Smart Farming Boosts Nitrogen Efficiency and Yields in Dryland Crop-Livestock Systems
A comprehensive review finds that AI, IoT sensors, remote sensing and precision fertilisation can dramatically raise nitrogen use efficiency, yield ...
A comprehensive review finds that AI, IoT sensors, remote sensing and precision fertilisation can dramatically raise nitrogen use efficiency, yield ...
A field study of tropical sal forests in India's Eastern Ghats finds that monsoon-driven soil moisture, not temperature, is the ...
A 50-year study of Chinese greenhouse soils shows that loam stores two to three times more manure-derived carbon than sandy ...
A new process-based model reveals that termites process roughly 1,569 teragrams of carbon per year, making them a substantial and ...
A new review synthesizing 37 studies finds that indigenous regenerative practices across Southern Africa measurably improve soil health, water retention, ...
A field experiment in a subtropical Chinese plantation shows that inorganic and organic nitrogen additions alike reduce soil microbial necromass ...
A new study shows that three years of air-dried storage nearly doubled water-extractable organic carbon in archived soils, casting doubt ...
A three-year field experiment in China's Yellow River Delta shows that pairing reduced nitrogen fertilizer with half-dose straw incorporation boosts ...
A nine-year Indian field trial found that guinea grass and a tri-specific hybrid grass most effectively rebuilt soil carbon, fertility, ...
Chinese researchers have developed an attention-based stacking ensemble that reads Landsat 9 imagery to predict soil organic carbon more accurately ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine