Mayara Neves (@mayaranevesbio) 's Twitter Profile
Mayara Neves

@mayaranevesbio

Postdoc researcher @RiceUniversity | PhD in Animal Biology | Interested in ecology, functional morphology and evolution | 1st gen | she/her #teamfish 🇧🇷

ID: 1107681659015577600

linkhttp://www.mpnevesbio.com/ calendar_today18-03-2019 16:34:22

302 Tweet

540 Followers

751 Following

Mark Westneat 🐟 (@mwestneat) 's Twitter Profile Photo

Calotomus! A buck-toothed parrotfish, with snaggly teeth not fused into a beak like most parrotfishes. This is key anatomical evidence of the scarines being nested within wrasses, requiring rejection of their classical family status and name. #phylogenetics #backdatwrasseup

Calotomus! A buck-toothed parrotfish, with snaggly teeth not fused into a beak like most parrotfishes. This is key anatomical evidence of the scarines being nested within wrasses, requiring rejection of their classical family status and name. #phylogenetics #backdatwrasseup
Rodrigo Figueroa (@rodrigoichthys) 's Twitter Profile Photo

Quem tiver interesse em saber mais sobre meu artigo na Current Biology descrevendo tecidos moles preservados em peixes de ~290 milhões de anos do Brasil, escrevi um texto explicando a descoberta para o The Conversation Brasil: theconversation.com/fosseis-encont… Artigo: doi.org/10.1016/j.cub.…

Chase Brownstein (@chasebrownstein) 's Twitter Profile Photo

1/5🏁🏁 New paper with Thomas Near! Here, we reconstruct the evolutionary history of hagfishes, one of two surviving lineages of jawless vertebrates, and show their deep-sea habits go back at least 250 million years! Paper here: bmcecolevol.biomedcentral.com/articles/10.11…

1/5🏁🏁 New paper with <a href="/TJNear/">Thomas Near</a>! Here, we reconstruct the evolutionary history of hagfishes, one of two surviving lineages of jawless vertebrates, and show their deep-sea habits go back at least 250 million years! 
Paper here: bmcecolevol.biomedcentral.com/articles/10.11…
Journal of Animal Ecology (@animalecology) 's Twitter Profile Photo

..."we illustrate how (i) multidimensional intraspecific niche variation and (ii) the spatiotemporal context of interactions between conspecifics scale up to shape emergent patterns of the population niche." 📊..paper by Raul Costa-Pereira: buff.ly/45i46Kc

..."we illustrate how (i) multidimensional intraspecific niche variation and (ii) the spatiotemporal context of interactions between conspecifics scale up to shape emergent patterns of the population niche." 📊..paper by <a href="/raulcpereira/">Raul Costa-Pereira</a>: buff.ly/45i46Kc
James Albert 🐟 🇺🇦 (@jamesal0410008) 's Twitter Profile Photo

In Serrasalmidae (piranhas and relatives), herbivores exhibit widespread convergence, but still underwent slower rates of phenotypic evolution than carnivores. researchgate.net/publication/38…

In Serrasalmidae (piranhas and relatives), herbivores exhibit widespread convergence, but still underwent slower rates of phenotypic evolution than carnivores.

researchgate.net/publication/38…
Sociedade Brasileira de Biologia Evolutiva - SBBE (@sbbe_oficial) 's Twitter Profile Photo

📄🔬Submissões abertas para o SBBE24! 🌟 Envie seu resumo! 👩🏽‍💻 Avaliações em fluxo contínuo, então submeta já! 🧬 Participe do I Congresso Brasileiro de Biologia Evolutiva. 🌳 🔗 Saiba mais e inscreva-se pelo link na bio! #biologiaevolutiva #SBBE #SBBE24 #evolução #ufpr

📄🔬Submissões abertas para o SBBE24! 🌟 Envie seu resumo! 👩🏽‍💻 Avaliações em fluxo contínuo, então submeta já! 🧬 Participe do I Congresso Brasileiro de Biologia Evolutiva. 🌳

🔗 Saiba mais e inscreva-se pelo link na bio!

#biologiaevolutiva #SBBE #SBBE24 #evolução #ufpr
Henrique Costa (@ccostah) 's Twitter Profile Photo

Pesquisas com evo-devo (biologia evolutiva do desenvolvimento) são surpreendentes. Um estudo testou como alguns genes estariam relacionados com o surgimento e fechamento das fenestras temporais, estruturas fundamentais na evolução de amniotas (répteis+aves e mamíferos).

Pesquisas com evo-devo (biologia evolutiva do desenvolvimento) são surpreendentes. Um estudo testou como alguns genes estariam relacionados com o surgimento e fechamento das fenestras temporais, estruturas fundamentais na evolução de amniotas (répteis+aves e mamíferos).
Mayara Neves (@mayaranevesbio) 's Twitter Profile Photo

If you are attending #JMIH2024 and interested in adaptation in extreme environments, don’t miss my talk tomorrow about notothenioids! #teamfish

If you are attending #JMIH2024 and interested in adaptation in extreme environments, don’t miss my talk tomorrow about notothenioids! #teamfish
KratinaLab (@kratinalab) 's Twitter Profile Photo

Kudos to Ana Martínez, whose key #PhD research was just published in Environmental Pollution🤩. Read how microplastics and nutrients alter the diet of freshwater macroinvertebrates: doi.org/10.1016/j.envp…

Aline Ghilardi (@alinemghilardi) 's Twitter Profile Photo

Já se inscreveram no I Congresso Brasileiro de Biologia Evolutiva?? Pois atenção, pq estão concedendo auxílios 👇🏼👇🏼🤩

Já se inscreveram no I Congresso Brasileiro de Biologia Evolutiva?? 
Pois atenção, pq estão concedendo auxílios 👇🏼👇🏼🤩
Emily Troyer 🐠🐟🐡 (@fish_fetisher) 's Twitter Profile Photo

It's today!! Come see my talk at #Evol2024 at 2:45 in Comparative Biology III. I used a comparative transcriptomic approach to investigate the evolution of miniaturized body size in one of the best groups-- gobies!

It's today!! Come see my talk at #Evol2024 at 2:45 in Comparative Biology III. I used a comparative transcriptomic approach to investigate the evolution of miniaturized body size in one of the best groups-- gobies!
Kory Evans Ph.D. (@sternarchella) 's Twitter Profile Photo

Finished the parrotfish skull, pretty on the inside and outside. These guys are basically just wrasses that dialed their bones up to 10 so that they can crunch hard stuff... I respect it #backdatwrasseup

Alessio Capobianco (@acapomorphic) 's Twitter Profile Photo

New paper alert (open access)! Thanks to a new tip-dated phylogeny of bonytongue fishes (Osteoglossomorpha) with a large sample of fossils, we find that today's freshwater arapaimas and arowanas were ancestrally marine! (1/n) royalsocietypublishing.org/doi/10.1098/rs…

New paper alert (open access)! Thanks to a new tip-dated phylogeny of bonytongue fishes (Osteoglossomorpha) with a large sample of fossils, we find that today's freshwater arapaimas and arowanas were ancestrally marine! (1/n) royalsocietypublishing.org/doi/10.1098/rs…