Agrilinks

The University of Alabama in Huntsville, Department of Atmospheric and Earth Science, has developed a novel cloud cover-corrected and diurnal-based LST product that overcomes certain limits to improving the accuracy...

Guyana must find and implement solutions as threats to food security and livelihoods increase with rising sea levels.

Projected expansion in food demand –– due to population and income growth, urbanization, and heightened agricultural vulnerability from climate change –– pose serious food security threats to African nations in...

The new CHIRTS-daily product will help us track extreme temperatures and the risks these extremes pose for agriculture and health.

Using sea surface temperature to help generate crop-specific seasonal forecasts that can, in turn, be used by farmers and other agricultural experts.

The Drought Resilience Impact Platform (DRIP)’s comprehensive systems design integrates early detection and planning with proactive groundwater management to ensure water availability, thus enabling preventing water-related humanitarian crises.

The Climate Hazards Center at the University of California, Santa Barbara works with USAID’s Family Early Warning Systems Network to monitor food insecurity across several countries in the developing world...

The promise machine learning and earth observation hold for agriculture is immense.

Development programs in remote and hard to reach locations and are inherently challenging to design, implement, monitor and evaluate. Earth observation data the and technologies including satellite remote sensing have...

USAID supports Ethiopia to improve resilience & reduce the need for humanitarian assistance, including through better water management. Satellite-derived measures of vegetation in Tigray suggest this increased water availability year-round...