. Volcanic rocks rest above it. This contact between marine life, sediment, lava, and elevation offers a compact scene of successive changes, as though the island&#039;s edge preserved a sequence of ancient sea, volcanic heat, and uplift.<br \/>\nEveryday and naturalistic observations also appear. Goats and cattle survive in the dry country; some ravines hold seasonal vegetation; winds and lack of rain shape the island&#039;s appearance. Porto Praya thus becomes the first place where Darwin combines personal sensation, landscape description, specimen collecting, and geological reasoning.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Porto20Praia20Santiago20Cape20Verde.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Porto Praia, Santiago Island, Cape Verde\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Porto%20Praia,%20Santiago,%20Cape%20Verde.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Porto%20Praia,%20Santiago,%20Cape%20Verde.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Porto20Praia20Santiago20Cape20Verde.jpg\" alt=\"Porto Praia, Santiago Island, Cape Verde\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4199\" class=\"td-public-card\" data-tags=\"islands|natural history|scientific observation\" data-search=\"ribeira grande: history within the landscape in january 1832, darwin makes an excursion to ribeira grande, east of porto praya. the route crosses dry terrain before reaching valleys where water produces an abrupt change in color and texture. against the prevailing aridity, the banks of a stream support fresher vegetation, while the old town appears with ruins, a church, remains of fortifications, tombstones, and buildings that preserve a colonial memory.\nthe visit combines natural and human observation. darwin is interested in the contrast between the volcanic landscape and the history accumulated in the settlement. ribeira grande&#039;s former importance can be seen in its cathedral, funerary inscriptions, and the remains of a town that no longer has the weight it once did. the journey shows him that an island is understood not only through its rocks, but also through water, land use, deforestation, routes, and patterns of settlement.\nguides, interpreters, horses, villages, and encounters give these outings a practical dimension. darwin does not work as an isolated observer. he depends on roads, companions, languages, lodging, and local information. on santiago he learns to move through an unfamiliar territory while gathering impressions of landscape, history, fauna, vegetation, and customs.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57813868800\" data-event-id=\"4199\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4199\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">20\/01\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Ribeira Grande: History Within the Landscape<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4199\" data-share-title=\"Ribeira Grande: History Within the Landscape\" data-share-text=\"Evento: Ribeira Grande: History Within the Landscape \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In January 1832, Darwin makes an excursion to Ribeira Grande, east of Porto Praya. The route crosses dry terrain before reaching valleys where water produces an abrupt change in color and texture. Against the prevailing aridity, the banks of a stream support fresher vegetation, while the old town appears with ruins, a church, remains of fortifications, tombstones, and buildings that preserve a colonial memory.<br \/>\nThe visit combines natural and human observation. Darwin is interested in the contrast between the volcanic landscape and the history accumulated in the settlement. Ribeira Grande&#039;s former importance can be seen in its cathedral, funerary inscriptions, and the remains of a town that no longer has the weight it once did. The journey shows him that an island is understood not only through its rocks, but also through water, land use, deforestation, routes, and patterns of settlement.<br \/>\nGuides, interpreters, horses, villages, and encounters give these outings a practical dimension. Darwin does not work as an isolated observer. He depends on roads, companions, languages, lodging, and local information. On Santiago he learns to move through an unfamiliar territory while gathering impressions of landscape, history, fauna, vegetation, and customs.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/South20Coast20of20Santiago20Island2022559000613.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Southern Coast of Santiago Island\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:South%20Coast%20of%20Santiago%20Island%20(22559000613).jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:South%20Coast%20of%20Santiago%20Island%20(22559000613).jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/South20Coast20of20Santiago20Island2022559000613.jpg\" alt=\"Southern Coast of Santiago Island\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4200\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|sea voyage\" data-search=\"crossing the equator: the voyage reaches an oceanic scale in early february 1832, the beagle crosses the equator on its route toward the eastern coast of south america. the ship leaves behind the atlantic waters near africa and enters a broader oceanic scale. for the crew, the crossing has ceremonial as well as practical significance; for darwin, it extends his experience of a marine world that is not empty, but full of observable signs.\nthe young naturalist continues to watch the surface of the water, floating organisms, birds, variations in the sea&#039;s color, and atmospheric phenomena. on a hydrographic expedition, the ocean is not merely the distance between ports. it is a space of measurement, a route by which particles, animals, seeds, dust, and microscopic forms are transported, as well as a constant test for the body.\nthe crossing reinforces the difference between reading about voyages and living through one. each day depends on the wind, health, the movement of the ship, and the patience needed to observe brief phenomena. darwin begins to develop the habit of using every interruption in the routine: a change in the color of the water, a catch brought onto the deck, an isolated rock, a flock of birds, or a substance suspended in the air can all become entries in his journal.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57814992000\" data-event-id=\"4200\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4200\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">02\/02\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Crossing the Equator: The Voyage Reaches an Oceanic Scale<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4200\" data-share-title=\"Crossing the Equator: The Voyage Reaches an Oceanic Scale\" data-share-text=\"Evento: Crossing the Equator: The Voyage Reaches an Oceanic Scale \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In early February 1832, the Beagle crosses the equator on its route toward the eastern coast of South America. The ship leaves behind the Atlantic waters near Africa and enters a broader oceanic scale. For the crew, the crossing has ceremonial as well as practical significance; for Darwin, it extends his experience of a marine world that is not empty, but full of observable signs.<br \/>\nThe young naturalist continues to watch the surface of the water, floating organisms, birds, variations in the sea&#039;s color, and atmospheric phenomena. On a hydrographic expedition, the ocean is not merely the distance between ports. It is a space of measurement, a route by which particles, animals, seeds, dust, and microscopic forms are transported, as well as a constant test for the body.<br \/>\nThe crossing reinforces the difference between reading about voyages and living through one. Each day depends on the wind, health, the movement of the ship, and the patience needed to observe brief phenomena. Darwin begins to develop the habit of using every interruption in the routine: a change in the color of the water, a catch brought onto the deck, an isolated rock, a flock of birds, or a substance suspended in the air can all become entries in his journal.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Voyage20of20the20Beagle.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Route of the Voyage of the Beagle\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage%20of%20the%20Beagle.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage%20of%20the%20Beagle.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Voyage20of20the20Beagle.jpg\" alt=\"Route of the Voyage of the Beagle\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4201\" class=\"td-public-card\" data-tags=\"hms beagle|islands|natural history|scientific observation|zoology\" data-search=\"saint peter and saint paul&#039;s rocks: life on a tiny outcrop on february 16, 1832, the beagle stops near saint peter and saint paul&#039;s rocks, a small group of isolated rocks in the middle of the atlantic. darwin observes a place with almost no soil, no visible vegetation, and minimal dimensions, yet full of biological activity. rocks whitened by bird droppings, encrusting organisms, crabs, insects associated with nests and plumage, and seabirds form an austere and precisely organized community.\nthe stop is striking because of its apparent poverty. in a place where no plants grow, darwin finds relationships among birds, guano, parasites, crabs, and marine organisms. the romantic image of an island first colonized by luxuriant plants gives way to evidence of a humbler beginning: insects, spiders, birds, droppings, algae, and small animals capable of occupying cracks and bare surfaces.\nsaint peter and saint paul&#039;s rocks are also of geological interest. darwin recognizes that they are neither a coral islet nor a simple volcanic formation like many other oceanic islands. the stop is brief, but it leaves a clear scene of island ecology: isolation, the arrival of organisms, dependence on seabirds, and life organized upon an almost entirely mineral base.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57816201600\" data-event-id=\"4201\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4201\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">16\/02\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Saint Peter and Saint Paul&#039;s Rocks: Life on a Tiny Outcrop<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4201\" data-share-title=\"Saint Peter and Saint Paul&#039;s Rocks: Life on a Tiny Outcrop\" data-share-text=\"Evento: Saint Peter and Saint Paul&#039;s Rocks: Life on a Tiny Outcrop \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On February 16, 1832, the Beagle stops near Saint Peter and Saint Paul&#039;s Rocks, a small group of isolated rocks in the middle of the Atlantic. Darwin observes a place with almost no soil, no visible vegetation, and minimal dimensions, yet full of biological activity. Rocks whitened by bird droppings, encrusting organisms, crabs, insects associated with nests and plumage, and seabirds form an austere and precisely organized community.<br \/>\nThe stop is striking because of its apparent poverty. In a place where no plants grow, Darwin finds relationships among birds, guano, parasites, crabs, and marine organisms. The romantic image of an island first colonized by luxuriant plants gives way to evidence of a humbler beginning: insects, spiders, birds, droppings, algae, and small animals capable of occupying cracks and bare surfaces.<br \/>\nSaint Peter and Saint Paul&#039;s Rocks are also of geological interest. Darwin recognizes that they are neither a coral islet nor a simple volcanic formation like many other oceanic islands. The stop is brief, but it leaves a clear scene of island ecology: isolation, the arrival of organisms, dependence on seabirds, and life organized upon an almost entirely mineral base.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Saint20Peter20and20Paul20Rocks.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Saint Peter and Saint Paul Rocks\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Saint%20Peter%20and%20Paul%20Rocks.png\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Saint%20Peter%20and%20Paul%20Rocks.png\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Saint20Peter20and20Paul20Rocks.png\" alt=\"Saint Peter and Saint Paul Rocks\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4202\" class=\"td-public-card\" data-tags=\"geology|hms beagle|islands|scientific observation\" data-search=\"fernando de noronha: a brief stop on february 20, 1832, the beagle briefly calls at fernando de noronha. darwin has only a few hours, but he observes a volcanic island covered in vegetation and dominated by a sharply defined conical peak. the shortness of the stop forces him to look intensely: the form of the terrain, the type of rock, irregular columns, and the relationship between a dry climate and woodland.\nthe island offers a different case from santiago. vegetation is more abundant here, though not luxuriant everywhere, and the rocky masses stand out like architectural forms. darwin focuses on phonolite, pinnacles, and the possibility that some features formed when molten rock was injected into softer material that was later removed by erosion.\nthe stop confirms a constant feature of the voyage: even a brief visit can feed later comparisons. fernando de noronha is recorded in the notebook alongside other oceanic islands, rocks, volcanoes, and coasts. each place offers a variation on the general problem: how islands form, how their rocks age, how life arrives, and how much of what is visible results from slow processes that cannot be witnessed during the visit itself.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57816547200\" data-event-id=\"4202\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4202\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">20\/02\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Fernando de Noronha: A Brief Stop<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4202\" data-share-title=\"Fernando de Noronha: A Brief Stop\" data-share-text=\"Evento: Fernando de Noronha: A Brief Stop \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On February 20, 1832, the Beagle briefly calls at Fernando de Noronha. Darwin has only a few hours, but he observes a volcanic island covered in vegetation and dominated by a sharply defined conical peak. The shortness of the stop forces him to look intensely: the form of the terrain, the type of rock, irregular columns, and the relationship between a dry climate and woodland.<br \/>\nThe island offers a different case from Santiago. Vegetation is more abundant here, though not luxuriant everywhere, and the rocky masses stand out like architectural forms. Darwin focuses on phonolite, pinnacles, and the possibility that some features formed when molten rock was injected into softer material that was later removed by erosion.<br \/>\nThe stop confirms a constant feature of the voyage: even a brief visit can feed later comparisons. Fernando de Noronha is recorded in the notebook alongside other oceanic islands, rocks, volcanoes, and coasts. Each place offers a variation on the general problem: how islands form, how their rocks age, how life arrives, and how much of what is visible results from slow processes that cannot be witnessed during the visit itself.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fernando_de_Noronha-E-18800.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Fernando de Noronha from Orbit\" data-attribution-text=\"NASA; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Fernando_de_Noronha-E-18800.JPG\" data-license-name=\"Public domain - NASA\" data-license-url=\"https:\/\/www.nasa.gov\/nasa-brand-center\/images-and-media\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fernando_de_Noronha-E-18800.jpg\" alt=\"Fernando de Noronha from Orbit\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4203\" class=\"td-public-card\" data-tags=\"botany|natural history|scientific observation|south america|zoology\" data-search=\"bahia: the first tropical immersion between february 29 and march 18, 1832, darwin stays in bahia, now salvador da bahia. his arrival in brazil creates an impression very different from the aridity of cape verde. the tropical forest appears as a mixture of humidity, shade, dense vegetation, flowers, parasitic plants, insects, noise, and stillness. his first walk through the forest is associated with the astonishment of finding himself in an environment filled with unfamiliar forms.\ndarwin observes the luxuriance of the vegetation, but also specific small phenomena: rocks polished by water, fish that inflate themselves in defense, floating algae, colors in the sea, insects, and the relationship between tropical rain and greenery. the brazilian scene is not a fixed postcard; it changes with storms, evaporation, smell, heat, shade, and animal activity. the young naturalist learns that tropical abundance requires selection: not everything can be collected, not everything can be described, and every walk multiplies the possible objects of attention.\nhis stay in bahia also confronts him with slavery. natural beauty does not erase the social violence he observes in brazil. in his notes, landscape, natural history, and moral judgment appear together. the brazilian coast thus becomes one of the first places where the voyage combines scientific admiration with revulsion toward human institutions that darwin regards as degrading.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57817324800\" data-event-id=\"4203\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4203\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">29\/02\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">18\/03\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">18 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Bahia: The First Tropical Immersion<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4203\" data-share-title=\"Bahia: The First Tropical Immersion\" data-share-text=\"Evento: Bahia: The First Tropical Immersion \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between February 29 and March 18, 1832, Darwin stays in Bahia, now Salvador da Bahia. His arrival in Brazil creates an impression very different from the aridity of Cape Verde. The tropical forest appears as a mixture of humidity, shade, dense vegetation, flowers, parasitic plants, insects, noise, and stillness. His first walk through the forest is associated with the astonishment of finding himself in an environment filled with unfamiliar forms.<br \/>\nDarwin observes the luxuriance of the vegetation, but also specific small phenomena: rocks polished by water, fish that inflate themselves in defense, floating algae, colors in the sea, insects, and the relationship between tropical rain and greenery. The Brazilian scene is not a fixed postcard; it changes with storms, evaporation, smell, heat, shade, and animal activity. The young naturalist learns that tropical abundance requires selection: not everything can be collected, not everything can be described, and every walk multiplies the possible objects of attention.<br \/>\nHis stay in Bahia also confronts him with slavery. Natural beauty does not erase the social violence he observes in Brazil. In his notes, landscape, natural history, and moral judgment appear together. The Brazilian coast thus becomes one of the first places where the voyage combines scientific admiration with revulsion toward human institutions that Darwin regards as degrading.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/San_Salvador2C_1812_RCIN_735179.d.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"S\u00e3o Salvador da Bahia, 1812\" data-attribution-text=\"Royal Collection \/ Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:San_Salvador%2C_1812_RCIN_735179.d.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/San_Salvador2C_1812_RCIN_735179.d.jpg\" alt=\"S\u00e3o Salvador da Bahia, 1812\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4204\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|sea voyage|zoology\" data-search=\"from bahia to rio: colored seas and microscopic life between march 18 and april 4, 1832, the beagle sails from bahia toward rio de janeiro. during this leg, darwin observes changes in the color of the sea that he attributes to microscopic organisms and masses of algae. near the abrolhos, the surface of the water takes on reddish-brown tones, as though covered with tiny fragments of vegetation. examining them closely, he recognizes clusters of minute organisms that form patches visible from the ship.\nthese marine observations broaden the idea of natural history beyond animals and plants that are easy to see. the ocean can change color because of almost invisible forms of life; a vast stain can consist of countless individuals; a line in the water may indicate currents, winds, biological aggregations, or floating eggs. darwin learns not to dismiss the small when it appears in immense numbers.\nthe passage also allows him to compare different kinds of coloration: algae, infusoria, crustaceans, eggs, and floating matter. the voyage becomes an improvised laboratory. a glass of water, a lens, a sample collected from the deck, and the sailors&#039; descriptions are enough to turn an apparently uniform surface into a biological question. the sea ceases to be a backdrop and becomes an object of observation.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57818880000\" data-event-id=\"4204\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4204\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">18\/03\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">04\/04\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">17 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>From Bahia to Rio: Colored Seas and Microscopic Life<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4204\" data-share-title=\"From Bahia to Rio: Colored Seas and Microscopic Life\" data-share-text=\"Evento: From Bahia to Rio: Colored Seas and Microscopic Life \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between March 18 and April 4, 1832, the Beagle sails from Bahia toward Rio de Janeiro. During this leg, Darwin observes changes in the color of the sea that he attributes to microscopic organisms and masses of algae. Near the Abrolhos, the surface of the water takes on reddish-brown tones, as though covered with tiny fragments of vegetation. Examining them closely, he recognizes clusters of minute organisms that form patches visible from the ship.<br \/>\nThese marine observations broaden the idea of natural history beyond animals and plants that are easy to see. The ocean can change color because of almost invisible forms of life; a vast stain can consist of countless individuals; a line in the water may indicate currents, winds, biological aggregations, or floating eggs. Darwin learns not to dismiss the small when it appears in immense numbers.<br \/>\nThe passage also allows him to compare different kinds of coloration: algae, infusoria, crustaceans, eggs, and floating matter. The voyage becomes an improvised laboratory. A glass of water, a lens, a sample collected from the deck, and the sailors&#039; descriptions are enough to turn an apparently uniform surface into a biological question. The sea ceases to be a backdrop and becomes an object of observation.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin20the20HMS20Beagle20and20Darwins20Voyage.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Darwin, HMS Beagle, and the Voyage Route\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin,%20the%20HMS%20Beagle,%20and%20Darwin&#039;s%20Voyage.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin,%20the%20HMS%20Beagle,%20and%20Darwin&#039;s%20Voyage.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin20the20HMS20Beagle20and20Darwins20Voyage.jpg\" alt=\"Darwin, HMS Beagle, and the Voyage Route\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4205\" class=\"td-public-card\" data-tags=\"botany|natural history|scientific observation|south america|zoology\" data-search=\"rio de janeiro: residence, forest, and field notebook from april 4 to july 5, 1832, darwin lives in rio de janeiro and its surroundings. the city and bay provide a prolonged base from which he can walk, collect, and compare. botafogo, corcovado, nearby forests, gardens, and excursions inland turn the stay into a much longer period of tropical learning than bahia had been.\ndarwin observes terrestrial planarians beneath rotting wood, luminous insects, tree frogs, noisy butterflies, columns of ants, wasps that paralyze spiders, and spiderwebs of many different forms. abundance is not limited to large animals or showy flowers: it is also found in invertebrates, forest humidity, nocturnal sounds, and small interactions that require patience. many notes are written in surprise at finding complex behavior in modest organisms.\nhis brazilian stay is once again overshadowed by slavery. darwin witnesses scenes that disgust him and records his impressions of the moral damage caused by a slave society. this tension between natural splendor and human violence marks his experience of rio. as he gathers specimens and observations, the journal also preserves the discomfort of living in a colonial world where the beauty of the landscape cannot be separated from the conditions of those who inhabit it.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57820348800\" data-event-id=\"4205\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4205\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">04\/04\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">05\/07\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">92 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Rio de Janeiro: Residence, Forest, and Field Notebook<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4205\" data-share-title=\"Rio de Janeiro: Residence, Forest, and Field Notebook\" data-share-text=\"Evento: Rio de Janeiro: Residence, Forest, and Field Notebook \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>From April 4 to July 5, 1832, Darwin lives in Rio de Janeiro and its surroundings. The city and bay provide a prolonged base from which he can walk, collect, and compare. Botafogo, Corcovado, nearby forests, gardens, and excursions inland turn the stay into a much longer period of tropical learning than Bahia had been.<br \/>\nDarwin observes terrestrial planarians beneath rotting wood, luminous insects, tree frogs, noisy butterflies, columns of ants, wasps that paralyze spiders, and spiderwebs of many different forms. Abundance is not limited to large animals or showy flowers: it is also found in invertebrates, forest humidity, nocturnal sounds, and small interactions that require patience. Many notes are written in surprise at finding complex behavior in modest organisms.<br \/>\nHis Brazilian stay is once again overshadowed by slavery. Darwin witnesses scenes that disgust him and records his impressions of the moral damage caused by a slave society. This tension between natural splendor and human violence marks his experience of Rio. As he gathers specimens and observations, the journal also preserves the discomfort of living in a colonial world where the beauty of the landscape cannot be separated from the conditions of those who inhabit it.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Rugendas_-_Botafogo.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Botafogo Cove, c. 1820\" data-attribution-text=\"Johann Moritz Rugendas; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Rugendas_-_Botafogo.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Rugendas_-_Botafogo.jpg\" alt=\"Botafogo Cove, c. 1820\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4206\" class=\"td-public-card\" data-tags=\"botany|scientific observation|south america|zoology\" data-search=\"excursion north of cabo frio between april 8 and 23, 1832, darwin joins an excursion north of cabo frio. the journey is made on horseback and crosses forests, lagoons, sandy areas, estates, roadside inns, and difficult tracks. traveling inland takes him beyond coastal observation and gives him a closer view of rural brazilian life, with its primitive lodging, irregular meals, long days, and dependence on guides and animals.\nthe landscape changes rapidly. there are dense forests of tall trees, parasitic plants, orchids, ferns, granite mountains, areas of hot sand, brackish lagoons, and reflections on still water. darwin also describes the intense evaporation after rain, when the forest seems to raise columns of steam. humidity, heat, and vegetation appear not as abstractions, but as forces that affect the body and the progress of the journey.\nthe excursion also introduces the economy of the estates: coffee, cassava, cattle, enslaved labor, and rural hospitality. darwin observes agricultural production, the abundance of food in some houses, and the social organization that sustains it. along the same route he records animals, plants, atmospheric phenomena, and human scenes that reveal brazil&#039;s interior as a territory of natural wealth and extreme inequality.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57820694400\" data-event-id=\"4206\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4206\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">08\/04\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">23\/04\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">15 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Excursion North of Cabo Frio<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4206\" data-share-title=\"Excursion North of Cabo Frio\" data-share-text=\"Evento: Excursion North of Cabo Frio \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between April 8 and 23, 1832, Darwin joins an excursion north of Cabo Frio. The journey is made on horseback and crosses forests, lagoons, sandy areas, estates, roadside inns, and difficult tracks. Traveling inland takes him beyond coastal observation and gives him a closer view of rural Brazilian life, with its primitive lodging, irregular meals, long days, and dependence on guides and animals.<br \/>\nThe landscape changes rapidly. There are dense forests of tall trees, parasitic plants, orchids, ferns, granite mountains, areas of hot sand, brackish lagoons, and reflections on still water. Darwin also describes the intense evaporation after rain, when the forest seems to raise columns of steam. Humidity, heat, and vegetation appear not as abstractions, but as forces that affect the body and the progress of the journey.<br \/>\nThe excursion also introduces the economy of the estates: coffee, cassava, cattle, enslaved labor, and rural hospitality. Darwin observes agricultural production, the abundance of food in some houses, and the social organization that sustains it. Along the same route he records animals, plants, atmospheric phenomena, and human scenes that reveal Brazil&#039;s interior as a territory of natural wealth and extreme inequality.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Johann_Moritz_Rugendas_-_C381rvore_gigantesca_na_selva_tropical_brasileira2C_1830.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Giant Tree in the Brazilian Rainforest\" data-attribution-text=\"Johann Moritz Rugendas; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Johann_Moritz_Rugendas_-_%C3%81rvore_gigantesca_na_selva_tropical_brasileira%2C_1830.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Johann_Moritz_Rugendas_-_C381rvore_gigantesca_na_selva_tropical_brasileira2C_1830.jpg\" alt=\"Giant Tree in the Brazilian Rainforest\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/PaC3A7o_imperial_1840.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"View of the Pa\u00e7o Imperial in Rio de Janeiro, 1840\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Pa%C3%A7o_imperial_1840.png\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/PaC3A7o_imperial_1840.png\" alt=\"View of the Pa\u00e7o Imperial in Rio de Janeiro, 1840\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=uZLqXtkkfZw\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=uZLqXtkkfZw\" data-resource-title=\"Follow in the wake of the HMS Beagle\" aria-label=\"Follow in the wake of the HMS Beagle\" title=\"Follow in the wake of the HMS Beagle\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/uZLqXtkkfZw\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=uZLqXtkkfZw\" data-resource-title=\"Follow in the wake of the HMS Beagle\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4207\" class=\"td-public-card\" data-tags=\"botany|natural history|scientific observation|south america\" data-search=\"soc\u00eago: luxuriant nature and slavery on april 13, 1832, darwin reaches soc\u00eago, an estate in the brazilian interior. the house, barns, stables, workshops, and crops form an almost enclosed space surrounded by dark forest and productive land. coffee and cassava occupy a central place in the local economy, and darwin carefully observes the uses made of each plant, the fertility of the soil, and the abundance of food.\nthe visit allows him to record an exuberant natural world around a brutal social system. the beauty of the forest, the elegance of palms and climbing plants, the insects collected, and the richness of the soil appear alongside scenes of slavery that repel him. darwin notes the possibility that enslaved families can be separated for economic gain and recalls the reaction of a black man who, in response to one of darwin&#039;s gestures, expects to be struck. the scene impresses him because of the degradation it reveals.\nsoc\u00eago becomes associated with a double experience: the naturalist&#039;s pleasure in walking among tropical vegetation and his unease at a society organized around the ownership of human beings. darwin&#039;s notes do not dissolve that contradiction. in the same stay, insect collecting, descriptions of palm trees, comments on crops, the hospitality of landowners, and an increasingly forceful moral criticism of slavery coexist.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57821126400\" data-event-id=\"4207\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4207\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">13\/04\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Soc\u00eago: Luxuriant Nature and Slavery<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4207\" data-share-title=\"Soc\u00eago: Luxuriant Nature and Slavery\" data-share-text=\"Evento: Soc\u00eago: Luxuriant Nature and Slavery \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On April 13, 1832, Darwin reaches Soc\u00eago, an estate in the Brazilian interior. The house, barns, stables, workshops, and crops form an almost enclosed space surrounded by dark forest and productive land. Coffee and cassava occupy a central place in the local economy, and Darwin carefully observes the uses made of each plant, the fertility of the soil, and the abundance of food.<br \/>\nThe visit allows him to record an exuberant natural world around a brutal social system. The beauty of the forest, the elegance of palms and climbing plants, the insects collected, and the richness of the soil appear alongside scenes of slavery that repel him. Darwin notes the possibility that enslaved families can be separated for economic gain and recalls the reaction of a Black man who, in response to one of Darwin&#039;s gestures, expects to be struck. The scene impresses him because of the degradation it reveals.<br \/>\nSoc\u00eago becomes associated with a double experience: the naturalist&#039;s pleasure in walking among tropical vegetation and his unease at a society organized around the ownership of human beings. Darwin&#039;s notes do not dissolve that contradiction. In the same stay, insect collecting, descriptions of palm trees, comments on crops, the hospitality of landowners, and an increasingly forceful moral criticism of slavery coexist.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cabo20Frio20Rio20de20Janeiro20Brasil.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Cabo Frio, Rio de Janeiro\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cabo%20Frio,%20Rio%20de%20Janeiro,%20Brasil.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cabo%20Frio,%20Rio%20de%20Janeiro,%20Brasil.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cabo20Frio20Rio20de20Janeiro20Brasil.jpg\" alt=\"Cabo Frio, Rio de Janeiro\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4208\" class=\"td-public-card\" data-tags=\"botany|scientific observation|south america|zoology\" data-search=\"botafogo: a base for observing the tropics from late april 1832, darwin spends part of his stay in a country house on botafogo bay. the place offers an exceptional combination of comfort, scenery, and access to nearby nature. from there he can walk into the forests, observe corcovado, listen to frogs and insects at dusk, and collect invertebrates in damp environments.\nbotafogo allows him to work at a different pace from life aboard ship. there is time to repeat walks, return to the same places, compare observations, and keep animals alive for days. darwin examines terrestrial planarians, tests their ability to regenerate, studies luminous insects, and observes clouds forming and dissolving around the mountains. the tropics appear as a set of active processes: rain, evaporation, sound, light, growth, and decay.\nthe base also has an intense sensory dimension. nights bring choruses of frogs and crickets; fire beetles cross the darkness with greenish light; rain falling on the forest produces a murmur that can be heard from afar. darwin does not merely compile species names. he records behavior, rhythms, smells, sounds, and relationships between climate and life. rio becomes a school of sustained attention.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57821990400\" data-event-id=\"4208\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4208\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">23\/04\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Botafogo: A Base for Observing the Tropics<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4208\" data-share-title=\"Botafogo: A Base for Observing the Tropics\" data-share-text=\"Evento: Botafogo: A Base for Observing the Tropics \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>From late April 1832, Darwin spends part of his stay in a country house on Botafogo Bay. The place offers an exceptional combination of comfort, scenery, and access to nearby nature. From there he can walk into the forests, observe Corcovado, listen to frogs and insects at dusk, and collect invertebrates in damp environments.<br \/>\nBotafogo allows him to work at a different pace from life aboard ship. There is time to repeat walks, return to the same places, compare observations, and keep animals alive for days. Darwin examines terrestrial planarians, tests their ability to regenerate, studies luminous insects, and observes clouds forming and dissolving around the mountains. The tropics appear as a set of active processes: rain, evaporation, sound, light, growth, and decay.<br \/>\nThe base also has an intense sensory dimension. Nights bring choruses of frogs and crickets; fire beetles cross the darkness with greenish light; rain falling on the forest produces a murmur that can be heard from afar. Darwin does not merely compile species names. He records behavior, rhythms, smells, sounds, and relationships between climate and life. Rio becomes a school of sustained attention.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Friedrich_Hagedorn_-_Vista_do_Rio_de_Janeiro.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"View of Rio de Janeiro and Botafogo Bay\" data-attribution-text=\"Friedrich Hagedorn; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Friedrich_Hagedorn_-_Vista_do_Rio_de_Janeiro.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Friedrich_Hagedorn_-_Vista_do_Rio_de_Janeiro.jpg\" alt=\"View of Rio de Janeiro and Botafogo Bay\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4209\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|sea voyage|zoology\" data-search=\"toward the r\u00edo de la plata between july 5 and 26, 1832, the beagle leaves rio de janeiro and sails toward the r\u00edo de la plata. the transition takes darwin away from tropical forests and toward a world of estuaries, pampas, winds, mixed waters, seabirds, seals, and penguins. the south american coast begins to change in climate, landscape, and fauna.\nduring the crossing, darwin observes a large school of porpoises and the ease with which the animals pass in front of the bow. he also records luminous phenomena on stormy nights: st. elmo&#039;s fire on masts and yards, marine phosphorescence, and bright trails left by animals in the water. the sea once again presents itself as a space full of physical and biological signs.\nas the ship enters the estuary, he is struck by the slow mixing of the river&#039;s fresh, muddy water with the salt water of the ocean. the difference in density can be seen in the ship&#039;s wake, where lines and eddies reveal the meeting of two bodies of water. sailing toward the plata is not merely a change of location; it is the passage into a region where plains, fossils, gauchos, and country life will occupy the center of the journal.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57828297600\" data-event-id=\"4209\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4209\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">05\/07\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">26\/07\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">21 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Toward the R\u00edo de la Plata<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4209\" data-share-title=\"Toward the R\u00edo de la Plata\" data-share-text=\"Evento: Toward the R\u00edo de la Plata \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between July 5 and 26, 1832, the Beagle leaves Rio de Janeiro and sails toward the R\u00edo de la Plata. The transition takes Darwin away from tropical forests and toward a world of estuaries, pampas, winds, mixed waters, seabirds, seals, and penguins. The South American coast begins to change in climate, landscape, and fauna.<br \/>\nDuring the crossing, Darwin observes a large school of porpoises and the ease with which the animals pass in front of the bow. He also records luminous phenomena on stormy nights: St. Elmo&#039;s fire on masts and yards, marine phosphorescence, and bright trails left by animals in the water. The sea once again presents itself as a space full of physical and biological signs.<br \/>\nAs the ship enters the estuary, he is struck by the slow mixing of the river&#039;s fresh, muddy water with the salt water of the ocean. The difference in density can be seen in the ship&#039;s wake, where lines and eddies reveal the meeting of two bodies of water. Sailing toward the Plata is not merely a change of location; it is the passage into a region where plains, fossils, gauchos, and country life will occupy the center of the journal.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/183020Uruguay20location20map.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Map of Uruguay in 1830\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:1830%20Uruguay%20location%20map.PNG\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:1830%20Uruguay%20location%20map.PNG\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/183020Uruguay20location20map.png\" alt=\"Map of Uruguay in 1830\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4210\" class=\"td-public-card\" data-tags=\"hms beagle|sea voyage|south america\" data-search=\"montevideo: gateway to the pampas on july 26, 1832, the beagle anchors at montevideo. for darwin, arrival in the r\u00edo de la plata opens a stage marked by contrast with brazil. tropical luxuriance gives way to open plains, cattle, ranches, broad skies, few trees, and a rural life organized around the horse. montevideo serves as the gateway to maldonado, bah\u00eda blanca, buenos aires, and journeys into the interior.\nthe city and its surroundings give a first impression of an atlantic frontier. distances become great, roads unsafe, information depends on local guides and inhabitants, and political tensions run through the region. darwin moves in a world where military authority, permits, rumors of violence, and rural hospitality are normal parts of any journey.\nthe r\u00edo de la plata stop also changes the nature of his naturalistic observations. instead of dense forests, there are grassland birds, rodents, deer, rheas, capybaras, armadillos, prairie insects, and fossils of large extinct mammals. the open horizon of the pampas and the life of the gauchos will shape many of the notes written in the months ahead.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57830112000\" data-event-id=\"4210\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4210\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">26\/07\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Montevideo: Gateway to the Pampas<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4210\" data-share-title=\"Montevideo: Gateway to the Pampas\" data-share-text=\"Evento: Montevideo: Gateway to the Pampas \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On July 26, 1832, the Beagle anchors at Montevideo. For Darwin, arrival in the R\u00edo de la Plata opens a stage marked by contrast with Brazil. Tropical luxuriance gives way to open plains, cattle, ranches, broad skies, few trees, and a rural life organized around the horse. Montevideo serves as the gateway to Maldonado, Bah\u00eda Blanca, Buenos Aires, and journeys into the interior.<br \/>\nThe city and its surroundings give a first impression of an Atlantic frontier. Distances become great, roads unsafe, information depends on local guides and inhabitants, and political tensions run through the region. Darwin moves in a world where military authority, permits, rumors of violence, and rural hospitality are normal parts of any journey.<br \/>\nThe R\u00edo de la Plata stop also changes the nature of his naturalistic observations. Instead of dense forests, there are grassland birds, rodents, deer, rheas, capybaras, armadillos, prairie insects, and fossils of large extinct mammals. The open horizon of the pampas and the life of the gauchos will shape many of the notes written in the months ahead.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/BERRA28188229_p367_PLANO_DE_MONTEVIDEO_IN_1829.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Plan of Montevideo in 1829\" data-attribution-text=\"Berra, 1882; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:BERRA%281882%29_p367_PLANO_DE_MONTEVIDEO_IN_1829.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/BERRA28188229_p367_PLANO_DE_MONTEVIDEO_IN_1829.jpg\" alt=\"Plan of Montevideo in 1829\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4211\" class=\"td-public-card\" data-tags=\"natural history|scientific observation|south america|zoology\" data-search=\"maldonado: ten weeks of natural history collecting between late july and october 1832, darwin spends about ten weeks in maldonado. the small, quiet, commercially unimportant town is surrounded by dunes, low hills, pasture, and cattle country. after weeks aboard ship, the possibility of walking and riding across open spaces restores a physical freedom that transforms his working rhythm.\nduring the stay, darwin builds a large collection of quadrupeds, birds, reptiles, and insects. he observes capybaras in lagoons and rivers, tucutucos in underground burrows, pampas deer, partridges, rheas, mockingbirds, caracaras, and many small animals that form part of country life. the apparent monotony of the plains disappears under close observation: every clump of grass, pool, burrow, or carcass attracts its own organisms and behaviors.\nmaldonado also introduces him to gaucho culture: the lasso, bolas, horses, pulper\u00edas, hospitality, weapons, songs, and codes of courtesy. darwin observes their horsemanship, the harshness of travel, and the cattle economy with a mixture of admiration and surprise. the naturalist learns to move through a territory where collecting specimens requires understanding local customs and accepting long days in the saddle.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57830371200\" data-event-id=\"4211\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4211\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">29\/07\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">19\/10\/1832<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">82 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Maldonado: Ten Weeks of Natural History Collecting<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4211\" data-share-title=\"Maldonado: Ten Weeks of Natural History Collecting\" data-share-text=\"Evento: Maldonado: Ten Weeks of Natural History Collecting \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between late July and October 1832, Darwin spends about ten weeks in Maldonado. The small, quiet, commercially unimportant town is surrounded by dunes, low hills, pasture, and cattle country. After weeks aboard ship, the possibility of walking and riding across open spaces restores a physical freedom that transforms his working rhythm.<br \/>\nDuring the stay, Darwin builds a large collection of quadrupeds, birds, reptiles, and insects. He observes capybaras in lagoons and rivers, tucutucos in underground burrows, pampas deer, partridges, rheas, mockingbirds, caracaras, and many small animals that form part of country life. The apparent monotony of the plains disappears under close observation: every clump of grass, pool, burrow, or carcass attracts its own organisms and behaviors.<br \/>\nMaldonado also introduces him to gaucho culture: the lasso, bolas, horses, pulper\u00edas, hospitality, weapons, songs, and codes of courtesy. Darwin observes their horsemanship, the harshness of travel, and the cattle economy with a mixture of admiration and surprise. The naturalist learns to move through a territory where collecting specimens requires understanding local customs and accepting long days in the saddle.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Maldonado_RMG_K1107.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Historic View of Maldonado\" data-attribution-text=\"Royal Museums Greenwich; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Maldonado_RMG_K1107.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Maldonado_RMG_K1107.jpg\" alt=\"Historic View of Maldonado\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4212\" class=\"td-public-card\" data-tags=\"scientific observation|south america\" data-search=\"gauchos, compass, and rural hospitality in august 1832, during his travels through the banda oriental, darwin spends time with gauchos and rural inhabitants. the pocket compass he carries arouses enormous curiosity. in isolated homes, many people want to see how the instrument indicates directions on a map, and their amazement at the object reveals a world in which routes are known through direct experience rather than cartography.\ncountry days are filled with small scenes: asking for lodging, ritual greetings, conversation by the fire, simple food, improvised beds made from riding gear, and long journeys on horseback. darwin learns that hospitality is generous but follows precise rules. he also observes weapons, knives, pistols, lassos, and bolas, all part of everyday life in a region of great distances and frequent conflict.\ncontact with the gauchos broadens his journal beyond natural history. horsemanship, reading the terrain, hunting rheas, handling cattle, and knowing rivers and grasslands are practical skills darwin cannot acquire from books. on these excursions, the naturalist depends on the men who know the plains and on the animals that make it possible to cross them.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57830630400\" data-event-id=\"4212\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4212\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">01\/08\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Gauchos, Compass, and Rural Hospitality<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4212\" data-share-title=\"Gauchos, Compass, and Rural Hospitality\" data-share-text=\"Evento: Gauchos, Compass, and Rural Hospitality \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In August 1832, during his travels through the Banda Oriental, Darwin spends time with gauchos and rural inhabitants. The pocket compass he carries arouses enormous curiosity. In isolated homes, many people want to see how the instrument indicates directions on a map, and their amazement at the object reveals a world in which routes are known through direct experience rather than cartography.<br \/>\nCountry days are filled with small scenes: asking for lodging, ritual greetings, conversation by the fire, simple food, improvised beds made from riding gear, and long journeys on horseback. Darwin learns that hospitality is generous but follows precise rules. He also observes weapons, knives, pistols, lassos, and bolas, all part of everyday life in a region of great distances and frequent conflict.<br \/>\nContact with the gauchos broadens his journal beyond natural history. Horsemanship, reading the terrain, hunting rheas, handling cattle, and knowing rivers and grasslands are practical skills Darwin cannot acquire from books. On these excursions, the naturalist depends on the men who know the plains and on the animals that make it possible to cross them.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/La_PastelerC3ADa2C_Maldonado.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"La Pasteler\u00eda, Maldonado\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:La_Pasteler%C3%ADa%2C_Maldonado.jpg\" data-license-name=\"CC0 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/zero\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/La_PastelerC3ADa2C_Maldonado.jpg\" alt=\"La Pasteler\u00eda, Maldonado\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4213\" class=\"td-public-card\" data-tags=\"natural history|scientific observation|south america|zoology\" data-search=\"rheas and the fauna of the plains in august 1832, darwin observes rheas and other birds of the plains near maldonado. flocks of rheas impress him with their size, bearing, and manner of running with outstretched wings when pursued. unlike many european birds, these animals are a conspicuous part of the open landscape and can be watched from horseback at relatively close range.\nthe region&#039;s fauna offers constant opportunities for comparison. partridges caught with loops made from feathers, scavenging birds that follow hunters, curious deer, burrowing rodents, and aquatic capybaras make up a world very different from the brazilian forests. darwin pays attention to habits, smells, methods of escape, diet, and relations with humans. he does not merely describe species; he records how they live in a landscape dominated by grass, livestock, and sparse tree cover.\nthe rhea will become still more interesting when, during later stages of the voyage, darwin hears of a smaller form in patagonia. that comparison between similar animals distributed across different regions will join other observations of geographic replacement. in maldonado, however, the scene remains concrete: large birds on the plain, gauchos pursuing them, and a naturalist learning to read open country.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57831840000\" data-event-id=\"4213\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4213\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">15\/08\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Rheas and the Fauna of the Plains<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4213\" data-share-title=\"Rheas and the Fauna of the Plains\" data-share-text=\"Evento: Rheas and the Fauna of the Plains \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In August 1832, Darwin observes rheas and other birds of the plains near Maldonado. Flocks of rheas impress him with their size, bearing, and manner of running with outstretched wings when pursued. Unlike many European birds, these animals are a conspicuous part of the open landscape and can be watched from horseback at relatively close range.<br \/>\nThe region&#039;s fauna offers constant opportunities for comparison. Partridges caught with loops made from feathers, scavenging birds that follow hunters, curious deer, burrowing rodents, and aquatic capybaras make up a world very different from the Brazilian forests. Darwin pays attention to habits, smells, methods of escape, diet, and relations with humans. He does not merely describe species; he records how they live in a landscape dominated by grass, livestock, and sparse tree cover.<br \/>\nThe rhea will become still more interesting when, during later stages of the voyage, Darwin hears of a smaller form in Patagonia. That comparison between similar animals distributed across different regions will join other observations of geographic replacement. In Maldonado, however, the scene remains concrete: large birds on the plain, gauchos pursuing them, and a naturalist learning to read open country.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Common_rhea.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Greater Rhea\" data-attribution-text=\"Jim Lane; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Common_rhea.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Common_rhea.jpg\" alt=\"Greater Rhea\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Rhea_americana_head.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Head of a Greater Rhea\" data-attribution-text=\"LadyofHats; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Rhea_americana_head.JPG\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Rhea_americana_head.jpg\" alt=\"Head of a Greater Rhea\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4214\" class=\"td-public-card\" data-tags=\"evolution|fossils|geology|natural history|scientific observation|south america\" data-search=\"punta alta: fossils enter the story on september 22, 1832, darwin works at punta alta, near bah\u00eda blanca. in the cliffs and coastal deposits he finds fossil remains of large extinct mammals. bones appear from animals that do not match the living fauna he sees in the region: large armored forms, giant ground sloths, and other south american mammals that had disappeared.\nthe excitement of discovery is mixed with physical and geological work. darwin extracts, cleans, preserves, and ships specimens that will later be examined in england by specialists. the fossils do not appear as isolated objects in a display case, but within deposits containing shells, sediments, and evidence of ancient environments. the question is not only what the animal was, but where it lived, when it was buried, and how it relates to the animals now living in south america.\npunta alta becomes one of the central locations of the voyage. the fossil remains show that the continent once supported a fauna of enormous size and that extinction did not belong only to remote, unrecognizable ages. darwin begins to accumulate evidence of continuity and difference between past and present: living armadillos beside extinct glyptodonts, small sloths compared with fossil giants, and the same region inhabited by related but not identical forms.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57835123200\" data-event-id=\"4214\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4214\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">22\/09\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Punta Alta: Fossils Enter the Story<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4214\" data-share-title=\"Punta Alta: Fossils Enter the Story\" data-share-text=\"Evento: Punta Alta: Fossils Enter the Story \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On September 22, 1832, Darwin works at Punta Alta, near Bah\u00eda Blanca. In the cliffs and coastal deposits he finds fossil remains of large extinct mammals. Bones appear from animals that do not match the living fauna he sees in the region: large armored forms, giant ground sloths, and other South American mammals that had disappeared.<br \/>\nThe excitement of discovery is mixed with physical and geological work. Darwin extracts, cleans, preserves, and ships specimens that will later be examined in England by specialists. The fossils do not appear as isolated objects in a display case, but within deposits containing shells, sediments, and evidence of ancient environments. The question is not only what the animal was, but where it lived, when it was buried, and how it relates to the animals now living in South America.<br \/>\nPunta Alta becomes one of the central locations of the voyage. The fossil remains show that the continent once supported a fauna of enormous size and that extinction did not belong only to remote, unrecognizable ages. Darwin begins to accumulate evidence of continuity and difference between past and present: living armadillos beside extinct glyptodonts, small sloths compared with fossil giants, and the same region inhabited by related but not identical forms.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/MegatheriumOld.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Megatherium Skeleton\" data-attribution-text=\"James Parkinson \/ Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:MegatheriumOld.png\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/MegatheriumOld.png\" alt=\"Megatherium Skeleton\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=b80loZbcK7k\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=b80loZbcK7k\" data-resource-title=\"Darwin&#039;s Fossils\" aria-label=\"Darwin&#039;s Fossils\" title=\"Darwin&#039;s Fossils\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/b80loZbcK7k\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=b80loZbcK7k\" data-resource-title=\"Darwin&#039;s Fossils\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4215\" class=\"td-public-card\" data-tags=\"fossils|hms beagle|natural history|zoology\" data-search=\"first major shipment of specimens on november 14, 1832, darwin prepares one of his first major shipments of specimens to england. the material gathered during the opening months includes fossils, preserved animals, plants, rocks, notes, and observations. every box sent from south america reduces the risk of losing everything during a long voyage and allows his mentors to begin assessing the value of the collection.\nthe shipment requires him to organize work carried out under irregular conditions. darwin has collected samples on dry islands, in tropical forests, on beaches, in estuaries, and across plains. he has had to label, separate, preserve in alcohol, or pack fragile materials. the distance from england means relying on ships, intermediaries, and correspondence. each package carries not only objects, but information: place, date, circumstances, appearance, comparisons, and doubts.\nthe response that eventually arrives from home will be vital to his morale. learning that british naturalists are interested in his collections confirms that his efforts are not a marginal pastime during the voyage. through these shipments, darwin begins to see himself more clearly as someone capable of producing scientifically valuable material. recognition begins not with a theory, but with stones, bones, skins, insects, shells, and notebooks sent from distant places.\nmore information: https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" data-start-sort=\"57839702400\" data-event-id=\"4215\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4215\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">14\/11\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>First Major Shipment of Specimens<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4215\" data-share-title=\"First Major Shipment of Specimens\" data-share-text=\"Evento: First Major Shipment of Specimens \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On November 14, 1832, Darwin prepares one of his first major shipments of specimens to England. The material gathered during the opening months includes fossils, preserved animals, plants, rocks, notes, and observations. Every box sent from South America reduces the risk of losing everything during a long voyage and allows his mentors to begin assessing the value of the collection.<br \/>\nThe shipment requires him to organize work carried out under irregular conditions. Darwin has collected samples on dry islands, in tropical forests, on beaches, in estuaries, and across plains. He has had to label, separate, preserve in alcohol, or pack fragile materials. The distance from England means relying on ships, intermediaries, and correspondence. Each package carries not only objects, but information: place, date, circumstances, appearance, comparisons, and doubts.<br \/>\nThe response that eventually arrives from home will be vital to his morale. Learning that British naturalists are interested in his collections confirms that his efforts are not a marginal pastime during the voyage. Through these shipments, Darwin begins to see himself more clearly as someone capable of producing scientifically valuable material. Recognition begins not with a theory, but with stones, bones, skins, insects, shells, and notebooks sent from distant places.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Journal_of_researches_into_the_natural_history_and_geology_of_the_countries_visited_during_the_voyage_round_the_world_of_H.M.S._27Beagle2C27_under_the_command_of_Captain_Fitz_Roy_28191329_281458051614729.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Illustrated Page from Journal of Researches\" data-attribution-text=\"Biodiversity Heritage Library \/ Smithsonian Libraries; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Journal_of_researches_into_the_natural_history_and_geology_of_the_countries_visited_during_the_voyage_round_the_world_of_H.M.S._%27Beagle%2C%27_under_the_command_of_Captain_Fitz_Roy_%281913%29_%2814580516147%29.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Journal_of_researches_into_the_natural_history_and_geology_of_the_countries_visited_during_the_voyage_round_the_world_of_H.M.S._27Beagle2C27_under_the_command_of_Captain_Fitz_Roy_28191329_281458051614729.jpg\" alt=\"Illustrated Page from Journal of Researches\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4216\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|south america\" data-search=\"tierra del fuego: an unsettling encounter on december 18, 1832, the beagle reaches tierra del fuego. the impression on darwin is profound. the cold, wet, rugged landscape, dense forests, deeply indented coasts, and cloud-covered mountains contrast with brazil, the pampas, and the atlantic ports. arrival is not merely geographical; it introduces a human encounter that unsettles him.\nmeeting groups of fuegians provokes in darwin a mixture of curiosity, discomfort, and judgments characteristic of his time. he observes painted bodies, canoes, gestures, voices, forms of exchange, and ways of life adapted to a harsh environment. the beagle is also carrying fuegians whom fitzroy had previously taken to england and now intends to return to their homeland. the contrast between those returning in british clothing and with a british education and those living on the coast feeds darwin&#039;s notes on culture, learning, and adaptation.\ntierra del fuego does not offer the naturalist a simple scene. there is harsh weather, dangerous navigation, impenetrable forest, hunger, colonial contact, missionary activity, misunderstandings, and zoological observation. darwin looks through victorian prejudices, but he also records the power of the environment and the complexity of human life organized under extreme conditions.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57842640000\" data-event-id=\"4216\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4216\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">18\/12\/1832<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Tierra del Fuego: An Unsettling Encounter<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4216\" data-share-title=\"Tierra del Fuego: An Unsettling Encounter\" data-share-text=\"Evento: Tierra del Fuego: An Unsettling Encounter \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On December 18, 1832, the Beagle reaches Tierra del Fuego. The impression on Darwin is profound. The cold, wet, rugged landscape, dense forests, deeply indented coasts, and cloud-covered mountains contrast with Brazil, the pampas, and the Atlantic ports. Arrival is not merely geographical; it introduces a human encounter that unsettles him.<br \/>\nMeeting groups of Fuegians provokes in Darwin a mixture of curiosity, discomfort, and judgments characteristic of his time. He observes painted bodies, canoes, gestures, voices, forms of exchange, and ways of life adapted to a harsh environment. The Beagle is also carrying Fuegians whom FitzRoy had previously taken to England and now intends to return to their homeland. The contrast between those returning in British clothing and with a British education and those living on the coast feeds Darwin&#039;s notes on culture, learning, and adaptation.<br \/>\nTierra del Fuego does not offer the naturalist a simple scene. There is harsh weather, dangerous navigation, impenetrable forest, hunger, colonial contact, missionary activity, misunderstandings, and zoological observation. Darwin looks through Victorian prejudices, but he also records the power of the environment and the complexity of human life organized under extreme conditions.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fuegian_BeagleVoyage.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Inhabitant of Tierra del Fuego, Watercolor by Conrad Martens\" data-attribution-text=\"Conrad Martens; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Fuegian_BeagleVoyage.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fuegian_BeagleVoyage.jpg\" alt=\"Inhabitant of Tierra del Fuego, Watercolor by Conrad Martens\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fuegian_people.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Peoples of Tierra del Fuego, Historic Engraving\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Fuegian_people.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Fuegian_people.jpg\" alt=\"Peoples of Tierra del Fuego, Historic Engraving\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4217\" class=\"td-public-card\" data-tags=\"hms beagle|natural history|south america\" data-search=\"woollya: mission, return, and the fragility of the project between january 24 and march 6, 1833, the beagle takes part in an attempt to establish a small mission at woollya, connected with the return of the fuegians who had traveled to england. fitzroy hopes that jemmy button, fuegia basket, and york minster can facilitate stable contact between the british and local communities. the scene combines religious expectations, naval interests, and a distinctly british idea of cultural transformation.\nthe chosen site belongs to a world of channels, wet forests, rain, cold, and difficult coasts. attempts to create an orderly base collide with the reality of the territory and with the fuegians&#039; own decisions. the mission is exposed to material fragility: tools, clothing, food, improvised houses, uncertain relationships, and distance from any continuing support. what may have seemed a reasonable plan in england becomes far more unstable on the fuegian coast.\ndarwin watches the experience closely. jemmy button&#039;s return to his land, the way he renews local ties, and the difficulty of sustaining a transformation imposed from outside leave a lasting impression. woollya becomes a scene of cultural contact in which neither side fully controls the outcome. the scientific voyage is intertwined with religious, political, and colonial projects that do not belong to the world of rocks or fossils, but condition every landing.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57845836800\" data-event-id=\"4217\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4217\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">24\/01\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">06\/03\/1833<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">41 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Woollya: Mission, Return, and the Fragility of the Project<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4217\" data-share-title=\"Woollya: Mission, Return, and the Fragility of the Project\" data-share-text=\"Evento: Woollya: Mission, Return, and the Fragility of the Project \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between January 24 and March 6, 1833, the Beagle takes part in an attempt to establish a small mission at Woollya, connected with the return of the Fuegians who had traveled to England. FitzRoy hopes that Jemmy Button, Fuegia Basket, and York Minster can facilitate stable contact between the British and local communities. The scene combines religious expectations, naval interests, and a distinctly British idea of cultural transformation.<br \/>\nThe chosen site belongs to a world of channels, wet forests, rain, cold, and difficult coasts. Attempts to create an orderly base collide with the reality of the territory and with the Fuegians&#039; own decisions. The mission is exposed to material fragility: tools, clothing, food, improvised houses, uncertain relationships, and distance from any continuing support. What may have seemed a reasonable plan in England becomes far more unstable on the Fuegian coast.<br \/>\nDarwin watches the experience closely. Jemmy Button&#039;s return to his land, the way he renews local ties, and the difficulty of sustaining a transformation imposed from outside leave a lasting impression. Woollya becomes a scene of cultural contact in which neither side fully controls the outcome. The scientific voyage is intertwined with religious, political, and colonial projects that do not belong to the world of rocks or fossils, but condition every landing.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/The_Three_Fuegians_brought_to_England_by_Captn._Fitz-Roy2C_1831.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"The Three Fuegians Taken to England by FitzRoy\" data-attribution-text=\"John Hayter; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:The_Three_Fuegians_brought_to_England_by_Captn._Fitz-Roy%2C_1831.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/The_Three_Fuegians_brought_to_England_by_Captn._Fitz-Roy2C_1831.jpg\" alt=\"The Three Fuegians Taken to England by FitzRoy\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4218\" class=\"td-public-card\" data-tags=\"scientific observation|south america\" data-search=\"jemmy button and the question of cultural adaptation on march 1, 1833, jemmy button&#039;s situation encapsulates many of the tensions surrounding the passage through tierra del fuego. fitzroy had taken jemmy to england during the beagle&#039;s previous voyage; he had learned english, lived in a completely different environment, and was now returning to his homeland. his presence aboard ship and his subsequent readaptation offered darwin a human situation that was difficult to interpret.\ndarwin observes how jemmy&#039;s identity shifts with context. on the ship he can converse with the british, wear european clothes, and act as an intermediary. on land he is reunited with relatives, local practices, language, customs, and the needs of his community. the speed with which he reintegrates surprises the officers, who may have imagined that the education he received in england would have a more permanent hold.\nthe case is not merely a picturesque anecdote. jemmy&#039;s story raises questions about learning, belonging, adaptation, and power. one individual&#039;s life has been swept along by naval and missionary decisions, forced displacement, and the expectations of others. darwin preserves the scene within a voyage that studies not only animals, plants, and rocks, but also human differences as seen through a nineteenth-century british perspective.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57848947200\" data-event-id=\"4218\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4218\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">01\/03\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Jemmy Button and the Question of Cultural Adaptation<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4218\" data-share-title=\"Jemmy Button and the Question of Cultural Adaptation\" data-share-text=\"Evento: Jemmy Button and the Question of Cultural Adaptation \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On March 1, 1833, Jemmy Button&#039;s situation encapsulates many of the tensions surrounding the passage through Tierra del Fuego. FitzRoy had taken Jemmy to England during the Beagle&#039;s previous voyage; he had learned English, lived in a completely different environment, and was now returning to his homeland. His presence aboard ship and his subsequent readaptation offered Darwin a human situation that was difficult to interpret.<br \/>\nDarwin observes how Jemmy&#039;s identity shifts with context. On the ship he can converse with the British, wear European clothes, and act as an intermediary. On land he is reunited with relatives, local practices, language, customs, and the needs of his community. The speed with which he reintegrates surprises the officers, who may have imagined that the education he received in England would have a more permanent hold.<br \/>\nThe case is not merely a picturesque anecdote. Jemmy&#039;s story raises questions about learning, belonging, adaptation, and power. One individual&#039;s life has been swept along by naval and missionary decisions, forced displacement, and the expectations of others. Darwin preserves the scene within a voyage that studies not only animals, plants, and rocks, but also human differences as seen through a nineteenth-century British perspective.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Jemmy_Button.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Jemmy Button\" data-attribution-text=\"Robert FitzRoy; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Jemmy_Button.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Jemmy_Button.jpg\" alt=\"Jemmy Button\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4219\" class=\"td-public-card\" data-tags=\"scientific observation|sea voyage|south america\" data-search=\"into the interior with gauchos between august 8 and 12, 1833, darwin travels with gauchos into the interior of the pampas region. the journey is made on horseback, with stops at post stations, changes of mount, and reliance on guides able to read poorly marked routes. the naturalist enters a territory where movement depends not on precise maps, but on experience, fresh horses, permits, and knowledge of the land.\nlife on the road introduces very concrete details: meals of meat, mate, nights in simple lodgings, frontier stories, weapons, lassos, bolas, dust, heat, and vigilance. darwin observes the confidence with which the gauchos travel and finds it admirable. the horse is not merely transportation; it determines distance, speed, access to fossils, contact with ranches, and the possibility of crossing areas affected by conflict.\nthe interior pampas also offer landscapes of apparent uniformity: plains, salt flats, streams, scattered animals, and broad skies. that expanse demands a different kind of patience. objects of interest may appear in a riverbank, a bone, a conversation, an animal&#039;s behavior, or the form of the soil. here the science of the voyage depends as much on overland travel as on the navigation of the beagle.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57862771200\" data-event-id=\"4219\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4219\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">08\/08\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">12\/08\/1833<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">4 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Into the Interior with Gauchos<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4219\" data-share-title=\"Into the Interior with Gauchos\" data-share-text=\"Evento: Into the Interior with Gauchos \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between August 8 and 12, 1833, Darwin travels with gauchos into the interior of the pampas region. The journey is made on horseback, with stops at post stations, changes of mount, and reliance on guides able to read poorly marked routes. The naturalist enters a territory where movement depends not on precise maps, but on experience, fresh horses, permits, and knowledge of the land.<br \/>\nLife on the road introduces very concrete details: meals of meat, mate, nights in simple lodgings, frontier stories, weapons, lassos, bolas, dust, heat, and vigilance. Darwin observes the confidence with which the gauchos travel and finds it admirable. The horse is not merely transportation; it determines distance, speed, access to fossils, contact with ranches, and the possibility of crossing areas affected by conflict.<br \/>\nThe interior pampas also offer landscapes of apparent uniformity: plains, salt flats, streams, scattered animals, and broad skies. That expanse demands a different kind of patience. Objects of interest may appear in a riverbank, a bone, a conversation, an animal&#039;s behavior, or the form of the soil. Here the science of the voyage depends as much on overland travel as on the navigation of the Beagle.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Guanaco_09.24.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Guanaco in Patagonia\" data-attribution-text=\"PowersPhotos; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Guanaco_09.24.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Guanaco_09.24.jpg\" alt=\"Guanaco in Patagonia\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4220\" class=\"td-public-card\" data-tags=\"south america\" data-search=\"meeting rosas and permission to cross the territory on august 12, 1833, darwin meets juan manuel de rosas, a central figure in r\u00edo de la plata politics and the leader of a military campaign against indigenous peoples. the encounter does not belong to the quiet world of naturalistic observation: darwin needs permission to travel through a region marked by war, territorial control, rumors of attacks, and military authority.\nrosas appears to darwin as a commanding, organized man capable of imposing discipline in difficult country. the naturalist observes the camp, its administration, the soldiers, and the way political power is exercised over routes, post stations, and movement. to continue his journey, darwin must operate within this network of authority. the permit is no minor formality; it determines which places he can visit and how safely.\nthe scene makes clear that the journey through south america is not taking place in an empty land. the pampas are inhabited, disputed, and watched. the fossils, animals, and landscapes darwin describes exist within a context of frontier violence. his notes combine scientific curiosity, practical dependence on authorities, and a british view of local conflicts whose full depth he can scarcely understand.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57863116800\" data-event-id=\"4220\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4220\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">12\/08\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Meeting Rosas and Permission to Cross the Territory<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4220\" data-share-title=\"Meeting Rosas and Permission to Cross the Territory\" data-share-text=\"Evento: Meeting Rosas and Permission to Cross the Territory \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On August 12, 1833, Darwin meets Juan Manuel de Rosas, a central figure in R\u00edo de la Plata politics and the leader of a military campaign against Indigenous peoples. The encounter does not belong to the quiet world of naturalistic observation: Darwin needs permission to travel through a region marked by war, territorial control, rumors of attacks, and military authority.<br \/>\nRosas appears to Darwin as a commanding, organized man capable of imposing discipline in difficult country. The naturalist observes the camp, its administration, the soldiers, and the way political power is exercised over routes, post stations, and movement. To continue his journey, Darwin must operate within this network of authority. The permit is no minor formality; it determines which places he can visit and how safely.<br \/>\nThe scene makes clear that the journey through South America is not taking place in an empty land. The pampas are inhabited, disputed, and watched. The fossils, animals, and landscapes Darwin describes exist within a context of frontier violence. His notes combine scientific curiosity, practical dependence on authorities, and a British view of local conflicts whose full depth he can scarcely understand.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Pradere20imagen.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Juan Manuel de Rosas in 1833\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Pradere%20imagen.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Pradere%20imagen.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Pradere20imagen.jpg\" alt=\"Juan Manuel de Rosas in 1833\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4221\" class=\"td-public-card\" data-tags=\"evolution|fossils|geology|scientific observation|south america\" data-search=\"punta alta revisited: bones, shells, and deep time between august 21 and september 1, 1833, darwin returns to work at punta alta and around bah\u00eda blanca. the visit expands the fossil collection begun the previous year. in riverbanks and coastal deposits, he finds bones, bony plates, remains of large extinct animals, and shells that help place the discoveries within ancient environmental conditions.\nreturning to the same place does not diminish its richness. on the contrary, darwin comes back with greater field experience, sharper geological attention, and a clearer idea of what should be separated and preserved. the bones do not lie in a single, easily interpreted layer. they are mixed with sediments, marine shells, and evidence of changes in the relative level of land and sea. every extraction raises questions about transport, deposition, age, and relation to the present landscape.\npunta alta feeds a question that will accompany darwin for years: why south america preserves fossils of giant animals partly related to living forms on the same continent. the comparison between armadillos and glyptodonts, or between living sloths and fossil sloths, offers no immediate answer, but creates an accumulation of evidence that is difficult to ignore. in the field, the idea begins as bone, sediment, and a precise location.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57863894400\" data-event-id=\"4221\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4221\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">21\/08\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">01\/09\/1833<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">11 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Punta Alta Revisited: Bones, Shells, and Deep Time<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4221\" data-share-title=\"Punta Alta Revisited: Bones, Shells, and Deep Time\" data-share-text=\"Evento: Punta Alta Revisited: Bones, Shells, and Deep Time \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between August 21 and September 1, 1833, Darwin returns to work at Punta Alta and around Bah\u00eda Blanca. The visit expands the fossil collection begun the previous year. In riverbanks and coastal deposits, he finds bones, bony plates, remains of large extinct animals, and shells that help place the discoveries within ancient environmental conditions.<br \/>\nReturning to the same place does not diminish its richness. On the contrary, Darwin comes back with greater field experience, sharper geological attention, and a clearer idea of what should be separated and preserved. The bones do not lie in a single, easily interpreted layer. They are mixed with sediments, marine shells, and evidence of changes in the relative level of land and sea. Every extraction raises questions about transport, deposition, age, and relation to the present landscape.<br \/>\nPunta Alta feeds a question that will accompany Darwin for years: why South America preserves fossils of giant animals partly related to living forms on the same continent. The comparison between armadillos and glyptodonts, or between living sloths and fossil sloths, offers no immediate answer, but creates an accumulation of evidence that is difficult to ignore. In the field, the idea begins as bone, sediment, and a precise location.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Glyptodon_asper_skeleton_side.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Skeleton of Glyptodon asper\" data-attribution-text=\"LadyofHats; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Glyptodon_asper_skeleton_side.JPG\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Glyptodon_asper_skeleton_side.jpg\" alt=\"Skeleton of Glyptodon asper\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4222\" class=\"td-public-card\" data-tags=\"evolution|fossils|geology|scientific observation|south america\" data-search=\"carcara\u00f1\u00e1 and paran\u00e1: traces of extinct giants on october 1, 1833, during his travels along the carcara\u00f1\u00e1 and paran\u00e1 rivers, darwin again finds traces of large extinct mammals. riverbanks and deposits in the region yield remains that add to those from bah\u00eda blanca. the landscape of rivers, plains, and sediments becomes an archive of a vanished fauna.\nthese discoveries have particular force because they occur far from punta alta. fossil patagonia and the pampas region are not isolated cases. darwin observes that remains of large animals are distributed across different locations, associated with strata that speak of ancient environments, changing waters, deposition, and erosion. extinction begins to appear as a widespread phenomenon, not a local peculiarity of one particular coast.\ncomparison with the living fauna becomes unavoidable. in the same regions where he finds fossils of giant mammals, darwin encounters armadillos, rodents, deer, rheas, and other animals characteristic of south america. past and present do not form completely separate worlds. partial similarities between extinct and living forms give the continent an unsettling continuity, as though the land preserved a history of replacements.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57867436800\" data-event-id=\"4222\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4222\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">01\/10\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Carcara\u00f1\u00e1 and Paran\u00e1: Traces of Extinct Giants<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4222\" data-share-title=\"Carcara\u00f1\u00e1 and Paran\u00e1: Traces of Extinct Giants\" data-share-text=\"Evento: Carcara\u00f1\u00e1 and Paran\u00e1: Traces of Extinct Giants \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On October 1, 1833, during his travels along the Carcara\u00f1\u00e1 and Paran\u00e1 rivers, Darwin again finds traces of large extinct mammals. Riverbanks and deposits in the region yield remains that add to those from Bah\u00eda Blanca. The landscape of rivers, plains, and sediments becomes an archive of a vanished fauna.<br \/>\nThese discoveries have particular force because they occur far from Punta Alta. Fossil Patagonia and the pampas region are not isolated cases. Darwin observes that remains of large animals are distributed across different locations, associated with strata that speak of ancient environments, changing waters, deposition, and erosion. Extinction begins to appear as a widespread phenomenon, not a local peculiarity of one particular coast.<br \/>\nComparison with the living fauna becomes unavoidable. In the same regions where he finds fossils of giant mammals, Darwin encounters armadillos, rodents, deer, rheas, and other animals characteristic of South America. Past and present do not form completely separate worlds. Partial similarities between extinct and living forms give the continent an unsettling continuity, as though the land preserved a history of replacements.