
Richard Cloutier
Articles
-
1 month ago |
biorxiv.org | John Llewelyn |John Long |Richard Cloutier |Alice Clement
AbstractAim: The diversity and distribution of traits in an ecological community determine how it functions. Modern fish communities conserve trait space across similar habitats. However, little is known about trait-space variation through deep time (or across vastly different habitats). In this paper, we sought to identify how trait diversity varies through space and time. Location: Global Devonian and modern fish communities.
-
Nov 2, 2024 |
livescience.com | Richard Cloutier |Alice Clement |John Long
What do the ginkgo (a tree), the nautilus (a mollusc) and the coelacanth (a fish) all have in common? They don't look alike, and they aren't biologically related, but part of their evolutionary history bears a striking resemblance: these organisms are referred to as "living fossils". In other words, they appear to have escaped the transformations that normally come about over time, through evolution.
-
Oct 27, 2024 |
knowridge.com | Richard Cloutier |Alice Clement |John Long
What do the ginkgo (a tree), the nautilus (a mollusk) and the coelacanth (a fish) all have in common? They don’t look alike, and they aren’t biologically related, but part of their evolutionary history bears a striking resemblance: these organisms are referred to as “living fossils”. In other words, they appear to have escaped the transformations that normally come about over time, through evolution.
-
Oct 24, 2024 |
winnipegfreepress.com | Richard Cloutier |Alice Clement |John Long |Flinders Uni
This article was originally published on The Conversation, an independent and nonprofit source of news, analysis and commentary from academic experts. Disclosure information is available on the original site.
-
Oct 24, 2024 |
phys.org | Richard Cloutier |Alice Clement |John Long
What do the ginkgo (a tree), the nautilus (a mollusk) and the coelacanth (a fish) all have in common? They don't look alike, and they aren't biologically related, but part of their evolutionary history bears a striking resemblance: these organisms are referred to as "living fossils".
Try JournoFinder For Free
Search and contact over 1M+ journalist profiles, browse 100M+ articles, and unlock powerful PR tools.
Start Your 7-Day Free Trial →