WikiWatershed is a web toolkit designed to help citizens, conservation practitioners, municipal decision-makers, researchers, educators, and students advance knowledge and stewardship of fresh water. WikiWatershed an initiative of Stroud Water Research Center, a global leader in freshwater science.

Author: Heather Brooks

4. Select Area of Interest (AoI)

A suite of tools is available to select areas within the lower 48 United States and begin the modeling process by summarizing land use, hydrologic soil groups, and other statistics.

3. Layers (Viewable Mapped Data)

Detailed information and data sources for each layer are provided, organized by type, in the order in which they appear in the Layer selector.

2. My Account Page

Learn how to edit your profile, set metric or US customary units, access the API key, and link to HydroShare.

1. Introduction

Learn what to expect when you first access the Model My Watershed web app.

Virtual Training Session Available: Updates and Improvements to Model My Watershed

Several recent and ongoing updates have changed the Model My Watershed® user interface and increased the number of functions available for modeling watershed hydrology and water quality.

WikiWatershed® Wins Green Stormwater Infrastructure Award

This post was first published on Stroud Water Research Center’s website. WikiWatershed, a web toolkit designed by Stroud Water Research Center and partners to help users advance knowledge and stewardship of freshwater, and its flagship tool, Model My Watershed...[Read More]

Help Us Improve the WikiWatershed Toolkit

All users are asked to complete a survey regarding their use, interest level, requests, and concerns with the suite of freshwater stewardship web tools.

The Digital Learning Tool Flooding Classrooms Coast-to-Coast

Model My Watershed enables students, citizens, and scientists to analyze real data and model water-quality impacts in watersheds across the lower 48 states.

Amazon Names Model My Watershed a “City on a Cloud Innovation Challenge” Winner

Stroud Water Research Center was one of three winners in the Partners in Innovation category and will receive $25,000 in AWS credit to continue its project.