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Miguel Jorge Pinto Carneiro

Miguel Jorge Pinto Carneiro

Principal Researcher

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13 Projects
CONVERGE: Dissecting the molecular basis of convergent evolution in lizards
CONVERGE: Dissecting the molecular basis of convergent evolution in lizards
PI: Pedro Andrade
BIRDS ON THE MOVE: adaptive migratory behaviour in response to global environmental change
BIRDS ON THE MOVE: adaptive migratory behaviour in response to global environmental change
PI: Inês Catry
Colours hidden in the forest: evolutionary genomics of colour patterns in Neotropical frogs
Colours hidden in the forest: evolutionary genomics of colour patterns in Neotropical frogs
PI: Fernando Jorge Guimarães Sequeira
Origin and maintenance of color polymorphisms: An integrative approach combining Genomics, Behavior and a Population study
Origin and maintenance of color polymorphisms: An integrative approach combining Genomics, Behavior and a Population study
PI: Catarina Lopes Pinho
SALOMICS: Genetic and ecological drivers of reproductive mode shifts in salamanders: a comparative approach<br /><br />
SALOMICS: Genetic and ecological drivers of reproductive mode shifts in salamanders: a comparative approach

PI: Guillermo Velo-Antón
VOCAL - Genomics and quantitative genetics of vocal learning in birds
VOCAL - Genomics and quantitative genetics of vocal learning in birds
PI: Miguel Jorge Pinto Carneiro
BIOPOLIS -&nbsp;Teaming to Upgrade Excellence in Environmental Biology, Ecosystem Research and AgroBiodiversity
BIOPOLIS - Teaming to Upgrade Excellence in Environmental Biology, Ecosystem Research and AgroBiodiversity
PI: Nuno Miguel dos Santos Ferrand de Almeida
AGRIGEN: CIBIO – Meeting the new societal challenges on agriculture, forest, environment and food security
AGRIGEN: CIBIO – Meeting the new societal challenges on agriculture, forest, environment and food security
PI: Nuno Miguel dos Santos Ferrand de Almeida
AZORPI -&nbsp;Ecology and evolution of the Azores woodpigeon: support tools for a management and conservation strategy
AZORPI - Ecology and evolution of the Azores woodpigeon: support tools for a management and conservation strategy
Combining population genomics and quantitative genetics to decipher the molecular basis of phenotypic change during the early stages of animal domestication
Combining population genomics and quantitative genetics to decipher the molecular basis of phenotypic change during the early stages of animal domestication
PI: Nuno Miguel dos Santos Ferrand de Almeida
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