Egyptian Farms Score Barely Half Their Sustainability Potential, New Framework Reveals
A new quadruple-bottom-line framework finds Egyptian irrigated wheat and maize farms achieve only about 52 percent of their sustainability potential, ...
A new quadruple-bottom-line framework finds Egyptian irrigated wheat and maize farms achieve only about 52 percent of their sustainability potential, ...
Researchers have developed an AI-driven optimization framework that cuts greenhouse irrigation water use by up to 79 percent while keeping ...
A coupled alkaline electrolysis and vacuum distillation system demonstrated at 250 kW uses electrolyzer waste heat to convert seawater into ...
A systematic experimental study identifies bed material and ambient climate as the dominant factors controlling water yield in a solar ...
Researchers report a graphene oxide–gallium oxide heterostructure that accelerates water desorption to achieve record solar evaporation rates with long-term stability.
A participatory study of family farmers in northern Patagonia reveals water scarcity as the central cascading risk and introduces a ...
A systematic review of 71 studies finds that artificial recharge drywells achieve more than double the recharge efficiency of surface ...
In the parched backlands of northeastern Brazil, the journey of a single drop of water—whether it begins on a rooftop, ...
A new Perspective argues that Spain should manage long-established Opuntia populations according to local taxonomy, ecological risk, cultural value and ...
A new international study has identified a powerful link between drought across the world’s wheat-growing regions and the price of ...
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© 2025 Scienmag - Science Magazine