Snow samples were collected in the Athabasca Oil Sands region of northeastern Alberta in mid-January and late February 1981. The snow depth was measured and snow cores were taken at .60 sites around the oil sands plants. Snow sample collectors were set out at six of the sites in mid-January and removed in late February. Quantitative chemical analyses of the samples were carried out by a commercial laboratory. Duplicate samples from nine of the sites were analyzed as an independent cross-check. Concentrations of the major ions (SO4, NO3, Cl-, NH4, K+, H+, Na+, Mg++, ca++) as well as the insoluble (AI, Mn, Ti, V) and soluble (Al, Fe, Ni, V) constituents were determined. Snowpack loadings were computed from the measured concentrations, snowmelt volume, and the area sampled. The amounts of sulphate and nitrate deposited in the snow within 25 km of the oil sands plants have increased by 88 and 27% respectively, since the previous study in 1978. The amounts of insoluble particulates have decreased markedly
Related Resources
Wildlife Camera Metadata Standards for Alberta Version 1.0
Resource Date:
2022
Interior Habitat Indicator for Alberta
Resource Date:
2022
Organization
Nested Population Structure of Threatened Boreal Caribou Revealed by Network Analysis
Resource Date:
November
2022
The Extent and Magnitude of Edge Effects on Woody Vegetation in Road-bisected Treed Peatlands in Boreal Alberta, Canada
Resource Date:
July
2022
Estimating Lichen Biomass in Forests and Peatlands of Northwestern Canada in a Changing Climate
Resource Date:
May
2022
Peat Surface Compression Reduces Smouldering Fire Potential as a Novel Fuel Treatment for Boreal Peatlands
Resource Date:
March
2022
Organization
Was this helpful?
|