Cécile C. REMY

Mixed‐wood boreal forests are characterized by a heterogeneous landscape dominated by coniferous or deciduous species depending on stand moisture and fire activity. Our study highlights the long‐term… Read more “Article: Coniferization of the mixed-wood boreal forests under warm climate”

Vegetation responses to climate change are commonly simulated using models that generalize the characteristics of species and ecosystems to facilitate global–scale modeling efforts. In this article, we… Read more “Article: Integrating species-specific information in models improves regional projections under climate change”

We present a comparative analysis of fire reconstructions from tree rings and from wood charcoal preserved in forest soils, peat and lake sediments. Our objective is to highlight the benefits and limits of… Read more “Article: Guidelines for the use and interpretation of palaeofire reconstructions based on various archives and proxies”

  I am now a post-doctoral researcher at the Earth Systems Ecology Lab to work on the project “Quantifying the effects of species range shifts and management… Read more “Project: Carbon dynamics of the southwestern US forests in a changing climate”

Session: Paleopalynology Title: Warm climate could reduce trees diversity in mixed-wood boreal forest Cécile C. Remy, Dominic Senici, Han Y. H. Chen, Yves Bergeron, Adam A. Ali & Martin Lavoie

Our paper in Environmental Research Letters studying the links between large wildfire events and climatic and/or meteorological conditions in coniferous boreal forest of north-eastern Canada. We find that… Read more “Article: Climatic drivers of large wildfires in boreal forests”

I am a member of the EU project PREREAL (Improving PREdictability of circumboREAL forest fire activity and its ecological and socio-economic impacts through multi-proxy data comparisons)! All about… Read more “Project: Predicting circumboreal fires”

We wrote a paper about impacts of large-fire episodes in vegetation dynamics of boreal forests during the Holocene in Journal of Biogeography. We find that fire size… Read more “Article: Fire size alters vegetation trajectories in boreal forests”

Theme:  Ecological Sustainability: Engineering Change Session: Improving predictability of circumboreal forest fire activity and its ecological and socio-economic impacts through multi-proxy data comparisons and monitoring Title: Wildfire size impacts… Read more “Conference: EcoSummit 2016 in Montpellier!”

Theme: Novel Ecosystems in the Anthropocene Session Name: Paleoecology Title: Wildfires size impact long-term vegetation trajectories in northeastern coniferous boreal forest of Canada Cécile C. Remy, Yves Bergeron,… Read more “Conference: ESA 2016 in Fort Lauderdale!”