Films
Short films about watershed modeling and the platform, each with its full transcript.
SWATGenX: a working watershed model for your river, from national data1:59Every stream counts: NHDPlus HR in the Chesapeake Bay1:59The Susquehanna on NHDPlus HR: about one and a half times the mapped flow paths0:50The Upper Chesapeake on NHDPlus HR: about 1.8 times the mapped flow paths0:47The Lower Chesapeake on NHDPlus HR: about twice the mapped flow paths0:47Threshold TauDEM and NHDPlus HR on the Peace River1:01The Pentwater River watershed, and the aquifer beneath it4:48How Long Does a Drop of Water Take From Lake Superior to Lake Erie?3:41The Lake That Shouldn't Have Fish4:21One Creek, Two Oceans — Two Ocean Pass, Wyoming0:54A raindrop enters Lake Superior. It leaves 190 years later.0:44The Lake That Flushed Itself1:32What Is Under a River Made Of? 9.5 Million Well Records, One Schema1:33Calibrating a SWAT+ Model in the Cloud1:05How we run SWAT+ in parallel1:42Where PFAS Data Is, and Isn't2:00Which watershed are you standing in? Find yours in the SWATGenX Explorer0:57What we build for a groundwater study0:57How small a SWAT+ model can go: the catchments around a lake0:33Build in pieces: cut a large basin into smaller models0:33Inside a watershed model: five Texas SWAT+ examples2:05How our engine couples SWAT+ and MODFLOW 61:11SWAT+ by hand vs automated1:36Ask your AI: a real session with the SWATGenX MCP server1:06SWAT+ and MODFLOW 6, One Engine0:38How we model PFAS from soil to stream1:51A flight over one of our SWAT+ models: Lookout Creek, Oregon1:10What a Warmer Climate Does to One River1:31How SWAT+ Computes Channel Water Temperature1:29An Example Model's Results, on SWATGenX0:51SWAT+ input and output files, card by card0:54Compiling SWAT+ with NetCDF and OpenMP1:37