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technologies developed in the group – Superhydrophobic Sand (USPTO #11,497,177 B2), Engineered Biochar (patent-pending), and slow-release fertilizers (patent pending) – on food crops and native plants
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Project: Development and Field Trials of Soil Amendment Technologies and Best Practices for Desert Rehabilitation and Food Production in Sandy Soils of the KSA We solicit applications for multiple
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://interfaciallab.kaust.edu.sa ). Expectations: Our goal is to enhance the sustainability of growing food crops and native trees in the desert environment of Saudi Arabia. This necessitates an amalgamation of knowledge and
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· Analyzing emissions from diverse food systems, including agriculture, animal husbandry, and waste disposal. · Exploring the impact of non-carbon emissions on climate change and strategies
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with a focus on Red Sea and global oceanographic processes important for reefs, upwelling dynamics, nutrient fluxes, water column dynamics, habitat connectivity, and the impacts of climate drivers
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to work on world’s most pressing challenges related to sustainability and the environment, focusing on the intersection of water, energy and food nexus, and sustainable processes. To strengthen our research
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challenges related to sustainability and the environment, focusing on the intersection of water, energy and food nexus, and sustainable processes. The Middle East is experiencing rapid population and economic
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of the 21st century. We educate and train students to work on world’s most pressing challenges related to sustainability and the environment, focusing on the intersection of water, energy and food nexus, and
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, energy and food nexus, and sustainable processes. The Middle East is experiencing rapid population and economic growth, along with demand for water resources. The water-scarce region is already faced with
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in the world as well as Saudi Arabia in the areas of food and health, water, energy, environment and the digital domain. KAUST is a curiosity-driven, interdisciplinary problem-solving environment, with