Forest Ecology and Management

Forest Ecology and Management is a recognized area of excellence in our department and includes intensive forest management systems, genetic improvement, site preparation, fertilization, pest impact reduction, and density management for enhanced productivity. We are also working on extensive systems such as mixedwood management and emulation of natural processes. Complementary research for all forest management systems ensures that they are ecologically and socially sustainable.

Armstrong Lab: Integrated Forest Management
Forest activity scheduling; forest economics; integrated resource management; forest level optimization and simulation modeling; policy analysis.

   Mike Bokalo: Mixedwood Growth and Yield Modeling
   Research Assistant Professor modeling effects of stand heterogeneity on growth; juvenile mortality    and self-thinning; contrasting juvenile natural fire origin and managed stand structure; predicting    temporal understory vegetation dynamics.

Chang Lab: Forest Soils and Nutrient Dynamics
Forest soil processes; soil microbial ecology; global change and soil acidification; carbon sequestration; forest fertilization; silviculture-soil management interactions.

Comeau Lab: Silviculture and Stand Dynamics
Quantitative silviculture; mixedwood (aspen-spruce) silviculture; vegetation management, intra- and inter-specific competition; silvicultural systems.

Erbilgin Lab: Forest Entomology & Invasion Biology
Biotic (insects and pathogens) and abiotic (drought, lack of nutrients) effects on tree chemical responses to biotic organisms, particularly their resistance to insects and diseases.

Flannigan Lab: Wildland Fire Management
Fire resilient landscapes; landscape fire modeling; fire and weather/climate interactions; impact of climatic change on fire frequency and severity.

Hacke Lab: Tree - Water Relationships
Plant physiological ecology, especially subjects related to water transport and xylem structure in woody plants.

Hamann Lab: Climate Change Adaptation and Mitigation
Effects of climate change on forest ecosystems and forest growth; forest genetic resource management; tree breeding and deployment; ecological modeling; climate modeling.

Landhäusser Lab: Forest Regeneration & Seedling Ecology
Impact of nursery culture and morphological characteristics on seedling quality and outplanting success; Mixed species plantations, competition and vegetation management.

Lieffers Lab: Silviculture & Forest Management
Dynamics of boreal and mixedwood forests; tree recruitment, competitive relations and ecophysiology of trees, shrubs and herbs; light transmission through mixed canopies.

Macdonald Lab: Forest Ecology and Plant Biodiversity
Natural regeneration of forests after natural disturbance or harvesting; natural stand dynamics and mixedwood management; impacts of forest management on understory plant communities.

MacKenzie Lab: Forest Ecology and Forest Soils
Soil biogeochemistry; soil ecology; fire ecology; spatial ecology; rhizosphere dynamics; carbon sequestration; land reclamation; silviculture; agroforestry.

Nielsen Lab: Forest Ecology & Wildlife Management
Effects of forest disturbance (managed or natural) on wildlife populations and biodiversity; wildlife habitat supply modelling.

Rick Pelletier  Rick Pelletier: Spatial information systems, GIS, remote sensing
  Faculty Service Officer with a research area revolving around issues of spatial and temporal scale in   landscape ecology. Continued interest in lichenology, primordial ontology, and the philosophy of      science.

Poesch Lab: Forest & Stream Interactions
Riparian vegetation and stream ecosystems; developing best management practices for aquatic systems; impact of stream fragmentation (e.g. culverts, roads, temporary structures) on fish communities.

 Schmiegelow Lab: Northern Ecosystems and Wildlife
 Effects of land-use policies and practices on wildlife and ecosystems; conservation and management  of northern systems in Canada; large-scale experimental field studies as an integral component of  active adaptive management.

Silins Lab: Forest Hydrology and Watershed Management
Forest evapotranspiration dynamics; eco-hydrology of forest stand dynamics, hydraulic architecture of trees, and forest disturbance effects on streamflow & water quality.

Spence Lab: Forest Entomology and Ecology
Ecosystem-based forest management; effects disturbances on forest invertebrate populations; forest insect pest management;; biology & systematics of beetles, bugs and spiders.

Zwiazek Lab: Tree Physiology
Effects of pollution, drought and environmental stress on tree function; stress resistance, physiological, biochemical & structural adaptations of trees to stress; structure and function of cell membranes.

Thomas Lab: Applied Tree Improvement
Assisting the forest industry with tree breeding strategies, policy and selection trade-offs using quantitative, ecophysiological and molecular genetic techniques.