Economic and Physical Water Productivity Diverge Across Crops in Northern Mexico
A field evaluation in Irrigation District 017 of Mexico's Lagunera Region reveals that economic water productivity diverges significantly from physical ...
A field evaluation in Irrigation District 017 of Mexico's Lagunera Region reveals that economic water productivity diverges significantly from physical ...
A six-year study shows that tailoring winter and spring crop planting to tree age eliminates competition and boosts overall productivity ...
A systematic review of 342 peer-reviewed studies reveals how climate change drivers overwhelmingly degrade food security while biodiversity mechanisms offer ...
A multi-method statistical analysis of 34 years of weather data identifies an abrupt climate shift around 2006 in Rangpur, Bangladesh, ...
A new CGE modelling study finds that a 50 percent cut in hazardous pesticide use would cost the EU agricultural ...
A Nature Food study combining county records, farmer surveys and thousands of field experiments finds that crop- and region-specific irrigation ...
A new Nature Communications study projects an 8 percent expansion of saline soils in global drylands by 2100, with wheat ...
Researchers have for the first time embedded climate-driven crop yield changes, combining CO2 fertilization and temperature effects, into a full ...
A new three-model ensemble framework combining DAYCENT, DNDC, and ECOSYS predicts US corn and soybean yields and soil organic carbon ...
Empirical modelling of northern Ghana projects crop yield losses of 25 to 60 percent by 2050 as rising temperatures and ...
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© 2026 Scienmag - Science Magazine