surface water modeling News
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ESRI UC Water Resources Hydro Meeting Recap
KISTERS North America was proud to yet again be a sponsor of this year’s edition of the ESRI UC Water Resources Hydro Meeting in San Diego, CA. Dr. David Maidment kicked off the Water Resources Hydro meeting with a keynote presentation. His talk energized the audience of water resources professionals as he outlined exciting new projects and initiatives that will shape the future for water ...
By KISTERS
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New model simulates US groundwater and surface water interactions
A new model to simulate groundwater and surface water interactions has been released by the U.S. Geological Survey (USGS). The groundwater and surface water FLOW (GSFLOW) model simultaneously accounts for climatic conditions, runoff across the land surface, subsurface flow and storage, and the connections among terrestrial systems, streams, lakes, wetlands, and ground water. 'GSFLOW can be used ...
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Groundwater availability detailed in California`s Central Valley
A new, three-dimensional water-modeling tool provides a detailed picture of how water flows below ground and how it relates to surface-water in rivers and canals in California’s Central Valley. The Central Valley Hydrologic Model, developed by scientists at the U.S. Geological Survey, is available for use by water managers and other agencies. The model was designed to help resource agencies ...
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VO-SWMM Software debuts with a reliable dual-drainage engine
November 9th 2020 – Smart City Water Inc. (SCW), a Water and Drainage Software Platform is excited to announce the launch of VO-SWMM, a robust tool that combines the capabilities of the EPA-SWMM and OTTHYMO to form a reliable hydrology and hydraulic modelling engine. Water and drainage engineers in need of insights in water and drainage management have new software for their toolbox with ...
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Screening soil moisture conditions reveals an increased risk of drought in a Swedish drainage basin
The risk of drought in the Norrström drainage basin, Sweden, increased during the 20th century, a new study has found. As the frequency of the dry periods increased, less water was available in the landscape for agriculture and for the resupply of groundwater — despite an increase in precipitation in the area over the same period. The researchers reached this conclusion after screening ...
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