RT @O_Especime: Segue as referências usadas: 1- https://t.co/ovNYYvZvA4 2- https://t.co/cxXq1l02Id 3- https://t.co/V3txSJYuEN
Segue as referências usadas: 1- https://t.co/ovNYYvZvA4 2- https://t.co/cxXq1l02Id 3- https://t.co/V3txSJYuEN
"This could even lead to a shift in dispersal paradigms; over a lifetime, displacement might be equal or greater during the adult benthic stage than through larval dispersal." https://t.co/wAoWiCCkLQ
Issue 6 is now out! The cover features the paper by Jean‐François Hamel et al who show that unfavourable conditions can trigger the rapid intake of water, enabling #SeaCucumbers to achieve neutral buoyancy and drift away like living balloons. Full paper: h
Ajuste activo de flotabilidad para la dispersión en organismos marinos de la profundidad por sobrepoblacion o estrategia de escapa de depredadores. 🥒💨🥒🥒🥒 Resumen: https://t.co/TDG4qsHd3p Articulo: https://t.co/NHdPq3RfOj #ComunicaCiencia #Fisiologia #Bento
RT @WingerPaul: A new super power? Check out our latest paper on the unexpected ability of sea cucumbers to "tumble weed" across the seabed…
A new super power? Check out our latest paper on the unexpected ability of sea cucumbers to "tumble weed" across the seabed. Rates of movement were up to 30 m/min of the coast of Newfoundland. Read more here: https://t.co/9JVw0CORot https://t.co/ispsNrvbA
RT @mjattrill: @sea_neryblog They also do some cool "starballing" behaviour that @Dr_Emma_Sheehan and team discovered! https://t.co/yNZCmt4…
@sea_neryblog They also do some cool "starballing" behaviour that @Dr_Emma_Sheehan and team discovered! https://t.co/yNZCmt4gH3
RT @SBM_Concarneau: Une excellente publication de nos collègues canadiens et malgaches sur la capacité inattendue des #holothuries (#échin…
RT @SBM_Concarneau: Une excellente publication de nos collègues canadiens et malgaches sur la capacité inattendue des #holothuries (#échin…
Bloating-tumbling-floating: excellent work on new dispersal mechanisms in echinoderms. Active buoyancy adjustment increases dispersal potential in benthic marine animals - Hamel - - Journal of Animal Ecology - Wiley Online Library https://t.co/baDUXUTkcS
Une excellente publication de nos collègues canadiens et malgaches sur la capacité inattendue des #holothuries (#échinodermes) à modifier leur flottabilité https://t.co/tYZsBQQaDK
Another reason why sea cucumbers are amazing animals! "Active buoyancy adjustment increases dispersal potential in benthic marine animals" https://t.co/gwUpSxL0JM
@redlipblenny @rach_munger Seen this new sea cucumber paper in JAE? Clever critters! https://t.co/O17BSWXJ88
RT @tomjwebb: Really cool study. Here's the paper: https://t.co/91kTYcjM8b https://t.co/RPZlrC2FYd
Really cool study. Here's the paper: https://t.co/91kTYcjM8b
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
A este animalejos muchisimos lo conocemos gracias a @JoseLChilavert_
@JoseLChilavert_
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
RT @CienciaDelCope: Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capac…
Un nuevo estudio revela que los pepinos de mar son más veloces de lo que pensaban los zoólogos marinos, y que son capaces de recorrer 90 kilómetros al día. https://t.co/85ud3VhIVc https://t.co/IVW8AgetxD
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @jhallspencer: Adult seapens can also deliberately disperse on currents https://t.co/skt6GDPGmy https://t.co/uu9rvQ0qwV
Adult seapens can also deliberately disperse on currents https://t.co/skt6GDPGmy
RT @EG_Cunningham: Ever seen a mass stranding of starfish and wondered why? “Starballing” could be your answer! New paper on mechanism out…
Ever seen a mass stranding of starfish and wondered why? “Starballing” could be your answer! New paper on mechanism out now.
RT @russ_t_uk: They're back! 😀⭐ https://t.co/qVcDytH235
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
They're back! 😀⭐
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
RT @Dr_Emma_Sheehan: I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adju…
I'm over the moon - new paper https://t.co/lB9fG1L2tn has proposed a mechanism for starballing!! "Active buoyancy adjustment". @PlymUni @PlymUniMI our paper ... https://t.co/Ts9QFYta9F https://t.co/fdohZspvnS