A new radar image from NASA and ISRO’s NISAR satellite cuts through clouds to reveal hidden landscapes, offering an early glimpse of how the mission could reshape Earth monitoring worldwide.

A U.S.-Indian Earth satellite's ability to see through clouds, revealing insights and characteristics of our planet's surface, is on display in a colorful, newly released image showing the Mississippi ...

The NISAR (NASA-ISRO Synthetic Aperture Radar) Earth-observing satellite's L-band synthetic aperture radar (SAR) instrument ...

The University of California Irvine study examined deltas around the globe and found that groundwater depletion is the predominant cause of coastal delta loss. However, the Mississippi River Delta and ...

Add Yahoo as a preferred source to see more of our stories on Google. Great white egrets stand in the wetlands surrounding New Orleans. Great white egrets stand in the wetlands surrounding New Orleans ...

In a significant milestone, US Space AGency NASA and the Indian Space Research Organisation<br />(ISRO) on Friday released a high-resolution radar image of the Mississippi River Delta captured by the ...

The iconic Mississippi River Delta is of enormous importance to the country, especially near the Gulf Coast. It's an economic engine and a key wildlife habitat. But it's shrinking considerably due to ...

High-Resolution Radar Imagery from NISAR NASA has announced that the NISAR Earth-observation satellite, a collaborative effort between the United States and India, has captured high-resolution radar ...

Great white egrets stand in the wetlands surrounding New Orleans. Land in this area of the Mississippi River Delta is sinking, both on its own and in tandem with rising sea levels. (Elise ...

A new study says river deltas around the world aren’t just disappearing because of rising seas, but because the land itself is sinking down into the waters, either as fast or faster than the rising ...

A new study says river deltas around the world aren’t just disappearing because of rising seas, but also because the land itself is sinking down into the waters, either as fast or faster than the ...