Mathematics of Kinship Demography

In social species, demographic processes are functions of cooperative and competitive interactions among individuals. In this project, we seek to understand the dynamic interplay between kinship interactions, population dynamics and evolution of life history traits by developing kin-structured population models, and applying them to multiple species including humans. This project is led led by S.Lire la suite « Mathematics of Kinship Demography »

Consequences of environmental changes on Yellowstone wolves

From 2012 to 2015, I worked as a postdoc with Tim Coulson (first year at the Imperial College of London then at the University of Oxford), in close collaboration with Douglas Smith and Daniel Stahler both in charge of the Yellowstone Wolf Project (and several other American biologists). In this project, I was trying toLire la suite « Consequences of environmental changes on Yellowstone wolves »

Environmental changes and human demography

Unlike in ecology, where environmental variation is a central concept, projection models used in human demography focus mainly on social, economical, genetic and physiological factors influencing age-dependent vital rates. I spent three years (2016-2018) working at the University of Montpellier in a lab specialized on human ageing (MMDN lab) to gain experience in human demography.Lire la suite « Environmental changes and human demography »

Population dynamics of polar bears in Svalbard

We seek to understand the response of the Barents sea polar bear population to environmental changes using evolutionary demography. Together with my students and collaborators, we investigate reproductive strategies in female polar bears, survival rates of young and adults, in response to disappearing sea ice due to global warming. Our aim is to gain betterLire la suite « Population dynamics of polar bears in Svalbard »

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