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Surface Water Hydrology Articles & Analysis
8 articles found
Estephan, (905-791-7800 ext. 4339) Infrastructure Planning and Studies-Growth, Groundwater and Source Water Protection, 10 Peel Centre Drive, Brampton, ON L6T 4B9 In March, 2019 Earthfx was contracted by the Region of Peel to develop a fully integrated GSFLOW surface water/groundwater model of the entire region. This project, referred to as the ...
There are many steps to maintain reliable, accurate surface water quantity data across your hydrology network, especially in the face of technology advances, changing regulations, and security updates. ...
Changes in surface water flows and wastewater discharges over the period 1955–2013 were analyzed to assess potential future surface water contamination trends. Simple model predictions indicated a decline in surface water hydrology over the last half century, which caused the ...
A coupled ground water–surface water model was used to quantify the hydrological processes in a lowland watershed. ...
The important hydrological issues in Nauradehi Wildlife Sanctuary (NWLS) are development of water resources, development of flora and fauna, trouble–free water availability for wildlife and retention of soil moisture for maximum forest growth. In the present study, the surface and groundwater resources of the sanctuary were ...
This paper documents the effects of development in Kenya and its subsequent influence on surface temperatures. The assumption is that deforestation leads to a decrease in evapotranspiration, and causes an observed temperature increase. The study was realised in the Mau Forest of Central Kenya, where extensive deforestation over the past 20 years has caused changes in climate and ...
We developed a time domain reflectometry (TDR) method to measure the spatial pattern of steady-state, local soil water flux density above and below a soil horizon interface under quasi-steady surface water application and implemented it in laboratory and field experiments. ...
This paper proposes a methodology to assist water resources managers in assessing the hydrological impact of weed control practices in Mediterranean winegrowing catchments. The methodology is based on a spatial representation of practices and its integration in a distributed hydrologic model. The representation is based on the search for ...