RT @TMTSpringer: How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens o…
RT @evoecology: How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens of…
RT @SpringerEcology: How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specime…
RT @evoecology: How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens of…
RT @SpringerEcology: How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specime…
How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens of South American rodents (#Akodonmollis) to show #insectivory has evolved multiple times https://t.co/AOo1eYF0ai #SNEVEC CoverPic: Jor
How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens of South American rodents (#Akodonmollis) to show #insectivory has evolved multiple times https://t.co/aYXXDbDv3K #SNEVEC CoverPic: Jor
How do different dietary niches of species evolve? Missagia etal. use an ingenious isotopic analysis of museum specimens of South American rodents (#Akodonmollis) to show #insectivory has evolved multiple times https://t.co/JQCuhzRvXs #SNEVEC CoverPic: Jor
Congrats @rafaelamissagia this is awesome!
RT @rafaelamissagia: Our paper on trophic diversification of akodontines is out! As expected, we found low phylogenetic signal for this die…
RT @rafaelamissagia: Our paper on trophic diversification of akodontines is out! As expected, we found low phylogenetic signal for this die…
RT @rafaelamissagia: Our paper on trophic diversification of akodontines is out! As expected, we found low phylogenetic signal for this die…
RT @f_perini: Our new paper just got published online. Excelent work with Rafaela Missagia and Bruce Patterson! https://t.co/8Io97pyko3 htt…
RT @rafaelamissagia: Our paper on trophic diversification of akodontines is out! As expected, we found low phylogenetic signal for this die…
Our paper on trophic diversification of akodontines is out! As expected, we found low phylogenetic signal for this dietary proxy, and that the oldest lineage whitin the tribe is also the more diversified in trophic ecology. #ecoevol #ecology #evolution h
Go go go UFMG mammal lab! 🤩 congrats to our collegues 👏🏽🎉
Our new paper just got published online. Excelent work with Rafaela Missagia and Bruce Patterson! https://t.co/8Io97pyko3 https://t.co/ulsrdsomVv