9. Kenaston / Brightwater Creek Mesonet Site, SK
Location and Physical Characteristics- Observation sites located in central southern Saskatchewan within the moist mixed grassland ecoregion;
- Primarily cultivated with cereal crops, with areas of native grassland and pasture;
- Area covers much of the headwaters of the Brightwater Creek (basin area roughly 900 km2), which drains to the South Saskatchewan River.
History
- Established in 2007 as part of a National Agri-Environmental Standards Initiative (NAESI) research project;
- Station network set up and operated by Environment Canada and University of Guelph;
- The site is part of the CanEx-SM10 esperiment run in collaboration with NASA;
- Streamflow measurement on Brightwater Creek began through WSC in 1960.
Current Science Focus and Instrumentation
- Hydrological model and remote sensing validation;
- Precipitation network design for validation of parameters such as soil moisture and surface fluxes at different spatial resolutions;
- MESH/CLASS land surface hydrology model and ESA Soil Moisture and ocean Salinity (SMOS) satellite;
- Measurement of surface energy/mass fluxes, and field survey campaigns for spatial variability of soil moisture and snow water equivalent (SWE);
- One main flux tower for surface mass/energy balance measurements;
- Profile observations of air temperature, humidity, wind speed, component radiation, and eddy covariance system; several alter shielded Geonor precipitation strain gauges;
- Surface measurements of snow depth, soil moisture, precipitation;
- Soil moisture and precipitation networks;
- Coarse network – 14 stations over 40 × 50 km2 area; high density network – 24 stations over 10 × 10 km2 area;
- Geological (deep well) weighing lysimeter for large scale soil moisture/evaporation measurement.
Other Resources and Further Information
- Data catalogue for Kenaston / Brightwater Creek
- Presentation on Kenaston / Brightwater Creek at CCRN's Targeted Process Studies Workshop, Hamilton, ON, September 12-13, 2013
- Document on research infrastructure at the site
For further information contact:
Warren Helgason, Ph.D.Assistant ProfessorCivil and Geological EngineeringUniversity of Saskatchewan1A13, 57 Campus Drive Saskatoon, SK S7N 5A9warren.helgason@usask.ca(306) 966-5315or,
Aaron Berg, Ph.D.Associate Professor and Canada Research Chair in Hydrology and Remote SensingDepartment of GeographyUniversity of Guelph50 Stone Road EastGuelph, ON N1G 2W1aberg@uguelph.ca(519) 824-4120 (ext. 58514)
Eddy covariance system in Canola field (photo: Craig Smith, 2010)