π Exciting news in! I've just released ItzΓ― 25.8, and it's packed with improvements:
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More inputs - now accepts water surface elevation and soil water content
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Real-time error tracking that catches simulation failures early
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Improved data output of drainage network analysis
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Better cross-platform support, including Windows ARM64 and macOS
Install ItzΓ― 25.8 today!
#FloodModeling #WaterManagement #Engineering #Research #OpenSource #Simulation
The US Geological Survey (USGS) is the main source of publicly available elevation data in the United States. One of the USGSβs major programs, the 3D Hydrography Program (3DHP), includes Elevation-Derived Hydrography (EDH), a detailed water features dataset that is derived from elevation data such as Digital Elevation Models (DEMs). EDH fills the need for hydrography data that align with elevation data, which is important for analysis such as flood modeling. It is difficult to use hydrographic and elevation data together if they do not alignβfor example, a hydrographic features dataset produced from imagery might indicate a different location for a riverβs edge than an elevation dataset over the same area. Because EDH data consist of hydrological features derived from an elevation dataset, the two datasets will align, enabling more accurate analysis and hydro modeling. This new dataset promises to be a very useful tool for a wide range of natural resource applications. In fact, the USGS posted a Hydrography Requirements and Benefits Study (Dewberry 2016), which indicated that the value of the benefits provided by hydrographic data could exceed US$1 billion annually in the United States. These benefits are broken down by βbusiness uses,β which include river and stream flow management, water quality, coastal zone management, and many others. Amongst the public and private hydrographic data users who participated in this study, with regards to hydrographic data integration, βthe top five requirements for integration with other datasets were elevation, stream flow, wetlands, β¦
European river discharge observations suggest that catchments with similar flood generation processes produce similar extremes, enabling better predictability of megafloods using a continental scale perspective.
Laurent Courty
π§π Greg Cocks