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The overall tone reflects strong support and fascination, with phrases like 'meet for dinner' and 'social bonds extend beyond the roost,' indicating a positive perception. The use of words such as 'cooperative interactions' and references to biological methods highlight in-depth engagement with the study's scientific content, contributing to its moderate impact as a meaningful contribution to understanding animal social behavior.
Most discussions support the idea that social bonds influence foraging in vampire bats, as evidenced by positive remarks and references to the study's findings.
Posts show a high level of curiosity and enthusiasm about the research, with many highlighting the social behavior of vampire bats and its broader implications.
Several discussions reference specific aspects of the study, such as the role of cooperative relationships and the methods used, indicating active engagement.
While the discussions acknowledge the importance of the research, they focus more on appreciation and understanding rather than advocating for immediate real-world impacts.
Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by cooperative interactions within the roost also extend beyond the roost and may provide benefits when foraging for blood #PLOSBiology https://t.co/K8VykFv8Ja https://t.co/nGgTd5yuey
Using biologging to study social foraging in vampire bats. Those that associate in a roost are more likely to meet while foraging (on cattle). Vampire bats (and snow leopards) might be my favorite mammals
Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sang régurgité. De nouvelles recherches suggèrent que ces liens s'étendent aussi à la chasse nocturne et à la recherche du sang. https://t.co/FZuPLKApLT https://t.co/6loVNhfUxz
Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a preprint by @SimonRipperger and @gerrygcarter https://t.co/1Yi7pugZhM https://t.co/sGAqdBgvGe
Very nice piece by @rachel_fritts in @NewsfromScience about @SimonRipperger's @PLOSBiology paper on the social dining habits of #VampireBats: https://t.co/ipyiHQskxw - and here's the original article: https://t.co/K8VykFdxkA https://t.co/1GYm5iLQte
Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by cooperative interactions within the roost also extend beyond the roost and may provide benefits when foraging for blood #PLOSBiology https://t.co/K8VykFdxkA https://t.co/DrQWqWfyWW
Vampire bats utilize amino acids from their blood diet for energy during running, contrasting with most mammals that rely on carbohydrates. This video explores their unique metabolic response and the significance of…
Vampire bats primarily use amino acids from their protein-rich blood diet as fuel for running, unlike most mammals. This video explores their unique metabolic response and how both essential and nonessential amino acids…
@SecDef @DNIGabbard @CIADirector @BusinessDefense https://t.co/VhVBrcvfi9
@QatarEconForum @BloombergTV @flacqua https://t.co/fo8wKFUVie
@CIA https://t.co/fo8wKFUVie https://t.co/UyMooxIAXE
Bats of the park, and elsewhere....... bats meet friends to have food....... Social foraging in vampire bats is predicted by long-term cooperative relationships........https://t.co/Y3VpVak9Tu #bats #food
Sharing is caring! A study on vampire bats investigated whether social foraging is influenced through long-term relationships such as kinship, social grooming and roosting. Read more here: https://t.co/TRPeSpgiL1 #bi6192 https://t.co/6nbzoVvEFE
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Nice take on a recent @PLOSBiology vampire bat paper by @CassidyWard in @SYFYWIRE, including conversation with author @Sim…
Nice take on a recent @PLOSBiology vampire bat paper by @CassidyWard in @SYFYWIRE, including conversation with author @SimonRipperger. Original paper: https://t.co/K8VykFv8Ja https://t.co/ypgFqYr0i1
RT @astropierre: Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sa…
RT @astropierre: Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sa…
RT @astropierre: Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sa…
RT @astropierre: Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sa…
Les chauves-souris vampires communes (Desmodus rotundus) forment des liens sociaux en se toilettant ou en partageant du sang régurgité. De nouvelles recherches suggèrent que ces liens s'étendent aussi à la chasse nocturne et à la recherche du sang. https://t.co/FZuPLKApLT https://t.co/6loVNhfUxz
KAYNAKLAR-3 -Simon P. Ripperger, Gerald G. Carter. Social foraging in vampire bats is predicted by long-term cooperative relationships. PLOS Biology, 2021; 19 (9): e3001366 DOI: 10.1371/journal.pbio.3001366
Chez les chauves-souris vampires les relations de coopération s'étendent loin de leur habitat. Plus généralement, les relations sociales et les réseaux des chauves-souris peuvent s'étendre et varier selon les contextes. @PLOSBiology https://t.co/YrCOHpcTMs
https://t.co/wHQIuBsdzZ
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/Wuwl1XKy1z by @gerrygcarter @SimonRipperger #PLOSBiology #bats #murcielago
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/f4gqx3G5j1 @PLOSBiolo…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/f4gqx3G5j1 @PLOSBiolo…
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/f4gqx3G5j1 @PLOSBiolo…
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/f4gqx3G5j1 @PLOSBiolo…
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/f4gqx3G5j1 @PLOSBiology
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by cooperative interactions within the roost also extend beyond the roost and may provide benefits when foraging for blood #PLOSBiology https://t.co/K8VykFdxkA https://t.co/DrQWqWfyWW
RT @Dr_Yannis: Using biologging to study social foraging in vampire bats. Those that associate in a roost are more likely to meet while for…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Very nice piece by @rachel_fritts in @NewsfromScience about @SimonRipperger's @PLOSBiology paper on the social dining hab…
Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by cooperative interactions within the roost also extend beyond the roost and may provide benefits when foraging for blood #PLOSBiology https://t.co/K8VykFv8Ja https://t.co/nGgTd5yuey
RT @PLOSBiology: Very nice piece by @rachel_fritts in @NewsfromScience about @SimonRipperger's @PLOSBiology paper on the social dining hab…
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/njHUUzucC0
Very nice piece by @rachel_fritts in @NewsfromScience about @SimonRipperger's @PLOSBiology paper on the social dining habits of #VampireBats: https://t.co/ipyiHQskxw - and here's the original article: https://t.co/K8VykFdxkA https://t.co/1GYm5iLQte
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
RT @PLOSBiology: Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by c…
Vampire bats meet for dinner. @SimonRipperger & Gerry Carter show that social bonds in #VampireBats typically defined by cooperative interactions within the roost also extend beyond the roost and may provide benefits when foraging for blood #PLOSBiology https://t.co/K8VykFv8Ja https://t.co/qjJdwsgrvc
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/uOLkyINlbE
RT @batpapers: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/afnVVtGBM9 https://t.co/E9D…
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/afnVVtGBM9 https://t.co/E9DfLObdfy
RT @Dr_Yannis: Using biologging to study social foraging in vampire bats. Those that associate in a roost are more likely to meet while for…
Using biologging to study social foraging in vampire bats. Those that associate in a roost are more likely to meet while foraging (on cattle). Vampire bats (and snow leopards) might be my favorite mammals
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
RT @preLights: Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a pr…
Blood sisters: vampire bats leave the roost alone but meet up with preferred roostmates to forage. By @lucynevard on a preprint by @SimonRipperger and @gerrygcarter https://t.co/1Yi7pugZhM https://t.co/sGAqdBgvGe
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/Ylo9GGn0Xv @biorxivpr…
RT @bloodSparasites: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/Ylo9GGn0Xv @biorxivpr…
RT @biorxivpreprint: Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/zqhcWlV9sO #bioRxiv
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/Ylo9GGn0Xv @biorxivpreprint
Social foraging in vampire bats is predicted by long-term cooperative relationships https://t.co/zqhcWlV9sO #bioRxiv