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Conservation Genomics

This Unit investigates how and why genomic diversity of wild animal species and their microbiota change over space and time, providing scientific support for biodiversity management.

Image: U1 Unita CONGEN copyright Maurizio Salvadori

Mission

Developing and applying new tools for measuring animal biodiversity to solve concrete conservation issues. From fish to amphibians and from birds to ungulates and large carnivores, this Unit characterizes the genomic diversity of wild animal populations across the Alps to identify how and why natural patterns change in relation to environmental conditions. We also study the microbial diversity of the animal gut and skin to understand how this affects species survival.

Innovation and methods

Animal conservation genetics and genomics, especially population genetics and genomics, wildlife forensics and metabarcoding with eDNA. We also focus on the role of gut microbiota in wildlife conservation using metagenomics
(see also: Animal, Environmental and Antique DNA Platform).

Facilities

Animal, Environmental and Antique DNA

We offer long term expertise in animal DNA extraction and amplification from biological samples for genetic, genomic and metagenomic applications. We have 3 independent laboratories (BSL2) to process invasive (tissue), environmental (fecal pellets, hair, water) or museum specimens (bones, ice cores)

Further details

Image: Genomica-della-conservazione-2022-Foto-Marco-Parisi-1 (1)

Projects

Staff

Rossi Chiara

chiara.rossi@fmach.it

  • PhD Student

Animal Population Genetics
Eco-Epidemiology
Genetic Monitoring

Publications

Further details

Image: Rossi Chiara
Sgarabotto Elena
Elena Sgarabotto
Gandolfi Andrea

andrea.gandolfi@fmach.it

  • Researcher

Freshwater Fish
Alpine Endemics
Conservation Genetics

Publications

Further details

Image: Gandolfi Andrea
Jernfors Toni Markus
Scholz Matthias Uwe

matthias.scholz@fmach.it

  • Researcher

Bioinformatics
Metagenomics
Network Analysis

Publications

Further details

Image: Scholz Matthias Uwe