Stream Temperature Dynamics
GENERAL
River water temperature is arguably one the most significant parameter that influences physical, chemical and biological properties of stream water. It plays a crucial role in water quality as well as in the overall health of aquatic ecosystems (e.g., distribution and growth rate of aquatic organisms). Therefore, a good knowledge of the thermal regime of rivers is essential.
Research focus:
- Understanding and quantifying river thermal regimes
- Better quantification of river heat fluxes (surface and streambed fluxes)
- Development of water temperature models (deterministic / stochastic)
- Study air-water temperature relationships
- Study impact of river thermal regime on water quality and fish habitat
- Study of water temperature dynamics below reservoir
PROJECTS
Projects funded by New Brunswick Environmental Trust Fund (ETF):
- Stream water temperature modeling under climate change scenarios- Phase I: modeling stream water temperature and water/air temperature relationships (2011-2012)
Report & Poster - Stream water temperature modeling under climate change scenarios- Phase II: study of stream water temperatures under climate change scenarios B1 & A2 (2012-2013)
Report & Poster - Water quality index under climate change impact (2013-2014)
Report & Poster
Project funded by the Center of expertise on hydropower impacts on fish and fish habitat (CHIF):
- Water temperature dynamics downstream of reservoirs
PUBLICATIONS
Monitoring of Microclimate Data