Science in Action
Understanding what is most valuable
One of our objectives of the Nature alliée project is to gain new knowledge on carbon dynamics through the contributions of several research teams specialized in this field of study.
These scientists are out in the field gathering samples (soil, biomass), conducting surveillance via drones and satellite imaging, and carrying out in-depth studies of more than 200 sampling sites across the province. By comparing carbon concentrations between natural sites and areas affected by human disturbances, research teams aim to demonstrate the climate value of conserving these carbon-rich ecosystems.
Our scientific partners:
- L’Université du Québec en Outaouais (UQO)
- L’Université du Québec en Abitibi-Témiscamingue (UQAT)
- L’Université de Sherbrooke (UdS)
- L’Institut national de la recherche scientifique (INRS)
- L’Université Laval (UL)
A geomatic model (a map with data) will also be developed by the INRS, through the acquisition of field data, to identify and map the locations with the highest carbon density. This map will help our partners identify key natural environments in their territories.
New carbon data combined with existing data on the biodiversity and biocultural values of these natural environments has enabled Université Laval to study ecosystem services related to carbon-rich environments and gauge the local and regional impacts of protecting these environments. This type of analysis offers a compelling case for protecting targeted sites in the fight against climate change.
“If we want to act to preserve and restore the integrity of nature around us, including its carbon and biodiversity, it’s important to try to understand it. To do this, we need to collect field data because this nature, resulting from billions of years of evolution, is highly complex.”
- Marie-Ève Roy, biologist and PhD graduate in the UQO Department of Natural Sciences and member of the scientific committee of the Nature alliée project.
Two-eyed seeing
In addition to working with these research teams, we have also developed several partnerships with Indigenous communities. They have been invaluable in helping to identify sites of cultural importance to protect.
Training provided to land guardians by the Nature alliée research teams will enable Indigenous communities to sample their soils to measure carbon levels. By combining sources of traditional knowledge and scientific research, we created a more accurate picture of sites of importance to protect.
“It’s exciting to see so many researchers from different universities and backgrounds working with different Indigenous communities. Using everyone’s expertise to protect important natural environments is a win-win for everyone; it allows us to expand our knowledge while having a concrete impact on the conservation of the territory’s natural heritage.”
- Nicolas Mainville, Director of Conservation and Climate for SNAP Québec and coordinator of the Nature alliée project
