Elevation Hologenomics

We aim to generate population-level paired genomic and metagenomic data of lizards across elevational gradients in various mountain ranges to understand the hologenomic underpinnings of adaptation to different climatic regimes.

Coordinator: University of Copenhagen, University of Lund
Participators: CNRS
Funding: Carlsberg Foundation
Period: 2021-2024


The research goal of the Elevation Hologenomics project is to elucidate the role of host-microbiota interactions in facilitating adaptive responses to climate and altitudinal change by identifying signatures of emerging genetic adaptations and phenotypic responses. Using multiple locations of low and high elevations allows us to understand these adaptations, by identifying the adaptive signatures when comparing low and high points. And by sampling across multiple valleys within the Pyrenees, we can gain a better understanding of how these adaptations to altitude are replicated across populations.  In doing so, we could be able to identify populations of Podarcis muralis potentially threatened, as their climatically suitable habitat declines and they are unable to shift their elevational range further upslope leading to extinction. If the species is able to persist, it will experience competition with species being pushed further up the slope, intensifying losses.

The following samples have already been collected for the project.

Address

Center for Evolutionary Hologenomics, GLOBE Institute
University of Copenhagen
Ă˜ster Farimagsgade 5, 7
1353 Copenhagen K, Denmark

Contact

Coordinator: Antton Alberdi, PhD
Email: ehi@sund.ku.dk