On July 31, 2014, 82 percent of California was in an extreme drought and 58 percent was in exceptional drought—up from 79 and 36 percent just two weeks earlier. Infrared satellite images are striking.
Researcher Chris Neeser, an Alberta Agriculture weed pest specialist, is experimenting with using unmanned aerial systems, or drones, to identify weed problems in crops.
The European Space Agency’s second Sentinel-1 satellite is set to join its identical twin in orbit in early 2016, optimizing the mission’s ability to manage the environment and improve everyday lives.
India’s National Disaster Response Force is using Netra, an unmanned aerial system, to carry out surveillance at a landslide site in Ambegaon taluka.
The Orbiting Carbon Observatory-2 satellite aims to pinpoint atmospheric carbon dioxide, the leading human-produced greenhouse gas responsible for warming our world.
At the end of its mission, the descent of Surrey Satellite Technology Ltd.’s TechDemoSat-1 satellite will be assisted by a specialized de-orbit sail just one-thousandth of an inch thick.
Skycatch, like Google’s recently purchased satellite venture, is seeking ways to make high-resolution, easily accessible aerial imagery a part of how the everyday world works.
With NASA’s blessing and following a successful crowd-funding campaign, a group of “citizen scientists” have taken control of an abandoned NASA satellite with plans to put it back to work.
Drought and wildfires are battering several U.S. regional economies, as residents and agricultural businesses move toward water restrictions. Part of this story of water woes lies underground.
Former Copernicus Masters competition winner EOMAP launched a new Web-based application that provides daily maps of Australia’s coastal water quality.