Microtopography (MT) can govern runoff dynamics as a net result of local heterogeneities in
the flow paths and ponding. This in turn controls the development of the surface water layer …

Microtopography plays a critical role in road inundation during urban flood events. The
microtopography in this paper was defined as terrain-scale features that encompass surface …

The infiltrability of frozen soils strongly influences snowmelt partitioning and redistribution in
cold regions. Preferential flow in frozen soil can enhance infiltration, but dynamics are …

Small topographic depressions are ubiquitous in the glaciated terrain of the Northern
Prairies characterized by a cold semiarid climate. Groundwater recharge in this region is …

Topographic depressions have large impacts on the hydrology, ecology, and
biogeochemistry in prairie environments. Topographic depressions control the hydrological …

In the cold semiarid Canadian prairies, groundwater recharge is focussed under numerous
topographic depressions, in which snowmelt runoff converges. Agricultural land uses on the …

Abstract Sulphate (SO 4), predominantly derived from sulphur (S)-bearing glacial sediments
distributed widely across the Canadian Interior Plains, contributes to high groundwater …

Abstract The Canadian Prairies is characterized by a cold, semiarid climate with
topographical variations containing numerous depressions. These depressions play an …

Numerical modeling of groundwater flow is a powerful tool that can assist in hydrogeological
analysis and understanding of groundwater system behavior. However, its results are highly …

Groundwater resources are gaining importance in Alberta, particularly in regions with
increasing population and industrial activities. We need to recognize the limited availability …