Freshwater Availability
Water is the fundamental ingredient for life on Earth. You can find it in the atmosphere above us, in the ocean, rivers and lakes around us, and in the rocks below us. Of all of the water on Earth, 97% is saltwater, leaving a mere 3% as freshwater, approximately 1% of which is readily available for our use. The world’s population is becoming more and more reliant on this precious resource for power, irrigation, industrial practices, and daily consumption.
Discover Data
Global Precipitation Measurement (GPM) mission data from Earthdata Search. Earthdata Search is a data discovery and data access application that enables access to the NASA Earth Observing System Data and Applications System (EOSDIS) Earth science data across the Distributed Active Archive Centers (DAACs).
Discover Freshwater Data
Groundwater
Groundwater storage around the world is on the decline, largely as a response to human consumption, primarily from irrigation. Understanding our impacts on this resource provides for better management and sustainable use.
Discover Groundwater Data
Groundwater Data at PO.DAAC
Groundwater Data at ORNL DAAC
Groundwater Data at ASF DAAC
Groundwater Data at SEDAC
Webinars
- Data Access and Visualization of Model Data at the NASA GES DISC
- Making SAR Data Accessible- New Sensors, Tools and Services
- ECOSTRESS: NASA's Next-Generation Mission to Measure Evapotranspiration from the International Space Station
Data Tutorials/Recipes
Working with ECOSTRESS Evapotranspiration Data
Rainfall
Measuring rainfall helps advance our understanding of Earth's water cycle, improving forecasts of extreme events such as flooding, landslides, and drought. Knowing when, where, and how much rain will fall improves crop forecasts and can benefit agriculture.
Discover Rain Data
Visualize Rain Data
Rain Data at GES DISC
Rain Data at GHRC DAAC
Webinars
- TRMM and GPM Precipitation Products and Services at NASA's GES DISC
- NetCD-what? An Ecologist’s Guide to Working with Daymet and other NetCDF-formatted Data
- Data Access and Visualization of Model Data at the NASA GES DISC
Data Tutorials/Recipes
- Daymet Single Pixel Data Extraction - Web Services
- How to Import MERRA Surface Product Data into ArcGIS
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How to Obtain Data for Conducting Hurricane Case Study
Rivers and Lakes
The amount of water in our rivers and lakes is important in assessing water availability and in preparing for possible water-related events, such as floods and drought.
Discover Rivers and Lakes Data
Visualize Rivers and Lakes Data
Rivers and Lakes at SEDAC
River and Lakes at GES DISC
Rivers and Lakes at ORNL DAAC
Citizen Science on Lakes
Webinars
Data Access and Visualization of Model Data at the NASA GES DISC
Data Tutorials/Recipes
Sensors on a suite of NASA satellites observe and measure freshwater resources, including rainfall, snow and ice, rivers and lakes, groundwater, soil moisture, and water quality. These measurements are important to understanding the availability and distribution of Earth's water, which is both vital to life and vulnerable to the impacts of climate change and a growing world population.
Visualize Data
Visualization of the Advanced Microwave Scanning Radiometer 2 (AMSR2) surface rain rate data in Worldview. The EOSDIS Worldview mapping application provides the capability to interactively browse global, full-resolution satellite imagery layers.
Soil Moisture
Understanding soil moisture aids in improving weather forecasts, monitoring drought, predicting floods, and assessing agricultural needs.
Discover Soil Moisture Data
Visualize Soil Moisture Data
Soil Moisture Data at GES DISC
Soil Moisture Data at NSIDC DAAC
Soils Data at ORNL DAAC
Webinars
Data Tutorials/Recipes
- Learn how to Search, Order, and Customize SMAP Data using Earthdata Search
- Download and Visualize Soil Moisture Active Passive (SMAP) Data using Python
Snow and Ice
Most freshwater is frozen in glaciers, snow, ice caps, and ice sheets. Approximately one-sixth of Earth’s population is dependent upon freshwater output from this seasonal snowpack and glacial ice melt for daily use. Both seasonal and long-term changes to snow cover and ice can impact the amount of freshwater that is available.
Snow and Snow Cover
Land Ice
- Discover Land Ice Data
- Visualize Land Ice Data
- Land Ice Data at NSIDC DAAC
- Land Ice Data at ASF DAAC
Snow Water Equivalent (SWE)
Webinar
- Operation IceBridge Come Discover a Decade of Polar Data
- NetCD-what? An Ecologist’s Guide to Working with Daymet and other NetCDF-formatted Data
- Discovering and Differentiating Data with NSIDC Search
Water Quality
Healthy water is essential to support and sustain life. Water quality can be monitored in a variety of ways, but through satellite remote sensing, the primary way is through ocean color, which is impacted by chlorophyll content, sediment, and dissolved organic matter.
- Discover Water Quality Data
- Visualize Water Quality Data
-
Water Quality Data at OB.DAAC
- Water Quality at GES DISC
Webinars
- Discover NASA Ocean Color Data, Services and Tools
- SeaDAS- Enabling the Study of our Planet from Space
- Bio-Optical in situ Data Discovery and Access with SeaBASS
Data Tutorials/Recipes
Getting Started
About the Data
NASA provides data from a variety of sources including satellites, airborne campaigns, field campaigns, in situ instruments and model outputs. The Earth Observing System Data and Information System (EOSDIS) offers a wide variety of freely and openly available data that can be used to evaluate freshwater availability, hydrology, and the movement of Earth’s water between the atmosphere, the ocean, and land.
David Mocko, using land-surface models to study drought.
Bridget Seegers, developing new ways to study water quality and track harmful algal blooms.
Dr. Christian Kummerow, studying the water budget.
John Lehrter, studying the water quality of estuarine and coastal environments.
Ben Holt, studying polar sea ice, coastal oceanography, and marine pollution.
Dr. Anne Nolin, studying mountain ecosystems.
Dr. Joan Ramage, studying glaciers and snowmelt.
Dr. Gina Henderson, studying the connections between tropical and Arctic weather and climate.
Dr. Mark Anderson, studying the way frozen surfaces react to changing atmospheric conditions.
Agriculture and Water Resources Pathfinder
Read about how researchers are studying wetlands, drought, precipitation and more, using NASA satellite data.
Links
Last Updated: Jun 18, 2019 at 10:39 AM EDT
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