Islands are well known for their unique biodiversity, that is endemic species. Researchers have often assumed that island endemics are as old as the islands they occur on for calibrating molecular dating analyses. A reductio ad absurdum approach based on phylogenetic topologies is applied to New Caledonian biota in order to demonstrate that the age of an island does not necessarily correspond to the time of divergence of its endemic taxa. Our demonstration does not rely on any molecular clock inference and is, therefore, free of any flaws related to this method. We argue for further care when assuming that species and the biota they are restricted to (e.g. island, mountain and climatic region) have the same age. Finally, we review evidence ...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
Oceanic islands originate fromvolcanism or tectonic activity without connections to continental land...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
International audienceFor a long time, New Caledonia was considered a continental island, a fragment...
International audienceIslands have remarkable levels of endemism and contribute greatly to global bi...
International audienceFor a long time, New Caledonia was considered a continental island, a fragment...
New Caledonia has generally been considered a continental island, the biota of which largely dates b...
A major goal of island biogeography is to understand how island communities are assembled over time....
Oceanic islands originate from volcanism or tectonic activity without connections to continental lan...
Oceanic islands originate from volcanism or tectonic activity without connections to continental lan...
International audienceOceanic islands originate from volcanism or tectonic activity without connecti...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
International audienceAim: Panbiogeographers suggest that the biome in New Caledonia is of vicariant...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
Oceanic islands originate fromvolcanism or tectonic activity without connections to continental land...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
International audienceFor a long time, New Caledonia was considered a continental island, a fragment...
International audienceIslands have remarkable levels of endemism and contribute greatly to global bi...
International audienceFor a long time, New Caledonia was considered a continental island, a fragment...
New Caledonia has generally been considered a continental island, the biota of which largely dates b...
A major goal of island biogeography is to understand how island communities are assembled over time....
Oceanic islands originate from volcanism or tectonic activity without connections to continental lan...
Oceanic islands originate from volcanism or tectonic activity without connections to continental lan...
International audienceOceanic islands originate from volcanism or tectonic activity without connecti...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
International audienceAim: Panbiogeographers suggest that the biome in New Caledonia is of vicariant...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...
Oceanic islands originate fromvolcanism or tectonic activity without connections to continental land...
While geologists suggest that New Caledonian main island (Grande Terre) was submerged until ca 37 Ma...