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Excavation20of20fossils20of20Megatherium203526481456.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Excavation of Megatherium Fossils\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Excavation%20of%20fossils%20of%20Megatherium%20(3526481456).jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Excavation%20of%20fossils%20of%20Megatherium%20(3526481456).jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Excavation20of20fossils20of20Megatherium203526481456.jpg\" alt=\"Excavation of Megatherium Fossils\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4223\" class=\"td-public-card\" data-tags=\"hms beagle|natural history\" data-search=\"conrad martens joins as artist on november 14, 1833, conrad martens joins the beagle as an artist. his arrival adds a professional visual perspective to an expedition already combining nautical charts, measurements, scientific notes, and collections. drawing and watercolor are essential tools on a voyage before practical photography: they record landscapes, coastlines, profiles, human scenes, and natural forms.\nmartens works in a mobile and difficult environment. he must capture mountains, ports, ships, vegetation, skies, and scenes of everyday life while the expedition continually changes location. his images do not replace darwin&#039;s notes, but they complete the voyage&#039;s memory. where the naturalist describes strata, animals, or customs, the artist can preserve the proportions, atmosphere, and appearance of a place.\nmartens&#039;s presence reminds us that the beagle was not only a floating laboratory. it was also an enterprise devoted to representing the world: maps for navigation, drawings to remember coastlines, and watercolors to bring distant landscapes back to england. on such a long voyage, visual memory and writing support each other. many scenes now associated with the beagle survive because of this combination of scientific observation and artistic record.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57871238400\" data-event-id=\"4223\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4223\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">14\/11\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Conrad Martens Joins as Artist<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4223\" data-share-title=\"Conrad Martens Joins as Artist\" data-share-text=\"Evento: Conrad Martens Joins as Artist \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On November 14, 1833, Conrad Martens joins the Beagle as an artist. His arrival adds a professional visual perspective to an expedition already combining nautical charts, measurements, scientific notes, and collections. Drawing and watercolor are essential tools on a voyage before practical photography: they record landscapes, coastlines, profiles, human scenes, and natural forms.<br \/>\nMartens works in a mobile and difficult environment. He must capture mountains, ports, ships, vegetation, skies, and scenes of everyday life while the expedition continually changes location. His images do not replace Darwin&#039;s notes, but they complete the voyage&#039;s memory. Where the naturalist describes strata, animals, or customs, the artist can preserve the proportions, atmosphere, and appearance of a place.<br \/>\nMartens&#039;s presence reminds us that the Beagle was not only a floating laboratory. It was also an enterprise devoted to representing the world: maps for navigation, drawings to remember coastlines, and watercolors to bring distant landscapes back to England. On such a long voyage, visual memory and writing support each other. Many scenes now associated with the Beagle survive because of this combination of scientific observation and artistic record.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS20Beagle20in20Straits20of20Magellan.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"HMS Beagle in the Strait of Magellan\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:HMS%20Beagle%20in%20Straits%20of%20Magellan.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:HMS%20Beagle%20in%20Straits%20of%20Magellan.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/HMS20Beagle20in20Straits20of20Magellan.jpg\" alt=\"HMS Beagle in the Strait of Magellan\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4224\" class=\"td-public-card\" data-tags=\"geology|hms beagle|natural history|south america|zoology\" data-search=\"puerto deseado: christmas in patagonia on december 23, 1833, the beagle reaches puerto deseado on the patagonian coast. the approach of christmas does little to soften the harshness of the place. darwin finds a dry, windy, open landscape of rocks, steppe, abrupt shores, and animal life adapted to demanding conditions. patagonia appears as a territory less luxuriant than brazil, but full of interest for anyone who knows how to look.\nin the surrounding area he observes guanacos, birds, rocks, sediments, and coastal landforms. the scarcity of vegetation makes the structures of the terrain more visible. wind, aridity, and vastness give the landscape a bare character. darwin focuses on details others might regard as poor: bluffs, pebbles, terraces, fossils, elusive animals, and the relationship between the sea and the inland plains.\nchristmas at puerto deseado sums up life on the voyage: british celebrations in a remote place, naval routine, fieldwork, and a sense of distance. the european calendar continues to advance, but the surroundings have changed completely. darwin learns to find scientific material in landscapes that at first seem empty. patagonia will become for him a region of fossils, geology, resilient animals, and horizons capable of altering the idea of time.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57874608000\" data-event-id=\"4224\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4224\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">23\/12\/1833<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Puerto Deseado: Christmas in Patagonia<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4224\" data-share-title=\"Puerto Deseado: Christmas in Patagonia\" data-share-text=\"Evento: Puerto Deseado: Christmas in Patagonia \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On December 23, 1833, the Beagle reaches Puerto Deseado on the Patagonian coast. The approach of Christmas does little to soften the harshness of the place. Darwin finds a dry, windy, open landscape of rocks, steppe, abrupt shores, and animal life adapted to demanding conditions. Patagonia appears as a territory less luxuriant than Brazil, but full of interest for anyone who knows how to look.<br \/>\nIn the surrounding area he observes guanacos, birds, rocks, sediments, and coastal landforms. The scarcity of vegetation makes the structures of the terrain more visible. Wind, aridity, and vastness give the landscape a bare character. Darwin focuses on details others might regard as poor: bluffs, pebbles, terraces, fossils, elusive animals, and the relationship between the sea and the inland plains.<br \/>\nChristmas at Puerto Deseado sums up life on the voyage: British celebrations in a remote place, naval routine, fieldwork, and a sense of distance. The European calendar continues to advance, but the surroundings have changed completely. Darwin learns to find scientific material in landscapes that at first seem empty. Patagonia will become for him a region of fossils, geology, resilient animals, and horizons capable of altering the idea of time.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Puerto20Deseado20-20panoramio.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Puerto Deseado, Patagonia\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Puerto%20Deseado%20-%20panoramio.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Puerto%20Deseado%20-%20panoramio.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Puerto20Deseado20-20panoramio.jpg\" alt=\"Puerto Deseado, Patagonia\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4225\" class=\"td-public-card\" data-tags=\"evolution|fossils|geology|scientific observation|south america\" data-search=\"puerto san juli\u00e1n: fossils in the cliffs on january 9, 1834, darwin works at puerto san juli\u00e1n, another key location on the patagonian coast. in the nearby cliffs and deposits he finds fossils that once again connect the region with a large extinct fauna. the apparently austere patagonian coast offers a sequence of materials that speak of ancient animals and ancient environments.\nthe best-known discovery associated with this area consists of remains of macrauchenia, an extinct south american mammal that richard owen will later study. in the field, darwin cannot yet assign the animal a clear place in classification. what he has are fragments, geological context, intuitions, and the certainty that patagonian deposits preserve vanished forms that do not fit easily among known animals.\npuerto san juli\u00e1n extends the questions opened at punta alta. the fossils do not belong to a single site or latitude. the southern coast of the continent preserves evidence of extinction across great distances. darwin collects, ships, and records without yet possessing a general explanation. the strength of the observation lies in concrete repetition: another place, other sediments, other remains, and the same impression of a south american past partly related to the present.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57876076800\" data-event-id=\"4225\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4225\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">09\/01\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Puerto San Juli\u00e1n: Fossils in the Cliffs<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4225\" data-share-title=\"Puerto San Juli\u00e1n: Fossils in the Cliffs\" data-share-text=\"Evento: Puerto San Juli\u00e1n: Fossils in the Cliffs \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On January 9, 1834, Darwin works at Puerto San Juli\u00e1n, another key location on the Patagonian coast. In the nearby cliffs and deposits he finds fossils that once again connect the region with a large extinct fauna. The apparently austere Patagonian coast offers a sequence of materials that speak of ancient animals and ancient environments.<br \/>\nThe best-known discovery associated with this area consists of remains of Macrauchenia, an extinct South American mammal that Richard Owen will later study. In the field, Darwin cannot yet assign the animal a clear place in classification. What he has are fragments, geological context, intuitions, and the certainty that Patagonian deposits preserve vanished forms that do not fit easily among known animals.<br \/>\nPuerto San Juli\u00e1n extends the questions opened at Punta Alta. The fossils do not belong to a single site or latitude. The southern coast of the continent preserves evidence of extinction across great distances. Darwin collects, ships, and records without yet possessing a general explanation. The strength of the observation lies in concrete repetition: another place, other sediments, other remains, and the same impression of a South American past partly related to the present.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Puerto20San20Julian.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Puerto San Juli\u00e1n\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Puerto%20San%20Julian.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Puerto%20San%20Julian.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Puerto20San20Julian.jpg\" alt=\"Puerto San Juli\u00e1n\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4226\" class=\"td-public-card\" data-tags=\"hms beagle|scientific observation|sea voyage|south america\" data-search=\"strait of magellan: navigating difficult passages on january 26, 1834, the beagle sails through the strait of magellan. the route demands constant attention: channels, currents, winds, abrupt shores, fog, and narrow passages make navigation slow and delicate. for fitzroy, the area is an essential part of the hydrographic survey. for darwin, it is an opportunity to observe climate, vegetation, geology, and coastal life at the southern end of the continent.\nthe landscape combines cold forests, mountains, deeply indented coasts, and great masses of kelp. the kelp forms true belts of marine life that shelter invertebrates, fish, and birds. the coast may seem inhospitable to someone arriving from temperate or tropical regions, but it is not empty. darwin pays attention to how plants and animals are adapted to an environment of cold, dampness, and persistent wind.\nthe strait also imposes a physical experience of the voyage. the ship advances through places where an error could be serious, and every anchorage depends on finding shelter. darwin is not observing from a comfortable position. science is conducted amid maneuvers, brief landings, rain, and constant watch on the coast. the far south of south america leaves an impression of natural power and human precariousness in the face of climate.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57877545600\" data-event-id=\"4226\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4226\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">26\/01\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Strait of Magellan: Navigating Difficult Passages<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4226\" data-share-title=\"Strait of Magellan: Navigating Difficult Passages\" data-share-text=\"Evento: Strait of Magellan: Navigating Difficult Passages \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On January 26, 1834, the Beagle sails through the Strait of Magellan. The route demands constant attention: channels, currents, winds, abrupt shores, fog, and narrow passages make navigation slow and delicate. For FitzRoy, the area is an essential part of the hydrographic survey. For Darwin, it is an opportunity to observe climate, vegetation, geology, and coastal life at the southern end of the continent.<br \/>\nThe landscape combines cold forests, mountains, deeply indented coasts, and great masses of kelp. The kelp forms true belts of marine life that shelter invertebrates, fish, and birds. The coast may seem inhospitable to someone arriving from temperate or tropical regions, but it is not empty. Darwin pays attention to how plants and animals are adapted to an environment of cold, dampness, and persistent wind.<br \/>\nThe strait also imposes a physical experience of the voyage. The ship advances through places where an error could be serious, and every anchorage depends on finding shelter. Darwin is not observing from a comfortable position. Science is conducted amid maneuvers, brief landings, rain, and constant watch on the coast. The far south of South America leaves an impression of natural power and human precariousness in the face of climate.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/PSM_V36_D770_Hms_beagle_in_the_straits_of_magellan.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"HMS Beagle in the Strait of Magellan\" data-attribution-text=\"Popular Science Monthly; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:PSM_V36_D770_Hms_beagle_in_the_straits_of_magellan.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/PSM_V36_D770_Hms_beagle_in_the_straits_of_magellan.jpg\" alt=\"HMS Beagle in the Strait of Magellan\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4227\" class=\"td-public-card\" data-tags=\"hms beagle|islands|natural history|scientific observation|zoology\" data-search=\"falkland islands: kelp, birds, and coastal life on march 16, 1834, darwin visits the falkland islands. the landscape offers peat bogs, cold coasts, little tree cover, abundant birds, marine mammals, and extensive kelp beds. the general impression is one of isolation and wind. in contrast with the forests of tierra del fuego, the islands present a low, open, wet environment with highly visible coastal fauna.\ndarwin observes tame birds, bold caracaras, geese, penguins, remains along the shore, and relationships among algae, sea, and animals. kelp again appears as a fundamental living structure: not merely marine vegetation, but shelter, indirect food, and support for a coastal community. the falkland coast allows him to compare southern islands close to tierra del fuego but very different in vegetation and appearance.\nhe is also interested in the islands&#039; recent history of human occupation, livestock, and ecological change. for him they are not only a natural space, but a territory subject to introductions, exploitation, and dispute. the visit combines observations of fauna, geology, climate, and human presence in a remote archipelago whose apparent poverty conceals abundant coastal life.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57881779200\" data-event-id=\"4227\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4227\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">16\/03\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Falkland Islands: Kelp, Birds, and Coastal Life<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4227\" data-share-title=\"Falkland Islands: Kelp, Birds, and Coastal Life\" data-share-text=\"Evento: Falkland Islands: Kelp, Birds, and Coastal Life \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On March 16, 1834, Darwin visits the Falkland Islands. The landscape offers peat bogs, cold coasts, little tree cover, abundant birds, marine mammals, and extensive kelp beds. The general impression is one of isolation and wind. In contrast with the forests of Tierra del Fuego, the islands present a low, open, wet environment with highly visible coastal fauna.<br \/>\nDarwin observes tame birds, bold caracaras, geese, penguins, remains along the shore, and relationships among algae, sea, and animals. Kelp again appears as a fundamental living structure: not merely marine vegetation, but shelter, indirect food, and support for a coastal community. The Falkland coast allows him to compare southern islands close to Tierra del Fuego but very different in vegetation and appearance.<br \/>\nHe is also interested in the islands&#039; recent history of human occupation, livestock, and ecological change. For him they are not only a natural space, but a territory subject to introductions, exploitation, and dispute. The visit combines observations of fauna, geology, climate, and human presence in a remote archipelago whose apparent poverty conceals abundant coastal life.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Falkland20Islands20-2003.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Coast and Penguin Colony in the Falkland Islands\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Falkland%20Islands%20-%2003.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Falkland%20Islands%20-%2003.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Falkland20Islands20-2003.jpg\" alt=\"Coast and Penguin Colony in the Falkland Islands\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4228\" class=\"td-public-card\" data-tags=\"geology|hms beagle|scientific observation|sea voyage|south america\" data-search=\"expedition up the santa cruz river between april 19 and may 8, 1834, darwin takes part in an expedition up the santa cruz river. the party travels upstream in boats, hauling them against the current through a region of terraces, basalt, gravel, and vast open spaces. progress is difficult: wind, cold, physical effort, rations, camps, and a constant sense of slow movement into the interior.\nthe santa cruz valley presents darwin with a large-scale geological problem. stepped terraces, rounded stones, and the shape of the valley suggest ancient changes in the level of the land, prolonged erosion, and forces capable of cutting and transporting material. the present river seems insufficient by itself to explain the full breadth of the valley. the observation is constructed by walking and visually measuring an immense landscape.\nthe expedition does not reach the andes, although the party sees distant mountains before turning back. frustration at the physical limit is mixed with the richness of the notes collected. santa cruz teaches darwin that an apparently monotonous landscape can preserve the memory of powerful processes: lava, water, uplift, erosion, and transport. patagonian geology becomes a question of large forms and long spans of time.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57884716800\" data-event-id=\"4228\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4228\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">19\/04\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">08\/05\/1834<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">19 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Expedition up the Santa Cruz River<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4228\" data-share-title=\"Expedition up the Santa Cruz River\" data-share-text=\"Evento: Expedition up the Santa Cruz River \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between April 19 and May 8, 1834, Darwin takes part in an expedition up the Santa Cruz River. The party travels upstream in boats, hauling them against the current through a region of terraces, basalt, gravel, and vast open spaces. Progress is difficult: wind, cold, physical effort, rations, camps, and a constant sense of slow movement into the interior.<br \/>\nThe Santa Cruz valley presents Darwin with a large-scale geological problem. Stepped terraces, rounded stones, and the shape of the valley suggest ancient changes in the level of the land, prolonged erosion, and forces capable of cutting and transporting material. The present river seems insufficient by itself to explain the full breadth of the valley. The observation is constructed by walking and visually measuring an immense landscape.<br \/>\nThe expedition does not reach the Andes, although the party sees distant mountains before turning back. Frustration at the physical limit is mixed with the richness of the notes collected. Santa Cruz teaches Darwin that an apparently monotonous landscape can preserve the memory of powerful processes: lava, water, uplift, erosion, and transport. Patagonian geology becomes a question of large forms and long spans of time.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/TheBeagleLaidAshore.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"The Beagle Beached for Repairs\" data-attribution-text=\"Conrad Martens \/ Thomas Landseer; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:TheBeagleLaidAshore.png\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/TheBeagleLaidAshore.png\" alt=\"The Beagle Beached for Repairs\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Guanacos-llamas-el-primero-imagen-en-europa-1553.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Early Depiction of Guanacos and Llamas\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Guanacos-llamas-el-primero-imagen-en-europa-1553.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Guanacos-llamas-el-primero-imagen-en-europa-1553.jpg\" alt=\"Early Depiction of Guanacos and Llamas\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4229\" class=\"td-public-card\" data-tags=\"botany|geology|hms beagle|islands|scientific observation|south america\" data-search=\"chilo\u00e9 and the southern archipelagos between june 10 and july 23, 1834, the beagle works around chilo\u00e9 and the southern archipelagos of chile. the change from patagonia is dramatic. persistent rain, dense forests, channels, islands, fragmented coasts, volcanoes visible in the distance, and human communities scattered among water, timber, crops, and local navigation all appear.\ndarwin observes the wet vegetation, soils, birds, small mammals, coastline, and the relationship between local people and the island environment. chilo\u00e9 cannot be crossed like a plain; it must be traveled by boat, muddy tracks, beaches, and paths through forest. rain conditions both the body and the work: it soaks, delays, darkens, and gives the landscape a green continuity that contrasts with the deserts and steppes already visited.\nthe southern archipelagos also offer a broken geography. islands, peninsulas, channels, and mountains appear as pieces of a dismembered continental edge. darwin can compare volcanoes, forests, coasts, and climate within a single region. here natural history is inseparable from water: rainwater, seawater, channels, pools, moisture on tree trunks, and clouds covering the mountains.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57889209600\" data-event-id=\"4229\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4229\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">10\/06\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">23\/07\/1834<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">43 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Chilo\u00e9 and the Southern Archipelagos<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4229\" data-share-title=\"Chilo\u00e9 and the Southern Archipelagos\" data-share-text=\"Evento: Chilo\u00e9 and the Southern Archipelagos \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between June 10 and July 23, 1834, the Beagle works around Chilo\u00e9 and the southern archipelagos of Chile. The change from Patagonia is dramatic. Persistent rain, dense forests, channels, islands, fragmented coasts, volcanoes visible in the distance, and human communities scattered among water, timber, crops, and local navigation all appear.<br \/>\nDarwin observes the wet vegetation, soils, birds, small mammals, coastline, and the relationship between local people and the island environment. Chilo\u00e9 cannot be crossed like a plain; it must be traveled by boat, muddy tracks, beaches, and paths through forest. Rain conditions both the body and the work: it soaks, delays, darkens, and gives the landscape a green continuity that contrasts with the deserts and steppes already visited.<br \/>\nThe southern archipelagos also offer a broken geography. Islands, peninsulas, channels, and mountains appear as pieces of a dismembered continental edge. Darwin can compare volcanoes, forests, coasts, and climate within a single region. Here natural history is inseparable from water: rainwater, seawater, channels, pools, moisture on tree trunks, and clouds covering the mountains.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Francisco_Menendez_-_Pirahua_de_Chiloe.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Chilo\u00e9 Canoe\" data-attribution-text=\"Francisco Men\u00e9ndez; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Francisco_Menendez_-_Pirahua_de_Chiloe.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Francisco_Menendez_-_Pirahua_de_Chiloe.jpg\" alt=\"Chilo\u00e9 Canoe\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4230\" class=\"td-public-card\" data-tags=\"geology|hms beagle|scientific observation|south america\" data-search=\"valpara\u00edso: a base on the pacific on july 23, 1834, the beagle reaches valpara\u00edso. the city becomes an important pacific base for darwin. from there he can organize excursions into the chilean interior, observe the coast, recover from the wet south, and begin a stage marked by the andes, mining, earthquakes, and raised marine terraces.\nvalpara\u00edso impresses him with its bay, hills, and port activity. for the naturalist, it offers a contrast between the city&#039;s commercial movement and the relief surrounding it. central chile presents valleys, mountains, a drier climate, crops, mines, and roads rising toward the cordillera. darwin finds a region where geology is visually dominant: tilted strata, fractured rocks, elevations, valleys, and signs of uplift.\nduring this stage, his geological thinking becomes more ambitious. the chilean coast, shells found above the sea, and the nearby presence of volcanoes and earthquakes provide material for thinking about a mobile earth. valpara\u00edso is not merely a port for rest. it is the point from which darwin begins to view the andes and the pacific coast as parts of one system of uplift, erosion, and internal activity.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57892924800\" data-event-id=\"4230\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4230\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">23\/07\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">10\/11\/1834<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">110 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Valpara\u00edso: A Base on the Pacific<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4230\" data-share-title=\"Valpara\u00edso: A Base on the Pacific\" data-share-text=\"Evento: Valpara\u00edso: A Base on the Pacific \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On July 23, 1834, the Beagle reaches Valpara\u00edso. The city becomes an important Pacific base for Darwin. From there he can organize excursions into the Chilean interior, observe the coast, recover from the wet south, and begin a stage marked by the Andes, mining, earthquakes, and raised marine terraces.<br \/>\nValpara\u00edso impresses him with its bay, hills, and port activity. For the naturalist, it offers a contrast between the city&#039;s commercial movement and the relief surrounding it. Central Chile presents valleys, mountains, a drier climate, crops, mines, and roads rising toward the cordillera. Darwin finds a region where geology is visually dominant: tilted strata, fractured rocks, elevations, valleys, and signs of uplift.<br \/>\nDuring this stage, his geological thinking becomes more ambitious. The Chilean coast, shells found above the sea, and the nearby presence of volcanoes and earthquakes provide material for thinking about a mobile Earth. Valpara\u00edso is not merely a port for rest. It is the point from which Darwin begins to view the Andes and the Pacific coast as parts of one system of uplift, erosion, and internal activity.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Valpo1830.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Valpara\u00edso Around 1830\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Valpo1830.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Valpo1830.jpg\" alt=\"Valpara\u00edso Around 1830\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4231\" class=\"td-public-card\" data-tags=\"south america\" data-search=\"illness and a pause in chile between august and september 1834, darwin falls ill during his stay in chile. the interruption breaks the rhythm of excursions and fieldwork. on a voyage usually remembered for discoveries and landscapes, illness is a reminder of the naturalist&#039;s everyday vulnerability: fever, exhaustion, immobility, dependence on care, and lost opportunities for observation.