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Émilie Desjardins

 

Master student

Department of biology, chemistry and geography, UQAR

Des Ursulines Building
300 Allée des Ursulines
UQAR
Quebec, Canada
G5L 3A1

514.770.2857
emilie.desjardins.1994@gmail.com

 

 


 
 
 

Research project

A Biodiversity Management Plan for the Canadian Forces Station Alert (Nunavut, Canada)

Although the Arctic tundra is still largely undisturbed by direct human activities, thus offering unique opportunities to preserve its ecological integrity, the intensification of human impacts is clear and will generate the need to develop Biodiversity Management Plans (BMPs) wherever valued ecosystem components, such as Species at Risk, need to be preserved. Such plans have been proposed in many locations around the planet, but few exist for the tundra and methodologies still need to be developed. A BMP aims to define the actions needed to protect or increase local biodiversity, and it should be site-specific. The implementation of a BMP relies on (1) the synthesis of existing background data; (2) the acquisition of new field data; (3) the establishment of biodiversity targets such as habitats or species protected under the Species at Risk Act; (4) the specification of actions to protect the biodiversity targets; and (5) the establishment of a monitoring program to evaluate the effectiveness of the BMP. My research project aims to achieve the first steps for the production of a BMP at the Canadian Forces Station in Alert, Nunavut (Ellesmere Island, 82°N), the northernmost permanently inhabited place on Earth. Given the paucity of existing biodiversity information from Alert, an inventory of local wildlife using camera traps, observation transects, and reports by station residents was started in the summer of 2018. We have also started to map wildlife habitats through analysis of satellite images and field surveys of plant communities. In addition, we have initiated the mapping of trails used by off-road vehicles since this is a potential source of local habitat and wildlife disturbance. This study will enable the development of appropriate spatial and temporal guidelines for reducing human disturbance in critical areas for arctic species with precarious status, namely Peary caribou, Red knot, and Ivory gull.

 
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