Species better track climate warming in the oceans than on land

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

RT @NatureEcoEvo: For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on c…

For #WorldOceansDay, 4 recent studies, including fish response to #ClimateChange, biodiversity-function relationship on coral reefs, & comparing marine and terrestrial climate effects https://t.co/MopaqSKhBd https://t.co/pWKzgnDHki https://t.co/RoXT0QZ

RT @nresearchnews: A @NatureEcoEvo paper shows that marine species closely track shifting isotherms, whereas terrestrial species lag behind…

via @NYTimes https://t.co/VFct8i4nuI

@MarcusWadsak

Flucht der Tiere zu den Polen ist ein sehr trauriges Fakt. https://t.co/HlcNdTET4t

Die Flucht der Tiere zu den Polen hat begonnen. #ClimateChange #Klimawandel https://t.co/HlcNdTET4t

Thanks @benryanwriter for mentioning our recent paper @NatureEcoEvo in the very interesting article you wrote for @nytimes about the climate-driven redistribution of jumbo squid https://t.co/JJwWUq7Ysp @CNRS @INEE_CNRS @CNRS_HdF @CNRS_Toulouse @EDB_Lab @up

"Species better track climate warming in the oceans than on land" https://t.co/HXeYIBBYGY

RT @EkoLogIt: @HeatherKoldewey @IocUnesco @jmurrayroberts @wef @FriendsofOcean @emanueljfg We should do a better job to acknowledge this ki…

@HeatherKoldewey @IocUnesco @jmurrayroberts @wef @FriendsofOcean @emanueljfg We should do a better job to acknowledge this kind of bias in our perception of the scientific literature. We tried to discuss this issue in our recent synthesis on the velocity o

@Lancaster_LT Nice dataset 👍 Funny how consistent these geographical biases are across ecological datasets. We found very similar terrestrial biases in our database on species range shifts #BioShifts ➡️ https://t.co/s5uEivrt9K @NatureEcoEvo https://t.co/IH

RT @NatureEcoEvo: Species better track climate warming in the oceans than on land https://t.co/THIaCj017F Compiling a global geo-database…

📰 Les espèces marines sont bien plus sujettes à des migrations dues au réchauffement climatique que les terrestres. https://t.co/UoRJAQHX7J

Our results suggest that terrestrial species are lagging behind shifting isotherms more than marine species, which is probably related to the interplay between the wider thermal safety margin of terrestrial versus marine species https://t.co/l0BRDEp1wn

RT @FeroMalis: Species better track climate warming in the oceans than on land https://t.co/E1jW2lvaQA

RT @CNRS_HdF: [Alerte presse] Découvrez les résultats d'une étude sur les espèces marines qui devancent les espèces terrestres dans la cour…

Marine species are shifting distributions towards the poles six times faster than terrestrial species, which are more inhibited by human activities. https://t.co/robbmIqV3e

RT @FidraTweets: New study shows marine species adapt better to climate change than terrestrial ones, due to human pressures on land - all…

RT @FeroMalis: Species better track climate warming in the oceans than on land https://t.co/E1jW2lvaQA

RT @FeroMalis: Species better track climate warming in the oceans than on land https://t.co/E1jW2lvaQA

RT @Latitude90NS: #Research: Species better track climate warming in the oceans than on land https://t.co/TMHi4BFBNn #ClimateScience #clima…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

#Research: Species better track climate warming in the oceans than on land https://t.co/TMHi4BFBNn #ClimateScience #climatesci #climatechange #climatejustice

RT @conservbytes: Marine species are moving towards the poles 6× faster than terrestrial species https://t.co/kmRso90Hhq https://t.co/qTUZY…

RT @FidraTweets: New study shows marine species adapt better to climate change than terrestrial ones, due to human pressures on land - all…

Species better track climate warming in the oceans than on land https://t.co/E1jW2lvaQA

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

New study shows marine species adapt better to climate change than terrestrial ones, due to human pressures on land - all the more reason to minimise pressures on our seas from marine industries, as our #bestfishes work aims to with #scottishsalmonfarming

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @Lise_Comte: Our global analysis of species range shifts just published in @NatureEcoEvo!

RT @CNRS_HdF: [Alerte presse] Découvrez les résultats d'une étude sur les espèces marines qui devancent les espèces terrestres dans la cour…

RT @CNRS: #Communiqué 🗞️ | Ce sont les espèces marines qui font la course en tête, se déplaçant jusqu’à 6 fois plus vite vers les pôles que…

RT @EkoLogIt: The isotherms race: marine species better track isotherm shifts than terrestrial species but it depends on human pressures on…

RT @BertrandRomain2: So good to see this one out!!

RT @Ifremer_fr: 🎙️ Tarek Hattab, chercheur en écologie halieutique à l’Ifremer : « Cette étude rappelle également le rôle majeur des activi…

RT @NatureEcoEvo: Species better track climate warming in the oceans than on land https://t.co/THIaCj017F Compiling a global geo-database…

RT @BertrandRomain2: One of the most interesting message for the future is that we need more species redistribution monitoring in South hem…

RT @CNRS: #Communiqué 🗞️ | Ce sont les espèces marines qui font la course en tête, se déplaçant jusqu’à 6 fois plus vite vers les pôles que…

Species better track climate warming in the oceans than on land https://t.co/emXXZ27pE9

Here is the link to read the paper https://t.co/Q9ps9scfu6 @BertrandRomain2 @Lise_Comte @LBourgeaud @JeromeMurienne https://t.co/ZoqrtAeUv7