\nthe pause is not simply an empty interval. darwin travels under conditions that continually affect his health: seasickness, extreme climates, dampness, heat, cold, poor food, long rides, insects, questionable water, and accumulated fatigue. his illness in chile joins other moments of physical weakness throughout the expedition. the observer&#039;s body does not stand outside the journal; it determines what he can see, collect, and write.\nwhen he recovers, darwin returns to work with the same intensity. the chilean stage will continue with excursions into the mountains, observations of raised coasts, and the concepci\u00f3n earthquake. the pause reveals the material reverse of the expedition: behind every collection lie lost days, discomfort, uncertainty, and the need to adapt to the rhythm imposed by health.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57894825600\" data-event-id=\"4231\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4231\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">14\/08\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">27\/09\/1834<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">44 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Illness and a Pause in Chile<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4231\" data-share-title=\"Illness and a Pause in Chile\" data-share-text=\"Evento: Illness and a Pause in Chile \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between August and September 1834, Darwin falls ill during his stay in Chile. The interruption breaks the rhythm of excursions and fieldwork. On a voyage usually remembered for discoveries and landscapes, illness is a reminder of the naturalist&#039;s everyday vulnerability: fever, exhaustion, immobility, dependence on care, and lost opportunities for observation.<br \/>\nThe pause is not simply an empty interval. Darwin travels under conditions that continually affect his health: seasickness, extreme climates, dampness, heat, cold, poor food, long rides, insects, questionable water, and accumulated fatigue. His illness in Chile joins other moments of physical weakness throughout the expedition. The observer&#039;s body does not stand outside the journal; it determines what he can see, collect, and write.<br \/>\nWhen he recovers, Darwin returns to work with the same intensity. The Chilean stage will continue with excursions into the mountains, observations of raised coasts, and the Concepci\u00f3n earthquake. The pause reveals the material reverse of the expedition: behind every collection lie lost days, discomfort, uncertainty, and the need to adapt to the rhythm imposed by health.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles20Darwin20portrait20Wellcome20L0017011.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Portrait of Charles Darwin\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles%20Darwin,%20portrait%20Wellcome%20L0017011.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles%20Darwin,%20portrait%20Wellcome%20L0017011.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles20Darwin20portrait20Wellcome20L0017011.jpg\" alt=\"Portrait of Charles Darwin\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4232\" class=\"td-public-card\" data-tags=\"botany|geology|hms beagle|islands|scientific observation|south america\" data-search=\"chonos and chilo\u00e9: rain, volcanoes, and a fragmented coast between november 10, 1834, and february 8, 1835, the beagle returns toward chilo\u00e9 and the chonos archipelago. the voyage again enters a region of rain, channels, islands, and dense forest. darwin observes volcanoes, a fractured coastline, peat bogs, birds, plants, and small communities living in continual contact with the sea.\nthe expedition through these archipelagos is marked by difficulty. boats advance through narrow passages, wet weather, and shores that offer few comfortable landing places. vegetation can be so dense that walking a few hundred yards becomes exhausting. the islands combine beauty and fatigue: trees, mosses, water, mud, rocks, wind, and a persistent sense of isolation.\ndarwin pays particular attention to geology and to the distribution of life on separated islands. the southern chilean coast does not appear as a simple edge, but as a mosaic of fragments, channels, and mountains. volcanoes visible in the distance add a dimension of internal activity. at chilo\u00e9 and chonos, the voyage brings together climate, relief, navigation, and island life in one of its most demanding geographies.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57902428800\" data-event-id=\"4232\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4232\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">10\/11\/1834<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">08\/02\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">90 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Chonos and Chilo\u00e9: Rain, Volcanoes, and a Fragmented Coast<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4232\" data-share-title=\"Chonos and Chilo\u00e9: Rain, Volcanoes, and a Fragmented Coast\" data-share-text=\"Evento: Chonos and Chilo\u00e9: Rain, Volcanoes, and a Fragmented Coast \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between November 10, 1834, and February 8, 1835, the Beagle returns toward Chilo\u00e9 and the Chonos Archipelago. The voyage again enters a region of rain, channels, islands, and dense forest. Darwin observes volcanoes, a fractured coastline, peat bogs, birds, plants, and small communities living in continual contact with the sea.<br \/>\nThe expedition through these archipelagos is marked by difficulty. Boats advance through narrow passages, wet weather, and shores that offer few comfortable landing places. Vegetation can be so dense that walking a few hundred yards becomes exhausting. The islands combine beauty and fatigue: trees, mosses, water, mud, rocks, wind, and a persistent sense of isolation.<br \/>\nDarwin pays particular attention to geology and to the distribution of life on separated islands. The southern Chilean coast does not appear as a simple edge, but as a mosaic of fragments, channels, and mountains. Volcanoes visible in the distance add a dimension of internal activity. At Chilo\u00e9 and Chonos, the voyage brings together climate, relief, navigation, and island life in one of its most demanding geographies.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/ChiloC3A920-2002.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Landscape of Chilo\u00e9 Island\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Chilo%C3%A9%20-%2002.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Chilo%C3%A9%20-%2002.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/ChiloC3A920-2002.jpg\" alt=\"Landscape of Chilo\u00e9 Island\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4233\" class=\"td-public-card\" data-tags=\"geology|hms beagle|scientific observation|south america\" data-search=\"valdivia: prelude to the earthquake on february 8, 1835, darwin is in valdivia. the city and its surroundings form part of a wet, forested, volcanic region of southern chile. the stay precedes one of the most physically impressive episodes of the voyage: the great earthquake that will strike the area a few days later.\nbefore the earthquake, darwin observes the southern chilean environment with his customary attention: climate, vegetation, local population, coast, relief, and signs of volcanic activity. the territory combines abundant forests, mountains, and a close relationship between human settlements and natural conditions. everything seems part of the routine of one more stop on an already long journey.\nvaldivia&#039;s significance changes when the ground begins to move. direct experience of an earthquake gives darwin a bodily perception of geological forces that until then he could study only through rocks, terraces, or raised shells. at valdivia, the earth ceases to be merely an object of interpretation and becomes a present force. the episode will prepare his reading of concepci\u00f3n and the subsequent uplift of the coast.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57910204800\" data-event-id=\"4233\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4233\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">08\/02\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Valdivia: Prelude to the Earthquake<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4233\" data-share-title=\"Valdivia: Prelude to the Earthquake\" data-share-text=\"Evento: Valdivia: Prelude to the Earthquake \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On February 8, 1835, Darwin is in Valdivia. The city and its surroundings form part of a wet, forested, volcanic region of southern Chile. The stay precedes one of the most physically impressive episodes of the voyage: the great earthquake that will strike the area a few days later.<br \/>\nBefore the earthquake, Darwin observes the southern Chilean environment with his customary attention: climate, vegetation, local population, coast, relief, and signs of volcanic activity. The territory combines abundant forests, mountains, and a close relationship between human settlements and natural conditions. Everything seems part of the routine of one more stop on an already long journey.<br \/>\nValdivia&#039;s significance changes when the ground begins to move. Direct experience of an earthquake gives Darwin a bodily perception of geological forces that until then he could study only through rocks, terraces, or raised shells. At Valdivia, the Earth ceases to be merely an object of interpretation and becomes a present force. The episode will prepare his reading of Concepci\u00f3n and the subsequent uplift of the coast.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/RC3ADo20Valdivia.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Valdivia River\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:R%C3%ADo%20Valdivia.JPG\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:R%C3%ADo%20Valdivia.JPG\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/RC3ADo20Valdivia.jpg\" alt=\"Valdivia River\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4234\" class=\"td-public-card\" data-tags=\"geology|natural history|scientific observation|south america\" data-search=\"concepci\u00f3n earthquake: the earth moves on february 20, 1835, darwin feels the great concepci\u00f3n earthquake while in chile. the shock allows him to experience in a few minutes a force that geology usually studies through accumulated effects. the ground moves, buildings are damaged, the sea is disturbed, and the population is subjected to sudden natural violence.\nthe earthquake turns theory into experience. darwin had already been observing raised shells, marine terraces, and signs that the land had risen. after the earthquake he can relate immediate destruction to permanent changes along the coast. rocks, shell beds, cracks, and the sea&#039;s relative position acquire new clarity after he has felt the vibrations capable of altering a landscape.\nthe event also reveals the connection between earthquakes and volcanic activity across a broad region. darwin pays attention to the direction of the waves, the behavior of the sea, uplift of the ground, and visible damage. the earth no longer seems an immovable base on which human events occur; it appears as an active body capable of rising, breaking, and reorganizing entire coastlines.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57911241600\" data-event-id=\"4234\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4234\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">20\/02\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Concepci\u00f3n Earthquake: The Earth Moves<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4234\" data-share-title=\"Concepci\u00f3n Earthquake: The Earth Moves\" data-share-text=\"Evento: Concepci\u00f3n Earthquake: The Earth Moves \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On February 20, 1835, Darwin feels the great Concepci\u00f3n earthquake while in Chile. The shock allows him to experience in a few minutes a force that geology usually studies through accumulated effects. The ground moves, buildings are damaged, the sea is disturbed, and the population is subjected to sudden natural violence.<br \/>\nThe earthquake turns theory into experience. Darwin had already been observing raised shells, marine terraces, and signs that the land had risen. After the earthquake he can relate immediate destruction to permanent changes along the coast. Rocks, shell beds, cracks, and the sea&#039;s relative position acquire new clarity after he has felt the vibrations capable of altering a landscape.<br \/>\nThe event also reveals the connection between earthquakes and volcanic activity across a broad region. Darwin pays attention to the direction of the waves, the behavior of the sea, uplift of the ground, and visible damage. The Earth no longer seems an immovable base on which human events occur; it appears as an active body capable of rising, breaking, and reorganizing entire coastlines.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Remains_of_the_Cathedral_of_Conception_-_1835.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Ruins of Concepci\u00f3n Cathedral After the 1835 Earthquake\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Remains_of_the_Cathedral_of_Conception_-_1835.png\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Remains_of_the_Cathedral_of_Conception_-_1835.png\" alt=\"Ruins of Concepci\u00f3n Cathedral After the 1835 Earthquake\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4235\" class=\"td-public-card\" data-tags=\"geology|scientific observation|south america\" data-search=\"concepci\u00f3n in ruins on march 4, 1835, darwin visits concepci\u00f3n after the earthquake. the city presents a scene of destruction: fallen buildings, disrupted streets, ruins, accounts of fear, and signs of the great wave that accompanied the shock. the observation is not abstract. darwin walks among the visible human consequences and material remains of a recent catastrophe.\nthe coast shows changes that particularly interest him. in some areas, shell beds and rocks appear to have been raised. the sea, which withdrew and returned with force during the event, left marks both in the inhabitants&#039; memory and on the terrain. the ruins of concepci\u00f3n make it possible to combine testimony, approximate measurements, coastal marks, and geological reasoning.\nthe experience strengthens his conviction that major changes in relief can result from the accumulation of small or moderate events, rather than necessarily from a single primordial catastrophe. the earthquake does not create the andes, but it helps him imagine how a coast can rise over long periods. at concepci\u00f3n, darwin observes the continuity between a disaster experienced by people and a much longer geological history.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57912278400\" data-event-id=\"4235\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4235\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">04\/03\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Concepci\u00f3n in Ruins<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4235\" data-share-title=\"Concepci\u00f3n in Ruins\" data-share-text=\"Evento: Concepci\u00f3n in Ruins \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On March 4, 1835, Darwin visits Concepci\u00f3n after the earthquake. The city presents a scene of destruction: fallen buildings, disrupted streets, ruins, accounts of fear, and signs of the great wave that accompanied the shock. The observation is not abstract. Darwin walks among the visible human consequences and material remains of a recent catastrophe.<br \/>\nThe coast shows changes that particularly interest him. In some areas, shell beds and rocks appear to have been raised. The sea, which withdrew and returned with force during the event, left marks both in the inhabitants&#039; memory and on the terrain. The ruins of Concepci\u00f3n make it possible to combine testimony, approximate measurements, coastal marks, and geological reasoning.<br \/>\nThe experience strengthens his conviction that major changes in relief can result from the accumulation of small or moderate events, rather than necessarily from a single primordial catastrophe. The earthquake does not create the Andes, but it helps him imagine how a coast can rise over long periods. At Concepci\u00f3n, Darwin observes the continuity between a disaster experienced by people and a much longer geological history.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Destruction20in20Downtown20Concepcion20Chile204478649113.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Destruction in Central Concepci\u00f3n\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Destruction%20in%20Downtown%20Concepcion,%20Chile%20(4478649113).jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Destruction%20in%20Downtown%20Concepcion,%20Chile%20(4478649113).jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Destruction20in20Downtown20Concepcion20Chile204478649113.jpg\" alt=\"Destruction in Central Concepci\u00f3n\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4236\" class=\"td-public-card\" data-tags=\"fossils|geology|natural history|scientific observation|south america\" data-search=\"crossing the andes to mendoza between march 18 and april 10, 1835, darwin crosses the andes toward mendoza. the overland expedition passes through high mountain passes, snow, dry air, deep valleys, tilted rocks, raised marine strata, and landscapes of extreme clarity. the cordillera appears as an immense geology lesson exposed in the open air.\nduring the crossing, darwin observes marine fossils and silicified trees at great altitude, a combination that demands thought about ancient seabeds, mountain uplift, and profound changes in the earth&#039;s surface. the rocks are not simply piled up; they display layers, inclinations, fractures, and relationships that make it possible to reconstruct a history of elevation and erosion. the presence of marine remains in the mountains is especially powerful for his geological imagination.\nthe journey is also physical: mules, guides, cold nights, wind, snow, narrow passes, and the descent toward the eastern pampas. the dryness of the air, atmospheric electricity, and the transparency of the landscape are recorded alongside observations of rocks. crossing the andes means more than passing through a barrier between chile and argentina; it means walking over monumental evidence that the earth has changed its position, elevation, and form.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57913488000\" data-event-id=\"4236\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4236\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">18\/03\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">10\/04\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">23 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Crossing the Andes to Mendoza<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4236\" data-share-title=\"Crossing the Andes to Mendoza\" data-share-text=\"Evento: Crossing the Andes to Mendoza \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between March 18 and April 10, 1835, Darwin crosses the Andes toward Mendoza. The overland expedition passes through high mountain passes, snow, dry air, deep valleys, tilted rocks, raised marine strata, and landscapes of extreme clarity. The cordillera appears as an immense geology lesson exposed in the open air.<br \/>\nDuring the crossing, Darwin observes marine fossils and silicified trees at great altitude, a combination that demands thought about ancient seabeds, mountain uplift, and profound changes in the Earth&#039;s surface. The rocks are not simply piled up; they display layers, inclinations, fractures, and relationships that make it possible to reconstruct a history of elevation and erosion. The presence of marine remains in the mountains is especially powerful for his geological imagination.<br \/>\nThe journey is also physical: mules, guides, cold nights, wind, snow, narrow passes, and the descent toward the eastern pampas. The dryness of the air, atmospheric electricity, and the transparency of the landscape are recorded alongside observations of rocks. Crossing the Andes means more than passing through a barrier between Chile and Argentina; it means walking over monumental evidence that the Earth has changed its position, elevation, and form.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cordillera20de20los20Andes.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Andes Mountains Between Chile and Mendoza\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cordillera%20de%20los%20Andes.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cordillera%20de%20los%20Andes.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cordillera20de20los20Andes.jpg\" alt=\"Andes Mountains Between Chile and Mendoza\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4237\" class=\"td-public-card\" data-tags=\"geology|scientific observation|south america\" data-search=\"coquimbo: desert, coast, and raised shells between april 27 and june 1, 1835, darwin works at coquimbo and along the coast of northern chile. the region is drier than central chile and offers stepped terraces, valleys, mines, arid shores, and shells situated above the present sea level. the combination of desert and sea makes the landforms especially visible.\ndarwin carefully observes the raised coastal platforms. marine shells far from the waves, steps in the relief, and the absence of recent deposits at certain points support his interpretation of a coast that has risen gradually. coquimbo becomes part of a series of chilean observations in which earthquakes, terraces, and marine fossils belong to the same problem.\nthe mining region adds another dimension to the journey. darwin sees heavy loads, hard labor, and settlements connected with extraction. the route into the inland valleys reveals contrasts between aridity, scarce rivers, concentrated cultivation, and bare mountains. coquimbo offers him a clear and severe geology: less vegetation to conceal the rocks, more profiles, more natural cuttings, and a coast that seems to preserve marks of former sea levels.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57916944000\" data-event-id=\"4237\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4237\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">27\/04\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">01\/06\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">35 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Coquimbo: Desert, Coast, and Raised Shells<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4237\" data-share-title=\"Coquimbo: Desert, Coast, and Raised Shells\" data-share-text=\"Evento: Coquimbo: Desert, Coast, and Raised Shells \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between April 27 and June 1, 1835, Darwin works at Coquimbo and along the coast of northern Chile. The region is drier than central Chile and offers stepped terraces, valleys, mines, arid shores, and shells situated above the present sea level. The combination of desert and sea makes the landforms especially visible.<br \/>\nDarwin carefully observes the raised coastal platforms. Marine shells far from the waves, steps in the relief, and the absence of recent deposits at certain points support his interpretation of a coast that has risen gradually. Coquimbo becomes part of a series of Chilean observations in which earthquakes, terraces, and marine fossils belong to the same problem.<br \/>\nThe mining region adds another dimension to the journey. Darwin sees heavy loads, hard labor, and settlements connected with extraction. The route into the inland valleys reveals contrasts between aridity, scarce rivers, concentrated cultivation, and bare mountains. Coquimbo offers him a clear and severe geology: less vegetation to conceal the rocks, more profiles, more natural cuttings, and a coast that seems to preserve marks of former sea levels.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Frezier20Voyage20Coquimbo.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Historic Map of Coquimbo Bay\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Frezier%20Voyage%20Coquimbo.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Frezier%20Voyage%20Coquimbo.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Frezier20Voyage20Coquimbo.jpg\" alt=\"Historic Map of Coquimbo Bay\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4238\" class=\"td-public-card\" data-tags=\"botany|geology|scientific observation|south america\" data-search=\"copiap\u00f3: the dry limit of the chilean journey between june 2 and 21, 1835, darwin travels into the copiap\u00f3 region. the landscape becomes even drier. fertile valleys appear as narrow strips within a desert environment, and life depends on limited watercourses, localized agriculture, and roads crossing arid ground. northern chile shows how completely climate can organize the presence or absence of vegetation.\ndarwin observes deserts, ravines, terraces, ruins, dry riverbeds, and signs of ancient environmental change. aridity makes it possible to read forms that would be hidden in a forest. layers, cuttings, deposits, and bare surfaces offer an open geology. he is also interested in the effects of rare rains, earthquakes, and possible climatic changes in a territory where every trace of water is significant.\ncopiap\u00f3 marks one of the driest limits of his south american experience. after brazil, chilo\u00e9, or valdivia, the absence of moisture creates a very different impression. natural history does not disappear: it becomes concentrated in adaptation, absence, irregular distribution, and ancient traces. darwin learns that a landscape poor in vegetation can be extraordinarily rich in information about climate, relief, and time.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57920054400\" data-event-id=\"4238\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4238\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">02\/06\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">21\/06\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">19 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Copiap\u00f3: The Dry Limit of the Chilean Journey<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4238\" data-share-title=\"Copiap\u00f3: The Dry Limit of the Chilean Journey\" data-share-text=\"Evento: Copiap\u00f3: The Dry Limit of the Chilean Journey \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between June 2 and 21, 1835, Darwin travels into the Copiap\u00f3 region. The landscape becomes even drier. Fertile valleys appear as narrow strips within a desert environment, and life depends on limited watercourses, localized agriculture, and roads crossing arid ground. Northern Chile shows how completely climate can organize the presence or absence of vegetation.<br \/>\nDarwin observes deserts, ravines, terraces, ruins, dry riverbeds, and signs of ancient environmental change. Aridity makes it possible to read forms that would be hidden in a forest. Layers, cuttings, deposits, and bare surfaces offer an open geology. He is also interested in the effects of rare rains, earthquakes, and possible climatic changes in a territory where every trace of water is significant.<br \/>\nCopiap\u00f3 marks one of the driest limits of his South American experience. After Brazil, Chilo\u00e9, or Valdivia, the absence of moisture creates a very different impression. Natural history does not disappear: it becomes concentrated in adaptation, absence, irregular distribution, and ancient traces. Darwin learns that a landscape poor in vegetation can be extraordinarily rich in information about climate, relief, and time.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Desierto20de20Atacama.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Atacama Desert in Copiap\u00f3\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Desierto%20de%20Atacama.JPG\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Desierto%20de%20Atacama.JPG\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Desierto20de20Atacama.jpg\" alt=\"Atacama Desert in Copiap\u00f3\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4239\" class=\"td-public-card\" data-tags=\"hms beagle|sea voyage|south america\" data-search=\"lima and callao: waiting, politics, and preparing for the pacific between july 19 and september 6, 1835, the beagle remains on the peruvian coast, with lima and callao as its principal points of reference. the stop is marked by delays, political tension, and preparations to leave south america for the pacific. darwin cannot move as freely as in other regions, and local circumstances condition his work.\nlima makes less of a naturalistic impression on him than other places, but callao preserves a powerful geological memory. ruins caused by earlier earthquakes and tsunamis allow him to compare historical destruction with what he saw at concepci\u00f3n. the arid peruvian coast, facing an active ocean, extends his interest in uplift, subsidence, raised shells, and movements of the ground.\nthe peruvian stop also serves as a transition. after years in south america, the beagle prepares to sail toward the gal\u00e1pagos and then into the open pacific. darwin carries collections, notebooks, and accumulated experience of forests, pampas, fossils, mountain ranges, earthquakes, deserts, and coasts. the continent is left behind, but its questions travel with him.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57924115200\" data-event-id=\"4239\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4239\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">19\/07\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">06\/09\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">49 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Lima and Callao: Waiting, Politics, and Preparing for the Pacific<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4239\" data-share-title=\"Lima and Callao: Waiting, Politics, and Preparing for the Pacific\" data-share-text=\"Evento: Lima and Callao: Waiting, Politics, and Preparing for the Pacific \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between July 19 and September 6, 1835, the Beagle remains on the Peruvian coast, with Lima and Callao as its principal points of reference. The stop is marked by delays, political tension, and preparations to leave South America for the Pacific. Darwin cannot move as freely as in other regions, and local circumstances condition his work.