Topic
Precision farming, crop and livestock monitoring and food security.
Zambian entrepreneur Thomas Lungu co-founded Mytochondria to help African farmers optimize crop management using satellite imagery and artificial intelligence. The platform analyzes soil, moisture, and nutrient levels to guide irrigation, fertilizer use, and forecast harvests, promoting…
Source: We Are Tech Africa
NASA's FarmFlux mission, launching in 2026, will use airborne instruments to measure ozone, methane, ammonia, and other pollutants from agricultural lands across the US. This research aims to characterize emission sources, track their atmospheric transformation, and improve understanding of…
Source: NASA Science
The USDA is expanding its use of satellite data and artificial intelligence, partnering with NASA to enhance crop estimates. This initiative aims to improve the accuracy and transparency of agricultural statistics, crucial for global grain and oilseed markets, by leveraging advanced monitoring and…
Source: Ukragroconsult
BRICS countries are increasingly integrating satellite technology and artificial intelligence to revolutionize agriculture, enabling precision farming, comprehensive land monitoring, and enhanced food security. This collaborative effort aims to create unified platforms for managing vast…
Source: Tvbrics
An experimental project in Japan, involving Dentsu, JAXA, and agricultural cooperatives, is using satellite data to predict cabbage supplies and prices. This initiative aims to optimize sales, expand distribution during abundance, and scale back advertising during low supply to stabilize prices…
Source: Nippon
An ISRO-NRSC study utilized satellite imagery, field samples, and machine learning to map soil pH and electrical conductivity across farmland in Andhra Pradesh. This cost-effective method provides digital maps for soil health monitoring, sustainable farming, and land-use planning.
Source: The Times of India
Indian artist Purvai Rai's exhibition "Cartography of the Grounded Sky" redefines mapping by connecting Sikh cosmology and philosophy to the agricultural landscapes and daily life of Punjab. Her multimedia works use earthly materials to reveal the intricate relationships between land, labor…
Source: Stirworld
Agrograph, led by CEO Taralinda Willis, leverages satellite imagery and AI to provide detailed, field-level agricultural risk insights. This technology helps insurers and businesses make smarter, data-backed decisions by analyzing factors like weather, soil, and crop performance.
Source: Wedc
The Copernicus Sentinel-2 mission captures a vibrant agricultural patchwork in Western Australia's Goldfields–Esperance region. The image, processed with near-infrared, highlights diverse vegetation, salt lakes, and the Recherche Archipelago, demonstrating Sentinel-2's utility in agricultural and…
Source: European Space Agency
Satellite data provides farmers with a powerful tool to monitor current crop conditions and compare them against historical growing seasons. This technology helps identify areas needing attention and potential investment, offering valuable insights beyond immediate weather concerns.
Source: Rfdtv