Out today! We investigated how consumer diet & traits change over a broad thermal gradient. Resource availability was important in determining if consumers ate more or ate better with warming. Thanks -@KevinSimoNZ @EricPalkovacs @FinnbarLee @davefryx https://t.co/Ofgd2EseiY
Multigenerational exposure to warm temperatures reduces metabolic rate but increases boldness! Check out our new preprint at @authorea#paceoflife#thermaladaptation @KevinSimoNZ @davefryx
https://t.co/6TSGzyHyos
Please RT: Do you want to join the IFishMan lab (https://t.co/IC7C9Zjh8w) @LeibnizIGB in Berlin either as postdoc or PhD studying the spatial ecology of northern pike in Baltic Sea around Rügen using telemetry and other tools? Then please apply here: https://t.co/lwEA5stfxB
@GCasselberry not sure its relevant to your research, but others have capitalized on large storm events in the middle of multi-year studies. Could be interesting.
What makes the world smoother and less ragged? Evolution does.
Thanks to coauthors for this 3-year effort to interpret how evolution affects ecological spatial patterns in 500 studies. Enjoy!
Evolutionary origins for ecological patterns in space https://t.co/mzOlHYXIc4
Our paper on thermal adaptation in metabolic rate (https://t.co/4sYh1CEkAr) is out in this month's issue of @FunEcology along with this great spotlight article by @FredrikJutfelt: https://t.co/nG1qn7NWGz
Check it out! 🐟🐟🐟 #fishsci
Where would you expect the Earth’s marine diversity to be at its highest? 🌏
You might think the answer is the equator, but scientists have found that it actually dips there 📉
Prof Mark Costello explains why 👇
https://t.co/t0ot2txROe
#WorldOceansDay