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The discussions reflect a mix of excitement and curiosity, with users referencing specific findings, such as the predicted decline in herbivory in tropical regions and shifts in species distribution. Phrasing like 'transform entire ecosystems!' and mentions of collaborative research efforts point to a proactive engagement with the article’s findings, showcasing a blend of optimism and serious concern about future ecological changes.
Many discussions express a supportive tone towards the findings, but a few seem skeptical about the implications.
The discussions indicate a strong curiosity regarding the shifting dynamics of marine ecosystems as a result of climate change.
While some posts merely share the title of the publication, others delve into specific findings and emphasize its importance.
Overall, the majority of discussions highlight the perceived significant implications for marine ecosystems and biodiversity.
Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratropics as oceans warm. This can transform entire ecosystems! Congrats @InagakiKelly!Collab @grazia_pennino @SergioFloeter & MarkHay
New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expand geographically but be less intense as oceans warm. Glob. Change Biol. 2020; 00: 1– 8. https://t.co/EVYiHJszdG
New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expand geographically but be less intense as oceans warm. Glob. Change Biol. 2020; 00: 1– 8. https://t.co/VGrlvBBoZ8 https://t.co/8fPEvpyjJJ
Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause reef fish feeding on the benthos to decline in the tropics and move polewards due to #tropicalization. Will reefs remain the same?
NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino @SergioFloeter @gui_o_longo
Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @grazia_pennino @SergioFloeter @guilhermelongo https://t.co/vaihfIvsDK
Trophic interactions among marine species will expand geographically but become less intense as ocean temperatures rise. Changes in species ranges and physiological responses to heat will significantly impact ecosystem…
This video explores how trophic interactions among marine species are expected to expand geographically but become less intense as ocean temperatures rise. Changes in species distributions and physiological responses…
RT @BlueRiv88891964: Trophic interactions will expand geographically but be less intense as oceans warm https://t.co/2abwjkAMSP
RT @BlueRiv88891964: Trophic interactions will expand geographically but be less intense as oceans warm https://t.co/2abwjkAMSP
Trophic interactions will expand geographically but be less intense as oceans warm https://t.co/2abwjkAMSP
RT @MarineEcoBR: Wondering how #trophicinteractions will respond to #oceanwarming? Come see this talk by @InagakiKelly at @ICRS2021 - “Trop…
RT @MarineEcoBR: Wondering how #trophicinteractions will respond to #oceanwarming? Come see this talk by @InagakiKelly at @ICRS2021 - “Trop…
Wondering how #trophicinteractions will respond to #oceanwarming? Come see this talk by @InagakiKelly at @ICRS2021 - “Trophic interactions will expand geographically but be less intense as oceans warm”. Wednesday, 21 July (Stream 4) at 15:10 (CEST). Watch out for the time zone! https://t.co/48KQnV9prp
E tá aqui o paper resultado da dissertação
Take a look at her paper @GlobalChangeBio
Paper da dissertação da @InagakiKelly https://t.co/ORu2dIKBBw
RT @grazia_pennino:
RT @grazia_pennino:
In the coming future, reef fish will change their distribution & intensity of trophic interactions.This is what @InagakiKelly found in her MSc thesis @PPGECOUFRN with @gui_o_longo in colab with @grazia_pennino @SergioFloeter & MarkHay at @GlobalChangeBio
Trophic interactions will expand geographically but be less intense as oceans warm https://onlinelibrary.wiley.com/doi/abs/10.1111/gcb.15346?af=R
Trophic interactions will expand geographically but be less intense as oceans warm https://t.co/fybhtxYIBG #climatechange
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @imber_ipo: Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @g…
RT @imber_ipo: Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @g…
RT @imber_ipo: Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @g…
RT @imber_ipo: Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @g…
RT @imber_ipo: Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @g…
Another great graphic in @InagakiKelly et al describing trophic interactions under climate change https://t.co/kO5LEV9vyb @grazia_pennino @SergioFloeter @guilhermelongo https://t.co/vaihfIvsDK
Trophic interactions will expand geographically but be less intense as oceans warm https://onlinelibrary.wiley.com/doi/abs/10.1111/gcb.15346?af=R #a #feedly
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
RT @SergioFloeter: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will…
New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expand geographically but be less intense as oceans warm. Glob. Change Biol. 2020; 00: 1– 8. https://t.co/VGrlvBBoZ8 https://t.co/8fPEvpyjJJ
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @ICRSreefstudent: Congrats
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
Congrats
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @GlobalChangeBio: NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
NEW Trophic interactions will expand geographically but be less intense as oceans warm @InagakiKelly @grazia_pennino @SergioFloeter @gui_o_longo
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @lbmm_ufsc: New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expa…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
New paper in the Global Change Biology! Inagaki KY, Pennino MG, Floeter SR, Hay ME, Longo GO. Trophic interactions will expand geographically but be less intense as oceans warm. Glob. Change Biol. 2020; 00: 1– 8. https://t.co/EVYiHJszdG
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @IEOVigo:
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
These changes can lead to novel ecosystems in the future, and alter how we see and use the reefs. Check details on https://t.co/k4evbjLsgN
RT @MarineEcoBR: Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause r…
Nice work @InagakiKelly! Her master's research @PPGECOUFRN is out @GlobalChangeBio showing that #oceanwarming will cause reef fish feeding on the benthos to decline in the tropics and move polewards due to #tropicalization. Will reefs remain the same?
RT @IEOVigo:
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
RT @IEOVigo:
RT @gui_o_longo: Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratro…
Our paper is out @GlobalChangeBio showing that feeding by reef fishes will decline in the tropics and move to the extratropics as oceans warm. This can transform entire ecosystems! Congrats @InagakiKelly!Collab @grazia_pennino @SergioFloeter & MarkHay
Trophic interactions will expand geographically but be less intense as oceans warm https://t.co/fybhtxYIBG #climatechange
Trophic interactions will expand geographically but be less intense as oceans warm Global Change Biology https://t.co/A8FueS2Dai https://t.co/yTwJ8xlfT8
Transmissão ao vivo no YouTube/ Live stream on YouTube https://t.co/rglTpcxSd7
Dica do @BioforumU: Quinta-feira (23) tem conversa sobre ambientes recifais e aquecimento global com a doutoranda @InagakiKelly, do @PPGECOUFRN, que vai falar sobre interações tróficas em um oceano mais quente. Às 17h, pelo YouTube➡️ https://t.co/EfTE5Fz65P https://t.co/b4TUAE5dSI
Quinta-feira às 17h, transmissão pelo YouTube https://t.co/cuDlLAKb5L