Hydrology and geochemistry

From peatland restoration and reclamation to environmental planning or studying soil vegetation and water quality, our researchers our focused on the impacts humanity is having on land and water.

Get to know their areas of expertise.

Advancing one Sustainable Development Goal

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Our researchers

Helen Jarvie

Geography and Environmental Management

  • Eutrophication and water-quality management;
  • Sources and biogeochemical cycling of macronutrients (phosphorus, nitrogen and carbon) in freshwaters;
  • Impacts of nutrient enrichment and remediation on water quality and ecological status of surface waters.

Quinn Lewis

Geography and Environmental Management

  • Morphology and evolution of fluvial landscapes
  • Research on process, form, and the transfer of material and energy that links morphology and evolution of fluvial landscapes 
  • Developing new techniques to study lake and reservoir water levels globally with remote sensing

Merrin Macrae

Geography and Environmental Management

  • Effects of changing hydrologic conditions on biogeochemical processes in both natural and disturbed environments

  • Hydrologic change including those that result from land-use modification (e.g. agriculture, drainage) or climate variability

Richard Petrone

Geography and Environmental Management

  • Understanding of soil – vegetation – atmosphere interactions as influenced by hydrologic and climatic conditions

  • Trace gas exchange in wetland and forested systems
  • Interactions between vegetation and hydrology and climate (weather), and modeling the impacts of climatic and land-use stresses on these linkages

Michael Stone

Geography and Environmental Management

  • Environmental planning

  • Water quality
  • Sediment/water interactions
  • Water resources management

Maria Strack

Geography and Environmental Management

  • Understanding interactions between ecology, hydrology, biogeochemistry and soil properties in wetland ecosystems

  • Quantifying greenhouse gas emissions related to land-use impacts on wetlands
  • Determining impact of climate change on peatland ecosystems
  • Evaluating the peatland function following restoration and reclamation

Chantel Markle

Department of Geography and Environmental Management (GEM)