My project investigates the impact of ocean acidification on marine biodiversity using -omics sciences. Understanding these mechanisms is vital for predicting long-term effects on copepod populations, copepod-dependent species, and marine ecosystems.

Institution: UQAR

Supervised by: Piero Calosi, Lauric Feugere

Understanding patch dynamics of the European common blue butterfly based on its movement patterns.

Institution: Concordia University

Supervised by: Eric Pedersen

Investigating the physiological status of marine benthic invertebrates across a natural deoxygenation gradient via -omics approaches.

Institution: UQAR

Supervised by: Piero Calosi (supervisor, UQAR); Geneviève Parent (co-supervisor, MPO) and Diana Madeira (co-supervisor, University of Aveiro, Portugal).

Finding Selenoneine and Ergothioneine in the Arctic Marine Food Web.

Institution: Université de Laval

Supervised by: Philippe Archambault, Pierre Ayotte, Mélanie Lemire

Understand the influence of the landscape context on forest bird and bat communities that use cocoa agroforestry plantations in Mexico.

Institution: Université de Sherbrooke

Supervised by: Sophie Calmé & Dominique Gravel

Investigating the response of avian and mammalian communities to different forest harvesting practices across Alberta.

Institution: University of Alberta

Supervised by: Erin Bayne

Biodiversity monitoring by contributing to the development and the computation of essential biodiversity variables and biodiversity indicators.

Institution: Université de Sherbrooke

Supervised by: Dominique Gravel

My research focuses on the development of an entropy-based theory of food webs.

Institution: Université de Montréal

Supervised by: Timothée Poisot and Dominique Gravel 

Intraspecific comparative ecophysiology of an invasive species living along a large latitudinal gradient.

Institution: UQAR

Supervised by: Piero Calosi, Chris McKindsey, Kimberly Howland

Broadly, my research focusses on Pileated Woodpecker (gaining a better understanding of where they nest, whether sound can be used to detect cavities, and how Pileated Woodpeckers use their space/habitat).

Institution: University of Alberta

Supervised by: Erin Bayne and Corey Scobie

I am developing enhanced acoustic perceptibility tools to assess bird use of heterogeneous habitats in the Boreal forest.

Institution: University of Alberta

Supervised by: Erin Bayne

My research is concerned with forest succession and dynamics under external drivers such as climate change and natural (e.g. wildfires) and anthropogenic (logging) disturbances.

Institution: Université de Montréal

Supervised by: Marie-Hélène Brice, Mathieu Bouchard, François Girard

Plant diversity changes in balsam fir-yellow birch forests of eastern Quebec (Canada).

Institution: Université de Montréal

Supervised by: Marie-Hélène Brice, Pierre-Luc Couillard, Pierre Legendre

Bird migration modelling in North America.

Institution: Université de Sherbrooke

Supervised by: Guillaume Blanchet and Dominique Gravel

I dived in and swam around marine dispersal rate simulation data to extract ways marine species distributions and biodiversity could change after climate change.

Institution: McGill University

Supervised by: Jennifer Sunday

 Northern marginal population expansion of red maple (Acer rubrum) in Quebec under climate change.

Institution: Université de Montréal

Supervised by: Marie-Hélène Brice and François Girard

Quantifying the vulnerability of Quebec species assemblages to climate change using species distribution models.

Institution: Université de Sherbrooke

Supervised by: Dominique Gravel and Anouk Simard

I study how organisms navigate space and what that entails for the maintenance of biodiversity. I study this by running experiments with microbes, flour beetles, and virtual organisms in-silico!

Institution: University of British Columbia

Supervised by: Rachel Germain and Sarah Otto