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Field
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continents in the world and the demand for water resources in many of the most arid regions by industry and communities continues to increase as a result of population growth and expansion and development
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, management and analysis of large, GPS-based datasets to address key questions around the influence of landscape features, artificial water points, drought and control on kangaroo movement. Additional, creative
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various disruptions such as Brexit, the US-China trade war, the COVID-19 pandemic, the Suez Canal blockage, the Russia- Ukraine conflicts, the Israel- Gaza conflicts, and Red sea attacks; (2) Exploring
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sediments, waters, and trees. This project will use a combination of different techniques such as stable isotopes, cavity ring down spectroscopy, incubation experiments and diverse chamber methods
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robotics solutions for sea, land and air applications. We work with some of the world’s most innovative companies, including Boeing, Google, Tesla, Apple, and General Motors, to enable tomorrow’s autonomous
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on other planets in the solar system – in particular, the existence of water environments – is a fundamental question for planetary exploration, guiding NASA’s current and planned Mars Sample Return
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will explore how crystallisation processes change when undertaken in unusual conditions such as in solvents that are not water, at non-miscible liquid interfaces and when an electrochemical potential is
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has reached over 8,000 tonnes and there is a need to develop ocean and land-based seaweed culture of native species for domestic use and export markets. Despite the proven benefits of seaweed farming
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Professors Zongping Shao and Moses Tade and Dr Xiaomin Xu on “Efficient and selective water electrolysis for clean energy and environment”. The PhD study will build on some of our recent work to develop
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Conservation’, conducted by Dr Benjamin Thompson. Marine conservation remains severely underfunded despite the pressing need to safeguard ocean resources, ecosystems, and coastal communities effectively and