Most water-quality monitoring programs are characterized by low-frequency sampling with variable intervals (Neal et al., 2012). In Manitoba, Conservation and Water Stewardship collects water from streams and creeks ...

A greater understanding of hydrological processes is needed to interpret patterns present in water quality data under various climatic conditions (wet, intermediate, dry), seasons (spring, summer, fall), and events ...

The study of spatial and temporal patterns of watershed properties can provide a greater understanding of the drivers of hydrologic change. This is especially true for water quality dynamics that are known to vary: 1) ...

Eutrophication, has been identified as an important water quality issue for freshwater systems (Barlow, et al., 2004). Factors impacting watershed management in Prairie landscapes include extensive land drainage networks ...

Though overland flow is the most dramatic aspect of a flood, a crucial part of quantitatively analyzing the timing, duration, and intensity of a flooding event lies in understanding the effect that subsurface flow has ...

This research aimed to explore the potential of electromagnetic induction as a valid soil moisture monitoring technique in a Canadian prairie watershed. Soil moisture (SM) information is important for many aspects of ...

The natural history of the Prairies includes the large-scale human modification of landscape biology and hydrology from first settlement to present. Forested land has been and continues to be lost and runoff is increasingly ...

Despite intense and continued human modification of the Prairie landscape, the consequences of this hydrological management on the runoff regime remain poorly understood. Specifically, previous research carried out in ...