... has led to reduced costs while complying with the legal requirement of monitoring a 13km radius. “Using Earth observation data is more efficient than on-ground monitoring, requiring fewer man-hours and lowering demands on resources which cuts...
... KAUST researchers to compile and analyze high-resolution imagery that can be used for mapping terrestrial habitats, monitoring vegetation health and condition, exploring coastal ecosystems and coral reefs, and advancing agro-ecological research...
The European Space Agency plans to monitor the health of the Earth's plants by detecting and measuring the faint glow plants produce during photosynthesis. ...
... a range of gases, including ozone, nitrogen dioxide, sulphur dioxide, aerosols and hydrocarbons. There are also plans to monitor carbon dioxide with the launch of an additional pair of satellites slated for 2025. For an on-board instrument to serve...
... it is essential to create a data analysis system that would automatically process large amounts of incoming data from combined monitoring of near-Earth space and early warnings systems. Such a system would integrate a number of data factors - data...
... the greenhouse effect occurs. At the start of project, there were only 290 ground-based observation sites to monitor GHGs and these sites were unevenly distributed geographically, located mainly in industrialized countries in the Northern hemisphere...