Douglas J. King
Remote sensing; Spatial-temporal modeling, mapping, monitoring; Vegetation, habitat, biodiversity
|Degrees:||B.A.Sc., M.Sc.F., Ph.D. (Toronto), Distinguished Research Professor|
|Phone:||613-520-2600 x 8439|
|Office:||B359 Loeb Building|
- Pioneered development of airborne multispectral airborne video and digital camera sensors in the 1980s and 1990s for local environmental applications.
- Current research includes high resolution UAV to satellite scale imaging for vegetation composition, structure, productivity and health modelling, mapping and monitoring in forest, wetland, agriculture and tundra environments.
- Projects include analysis of image spectral, spatial, temporal, radiometric fraction and object-derived metrics as well as GIS-based geo-spatial/temporal metrics.
- Sugar maple decline assessment
- Forest damage modelling and mapping at an abandoned mine site
- Ice storm forest damage and post-storm dynamics
- Development of a multivariate forest complexity index
- Forest change and trend analysis using Landsat time series
- Automated tree crown detection and delineation in regenerating forests
- Species at risk habitat mapping (e.g., hooded warbler; Blanding’s turtle; chorus frog)
- Wetland mapping and temporal analysis
- Radar applications in wetland mapping, arctic substrate mapping, Phragmites detection, sea ice tracking
- Other applications in water, agriculture, sensors, etc.
- Thanks to the many grad students and post docs on these projects! See publications.
- Farmland biodiversity and landscape spatial-temporal dynamics (Niloofar Alavi, PhD); part of NSERC Strategic Project with Lenore Fahrig (Biology); Scott Mitchell and Kathryn Lindsay (Adjunct) (see publications and http://www.glel.carleton.ca/)
- Wetland vegetation-hydrology interactions (co-supervised with Murray Richardson; Ambika Paudel, PhD)
- Improving classification of land use/land cover in grassland-forage areas (co-supervised with Andrew Davidson AAFC; Emily Lindsay, PhD)
- Chlorophyll and plant area index mapping in arctic tundra using empirical and physically based models with multi-angle hyperspectral field and image data (Blair Kennedy, PhD)
- Linking earth observations to peatland ecosystem carbon fluxes in the Hudson Bay lowlands (Jason Beaver, MSc; co-supervised with Elyn Humphreys).
Research funding (more recent/ongoing funding towards beginning): Natural Sciences and Engineering Research Council (NSERC); Environment and Climate Change Canada (ECCC); Agriculture and Agri-food Canada (AAFC); Canadian Wildlife Federation; MITACS; A&L Canada Inc.; Ontario Ministry of Natural Resources (OMNR); Intermap Inc.; Canada Foundation for Innovation (CFI); the Ontario Innovation Trust (OIT); The Hamlin Family Fund; Carleton University; Natural Resources Canada; Ontario Ministry of Environment; National Geographic Society.