Susceptibility of protected black ash stands to potential regulation of spring lake water level, northern Quebec: a biodiversity conservation issue
- Direction : Jacques Tardif, Yves Bergeron
- Institution : University of Winnipeg or UQAT - Rouyn-Noranda
- programme : Master in Environmental & Social Change or Master of Science in Bioscience, Technology and Public Policy offert (Université de Winnipeg) or Master in ecology (UQAT)
- Support financier : The successful candidate will receive a guaranteed minimum of $17,500/year in funding support for two years, plus support for direct costs of research and conference participation.
- Date d'inscription : Summer 2021
- Offre en format pdf: Télécharger
Extremes in spring flooding have become an issue in northern regions of Canada. Recent data suggest that flood frequency and magnitude may have increased in the last decades after a period of relatively low spring water level. For example, the 2019 floods in northeastern Ontario and northwestern Quebec is unprecedented. As a result, the lakeside residents of Lake Duparquet would like the governmental authorities to implement a mitigation strategy including regulation of the lake spring water level. The proposed changes will affect both high and low water levels. At the same time, old, rare and protected stands of black ash trees are growing on the floodplains of Lake Duparquet. These stands, reaching the northern distribution limit of the species, are unique with trees more than 250 year old. Lake Duparquet is also one of the rare unregulated water body in the region. The project aims at defining the potential consequences of a change in hydrological regime (low and high water level) on black ash stands located on the floodplain of Lake Duparquet. Fieldwork will take place in northern Quebec and will involve measuring attributes of black ash stands, looking at indicator vegetation and age structure. It will also involve using remote sensing tools for mapping. Could water level regulation lead to the contraction and slow disappearance of these stands or could they be able to maintain themselves and, if so, under which conditions?
We seek a hard-working and dedicated colleague with a 4-year Bachelor degree (e.g., Environmental Sciences, Biology, Forest Sciences, Geography, or equivalent). The successful candidate will have a track record of academic excellence and strong English writing skills. Ability to speak French is considered an asset.
Serious expressions of interest are to be sent to Dr Jacques Tardif, former Canada Research Chair in Dendrochronology and Professor in Environmental Studies and Sciences / Biology (email@example.com). Your email must include 1) a cover letter describing your research interests and your experience related to the position, 2) an updated CV, 3) your most recent transcripts (unofficial acceptable at this time) and 4) the contact details of 2 references