Browsing Waterloo Research by Author "Rudolph, David L."
Now showing items 1-5 of 5
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An approach to improve direct runoff estimates and reduce uncertainty in the calculated groundwater component in water balances of large lakes
Wiebe, Andrew J.; Conant Jr., Brewster; Rudolph, David L.; Korkka-Niemi, Kirsti (Journal of Hydrology, 2015-10-30)Groundwater is important in the overall water budget of a lake because it affects the quantity and quality of surface water and the ecological health of the lake. The water balance equation is frequently used to estimate ... -
Groundwater vulnerability in the Yukon and Northwest Territories, Canada
Wiebe, Andrew J.; McKenzie, Jeffrey M.; Hamel, Emilienne; Rudolph, David L.; Mulligan, Brendan; de Grandpré, Isabelle (Springer, 2023-10-02)Groundwater is a valuable resource in northern Canada, which is used as a primary drinking water source for many residents and ensures the health of ecosystems. However, no groundwater vulnerability assessment methods have ... -
Influence of dynamic river stage on the vulnerability of water wells and structure foundations in cold regions
Yin, Haoyu; Wiebe, Andrew James; Rudolph, David L.; McKenzie, Jeffrey; Yin, Haoyu (University of Waterloo, 2023-05-15)Groundwater is important for people in Northern Canada, yet the groundwater protection protocols and water well vulnerability assessments designed for other warmer regions of Canada may not be applicable to communities in ... -
On the sensitivity of modelled groundwater recharge estimates to rain gauge network scale
Wiebe, Andrew J.; Rudolph, David L. (Elsevier, 2020-06-01)Rainfall is often the largest component of the water budget and even a small uncertainty percentage may lead to challenges for accurately estimating groundwater recharge as a calculated residual within a water budget ... -
Short-term predictions of transient shallow groundwater levels at local scale using data-driven models
Ju, Jiangyue; Rudolph, David L.; Lin, Jimmy; Behbooei, Morteza (University of Waterloo, 2023-05-15)Groundwater is a critical natural resource for human activities and a vital component of the hydrological cycle. The fluctuation of groundwater level (GWL) can be induced by the interplay of several natural processes and ...