📗 «Nature Ecology and Evolution»: 🐠 Из-за глобального потепления морские организмы мигрируют к полюсам в 6x быстрее наземных 🥀 Способности некоторых видов подобным образом мигрировать недостаточно, чтобы избежать масштабных потерь биоразнообразия 🌐 htt

@BradPKeyes @Dribelo1 @ancistroneura @SimonMaxfield8 @IngersolRobert @OscarsWild1 @Gladfly1 @JoeTheAtheist @Ceist8 @PolAnimalAus @RuleByLogic @ClimatePatriot @Jamz129 @TheDisproof @insane_voice @aussie_skier @WannerKev @DawnTJ90 @Fauntleroy1934 @Christi640

RT @nresearchnews: A @NatureEcoEvo paper shows that marine species closely track shifting isotherms, whereas terrestrial species lag behind…

@emmanuelmacron ça

RT @OceanaMexico: El #CambioClimático provoca que cientos de especies se desplacen hacia los polos en busca de mejores condiciones ambienta…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @OceanaMexico: El #CambioClimático provoca que cientos de especies se desplacen hacia los polos en busca de mejores condiciones ambienta…

RT @poertner_hans: Animals and plants living in the oceans are better able to shift in response to climate warming than those living on lan…

Animals and plants living in the oceans are better able to shift in response to climate warming than those living on land. Human activities impede the capacity of terrestrial species to track isotherm shifts in latitude Study▶️https://t.co/2s1WirGCJH #Cli

Range shifts due to climate change may be faster in the ocean than on land due to the narrow thermal safety margin of many marine species (and wider physical dispersal potential).

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @OceanaMexico: El #CambioClimático provoca que cientos de especies se desplacen hacia los polos en busca de mejores condiciones ambienta…

RT @OceanaMexico: El #CambioClimático provoca que cientos de especies se desplacen hacia los polos en busca de mejores condiciones ambienta…

El #CambioClimático provoca que cientos de especies se desplacen hacia los polos en busca de mejores condiciones ambientales. Investigadores descubrieron que las especies marinas migran hasta 6 veces más rápido que las terrestres. 👇#ClimateEmergency https

RT @NicholasWuNZ: Go home world, you're drunk https://t.co/xfREt8B5kc https://t.co/1jG10fEbDQ

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @FishBaseProject: RT@EkoLogIt: The isotherms race: marine species better track isotherm shifts than terrestrial species but it depends o…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CNRS: #Communiqué 🗞️ | Ce sont les espèces marines qui font la course en tête, se déplaçant jusqu’à 6 fois plus vite vers les pôles que…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @arkeaIS: [Chiffre ESG] La vitesse de migration vers les pôles des espèces marines serait 6 fois plus rapide que celle des espèces terre…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @arkeaIS: [Chiffre ESG] La vitesse de migration vers les pôles des espèces marines serait 6 fois plus rapide que celle des espèces terre…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

RT @CommsEarth: Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implicati…

Terrestrial species are less responsive to increasing temperatures than their marine counterparts, with important implications for biodiversity redistribution and ecosystem services in both marine and terrestrial environments. https://t.co/gNP5BaNaVR @Natu

[Chiffre ESG] La vitesse de migration vers les pôles des espèces marines serait 6 fois plus rapide que celle des espèces terrestres. Les espèces chercheraient ainsi à gagner un peu de fraîcheur. ➡️En savoir + https://t.co/TKOyy2VNvL #ESG #environment #mari

RT @PoulaFl: "Marine species have an effective strategy to escape global warming, on the other hand, these movements can affect balance in…

RT @NatureEcoEvo: Species better track climate warming in the oceans than on land https://t.co/THIaCj017F Compiling a global geo-database…

RT @NatureEcoEvo: Species better track climate warming in the oceans than on land https://t.co/THIaCj017F Compiling a global geo-database…

https://t.co/0mzFVPEqfI

RT @PoulaFl: "Marine species have an effective strategy to escape global warming, on the other hand, these movements can affect balance in…

RT @Lise_Comte: Our global analysis of species range shifts just published in @NatureEcoEvo! https://t.co/6X2YFJhFbz

RT @Forest_Sue: Down the bottom of the world in Tasmania, there's not a lot of options for cool temperate species to move further south. @R…

RT @FishBaseProject: RT@EkoLogIt: The isotherms race: marine species better track isotherm shifts than terrestrial species but it depends o…

RT @conservbytes: Marine species are moving towards the poles 6× faster than terrestrial species https://t.co/kmRso90Hhq https://t.co/qTUZY…

RT @CNRS: #Communiqué 🗞️ | Ce sont les espèces marines qui font la course en tête, se déplaçant jusqu’à 6 fois plus vite vers les pôles que…

RT @Forest_Sue: Down the bottom of the world in Tasmania, there's not a lot of options for cool temperate species to move further south. @R…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT @BehavEcolPapers: Species better track climate warming in the oceans than on land https://t.co/gDg0MFLzP7 @NatureEcoEvo https://t.co/xie…

RT@EkoLogIt: The isotherms race: marine species better track isotherm shifts than terrestrial species but it depends on human pressures on the environment & baseline T°C conditions. See our new paper just out featuring BioShift: an open access database

RT @conservbytes: Marine species are moving towards the poles 6× faster than terrestrial species https://t.co/kmRso90Hhq https://t.co/qTUZY…

RT @EkoLogIt: The isotherms race: marine species better track isotherm shifts than terrestrial species but it depends on human pressures on…

RT @conservbytes: Marine species are moving towards the poles 6× faster than terrestrial species https://t.co/kmRso90Hhq https://t.co/qTUZY…