Important new paper from Curtis Deutsch, Justin Penn, and Brad Seibel linking both oxygen and temperature to marine biogeography. Next question: what is the relative role of changes in oxygen and in temperature to explain #SpeciesOnTheMove already? https:/
RT @mjczies: What is all the temperature adaption worth if you have no oxygen to breath? New study models marine animals breathability as…
RT @mjczies: What is all the temperature adaption worth if you have no oxygen to breath? New study models marine animals breathability as…
RT @mjczies: What is all the temperature adaption worth if you have no oxygen to breath? New study models marine animals breathability as…
RT @mjczies: What is all the temperature adaption worth if you have no oxygen to breath? New study models marine animals breathability as…
What is all the temperature adaption worth if you have no oxygen to breath? New study models marine animals breathability as a factor for determining ranges of animal distributions, shows species are at their limits and #climatechange impacts! #scicomm
@KatjaEnberg @jilla_hamilton I started the challenge by reading about how “Metabolic trait diversity shapes marine biogeography” https://t.co/NDFniX40Tk A lot to unpack here. Does reading the same paper twice count towards the #PaperADayChallenge? Asking f
RT @Ocean_JETZON: Metabolic traits as a major influence on the geographical distributions of species... https://t.co/2QkgdWgHb4 Hear Curti…
RT @clivetrue: This is a really interesting paper for sure - also intrigued to see how it fits with the recent thermal bottlenecks paper- a…
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
This is a really interesting paper for sure - also intrigued to see how it fits with the recent thermal bottlenecks paper- are species distributions limited more by sustained FMR of adults or ability to access conditions suitable for (eg) embryos/spawners
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
RT @CASeaGrant: Marine animals' ranges could shrink with #ClimateChange A new study in @nature by #SeaGrantFunded researchers at @UWOcean…
Marine animals' ranges could shrink with #ClimateChange A new study in @nature by #SeaGrantFunded researchers at @UWOcean Read more: https://t.co/Yc1HmQs3xg Study: https://t.co/z6ktcN8VW1 https://t.co/3j3Lrg0FYN
Metabolic traits as a major influence on the geographical distributions of species... https://t.co/2QkgdWgHb4 Hear Curtis Deutsch talk about the work on the @Ocean_JETZON Zoom call next week - https://t.co/FskxKDhI6P #oceantwilightzone https://t.co/v7T91
Metabolic trait diversity shapes marine biogeography Deutch et al, @nature https://t.co/wUlw2rO03Q
Metabolic trait diversity shapes marine biogeography null https://t.co/ClbMFlYXnB #DTHSTR
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
"#Viking" was a job description, not a matter of heredity, says new study in Nature: https://t.co/52FS1zm92k
Here is another study from Curtis Deutsch's group showing the importance of temperature and oxygen traits for shaping animal distributions in the ocean. It adds to a growing sense that future deoxygenation is a major threat to ocean life https://t.co/1DKNz
Metabolic trait diversity shapes marine biogeography https://t.co/PgfQ3m3Jv7
RT @FredrikJutfelt: Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #…
RT @LizardProf: Linking metabolic theory and biogeography in marine ecosystems. Temperature-dependent hypoxia is correlated to the biogeogr…
Linking metabolic theory and biogeography in marine ecosystems. Temperature-dependent hypoxia is correlated to the biogeography of marine species https://t.co/gCcKUZjc8R
Such a cool paper: https://t.co/Zcb0MzKCdm
RT @Cyanotrans: Metabolic trait diversity shapes marine biogeography https://t.co/CcgwytX8Ff
RT @Cyanotrans: Metabolic trait diversity shapes marine biogeography https://t.co/CcgwytX8Ff
RT @Cyanotrans: Metabolic trait diversity shapes marine biogeography https://t.co/CcgwytX8Ff
RT @Cyanotrans: Metabolic trait diversity shapes marine biogeography https://t.co/CcgwytX8Ff
Metabolic trait diversity shapes marine biogeography | Nature https://t.co/wxR8oiQ3mW
Metabolic trait diversity shapes marine biogeography https://t.co/CcgwytX8Ff
Marine species distributions determined by oxygen availability and metabolic rates? New interesting paper in nature. #fishsci @BradSeibel1 https://t.co/3GFOOY6Rnp
Metabolic trait diversity shapes marine biogeography https://t.co/0AeUNOBDG7
Metabolic trait diversity shapes marine biogeography https://t.co/jS6sCa1Omu https://t.co/aKUfoXF2I3
RT @emulenews: #Nature Metabolic trait diversity shapes marine biogeography https://t.co/5dyc5c3uGu a tight correlation between the metabo…
RT @emulenews: #Nature Metabolic trait diversity shapes marine biogeography https://t.co/5dyc5c3uGu a tight correlation between the metabo…
#Nature Metabolic trait diversity shapes marine biogeography https://t.co/5dyc5c3uGu a tight correlation between the metabolic rate and the efficacy of oxygen supply; marine animals are under strong selection for the tolerance of low O2 (hypoxia). cc @Uha
Metabolic trait diversity shapes marine biogeography https://t.co/2IkGowm00i https://t.co/iUvSIR9Kpc
Metabolic trait diversity shapes marine biogeography https://t.co/T5nIEahRPT https://t.co/m2O39UdrSc
+ Metabolic trait diversity shapes marine biogeography https://t.co/fMKS9hoIYE