<br \/>\nLima makes less of a naturalistic impression on him than other places, but Callao preserves a powerful geological memory. Ruins caused by earlier earthquakes and tsunamis allow him to compare historical destruction with what he saw at Concepci\u00f3n. The arid Peruvian coast, facing an active ocean, extends his interest in uplift, subsidence, raised shells, and movements of the ground.<br \/>\nThe Peruvian stop also serves as a transition. After years in South America, the Beagle prepares to sail toward the Gal\u00e1pagos and then into the open Pacific. Darwin carries collections, notebooks, and accumulated experience of forests, pampas, fossils, mountain ranges, earthquakes, deserts, and coasts. The continent is left behind, but its questions travel with him.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/1790plano60.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Historic Plan of the Callao Anchorage\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:1790plano60.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:1790plano60.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/1790plano60.jpg\" alt=\"Historic Plan of the Callao Anchorage\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4240\" class=\"td-public-card\" data-tags=\"evolution|gal\u00e1pagos|geology|hms beagle|islands|scientific observation|zoology\" data-search=\"arrival in the gal\u00e1pagos on september 15, 1835, the beagle reaches the gal\u00e1pagos archipelago. darwin finds a group of dry, dark, rugged-looking volcanic islands, very different from the greener images associated with other tropical regions. black lava, craters, leafless shrubs, heat, abundant reptiles, and difficult shores dominate the first impression.\narrival does not produce an immediate revelation about evolution. darwin observes, collects, and compares as he has at other stops. he is interested in volcanic geology, giant tortoises, marine and land iguanas, birds, plants, and the relationship between each island and its living forms. insularity becomes concrete: short distances between islands, similar but not identical environments, separated populations, and local accounts of differences among tortoises.\nthe gal\u00e1pagos will acquire greater significance when darwin reviews his collections and compares data in england. during the visit, many observations remain open or are labeled imperfectly. that is precisely what makes the archipelago so human within the story of the voyage: not everything is understood at the time. darwin gathers material that will later gain meaning through a much longer process of reflection.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57929126400\" data-event-id=\"4240\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4240\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">15\/09\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Arrival in the Gal\u00e1pagos<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4240\" data-share-title=\"Arrival in the Gal\u00e1pagos\" data-share-text=\"Evento: Arrival in the Gal\u00e1pagos \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On September 15, 1835, the Beagle reaches the Gal\u00e1pagos Archipelago. Darwin finds a group of dry, dark, rugged-looking volcanic islands, very different from the greener images associated with other tropical regions. Black lava, craters, leafless shrubs, heat, abundant reptiles, and difficult shores dominate the first impression.<br \/>\nArrival does not produce an immediate revelation about evolution. Darwin observes, collects, and compares as he has at other stops. He is interested in volcanic geology, giant tortoises, marine and land iguanas, birds, plants, and the relationship between each island and its living forms. Insularity becomes concrete: short distances between islands, similar but not identical environments, separated populations, and local accounts of differences among tortoises.<br \/>\nThe Gal\u00e1pagos will acquire greater significance when Darwin reviews his collections and compares data in England. During the visit, many observations remain open or are labeled imperfectly. That is precisely what makes the archipelago so human within the story of the voyage: not everything is understood at the time. Darwin gathers material that will later gain meaning through a much longer process of reflection.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Galapagos20and20Darwins20finches.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Gal\u00e1pagos Islands and Darwin&#039;s Finches\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Galapagos%20and%20Darwins%20finches.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Galapagos%20and%20Darwins%20finches.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Galapagos20and20Darwins20finches.jpg\" alt=\"Gal\u00e1pagos Islands and Darwin&#039;s Finches\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=mcM23M-CCog\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=mcM23M-CCog\" data-resource-title=\"Galapagos Finch Evolution \u2014 HHMI BioInteractive\" aria-label=\"Galapagos Finch Evolution \u2014 HHMI BioInteractive\" title=\"Galapagos Finch Evolution \u2014 HHMI BioInteractive\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/mcM23M-CCog\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=mcM23M-CCog\" data-resource-title=\"Galapagos Finch Evolution \u2014 HHMI BioInteractive\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4241\" class=\"td-public-card\" data-tags=\"gal\u00e1pagos|geology|islands|scientific observation|zoology\" data-search=\"chatham\/san crist\u00f3bal: lava, heat, and the first island notes between september 16 and 22, 1835, darwin explores chatham, now san crist\u00f3bal. the island offers recent lava, intense heat, sparse vegetation, and animals with little fear of humans. volcanic terrain dominates the experience: walking means crossing rough surfaces, observing craters, feeling the dryness, and seeing how life establishes itself in apparently unwelcoming ground.\ndarwin observes reptiles, birds, insects, plants, and the island&#039;s overall structure. marine and land iguanas attract attention because of their abundance and habits, which differ greatly from those of reptiles known in england. birds that show little fear allow unusually close approaches for a naturalist accustomed to animals hunted by people.\nchatham begins the comparison among islands. at this point, darwin has neither a finished theory nor a complete classification. what he has are notes on local forms, behavior, climate, vegetation, and rocks. each collected specimen may seem like a small piece, but the island adds a first layer to the broader question of how similar organisms live in territories separated by sea.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57929212800\" data-event-id=\"4241\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4241\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">16\/09\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">22\/09\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">6 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Chatham\/San Crist\u00f3bal: Lava, Heat, and the First Island Notes<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4241\" data-share-title=\"Chatham\/San Crist\u00f3bal: Lava, Heat, and the First Island Notes\" data-share-text=\"Evento: Chatham\/San Crist\u00f3bal: Lava, Heat, and the First Island Notes \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between September 16 and 22, 1835, Darwin explores Chatham, now San Crist\u00f3bal. The island offers recent lava, intense heat, sparse vegetation, and animals with little fear of humans. Volcanic terrain dominates the experience: walking means crossing rough surfaces, observing craters, feeling the dryness, and seeing how life establishes itself in apparently unwelcoming ground.<br \/>\nDarwin observes reptiles, birds, insects, plants, and the island&#039;s overall structure. Marine and land iguanas attract attention because of their abundance and habits, which differ greatly from those of reptiles known in England. Birds that show little fear allow unusually close approaches for a naturalist accustomed to animals hunted by people.<br \/>\nChatham begins the comparison among islands. At this point, Darwin has neither a finished theory nor a complete classification. What he has are notes on local forms, behavior, climate, vegetation, and rocks. Each collected specimen may seem like a small piece, but the island adds a first layer to the broader question of how similar organisms live in territories separated by sea.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Galapagos_Tortoise.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Gal\u00e1pagos Giant Tortoise\" data-attribution-text=\"NOAA; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Galapagos_Tortoise.jpg\" data-license-name=\"Public domain - NOAA\" data-license-url=\"https:\/\/www.noaa.gov\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Galapagos_Tortoise.jpg\" alt=\"Gal\u00e1pagos Giant Tortoise\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=lDX4gIUv9kI\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=lDX4gIUv9kI\" data-resource-title=\"Investigating Evolution: Galapagos Finches\" aria-label=\"Investigating Evolution: Galapagos Finches\" title=\"Investigating Evolution: Galapagos Finches\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/lDX4gIUv9kI\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=lDX4gIUv9kI\" data-resource-title=\"Investigating Evolution: Galapagos Finches\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4242\" class=\"td-public-card\" data-tags=\"evolution|gal\u00e1pagos|islands|scientific observation|zoology\" data-search=\"charles\/floreana: tortoises, local accounts, and variation between september 23 and 27, 1835, darwin visits charles, now floreana. the island has a small population and local stories about giant tortoises. some inhabitants claim they can identify the island from which a tortoise comes by the shape of its shell. darwin records the information, although he does not yet give it all the significance it will later acquire.\nthe stay combines direct observation with local knowledge. the tortoises appear as large, slow, resilient animals closely tied to practical life on the islands, where they serve as food and as a reserve of fresh meat for sailors and settlers. darwin also observes birds, plants, reptiles, and volcanic conditions similar to those of other islands, but with differences that begin to accumulate.\nfloreana introduces a delicate point: local variation is not always recognized as important at the moment it is encountered. darwin listens, records, and collects, but some of the importance of these differences will become clear only later. the island leaves a mixture of direct experience, inhabitants&#039; accounts, and natural materials that, brought together with those from other islands, will feed an increasingly precise comparison.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57929817600\" data-event-id=\"4242\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4242\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">23\/09\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">27\/09\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">4 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Charles\/Floreana: Tortoises, Local Accounts, and Variation<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4242\" data-share-title=\"Charles\/Floreana: Tortoises, Local Accounts, and Variation\" data-share-text=\"Evento: Charles\/Floreana: Tortoises, Local Accounts, and Variation \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between September 23 and 27, 1835, Darwin visits Charles, now Floreana. The island has a small population and local stories about giant tortoises. Some inhabitants claim they can identify the island from which a tortoise comes by the shape of its shell. Darwin records the information, although he does not yet give it all the significance it will later acquire.<br \/>\nThe stay combines direct observation with local knowledge. The tortoises appear as large, slow, resilient animals closely tied to practical life on the islands, where they serve as food and as a reserve of fresh meat for sailors and settlers. Darwin also observes birds, plants, reptiles, and volcanic conditions similar to those of other islands, but with differences that begin to accumulate.<br \/>\nFloreana introduces a delicate point: local variation is not always recognized as important at the moment it is encountered. Darwin listens, records, and collects, but some of the importance of these differences will become clear only later. The island leaves a mixture of direct experience, inhabitants&#039; accounts, and natural materials that, brought together with those from other islands, will feed an increasingly precise comparison.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cassel27s_Natural_History_-_Gigantic_Land_Tortoises_from_the_Galapagos_Islands.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Gal\u00e1pagos Giant Tortoises\" data-attribution-text=\"Cassell&#039;s Natural History; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cassel%27s_Natural_History_-_Gigantic_Land_Tortoises_from_the_Galapagos_Islands.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cassel27s_Natural_History_-_Gigantic_Land_Tortoises_from_the_Galapagos_Islands.jpg\" alt=\"Gal\u00e1pagos Giant Tortoises\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=OQ4OdCp59c4\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=OQ4OdCp59c4\" data-resource-title=\"The Origin of Species: The Finch&#039;s Beak \u2014 HHMI BioInteractive\" aria-label=\"The Origin of Species: The Finch&#039;s Beak \u2014 HHMI BioInteractive\" title=\"The Origin of Species: The Finch&#039;s Beak \u2014 HHMI BioInteractive\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/OQ4OdCp59c4\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=OQ4OdCp59c4\" data-resource-title=\"The Origin of Species: The Finch&#039;s Beak \u2014 HHMI BioInteractive\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4243\" class=\"td-public-card\" data-tags=\"evolution|gal\u00e1pagos|geology|hms beagle|islands|scientific observation|zoology\" data-search=\"albemarle\/isabela: volcanoes and life on separate islands between september 29 and october 4, 1835, the beagle visits albemarle, now isabela. the island stands out for its volcanoes, great size, and arid appearance. darwin observes a territory where geology is plainly visible: craters, lava flows, cones, dark fields, and a coast shaped by relatively recent volcanic activity.\nthe fauna again provides remarkable scenes. reptiles occupy a dominant place: marine iguanas feeding in the sea, land iguanas that burrow, and giant tortoises associated with different areas. darwin observes their habits, movement, diet, and relationship with a dry environment. the archipelago moves far from the idea of luxuriant tropical islands and instead displays life adapted to rock, scarcity of water, and isolation.\nisabela reinforces comparison among nearby volcanic islands. the distances between them are short for a ship, but sufficient to separate populations, histories of colonization, and local conditions. darwin does not yet formulate a complete explanation, but his notes assemble the pieces of a problem: related organisms, similar environments, differences from island to island, and the nearby american continent as a biogeographical background.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=eh88202366&amp;pageseq=1&amp;viewtype=side\" data-start-sort=\"57930336000\" data-event-id=\"4243\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4243\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">29\/09\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">04\/10\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">5 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Albemarle\/Isabela: Volcanoes and Life on Separate Islands<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4243\" data-share-title=\"Albemarle\/Isabela: Volcanoes and Life on Separate Islands\" data-share-text=\"Evento: Albemarle\/Isabela: Volcanoes and Life on Separate Islands \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between September 29 and October 4, 1835, the Beagle visits Albemarle, now Isabela. The island stands out for its volcanoes, great size, and arid appearance. Darwin observes a territory where geology is plainly visible: craters, lava flows, cones, dark fields, and a coast shaped by relatively recent volcanic activity.<br \/>\nThe fauna again provides remarkable scenes. Reptiles occupy a dominant place: marine iguanas feeding in the sea, land iguanas that burrow, and giant tortoises associated with different areas. Darwin observes their habits, movement, diet, and relationship with a dry environment. The archipelago moves far from the idea of luxuriant tropical islands and instead displays life adapted to rock, scarcity of water, and isolation.<br \/>\nIsabela reinforces comparison among nearby volcanic islands. The distances between them are short for a ship, but sufficient to separate populations, histories of colonization, and local conditions. Darwin does not yet formulate a complete explanation, but his notes assemble the pieces of a problem: related organisms, similar environments, differences from island to island, and the nearby American continent as a biogeographical background.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=EH88202366&#038;pageseq=1&#038;viewtype=side<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Marine20iguana.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Marine Iguanas on Isabela Island\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Marine%20iguana.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Marine%20iguana.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Marine20iguana.jpg\" alt=\"Marine Iguanas on Isabela Island\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4244\" class=\"td-public-card\" data-tags=\"botany|evolution|gal\u00e1pagos|islands|scientific observation|zoology\" data-search=\"james\/santiago: birds, reptiles, and decisive collections between october 8 and 17, 1835, darwin works on james, now santiago. the stay is one of the most productive parts of the gal\u00e1pagos visit. he collects birds, plants, reptiles, and insects, and observes in greater detail the behavior of animals that show no immediate fear of human presence.\nthe birds of the archipelago will later become enormously important, although darwin does not classify all of them with the necessary precision during the visit. finches, mockingbirds, and other island forms are gathered as part of a peculiar fauna, american in appearance but unevenly distributed among the islands. the plants also show differences that invite comparison among dry environments, volcanic soils, and isolation.\njames allows darwin to assemble a broader sample of gal\u00e1pagos life. he observes tortoises, lizards, land birds, coasts, and inland areas. the tameness of the animals leads him to think about the relationship between fear and the experience of human persecution. on an island where many species have had little contact with people, behavior seems as striking as bodily form.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57931113600\" data-event-id=\"4244\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4244\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">08\/10\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">17\/10\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">9 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>James\/Santiago: Birds, Reptiles, and Decisive Collections<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4244\" data-share-title=\"James\/Santiago: Birds, Reptiles, and Decisive Collections\" data-share-text=\"Evento: James\/Santiago: Birds, Reptiles, and Decisive Collections \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between October 8 and 17, 1835, Darwin works on James, now Santiago. The stay is one of the most productive parts of the Gal\u00e1pagos visit. He collects birds, plants, reptiles, and insects, and observes in greater detail the behavior of animals that show no immediate fear of human presence.<br \/>\nThe birds of the archipelago will later become enormously important, although Darwin does not classify all of them with the necessary precision during the visit. Finches, mockingbirds, and other island forms are gathered as part of a peculiar fauna, American in appearance but unevenly distributed among the islands. The plants also show differences that invite comparison among dry environments, volcanic soils, and isolation.<br \/>\nJames allows Darwin to assemble a broader sample of Gal\u00e1pagos life. He observes tortoises, lizards, land birds, coasts, and inland areas. The tameness of the animals leads him to think about the relationship between fear and the experience of human persecution. On an island where many species have had little contact with people, behavior seems as striking as bodily form.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin27s_finches.jpeg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Darwin&#039;s Finches in Journal of Researches\" data-attribution-text=\"Charles Darwin \/ Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin%27s_finches.jpeg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin27s_finches.jpeg\" alt=\"Darwin&#039;s Finches in Journal of Researches\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin27s_finches_by_Gould.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Darwin&#039;s Finches, Plate by Gould\" data-attribution-text=\"John Gould; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin%27s_finches_by_Gould.jpg\" data-license-name=\"Public Domain Mark 1.0\" data-license-url=\"https:\/\/creativecommons.org\/publicdomain\/mark\/1.0\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwin27s_finches_by_Gould.jpg\" alt=\"Darwin&#039;s Finches, Plate by Gould\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4245\" class=\"td-public-card\" data-tags=\"evolution|gal\u00e1pagos|hms beagle|islands|sea voyage\" data-search=\"from the archipelago into the open pacific between october 20 and november 15, 1835, the beagle leaves the gal\u00e1pagos and enters the open pacific. departing the archipelago physically separates darwin from islands whose intellectual consequences will grow over time. on board remain notebooks, specimens, skins, plants, preserved reptiles, and memories of dry volcanic landscapes.\nthe passage toward tahiti returns the voyage to its oceanic dimension. days at sea, naval routine, and observations of water, birds, and weather replace island landings. darwin has time to arrange notes, reflect on what he has seen, and prepare for new stages of a circumnavigation that has now left south america behind. the ship again becomes home, laboratory, observatory, and boundary.\nthe gal\u00e1pagos are not closed as a conclusion. the collections will require comparison in england, specialists, and revision. many relationships will become evident only later, when samples from different islands are examined more carefully. at the moment of departure, darwin carries material that remains open, full of potential but not yet transformed into a theory.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57932150400\" data-event-id=\"4245\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4245\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">20\/10\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">15\/11\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">26 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>From the Archipelago into the Open Pacific<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4245\" data-share-title=\"From the Archipelago into the Open Pacific\" data-share-text=\"Evento: From the Archipelago into the Open Pacific \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between October 20 and November 15, 1835, the Beagle leaves the Gal\u00e1pagos and enters the open Pacific. Departing the archipelago physically separates Darwin from islands whose intellectual consequences will grow over time. On board remain notebooks, specimens, skins, plants, preserved reptiles, and memories of dry volcanic landscapes.<br \/>\nThe passage toward Tahiti returns the voyage to its oceanic dimension. Days at sea, naval routine, and observations of water, birds, and weather replace island landings. Darwin has time to arrange notes, reflect on what he has seen, and prepare for new stages of a circumnavigation that has now left South America behind. The ship again becomes home, laboratory, observatory, and boundary.<br \/>\nThe Gal\u00e1pagos are not closed as a conclusion. The collections will require comparison in England, specialists, and revision. Many relationships will become evident only later, when samples from different islands are examined more carefully. At the moment of departure, Darwin carries material that remains open, full of potential but not yet transformed into a theory.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Gal\u00e1pagos\">Gal\u00e1pagos<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Voyage20of20the20Beagle20el.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Ocean Route of the Voyage of the Beagle\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage%20of%20the%20Beagle%20el.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Voyage%20of%20the%20Beagle%20el.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Voyage20of20the20Beagle20el.jpg\" alt=\"Ocean Route of the Voyage of the Beagle\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4246\" class=\"td-public-card\" data-tags=\"botany|islands|natural history|scientific observation\" data-search=\"tahiti: landscape, mission, and cultural contrast between november 15 and 25, 1835, darwin visits tahiti. the island offers an intense contrast with the gal\u00e1pagos: green mountains, deep valleys, waterfalls, abundant vegetation, crops, local communities, and missionary presence. after the dry lava of the equatorial archipelago, tahiti appears as a high, wet, fertile island.\ndarwin makes excursions into the interior and observes ravines, useful plants, trees, watercourses, and forms of life associated with a more generous tropical environment. the landscape impresses him with its beauty and its combination of sea, mountain, and vegetation. the physical experience of the journey\u2014climbing, humidity, paths, views, and bathing in cool water\u2014occupies an important place in his notes.\nthe island also introduces cultural comparisons. darwin pays attention to the effects of the missions, changes in local life, codes of conduct, agriculture, and social organization. his perspective, shaped by his time, mixes admiration, moral judgment, and curiosity. tahiti remains a stop where nature and society appear closely intertwined on an island transformed by european and religious contact.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57934396800\" data-event-id=\"4246\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4246\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">15\/11\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">25\/11\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">10 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Tahiti: Landscape, Mission, and Cultural Contrast<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4246\" data-share-title=\"Tahiti: Landscape, Mission, and Cultural Contrast\" data-share-text=\"Evento: Tahiti: Landscape, Mission, and Cultural Contrast \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between November 15 and 25, 1835, Darwin visits Tahiti. The island offers an intense contrast with the Gal\u00e1pagos: green mountains, deep valleys, waterfalls, abundant vegetation, crops, local communities, and missionary presence. After the dry lava of the equatorial archipelago, Tahiti appears as a high, wet, fertile island.<br \/>\nDarwin makes excursions into the interior and observes ravines, useful plants, trees, watercourses, and forms of life associated with a more generous tropical environment. The landscape impresses him with its beauty and its combination of sea, mountain, and vegetation. The physical experience of the journey\u2014climbing, humidity, paths, views, and bathing in cool water\u2014occupies an important place in his notes.<br \/>\nThe island also introduces cultural comparisons. Darwin pays attention to the effects of the missions, changes in local life, codes of conduct, agriculture, and social organization. His perspective, shaped by his time, mixes admiration, moral judgment, and curiosity. Tahiti remains a stop where nature and society appear closely intertwined on an island transformed by European and religious contact.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Tahiti1829v1.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Map of Tahiti, 1829\" data-attribution-text=\"Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Tahiti1829v1.png\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Tahiti1829v1.png\" alt=\"Map of Tahiti, 1829\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4247\" class=\"td-public-card\" data-tags=\"islands|natural history|scientific observation\" data-search=\"bay of islands: new zealand and the missionary world between december 21 and 30, 1835, the beagle reaches the bay of islands in new zealand. darwin finds a landscape and society very different from tahiti. missionary presence is strong, european contact has altered the region, and relations among settlers, missionaries, and m\u0101ori communities form a visible part of the visit.\nthe naturalist visits waimate and other places connected with the missions. he observes introduced crops, houses, roads, religious practices, local people, and changes in land use. english seeds, domestic animals, and european patterns of settlement appear as signs of rapid transformation. the island is presented not only as nature, but as a space of colonial encounter and tension.\ndarwin compares what he sees with other places visited during the voyage. vegetation, climate, customs, the degree of european presence, and the role of missionaries are added to his collection of human experiences. new zealand leaves a less idyllic impression than tahiti, but one rich in observations of cultural change, contact, and the reorganization of territory under external influence.