Share icon

Description

Oceans, lakes, and rivers are major components of Earth’s surface water. Freshwater lakes and rivers are primary sources of water supply for drinking, agriculture, energy, and transportation, and support aquatic ecosystems and wildlife. A series of NASA satellites (e.g., TOPEX-Poseidon, Jason 1, 2, 3, & 6) with altimeter observations have been used to estimate ocean surface and inland lake surface heights (> 50 km2) since 1992. The latest NASA mission, Surface Water and Ocean Topography (SWOT), which was launched on December 16, 2022, allows the first ever mapping of global surface freshwater components, including rivers, lakes, and wetlands, with high-resolution measurements (~200 m). Environmental changes, land use, and other water supply and demand changes affect these freshwater sources. Particularly, rivers spanning multiple countries or states within countries pose challenges in estimating water availability and usage. The SWOT data provides unique capability of monitoring changes in freshwater, including river and lake level elevations, river width, slope, and discharge. This training will focus on introducing SWOT freshwater data products and their applications for water resources and disaster management.

This training is also available in Spanish.

Agenda

Citation
(2025). ARSET - Monitoring Global Terrestrial Surface Water Height using Remote Sensing. NASA Applied Remote Sensing Training Program (ARSET). https://appliedsciences.nasa.gov/get-involved/training/english/arset-monitoring-global-terrestrial-surface-water-height-using-remote
Objective

By the end of this training attendees will be able to:

  1. Identify available historic and current lake elevation data using satellite remote sensing.

  2. Recognize key science and technology advances behind how SWOT measures surface water bodies.

  3. Identify ways to access SWOT data for water resources and disaster management applications, monitoring parameters such as elevation, slope, width, and discharge for global river reaches.

  4. Identify ways to apply SWOT data for water resources and disaster management applications.

  5. Recognize how to utilize the SWOT rivers data visualization tools such as SWOTviz and WISP to monitor water availability and flooding potential.

Audience
  • Federal, state, local agencies and international governmental and non-governmental organizations engaged in the management of water resources and disasters, reservoir and dam managers, hydropower companies and managers, ecosystem managers, academic faculty and students, river transportation entities, freshwater fisheries/aquaculture.
Course Format
  • Two 1.5-hour parts
  • An English session will be held from 11:00-12:30 EDT and a Spanish session from 15:00-16:30 EDT.
  • Those who attend both live sessions and complete the homework will receive a certificate of completion.
Sessions
Part 1: Overview of Remote Sensing Observations for Monitoring Global Terrestrial Surface Water in Large Rivers and Lakes

ARSET Trainers: Amita Mehta, Sean, McCartney, Erika Podest

Guest Instructors: Matthew Bonnema (JPL)

Agenda:

  • Background
  • Introduction to the SWOT Mission and Terrestrial Water Data Products
Part 2: SWOT Mission Applications and Access for Retrieving, Visualizing, and Manipulating Data

ARSET Trainers: Amita Mehta, Sean McCartney, Erika Podest

Guest Instructors: Matthew Bonnema (JPL), Michael Durand (Ohio State University), Merritt Harlan (USGS)

Agenda:

  • Overview of SWOT Data Applications
  • Overview and Demonstration of SWOTViz
  • Overview and demonstration of WISP

 

Contact Us

jmobrie1