Irrigation & Agricultural

In the highlands of Ethiopia, where seasonal rivers vanish and rainfall is unpredictable, groundwater is more than just water—it’s a lifeline. For communities in the Gelda watershed, a region marked by volcanic terrain and limited surface water, the

Agricultural branding is undergoing a quiet revolution in Iran’s northern rice belt, where tradition meets technology in ways that could redefine how farmers, processors, and markets connect. A new study from the University of Guilan, led by research

In the highlands of Ethiopia’s central rift valley, where the land is both a lifeline and a battleground, Ashenafi Wondimu Teshale has spent years studying how soil moves—not in slow, steady trickles, but in violent cascades during heavy rains. His w

In the arid expanses of China’s Xinjiang region, where cotton fields stretch to the horizon and water is scarcer than gold, a quiet revolution is taking shape—not in the soil, but in the way farmers organize themselves. A new study by Chunyan Tian fr

In the parched fields of modern agriculture, where water scarcity and soil degradation are tightening their grip, a quiet revolution is brewing—not in the form of flashy new crops or high-tech machinery, but in the microscopic world of bubbles. A new

Spain’s agricultural sector has quietly transformed over the past two decades, reshaping not just the landscape but the very water economy that sustains it. A new study led by Gabriel Arbonès from the Technical University of Madrid (Universidad Polit

A new study from Lingxin Bu at Ningxia University offers a breakthrough in how farmers and energy providers might better understand—and manage—crop water use in water-scarce regions. Published in *Agricultural Water Management* (《农业水管理》), the researc

In the arid expanse of China’s Ebinur Lake Basin, where the sun bakes the earth and water is scarcer than gold, a quiet revolution in irrigation has unfolded over the last two decades. Farmers have swapped furrow irrigation for precision drip systems

In the heart of central Thailand, where the Chao Phraya River weaves through fertile plains, a quiet revolution is underway—not in the fields themselves, but in how we measure what sustains them. For decades, farmers, policymakers, and investors have

In the sun-baked fields of low- and middle-income countries, where every drop of water and watt of energy counts, a breakthrough in irrigation technology could redefine sustainable farming. Carolyn Sheline, a researcher at the Massachusetts Institute