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57937507200\" data-event-id=\"4247\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4247\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">21\/12\/1835<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">30\/12\/1835<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">9 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Bay of Islands: New Zealand and the Missionary World<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4247\" data-share-title=\"Bay of Islands: New Zealand and the Missionary World\" data-share-text=\"Evento: Bay of Islands: New Zealand and the Missionary World \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between December 21 and 30, 1835, the Beagle reaches the Bay of Islands in New Zealand. Darwin finds a landscape and society very different from Tahiti. Missionary presence is strong, European contact has altered the region, and relations among settlers, missionaries, and M\u0101ori communities form a visible part of the visit.<br \/>\nThe naturalist visits Waimate and other places connected with the missions. He observes introduced crops, houses, roads, religious practices, local people, and changes in land use. English seeds, domestic animals, and European patterns of settlement appear as signs of rapid transformation. The island is presented not only as nature, but as a space of colonial encounter and tension.<br \/>\nDarwin compares what he sees with other places visited during the voyage. Vegetation, climate, customs, the degree of European presence, and the role of missionaries are added to his collection of human experiences. New Zealand leaves a less idyllic impression than Tahiti, but one rich in observations of cultural change, contact, and the reorganization of territory under external influence.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Plage_de_Korora-RC3AAka_28NouvE28099lle_ZC3A9lande29_28183529_by_BarthC3A9lemy_Lauvergne.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Koror\u0101reka Beach, New Zealand, 1835\" data-attribution-text=\"Barth\u00e9l\u00e9my Lauvergne; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Plage_de_Korora-R%C3%AAka_%28Nouv%E2%80%99lle_Z%C3%A9lande%29_%281835%29_by_Barth%C3%A9lemy_Lauvergne.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Plage_de_Korora-RC3AAka_28NouvE28099lle_ZC3A9lande29_28183529_by_BarthC3A9lemy_Lauvergne.jpg\" alt=\"Koror\u0101reka Beach, New Zealand, 1835\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4248\" class=\"td-public-card\" data-tags=\"hms beagle|natural history\" data-search=\"sydney: an expanding colony between january 12 and 30, 1836, the beagle visits sydney. australia presents darwin with an expanding british colony, complete with a city, commerce, institutions, roads, and a complex relationship with the land. after years of spanish american ports, oceanic islands, and coasts sparsely settled by europeans, sydney shows him another kind of imperial frontier.\ndarwin makes excursions inland and observes eucalyptus forests, open landscapes, unusual fauna, and the blue mountains. australian vegetation seems strange to him: widely spaced trees, unfamiliar patterns of shade, dry soils, and plant forms unlike those of europe or south america. distinctive animals, including marsupials, also expand his range of zoological comparisons.\nthe colony leaves him with mixed impressions. he is interested in its economic growth, social organization, the mobility of settlers, and agricultural possibilities, but he also observes the displacement of aboriginal peoples and the inequalities inherent in the colonial system. australia adds both a new biogeographical region and a new form of british presence in the world to the voyage.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57939408000\" data-event-id=\"4248\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4248\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">12\/01\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">30\/01\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">18 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Sydney: An Expanding Colony<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4248\" data-share-title=\"Sydney: An Expanding Colony\" data-share-text=\"Evento: Sydney: An Expanding Colony \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between January 12 and 30, 1836, the Beagle visits Sydney. Australia presents Darwin with an expanding British colony, complete with a city, commerce, institutions, roads, and a complex relationship with the land. After years of Spanish American ports, oceanic islands, and coasts sparsely settled by Europeans, Sydney shows him another kind of imperial frontier.<br \/>\nDarwin makes excursions inland and observes eucalyptus forests, open landscapes, unusual fauna, and the Blue Mountains. Australian vegetation seems strange to him: widely spaced trees, unfamiliar patterns of shade, dry soils, and plant forms unlike those of Europe or South America. Distinctive animals, including marsupials, also expand his range of zoological comparisons.<br \/>\nThe colony leaves him with mixed impressions. He is interested in its economic growth, social organization, the mobility of settlers, and agricultural possibilities, but he also observes the displacement of Aboriginal peoples and the inequalities inherent in the colonial system. Australia adds both a new biogeographical region and a new form of British presence in the world to the voyage.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/View20of20Sydney20Harbour20c1817.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"View of Sydney Harbour Around 1817\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:View%20of%20Sydney%20Harbour%20c1817.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:View%20of%20Sydney%20Harbour%20c1817.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/View20of20Sydney20Harbour20c1817.jpg\" alt=\"View of Sydney Harbour Around 1817\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4249\" class=\"td-public-card\" data-tags=\"hms beagle|islands|natural history\" data-search=\"hobart: tasmania and colonial comparison between february 5 and 17, 1836, darwin visits hobart in what was then van diemen&#039;s land, now tasmania. the stop allows him to compare another british colony in the southern hemisphere, with a climate, vegetation, society, and indigenous relations different from those he observed in new south wales.\ndarwin explores the surroundings, observing mount wellington, the forested landscape, the town, and colonial organization. the island has an intensive european presence, but also a recent history of violence against aboriginal people. the naturalist records the results of this transformation through the perspective of his time, aware that colonial expansion has drastically altered human life on the island.\ntasmania also provides a naturalistic comparison. its island character, temperate climate, and fauna join the broad catalogue of islands visited: cape verde, fernando de noronha, the falklands, chilo\u00e9, the gal\u00e1pagos, tahiti, and new zealand. on each, the relationships among isolation, climate, vegetation, fauna, and human presence are different. hobart takes its place within this sequence of highly varied islands.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57941481600\" data-event-id=\"4249\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4249\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">05\/02\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">17\/02\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">12 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Hobart: Tasmania and Colonial Comparison<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4249\" data-share-title=\"Hobart: Tasmania and Colonial Comparison\" data-share-text=\"Evento: Hobart: Tasmania and Colonial Comparison \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between February 5 and 17, 1836, Darwin visits Hobart in what was then Van Diemen&#039;s Land, now Tasmania. The stop allows him to compare another British colony in the southern hemisphere, with a climate, vegetation, society, and Indigenous relations different from those he observed in New South Wales.<br \/>\nDarwin explores the surroundings, observing Mount Wellington, the forested landscape, the town, and colonial organization. The island has an intensive European presence, but also a recent history of violence against Aboriginal people. The naturalist records the results of this transformation through the perspective of his time, aware that colonial expansion has drastically altered human life on the island.<br \/>\nTasmania also provides a naturalistic comparison. Its island character, temperate climate, and fauna join the broad catalogue of islands visited: Cape Verde, Fernando de Noronha, the Falklands, Chilo\u00e9, the Gal\u00e1pagos, Tahiti, and New Zealand. On each, the relationships among isolation, climate, vegetation, fauna, and human presence are different. Hobart takes its place within this sequence of highly varied islands.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Hobart20harbour.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Hobart Harbour, Tasmania\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Hobart%20harbour.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Hobart%20harbour.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Hobart20harbour.jpg\" alt=\"Hobart Harbour, Tasmania\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4250\" class=\"td-public-card\" data-tags=\"botany|hms beagle|islands|natural history|scientific observation\" data-search=\"king george sound: an australian stop between march 6 and 14, 1836, the beagle visits king george sound in southwestern australia. darwin finds a stop more austere in appearance than sydney or hobart. the landscape seems poor at first sight, with low vegetation, sandy soils, and a sense of isolation on the continent&#039;s southern edge.\neven so, the region offers valuable observations. darwin focuses on plants, coastal forms, calcareous casts associated with branches, soils, rocks, and encounters with local inhabitants. australian vegetation retains its strangeness to european eyes: tough leaves, widely spaced trees, muted tones, and adaptations to dry conditions. beauty does not impose itself immediately; it has to be sought in botanical and geological details.\nthe stop marks darwin&#039;s farewell to australia. he has seen a growing colony, eucalyptus landscapes, mountains, cities, colonial violence, and a flora very different from that of south america. king george sound closes this section with a quieter, drier impression before the beagle crosses the indian ocean toward the cocos keeling islands.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57944073600\" data-event-id=\"4250\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4250\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">06\/03\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">14\/03\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">8 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>King George Sound: An Australian Stop<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4250\" data-share-title=\"King George Sound: An Australian Stop\" data-share-text=\"Evento: King George Sound: An Australian Stop \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between March 6 and 14, 1836, the Beagle visits King George Sound in southwestern Australia. Darwin finds a stop more austere in appearance than Sydney or Hobart. The landscape seems poor at first sight, with low vegetation, sandy soils, and a sense of isolation on the continent&#039;s southern edge.<br \/>\nEven so, the region offers valuable observations. Darwin focuses on plants, coastal forms, calcareous casts associated with branches, soils, rocks, and encounters with local inhabitants. Australian vegetation retains its strangeness to European eyes: tough leaves, widely spaced trees, muted tones, and adaptations to dry conditions. Beauty does not impose itself immediately; it has to be sought in botanical and geological details.<br \/>\nThe stop marks Darwin&#039;s farewell to Australia. He has seen a growing colony, eucalyptus landscapes, mountains, cities, colonial violence, and a flora very different from that of South America. King George Sound closes this section with a quieter, drier impression before the Beagle crosses the Indian Ocean toward the Cocos Keeling Islands.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/King20George20Sound201833.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"King George Sound in 1833\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:King%20George%20Sound%201833.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:King%20George%20Sound%201833.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/King20George20Sound201833.jpg\" alt=\"King George Sound in 1833\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4251\" class=\"td-public-card\" data-tags=\"geology|hms beagle|islands|natural history|scientific observation|zoology\" data-search=\"cocos keeling: the atoll as a scientific problem between april 1 and 12, 1836, darwin visits the cocos keeling islands. the atoll offers one of the most important geological landscapes of the voyage: a low ring of coral surrounding a lagoon, palm trees, white beaches, clear water, and life organized around the reef. unlike volcanoes, mountain ranges, or cliffs, the architecture of this place seems to have been built by tiny organisms.\ndarwin observes living and dead corals, beaches, currents, blocks carried by roots, crabs, fish, birds, seeds brought by the sea, and the sparse terrestrial flora. he is especially interested in how a ring of coral can form in the middle of the ocean and how it relates to the subsidence of an ancient volcanic base. the atoll turns a theoretical question into a visible landscape.\ncocos keeling will contribute to his explanation of coral reefs, published after the voyage. the central idea depends on slow processes: coral growth near the surface, gradual sinking of an island or platform, the formation of barrier reefs, and finally atolls. at keeling, darwin walks on a structure that is both living and geological, where marine organisms and movement of the earth&#039;s crust combine over long periods.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57946320000\" data-event-id=\"4251\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4251\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">01\/04\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">12\/04\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">11 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Cocos Keeling: The Atoll as a Scientific Problem<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4251\" data-share-title=\"Cocos Keeling: The Atoll as a Scientific Problem\" data-share-text=\"Evento: Cocos Keeling: The Atoll as a Scientific Problem \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between April 1 and 12, 1836, Darwin visits the Cocos Keeling Islands. The atoll offers one of the most important geological landscapes of the voyage: a low ring of coral surrounding a lagoon, palm trees, white beaches, clear water, and life organized around the reef. Unlike volcanoes, mountain ranges, or cliffs, the architecture of this place seems to have been built by tiny organisms.<br \/>\nDarwin observes living and dead corals, beaches, currents, blocks carried by roots, crabs, fish, birds, seeds brought by the sea, and the sparse terrestrial flora. He is especially interested in how a ring of coral can form in the middle of the ocean and how it relates to the subsidence of an ancient volcanic base. The atoll turns a theoretical question into a visible landscape.<br \/>\nCocos Keeling will contribute to his explanation of coral reefs, published after the voyage. The central idea depends on slow processes: coral growth near the surface, gradual sinking of an island or platform, the formation of barrier reefs, and finally atolls. At Keeling, Darwin walks on a structure that is both living and geological, where marine organisms and movement of the Earth&#039;s crust combine over long periods.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Zoology\">Zoology<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cocos_keelingISS002-E-9900.png\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Cocos Keeling Islands from Orbit\" data-attribution-text=\"NASA Johnson Space Center; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Cocos_keelingISS002-E-9900.PNG\" data-license-name=\"Public domain - NASA\" data-license-url=\"https:\/\/www.nasa.gov\/nasa-brand-center\/images-and-media\/\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Cocos_keelingISS002-E-9900.png\" alt=\"Cocos Keeling Islands from Orbit\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/FMIB_47332_Inside_an_Atoll2C_Keeling_Island.jpeg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Interior of an Atoll, Keeling Island\" data-attribution-text=\"Freshwater and Marine Image Bank; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:FMIB_47332_Inside_an_Atoll%2C_Keeling_Island.jpeg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/FMIB_47332_Inside_an_Atoll2C_Keeling_Island.jpeg\" alt=\"Interior of an Atoll, Keeling Island\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4252\" class=\"td-public-card\" data-tags=\"botany|hms beagle|islands|scientific observation\" data-search=\"mauritius: rest and tropical comparison between april 29 and may 9, 1836, the beagle visits mauritius. the island, then also known as isle de france, offers a tropical stop of great beauty, with mountains, vegetation, crops, a diverse population, and traces of a colonial history different from both british and spanish american experience.\ndarwin observes the ring of mountains, the volcanic appearance of the relief, gardens, plantations, and landscapes that recall yet contrast with other tropical islands visited. after cocos keeling, mauritius presents a high, complex, inhabited island rather than a thin coral ring. comparison between the two stops reinforces his attention to different modes of island formation.\nthe stop also offers rest after years of travel. darwin is no longer the young man who left plymouth without tropical experience. he arrives with a gaze trained by volcanoes, reefs, fossils, earthquakes, deserts, and forests. mauritius joins that sequence as a mature volcanic island transformed by cultivation, population, and trade, before the route continues toward the cape of good hope.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57948739200\" data-event-id=\"4252\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4252\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">29\/04\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">09\/05\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">10 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Mauritius: Rest and Tropical Comparison<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4252\" data-share-title=\"Mauritius: Rest and Tropical Comparison\" data-share-text=\"Evento: Mauritius: Rest and Tropical Comparison \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between April 29 and May 9, 1836, the Beagle visits Mauritius. The island, then also known as Isle de France, offers a tropical stop of great beauty, with mountains, vegetation, crops, a diverse population, and traces of a colonial history different from both British and Spanish American experience.<br \/>\nDarwin observes the ring of mountains, the volcanic appearance of the relief, gardens, plantations, and landscapes that recall yet contrast with other tropical islands visited. After Cocos Keeling, Mauritius presents a high, complex, inhabited island rather than a thin coral ring. Comparison between the two stops reinforces his attention to different modes of island formation.<br \/>\nThe stop also offers rest after years of travel. Darwin is no longer the young man who left Plymouth without tropical experience. He arrives with a gaze trained by volcanoes, reefs, fossils, earthquakes, deserts, and forests. Mauritius joins that sequence as a mature volcanic island transformed by cultivation, population, and trade, before the route continues toward the Cape of Good Hope.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Aerial20view20of20the20landscape20of20Mauritius2053698215290.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Aerial View of the Mauritius Landscape\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Aerial%20view%20of%20the%20landscape%20of%20Mauritius%20(53698215290).jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Aerial%20view%20of%20the%20landscape%20of%20Mauritius%20(53698215290).jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Aerial20view20of20the20landscape20of20Mauritius2053698215290.jpg\" alt=\"Aerial View of the Mauritius Landscape\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4253\" class=\"td-public-card\" data-tags=\"geology|hms beagle|natural history|scientific observation\" data-search=\"cape of good hope: science, conversation, and geology between may 31 and june 18, 1836, the beagle visits the cape of good hope. darwin reaches an important node in the british and colonial scientific network. the stop allows for meetings, conversation, and comparison of african landscapes with those already seen in south america, australia, and the islands.\nthe cape environment offers mountains, characteristic vegetation, coasts, geological formations, and a complex colonial society. darwin is interested in rocks, relief, flora, and fauna, but also in local intellectual life. at this stage of the voyage, his notes are no longer those of a beginner. every new place is compared with an enormous repertoire of earlier observations: brazil, patagonia, chile, the gal\u00e1pagos, australia, and the atolls.\nthe african stop closes an important part of the circumnavigation. from the cape, the return to england seems closer, although islands and coasts still remain to be visited. darwin carries collections and notebooks that will require years of work. the physical voyage is beginning to approach its end; the scientific work derived from it has scarcely begun.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57951504000\" data-event-id=\"4253\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4253\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">31\/05\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">18\/06\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">18 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Cape of Good Hope: Science, Conversation, and Geology<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4253\" data-share-title=\"Cape of Good Hope: Science, Conversation, and Geology\" data-share-text=\"Evento: Cape of Good Hope: Science, Conversation, and Geology \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between May 31 and June 18, 1836, the Beagle visits the Cape of Good Hope. Darwin reaches an important node in the British and colonial scientific network. The stop allows for meetings, conversation, and comparison of African landscapes with those already seen in South America, Australia, and the islands.<br \/>\nThe Cape environment offers mountains, characteristic vegetation, coasts, geological formations, and a complex colonial society. Darwin is interested in rocks, relief, flora, and fauna, but also in local intellectual life. At this stage of the voyage, his notes are no longer those of a beginner. Every new place is compared with an enormous repertoire of earlier observations: Brazil, Patagonia, Chile, the Gal\u00e1pagos, Australia, and the atolls.<br \/>\nThe African stop closes an important part of the circumnavigation. From the Cape, the return to England seems closer, although islands and coasts still remain to be visited. Darwin carries collections and notebooks that will require years of work. The physical voyage is beginning to approach its end; the scientific work derived from it has scarcely begun.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/The20Table20Mountain20and20Cape20Town.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Table Mountain and Cape Town\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:The%20Table%20Mountain%20and%20Cape%20Town.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:The%20Table%20Mountain%20and%20Cape%20Town.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/The20Table20Mountain20and20Cape20Town.jpg\" alt=\"Table Mountain and Cape Town\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4254\" class=\"td-public-card\" data-tags=\"botany|geology|hms beagle|islands|scientific observation\" data-search=\"saint helena: an island for thinking about erosion between july 8 and 14, 1836, darwin visits saint helena. the island, famous as the place of napoleon&#039;s exile, also offers a highly attractive naturalistic and geological case. isolated in the atlantic, volcanic in origin, and greatly transformed by human presence, it preserves evidence of erosion, changes in vegetation, and local extinctions.\ndarwin observes ravines, volcanic rocks, arid slopes, remnants of vegetation, and land shells. he is interested in the history of how introduced animals, logging, and human use have altered the island. saint helena makes it possible to see, within a small area, the combined effects of isolation, colonization, environmental change, and species loss.\nerosion has a strong visual presence. the landforms, dry valleys, and deeply cut slopes speak of prolonged wear. darwin can compare the island with other volcanic territories visited from cape verde to the gal\u00e1pagos and mauritius. saint helena is not only a historical stop; it is also an example of how an island changes through natural processes and human intervention.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57954787200\" data-event-id=\"4254\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4254\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">08\/07\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">14\/07\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">6 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Saint Helena: An Island for Thinking About Erosion<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4254\" data-share-title=\"Saint Helena: An Island for Thinking About Erosion\" data-share-text=\"Evento: Saint Helena: An Island for Thinking About Erosion \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between July 8 and 14, 1836, Darwin visits Saint Helena. The island, famous as the place of Napoleon&#039;s exile, also offers a highly attractive naturalistic and geological case. Isolated in the Atlantic, volcanic in origin, and greatly transformed by human presence, it preserves evidence of erosion, changes in vegetation, and local extinctions.<br \/>\nDarwin observes ravines, volcanic rocks, arid slopes, remnants of vegetation, and land shells. He is interested in the history of how introduced animals, logging, and human use have altered the island. Saint Helena makes it possible to see, within a small area, the combined effects of isolation, colonization, environmental change, and species loss.<br \/>\nErosion has a strong visual presence. The landforms, dry valleys, and deeply cut slopes speak of prolonged wear. Darwin can compare the island with other volcanic territories visited from Cape Verde to the Gal\u00e1pagos and Mauritius. Saint Helena is not only a historical stop; it is also an example of how an island changes through natural processes and human intervention.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/ISS019E01491820Saint20Helena20Island.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Saint Helena Seen from Space\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:ISS019E014918%20Saint%20Helena%20Island.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:ISS019E014918%20Saint%20Helena%20Island.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/ISS019E01491820Saint20Helena20Island.jpg\" alt=\"Saint Helena Seen from Space\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4255\" class=\"td-public-card\" data-tags=\"hms beagle|islands|natural history|publication\" data-search=\"ascension: letters from home and scientific reputation between july 19 and 23, 1836, the beagle visits ascension island. for darwin, the stop has special emotional value because he receives news from england and learns that his collections and letters have aroused interest among naturalists. after years of work under uncertain conditions, the news confirms that the materials he sent home have not disappeared into a void.\nascension also offers a severe volcanic landscape: cones, lava, volcanic bombs, arid surfaces, and limited vegetation. the island permits new observations of rocks, introduced animals, rats, layers of infusoria, and forms of life in isolated environments. as on saint helena, human presence has transformed part of the surroundings, but the volcanic foundation still dominates the overall appearance.\nthe mixture of letters and geology makes ascension a place for taking stock. darwin looks at a remote island while receiving signs of his scientific future in england. the reputation beginning to form does not yet come from a published work, but from boxes, notes, and correspondence. his return approaches with the certainty that the work accumulated during the voyage will continue.\nmore information: https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" data-start-sort=\"57955737600\" data-event-id=\"4255\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4255\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">19\/07\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">23\/07\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">4 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Ascension: Letters from Home and Scientific Reputation<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4255\" data-share-title=\"Ascension: Letters from Home and Scientific Reputation\" data-share-text=\"Evento: Ascension: Letters from Home and Scientific Reputation \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between July 19 and 23, 1836, the Beagle visits Ascension Island. For Darwin, the stop has special emotional value because he receives news from England and learns that his collections and letters have aroused interest among naturalists. After years of work under uncertain conditions, the news confirms that the materials he sent home have not disappeared into a void.<br \/>\nAscension also offers a severe volcanic landscape: cones, lava, volcanic bombs, arid surfaces, and limited vegetation. The island permits new observations of rocks, introduced animals, rats, layers of infusoria, and forms of life in isolated environments. As on Saint Helena, human presence has transformed part of the surroundings, but the volcanic foundation still dominates the overall appearance.<br \/>\nThe mixture of letters and geology makes Ascension a place for taking stock. Darwin looks at a remote island while receiving signs of his scientific future in England. The reputation beginning to form does not yet come from a published work, but from boxes, notes, and correspondence. His return approaches with the certainty that the work accumulated during the voyage will continue.