In much of the world, differences in seasonal precipitation—and in how that water gets stored on land—are big enough to affect Earth’s gravity field.
Image of the Day Land Remote Sensing
An arid region grew even drier between 2003 and 2009 due to human consumption of water for drinking and agriculture.
Image of the Day Water Remote Sensing
Groundwater supplies are decreasing across much of the world.
Image of the Day Water
These images show how terrestrial water storage in the four major sub-basins of the United States’ Mississippi River basin differed from average in January and July 2005.
Image of the Day Land
The tiny amount of water vapor in our atmosphere has an outsized influence on the planet as a potent greenhouse gas.
Image of the Day Atmosphere Water
Image of the Day Land Life
Earth is a water planet. Three-quarters of the planet’s surface covered by ice or oceans, and the sky is filled with clouds.
Natural vegetation and irrigated farmland along the Snake River Plain in Idaho use dramatically different amounts of water during the growing season.
Image of the Day Atmosphere Land Life Human Presence
Water shortages in the Middle East lead to sanitation issues in schools, resulting in periodic school closures. NASA is working to change that.
Image of the Day Land Water Human Presence Remote Sensing
The GRACE satellites can detect the movement and depletion of water supplies at and below Earth’s surface.
Image of the Day Heat Land Drought