Reflections on Forest Hydrology on the Boreal Plain
Presenter: Irina Creed
Length: 2 Parts, 46 min 52 s
Topics:
Part 1
- Our Recent Research Projects
- Today's Focus
- Canada
- Boreal Plain
- Utikuma Uplands
- Hydrology
- Trophic Status of Lakes
- Our Guidslines for Scholarly Activity
- Scholarship of Discovery
- What is the Natural Varation in Trophic Status of Lakes
- HEAD Gradient
- Gradient Flyover
- Strategic Selections from the Gradient
- Focus In: Access Roads and Seismic Lines
- Focus In: Old Shorelines
- Focus In: Hydrologic Connectivity
- Beaver Channels
- Measuring Trophic Status
- Mapping chlorophyll-a: Average
- Mapping chlorophyll-a: Coefficient of Variation
- Monitoring chlorophyll-a
- Monitoring chlorophyll-a using LANDSAT
- LANDSAT TM Bands
- Pearson Correlation Coefficients
- TM 3
- Estimating CHLa using a Regression Model
- 20 Year Satellite Survey Area
- Two Way Analysis of Variance (ANOVA)
- Temporal, Spatial, and Spatio-Temporal Domains
- Repeated ANOVAs
- Sources of Natural Variation: Temporal
- Sources of Natural Variation: Temporal and Spatial
- Sources of Natural Variation: All 3 Domains
- Sources of Natural Variation: Percentages
- Scholarship of Integration
- What Regulates the Trophic Status of a Lake
- Phosphorus controls chlorophyll-a production in lakes
- Temporal Variation
- Climatic Control of chlorophyll-a
- Picture of Study Site
- Pictures of Different Sized Lakes
- Climatic Control of chlorophyll-a
- Regression Trees
- Temporal Variation
- Further Down the Tree
- Even Further
- The Detectives That We Are...
- Explanation of temporal variation in chlorophyll-a
- Spatial Variation
- Hydrography
- Ground Water Connectivity
- Surface Water Connectivity
- Trembling Aspen
- Black Spruce
- Jack Pine
Part 2
- Surface Water Connectivity: Collecting Measurements
- Surface Water Connectivity: Volumetric Soil Moisture
- Surface Water Connectivity: How This Can Be Used
- Surface Water Connectivity: Basins
- Surface Water Connectivity: Terrain Analysis System
- Spatial Variation: Ground Water
- Spatial Variation: Within Basin
- Spatial Variation: Basin to Basin
- Spatial Variation: Infer Process
- Explanation of Spatial Variation in Chlorophyll-a
- Conceptual Model
- Ecologists: Bottom Up
- Them: Top Down
- Scholarship of Application
- ... undergoing a fundamental transformation
- Transformation: 15 years later
- Phosphorus Controls Chlorophyll-a Production in Lakes
- Timber Harvesting
- What are Effective Buffer Strip Designs for the Boreal Plain?
- TROLS Study
- TROLS: Precipitation and Runnoff
- TROLS Experimental Design
- Experimental Results
- Ground Water Connectivity?
- Surface water connectivity?
- Maps That Show the Outline
- Wetland Distribution
- Wetland Distribution: Cut Blocks
- Explanation of Spatial Variation in Chlorophyll-a
- Explanation: Roads or Cutblocks
- Wetlands Are Dynamic
- Wetlands Are Dynamic: Expansion
- Wetlands Are Dynamic: Further Expansion
- Predicting Wetland Dynamics Using RADARSAT
- Natural Conditions
- Natural Conditions: 1 year
- Natural Conditions: 2.5 years
- Natural Conditions: 5 years
- Natural Conditions: 10 years
- So What?
- Scholarship of Teaching
- Knowledge exchange and technology extension
- Mapping Hydrologically Sensitive Areas
- Some Points
- Aknowledgements: People
- Aknowledgements: Organizations