Authors
Catherine J Collins, Nicolas J Rawlence, Stefan Prost, Christian NK Anderson, Michael Knapp, R Paul Scofield, Bruce C Robertson, Ian Smith, Elizabeth A Matisoo-Smith, B Louise Chilvers, Jonathan M Waters
Publication date
2014/7/7
Journal
Proceedings of the Royal Society B: Biological Sciences
Volume
281
Issue
1786
Pages
20140097
Publisher
The Royal Society
Description
Extinctions can dramatically reshape biological communities. As a case in point, ancient mass extinction events apparently facilitated dramatic new evolutionary radiations of surviving lineages. However, scientists have yet to fully understand the consequences of more recent biological upheaval, such as the megafaunal extinctions that occurred globally over the past 50 kyr. New Zealand was the world's last large landmass to be colonized by humans, and its exceptional archaeological record documents a vast number of vertebrate extinctions in the immediate aftermath of Polynesian arrival approximately AD 1280. This recently colonized archipelago thus presents an outstanding opportunity to test for rapid biological responses to extinction. Here, we use ancient DNA (aDNA) analysis to show that extinction of an endemic sea lion lineage (Phocarctos spp.) apparently facilitated a subsequent northward range …
Total citations
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Scholar articles
CJ Collins, NJ Rawlence, S Prost, CNK Anderson… - Proceedings of the Royal Society B: Biological …, 2014