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Ascension20island.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Ascension Island\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Ascension%20island.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Ascension%20island.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Ascension20island.jpg\" alt=\"Ascension Island\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4256\" class=\"td-public-card\" data-tags=\"botany|hms beagle|natural history|scientific observation|south america\" data-search=\"return to bahia: closing the tropical circle between august 1 and 6, 1836, the beagle returns to bahia. in a sense, the stop closes the tropical circle begun in 1832. darwin comes back to a brazilian coast that he no longer sees through the eyes of his first landing. between the two visits lie years of patagonia, tierra del fuego, the andes, the gal\u00e1pagos, oceania, australia, coral, and volcanoes.\nthe tropical forest retains its power. vegetation, heat, humidity, colors, and sounds impress the naturalist again, but now they are integrated into a far broader experience. brazil is no longer simply his first encounter with the tropics: it is one endpoint in a worldwide comparison of landscapes, faunas, floras, and societies.\nthe return also renews his rejection of slavery. darwin once again witnesses a social reality he finds unbearable and that contrasts with the beauty of the surroundings. in the memory of the voyage, brazil becomes linked to two powerful sensations: admiration for tropical life and moral revulsion at slavery. that tension accompanies the close of the south american stage.\nmore information: https:\/\/darwin-online.org.uk\/content\/frameset?itemid=a575&amp;pageseq=1&amp;viewtype=text\" data-start-sort=\"57956860800\" data-event-id=\"4256\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4256\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">01\/08\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">06\/08\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">5 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Return to Bahia: Closing the Tropical Circle<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4256\" data-share-title=\"Return to Bahia: Closing the Tropical Circle\" data-share-text=\"Evento: Return to Bahia: Closing the Tropical Circle \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between August 1 and 6, 1836, the Beagle returns to Bahia. In a sense, the stop closes the tropical circle begun in 1832. Darwin comes back to a Brazilian coast that he no longer sees through the eyes of his first landing. Between the two visits lie years of Patagonia, Tierra del Fuego, the Andes, the Gal\u00e1pagos, Oceania, Australia, coral, and volcanoes.<br \/>\nThe tropical forest retains its power. Vegetation, heat, humidity, colors, and sounds impress the naturalist again, but now they are integrated into a far broader experience. Brazil is no longer simply his first encounter with the tropics: it is one endpoint in a worldwide comparison of landscapes, faunas, floras, and societies.<br \/>\nThe return also renews his rejection of slavery. Darwin once again witnesses a social reality he finds unbearable and that contrasts with the beauty of the surroundings. In the memory of the voyage, Brazil becomes linked to two powerful sensations: admiration for tropical life and moral revulsion at slavery. That tension accompanies the close of the South American stage.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text\" rel=\"nofollow\">https:\/\/darwin-online.org.uk\/content\/frameset?itemID=A575&#038;pageseq=1&#038;viewtype=text<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Botany\">Botany<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"South America\">South America<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Salvador_bahia_panorama_1870.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Panorama of Salvador da Bahia, c. 1870\" data-attribution-text=\"Guilherme Gaensly; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Salvador_bahia_panorama_1870.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Salvador_bahia_panorama_1870.jpg\" alt=\"Panorama of Salvador da Bahia, c. 1870\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4257\" class=\"td-public-card\" data-tags=\"hms beagle|islands|sea voyage\" data-search=\"azores: the final atlantic stop between september 19 and 23, 1836, the beagle calls at the azores. it is one of the final stops before returning to england. after almost five years of travel, the atlantic islands appear as a threshold between the circumnavigation and the return to the familiar world.\ndarwin observes the island landscape, climate, crops, and volcanic character of the archipelago. the azores do not have the initial impact of cape verde or the theoretical weight of the gal\u00e1pagos or cocos keeling, but they join the long series of islands that has accompanied the voyage. each archipelago has offered a different combination of rock, isolation, vegetation, fauna, and human presence.\nthe stop is marked by the nearness of the end. the beagle is approaching europe, and darwin prepares to disembark with an enormous body of notes, specimens, and questions. the azores serve as the final atlantic pause before the return. the voyage that began with seasickness and uncertainty is about to end as a collection of scientific experiences that will be difficult to organize.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"57961094400\" data-event-id=\"4257\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4257\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">19\/09\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><div class=\"td-public-axis-dot td-public-axis-dot-end\"><\/div><div class=\"td-public-axis-date td-public-axis-date-end\">23\/09\/1836<\/div><div class=\"td-public-axis-date td-public-axis-date-duration\">4 d\u00edas<\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Azores: The Final Atlantic Stop<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4257\" data-share-title=\"Azores: The Final Atlantic Stop\" data-share-text=\"Evento: Azores: The Final Atlantic Stop \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>Between September 19 and 23, 1836, the Beagle calls at the Azores. It is one of the final stops before returning to England. After almost five years of travel, the Atlantic islands appear as a threshold between the circumnavigation and the return to the familiar world.<br \/>\nDarwin observes the island landscape, climate, crops, and volcanic character of the archipelago. The Azores do not have the initial impact of Cape Verde or the theoretical weight of the Gal\u00e1pagos or Cocos Keeling, but they join the long series of islands that has accompanied the voyage. Each archipelago has offered a different combination of rock, isolation, vegetation, fauna, and human presence.<br \/>\nThe stop is marked by the nearness of the end. The Beagle is approaching Europe, and Darwin prepares to disembark with an enormous body of notes, specimens, and questions. The Azores serve as the final Atlantic pause before the return. The voyage that began with seasickness and uncertainty is about to end as a collection of scientific experiences that will be difficult to organize.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Sea voyage\">Sea voyage<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Azores207775289072.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"S\u00e3o Miguel Island, Azores\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Azores%20(7775289072).jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Azores%20(7775289072).jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Azores207775289072.jpg\" alt=\"S\u00e3o Miguel Island, Azores\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4258\" class=\"td-public-card\" data-tags=\"hms beagle|natural history|publication\" data-search=\"falmouth: return to england on october 2, 1836, the beagle reaches falmouth. darwin returns to england after almost five years of travel. he left the country as a young naturalist recommended by henslow and comes back with notebooks, collections, fossils, birds, plants, rocks, geological observations, and direct experience of widely different territories.\nhis return does not mean immediate rest. boxes must be sorted, specialists must study the material, notes must be reviewed, and scientific correspondence resumes. darwin brings an accumulated world with him: cape verde, brazil, the r\u00edo de la plata, patagonia, tierra del fuego, chile, the gal\u00e1pagos, tahiti, new zealand, australia, cocos keeling, mauritius, saint helena, and other stops. every place has left questions, specimens, and comparisons.\nfalmouth closes the navigation but opens another kind of work. what was gathered during the voyage will become publications, debates, zoological and geological reports, letters, and private notebooks. the beagle experience does not produce a single conclusion upon landing. it produces a personal and scientific archive that darwin will spend years transforming into books, arguments, and theories.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57962217600\" data-event-id=\"4258\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4258\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">02\/10\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Falmouth: Return to England<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4258\" data-share-title=\"Falmouth: Return to England\" data-share-text=\"Evento: Falmouth: Return to England \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On October 2, 1836, the Beagle reaches Falmouth. Darwin returns to England after almost five years of travel. He left the country as a young naturalist recommended by Henslow and comes back with notebooks, collections, fossils, birds, plants, rocks, geological observations, and direct experience of widely different territories.<br \/>\nHis return does not mean immediate rest. Boxes must be sorted, specialists must study the material, notes must be reviewed, and scientific correspondence resumes. Darwin brings an accumulated world with him: Cape Verde, Brazil, the R\u00edo de la Plata, Patagonia, Tierra del Fuego, Chile, the Gal\u00e1pagos, Tahiti, New Zealand, Australia, Cocos Keeling, Mauritius, Saint Helena, and other stops. Every place has left questions, specimens, and comparisons.<br \/>\nFalmouth closes the navigation but opens another kind of work. What was gathered during the voyage will become publications, debates, zoological and geological reports, letters, and private notebooks. The Beagle experience does not produce a single conclusion upon landing. It produces a personal and scientific archive that Darwin will spend years transforming into books, arguments, and theories.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Falmouth20Cornwall20Harbour.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Falmouth Harbour, Cornwall\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Falmouth%20Cornwall%20Harbour.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Falmouth%20Cornwall%20Harbour.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Falmouth20Cornwall20Harbour.jpg\" alt=\"Falmouth Harbour, Cornwall\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4259\" class=\"td-public-card\" data-tags=\"natural history|publication\" data-search=\"shrewsbury: returning home with another world in his mind on october 4, 1836, darwin arrives in shrewsbury and reunites with his family. he reaches home only two days after disembarking. the contrast is enormous: from the ship, ports, and uncertainty of travel he passes into a familiar, stable, recognizable environment. yet the darwin who returns is not the same man who left.\nhe brings with him physical and mental experience accumulated over years. he has walked through tropical forests, ridden across the pampas, extracted fossils from riverbanks, felt earthquakes, crossed the andes, observed reptiles in the gal\u00e1pagos, studied coral reefs, and lived alongside sailors, gauchos, missionaries, settlers, indigenous peoples, officers, and naturalists. the family home receives not only a returning son, but someone laden with material that will transform his professional life.\nthe days that follow will be devoted to sorting, writing, visiting cambridge and london, reuniting with henslow, and contacting specialists. shrewsbury offers rest, but also the beginning of a transformation. the voyage is no longer measured in nautical miles, but in boxes opened, pages revised, letters sent, and a scientific reputation beginning to consolidate.\nmore information: https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" data-start-sort=\"57962390400\" data-event-id=\"4259\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4259\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">04\/10\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Shrewsbury: Returning Home with Another World in His Mind<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4259\" data-share-title=\"Shrewsbury: Returning Home with Another World in His Mind\" data-share-text=\"Evento: Shrewsbury: Returning Home with Another World in His Mind \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On October 4, 1836, Darwin arrives in Shrewsbury and reunites with his family. He reaches home only two days after disembarking. The contrast is enormous: from the ship, ports, and uncertainty of travel he passes into a familiar, stable, recognizable environment. Yet the Darwin who returns is not the same man who left.<br \/>\nHe brings with him physical and mental experience accumulated over years. He has walked through tropical forests, ridden across the pampas, extracted fossils from riverbanks, felt earthquakes, crossed the Andes, observed reptiles in the Gal\u00e1pagos, studied coral reefs, and lived alongside sailors, gauchos, missionaries, settlers, Indigenous peoples, officers, and naturalists. The family home receives not only a returning son, but someone laden with material that will transform his professional life.<br \/>\nThe days that follow will be devoted to sorting, writing, visiting Cambridge and London, reuniting with Henslow, and contacting specialists. Shrewsbury offers rest, but also the beginning of a transformation. The voyage is no longer measured in nautical miles, but in boxes opened, pages revised, letters sent, and a scientific reputation beginning to consolidate.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Statue20of20Charles20Darwin20Shrewsbury.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Statue of Charles Darwin in Shrewsbury\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Statue%20of%20Charles%20Darwin%20Shrewsbury.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Statue%20of%20Charles%20Darwin%20Shrewsbury.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Statue20of20Charles20Darwin20Shrewsbury.jpg\" alt=\"Statue of Charles Darwin in Shrewsbury\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4260\" class=\"td-public-card\" data-tags=\"evolution|fossils|geology|natural history|publication\" data-search=\"richard owen examines the fossils on october 29, 1836, richard owen examines the fossils darwin collected in south america. owen, one of britain&#039;s leading anatomists, helps identify the nature of several remains from large extinct mammals. specimens from punta alta, bah\u00eda blanca, puerto san juli\u00e1n, and other places begin to acquire names, relationships, and scientific significance.\nfor darwin, owen&#039;s examination is crucial because it turns fragments gathered in the field into comparable evidence within british scientific anatomy. some remains belong to giant animals related to living south american groups such as armadillos and sloths. others, including macrauchenia, pose more complex problems of classification. field observations gain depth when combined with specialized anatomical study.\nowen&#039;s work confirms that the beagle collections were not mere curiosities. the south american fossils raise questions about extinction, geographical distribution, kinship, and the replacement of faunas. darwin does not yet need a complete theory to understand that the remains are extraordinary. the land he had crossed on horseback and by ship contained a far richer animal history than its surface suggested.\nmore information: https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" data-start-sort=\"57964550400\" data-event-id=\"4260\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4260\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">29\/10\/1836<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Richard Owen Examines the Fossils<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4260\" data-share-title=\"Richard Owen Examines the Fossils\" data-share-text=\"Evento: Richard Owen Examines the Fossils \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>On October 29, 1836, Richard Owen examines the fossils Darwin collected in South America. Owen, one of Britain&#039;s leading anatomists, helps identify the nature of several remains from large extinct mammals. Specimens from Punta Alta, Bah\u00eda Blanca, Puerto San Juli\u00e1n, and other places begin to acquire names, relationships, and scientific significance.<br \/>\nFor Darwin, Owen&#039;s examination is crucial because it turns fragments gathered in the field into comparable evidence within British scientific anatomy. Some remains belong to giant animals related to living South American groups such as armadillos and sloths. Others, including Macrauchenia, pose more complex problems of classification. Field observations gain depth when combined with specialized anatomical study.<br \/>\nOwen&#039;s work confirms that the Beagle collections were not mere curiosities. The South American fossils raise questions about extinction, geographical distribution, kinship, and the replacement of faunas. Darwin does not yet need a complete theory to understand that the remains are extraordinary. The land he had crossed on horseback and by ship contained a far richer animal history than its surface suggested.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/voyage-beagle\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/voyage-beagle<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Fossils\">Fossils<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Owen20portrait.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Portrait of Richard Owen\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Owen%20portrait.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Owen%20portrait.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Owen20portrait.jpg\" alt=\"Portrait of Richard Owen\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4261\" class=\"td-public-card\" data-tags=\"evolution|natural history|publication|scientific observation\" data-search=\"transmutation notebooks: the questions are reorganized in 1837, darwin begins organizing some of the questions raised by the voyage in his notebooks on the transmutation of species. his return to england allows him to compare collections, read specialists&#039; reports, review notes, and think more calmly about patterns that the voyage had left scattered.\nthe beagle observations do not suddenly become a theory. south american fossils, the distribution of animals in the gal\u00e1pagos, differences among islands, similarities between extinct and living forms, adaptation to local environments, and domestic variation are gradually brought together. darwin writes, doubts, compares, and opens lines of reasoning that are not yet ready for publication.\nthe notebooks of 1837 belong to a private and experimental stage. in them, darwin tests relationships among species, time, change, and descent. the experience of the voyage is transformed: it is no longer merely a collection of field scenes, but material for thinking about how living forms may be connected through history. the later work will be long, cautious, and full of revisions.\nmore information: https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" data-start-sort=\"57970080000\" data-event-id=\"4261\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4261\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">1837<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>Transmutation Notebooks: The Questions Are Reorganized<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4261\" data-share-title=\"Transmutation Notebooks: The Questions Are Reorganized\" data-share-text=\"Evento: Transmutation Notebooks: The Questions Are Reorganized \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>In 1837, Darwin begins organizing some of the questions raised by the voyage in his notebooks on the transmutation of species. His return to England allows him to compare collections, read specialists&#039; reports, review notes, and think more calmly about patterns that the voyage had left scattered.<br \/>\nThe Beagle observations do not suddenly become a theory. South American fossils, the distribution of animals in the Gal\u00e1pagos, differences among islands, similarities between extinct and living forms, adaptation to local environments, and domestic variation are gradually brought together. Darwin writes, doubts, compares, and opens lines of reasoning that are not yet ready for publication.<br \/>\nThe notebooks of 1837 belong to a private and experimental stage. In them, Darwin tests relationships among species, time, change, and descent. The experience of the voyage is transformed: it is no longer merely a collection of field scenes, but material for thinking about how living forms may be connected through history. The later work will be long, cautious, and full of revisions.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline\" rel=\"nofollow\">https:\/\/www.darwinproject.ac.uk\/letters\/darwins-letters-timeline<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles20Darwin20-20183720notebook20page.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Page from a Darwin Notebook, 1837\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles%20Darwin%20-%201837%20notebook%20page.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles%20Darwin%20-%201837%20notebook%20page.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles20Darwin20-20183720notebook20page.jpg\" alt=\"Page from a Darwin Notebook, 1837\"><\/a><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-external\"><div class=\"td-public-external-resources\"><div class=\"td-public-external-resource-list\"><article class=\"td-public-external-resource\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=XOiUZ3ycZwU\"><button type=\"button\" class=\"td-public-external-resource-preview\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=XOiUZ3ycZwU\" data-resource-title=\"The Making of a Theory: Darwin, Wallace, and Natural Selection \u2014 HHMI\" aria-label=\"The Making of a Theory: Darwin, Wallace, and Natural Selection \u2014 HHMI\" title=\"The Making of a Theory: Darwin, Wallace, and Natural Selection \u2014 HHMI\"><img decoding=\"async\" class=\"td-public-external-resource-thumb\" src=\"https:\/\/img.youtube.com\/vi\/XOiUZ3ycZwU\/hqdefault.jpg\" alt=\"\" loading=\"lazy\"><span class=\"td-public-external-resource-play\" data-provider=\"youtube\" data-resource-url=\"https:\/\/www.youtube.com\/watch?v=XOiUZ3ycZwU\" data-resource-title=\"The Making of a Theory: Darwin, Wallace, and Natural Selection \u2014 HHMI\" aria-hidden=\"true\">Reproducir v\u00eddeo<\/span><\/button><\/article><\/div><\/div><\/div><\/div><\/div><\/div><\/article><article id=\"event-4262\" class=\"td-public-card\" data-tags=\"evolution|geology|hms beagle|islands|natural history|publication|scientific observation\" data-search=\"after the beagle: journal, geology, and evolution by december 31, 1837, the voyage of the beagle already belongs to darwin&#039;s immediate past, but its consequences are beginning to unfold. in the years that follow, the material collected will feed publications on zoology, geology, coral reefs, volcanic islands, south america, and the voyage itself. the journal will become a book read by an audience far wider than the circle of specialists.\nthe geological experience will produce early and substantial results. observations of raised coasts, earthquakes, volcanoes, the andes, and reefs will allow darwin to defend explanations based on slow, cumulative processes. in the case of atolls, the visit to cocos keeling will be essential to his theory of coral growth and the subsidence of oceanic islands.\nthe biological questions will mature more slowly. the fossils studied by owen, gal\u00e1pagos birds, tortoises, mockingbirds, the distribution of species, and comparisons between islands and continents will continue to reappear in notes, letters, and notebooks. more than two decades after his return, that work will culminate in on the origin of species. the voyage does not contain the finished theory, but it does contain an accumulation of observations without which the theory would not have taken the same form.\nmore information: https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" data-start-sort=\"58001529600\" data-event-id=\"4262\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4262\"><div class=\"td-public-grid\"><div class=\"td-public-axis\"><div class=\"td-public-axis-line\"><\/div><div class=\"td-public-axis-date td-public-axis-date-start\">31\/12\/1837<\/div><div class=\"td-public-axis-dot\"><\/div><\/div><div class=\"td-public-content\"><div class=\"td-public-content-head\"><h3>After the Beagle: Journal, Geology, and Evolution<\/h3><button type=\"button\" class=\"td-public-share-btn\" data-share-url=\"https:\/\/timedivers.net\/es\/timeline\/107\/#event-4262\" data-share-title=\"After the Beagle: Journal, Geology, and Evolution\" data-share-text=\"Evento: After the Beagle: Journal, Geology, and Evolution \u00b7 L\u00ednea del tiempo: The voyage of the Beagle: journal of a scientific expedition\" aria-label=\"Compartir evento\" title=\"Compartir evento\"><img decoding=\"async\" src=\"https:\/\/timedivers.net\/wp-content\/plugins\/timedivers\/assets\/icons\/share.svg\" alt=\"\" aria-hidden=\"true\"><\/button><\/div><div class=\"td-public-event-description\" data-td-line-clamp=\"3\"><div class=\"td-description-full td-description-clamp-target\"><p>By December 31, 1837, the voyage of the Beagle already belongs to Darwin&#039;s immediate past, but its consequences are beginning to unfold. In the years that follow, the material collected will feed publications on zoology, geology, coral reefs, volcanic islands, South America, and the voyage itself. The journal will become a book read by an audience far wider than the circle of specialists.<br \/>\nThe geological experience will produce early and substantial results. Observations of raised coasts, earthquakes, volcanoes, the Andes, and reefs will allow Darwin to defend explanations based on slow, cumulative processes. In the case of atolls, the visit to Cocos Keeling will be essential to his theory of coral growth and the subsidence of oceanic islands.<br \/>\nThe biological questions will mature more slowly. The fossils studied by Owen, Gal\u00e1pagos birds, tortoises, mockingbirds, the distribution of species, and comparisons between islands and continents will continue to reappear in notes, letters, and notebooks. More than two decades after his return, that work will culminate in On the Origin of Species. The voyage does not contain the finished theory, but it does contain an accumulation of observations without which the theory would not have taken the same form.<br \/>\nMore information: <a target=\"_blank\" rel=\"nofollow ugc noopener noreferrer\" href=\"https:\/\/www.biodiversitylibrary.org\/bibliography\/2107\" rel=\"nofollow\">https:\/\/www.biodiversitylibrary.org\/bibliography\/2107<\/a><\/p>\n<\/div><button type=\"button\" class=\"td-read-more-btn\" aria-expanded=\"false\" hidden>Leer m\u00e1s<\/button><\/div><div class=\"td-public-event-resources\"><div class=\"td-public-event-resource-group td-public-event-resource-group-tags\"><div class=\"td-public-event-tags\"><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Evolution\">Evolution<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Geology\">Geology<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"HMS Beagle\">HMS Beagle<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Islands\">Islands<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Natural history\">Natural history<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Publication\">Publication<\/button><button type=\"button\" class=\"td-public-tag-btn td-public-tag-btn-inline\" data-tag=\"Scientific observation\">Scientific observation<\/button><\/div><\/div><div class=\"td-public-event-resource-group td-public-event-resource-group-attachments\"><div class=\"td-public-attachments\"><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwins20voyage20on20the20Beagle20-20book.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Edition of The Voyage of the Beagle\" data-attribution-text=\"Authorship stated on Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin&#039;s%20voyage%20on%20the%20Beagle%20-%20book.jpg\" data-license-name=\"See license on the source page\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Darwin&#039;s%20voyage%20on%20the%20Beagle%20-%20book.jpg\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Darwins20voyage20on20the20Beagle20-20book.jpg\" alt=\"Edition of The Voyage of the Beagle\"><\/a><a class=\"td-public-attachment-image-link\" href=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles_Robert_Darwin_by_John_Collier.jpg\" aria-label=\"Abrir adjunto de imagen\" data-image-title=\"Charles Robert Darwin, by John Collier\" data-attribution-text=\"John Collier; Wikimedia Commons\" data-source-url=\"https:\/\/commons.wikimedia.org\/wiki\/File:Charles_Robert_Darwin_by_John_Collier.jpg\" data-license-name=\"Public domain\" data-license-url=\"https:\/\/commons.wikimedia.org\/wiki\/Commons:Public_domain\"><img decoding=\"async\" class=\"td-public-attachment-image\" src=\"https:\/\/timedivers.net\/wp-content\/uploads\/timedivers\/1\/timeline-107\/Charles_Robert_Darwin_by_John_Collier.jpg\" alt=\"Charles Robert Darwin, by John Collier\"><\/a><\/div><\/div><\/div><\/div><\/div><\/article><\/div><\/div><\/div>\n<\/div><\/div>\n<\/div>\n<\/div>\n<\/div>","protected":false},"excerpt":{"rendered":"","protected":false},"author":1,"featured_media":0,"parent":1582,"menu_order":3,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-1608","page","type-page","status-publish","hentry"],"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v28.1 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ 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