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opportunity to leverage KAUST’s unparalleled access to the Red Sea, serving as a catalyst for research that uses computational approaches to integrate biological, physical, and chemical data within a cohesive
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Energy flow between open ocean and coastal habitats Biogeochemical applications for tracing energy flow, establishing climate proxies, and reconstructing environmental conditions Functional oceanography
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. This position offers a unique opportunity to leverage KAUST’s unparalleled access to the Red Sea, serving as a catalyst for research that uses computational approaches to integrate biological, physical, and
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on the Red Sea, a residential city of >8,000 residents, a university campus with 200,000 m2 of modern research laboratories and a research park with local and global research centers. At the heart
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conservation; success of these projects will contribute significantly to global food–water–climate security. These positions offer tremendous room for learning and growth across scientific and engineering
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on the Red Sea, a residential city of >8,000 residents, university campus with 200,000 m2 of modern research laboratories and a research park with local and global research centers. At the heart
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storage) raw material recovery and recycling water technologies technologies for achieving net-zero emissions life cycle analysis and modeling for sustainability We particularly encourage applications from
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level (Preferred) Experience with Red Sea oceanographic processes About KAUST KAUST is an international, graduate research university dedicated to advancing science and technology through
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mission is to create an enabling platform and intellectual space for knowledge and advanced technologies through research that is aligned with KAUST's four thrusts (food, energy, water, and the environment
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contribute significantly to global food–water–climate security. These positions offer tremendous room for learning and growth across scientific and engineering disciplines as well as entrepreneurship