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Your search keyword '"Caldon, Matteo"' showing total 4 results
Start Over Author "Caldon, Matteo" Publication Type Academic Journals
4 results on '"Caldon, Matteo"'

2. Genomic variation in baboons from central Mozambique unveils complex evolutionary relationships with other Papio species

Author

Santander, Cindy, Molinaro, Ludovica, Mutti, Giacomo, Martínez, Felipe I., Mathe, Jacinto, Ferreira da Silva, Maria Joana, Caldon, Matteo, Oteo-Garcia, Gonzalo, Aldeias, Vera, Archer, Will, Bamford, Marion, Biro, Dora, Bobe, René, Braun, David R., Hammond, Philippa, Lüdecke, Tina, Pinto, Maria José, Meira Paulo, Luis, Stalmans, Marc, Regala, Frederico Tátá, Bertolini, Francesco, Moltke, Ida, Raveane, Alessandro, Pagani, Luca, Carvalho, Susana, and Capelli, Cristian

Published
2022
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3. Gelada genomes highlight events of gene flow, hybridisation and local adaptation that track past climatic changes.

Author

Caldon, Matteo, Mutti, Giacomo, Mondanaro, Alessandro, Imai, Hiroo, Shotake, Takayoshi, Oteo Garcia, Gonzalo, Belay, Gurja, Morata, Jordi, Trotta, Jean‐Rémi, Montinaro, Francesco, Gippoliti, Spartaco, and Capelli, Cristian

Subjects
*WHOLE genome sequencing, *CLIMATE change, *GENE flow, *ECOLOGICAL niche, *SPECIES hybridization
Abstract

Theropithecus gelada, the last surviving species of this genus, occupy a unique and highly specialised ecological niche in the Ethiopian highlands. A subdivision into three geographically defined populations (Northern, Central and Southern) has been tentatively proposed for this species on the basis of genetic analyses, but genomic data have been investigated only for two of these groups (Northern and Central). Here we combined newly generated whole genome sequences of individuals sampled from the population living south of the East Africa Great Rift Valley with available data from the other two gelada populations to reconstruct the evolutionary history of the species. Integrating genomic and paleoclimatic data we found that gene‐flow across populations and with Papio species tracked past climate changes. The isolation and climatic conditions experienced by Southern geladas during the Holocene shaped local diversity and generated diet‐related genomic signatures. [ABSTRACT FROM AUTHOR]

Published
2024
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