About this course
Creating hydrologic models of small watersheds for conservation bmps, leveraging the power of GIS.

Basic Hydrology Course Part 2 | Drainage Area Mapping
   • Basic Hydrology Course Part 2 | Drain...  
Basic Hydrology Course Part 1
   • Basic Hydrology Course Part 1 | Creat...  
Basic Hydrology Course Part 3 | Drainage Areas in ArcMap
   • Basic Hydrology Course Part 3 | Drain...  
Basic Hydrology Course Part 4 | Drainage Areas in QGIS
   • Basic Hydrology Course Part 4 | Drain...  

This course teaches soil and water district technicians and junior engineers how to model small watersheds for conservation and stormwater management structures. Three hydrological models are presented: EFH2, TR-20/TR-55, and the rational method. The course includes a blend of GIS and by-hand analysis methods. For the GIS portions, parallel workflows are presented for ArcGIS (Spatial Analyst extension), and for QGIS. The EFH2 software is presented for rural hydrology while HydroCAD (Free Sampler edition) is used for urban projects. The course culminates in two design examples to allow students to implement what they've learned.

What you’ll learn
Compute peak runoff rates for rural watersheds
Compute peak runoff rates for urban watersheds
Delineate watersheds using maps and ground truthing
Understand the differences between the 3 most widely used hydrology models
Are there any course requirements or prerequisites?
Need to be able to download and install NRCS software
Need to be able to download and install the HydroCAD Sampler
Have either ArcGIS Desktop Advanced with Spatial Analyst Extension, or the open source #QGIS
Who this course is for:
Soil and Water District technicians with 0-2 years of experience
Entry level engineers working in transportation, civil/site, and agricultural disciplines

drainage density,drainage map in #arcgis,drainage density map in qgis,how to create drainage network map in arcgis,how to make drainage density map in arcgis,drainage density calculation in arcgis,arcmap,how to create drainage map in arcgis,drainage density map in arcgis,how to create a drainage map in arcgis,how to create drainage density map in arcgis,drainage density calculation,drainage density map,how to prepare drainage density map in arcgis


#hydrology
#water
#geology
hydrology,engineering hydrology,hydrology (field of study),hydrology civil engineering,hydrology 101,runoff hydrology,hydrology in hindi,wetland hydrology,hydrology for ssc je,runoff in hydrology,hydrology lectures,hydrology explained,field hydrology class,groundwater hydrology,principles of hydrology,drainage basin hydrology,hydrology for rajasthan je,introduction to hydrology,what is drainage basin hydrology,catchment area in engineering hydrology

#webinar hashtag#civilengineering hashtag#security hashtag#water hashtag#masterofscience hashtag#OUOnline hashtag#hydrology hashtag#degree hashtag#students

hydrogeology,hydrogeology 101,hydrogeology field course,groundwater; hydrogeology,hydogeologist,hydrologic cycle,geology optional,groundwater hydrology,hydrograph
drainage density,drainage map in arcgis,drainage density map in qgis,how to create drainage network map in arcgis,how to make drainage density map in arcgis,drainage density calculation in arcgis,arcmap,how to create drainage map in arcgis,drainage density map in arcgis,how to create a drainage map in arcgis,how to create drainage density map in arcgis,drainage density calculation,drainage density map,how to prepare drainage density map in arcgis

drainage,drainage basin,drainage density,how to create map in arcgis,watershed delineation in gis very easy method,how to use a dem to delineate a watershed/basin in arcgis,delineating watershed in qgis,stream and catchment delineation in qgis 3 using grass tools,stream basin,download vector data in .shp format,erdas,rain,badreddine ennassiri,basin,dem in 3d view,r.drain,rainfall,urban area,river basin,remote sensing,andreas de jong