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tropical ecosystems with their high productivity and biomass (Ahlstrom et al., Science 2015). Yet these ecosystems are also heavily impacted by deforestation, degradation through fire, climate change and
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for decarbonising heat, industry, and district energy systems. This research takes a cross-disciplinary approach to explore the techno-economic, spatial, legal, and social dimensions of FPV-powered hydrogen in
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role in the University’s Science Strategy and have an instrumental part in research projects that have a significant impact on both your chosen field of study and wider society. We combine leading
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tropical ecosystems with their high productivity and biomass (Ahlstrom et al., Science 2015). Yet these ecosystems are also heavily impacted by deforestation, degradation through fire, climate change and
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genomics, clinical research, and computational biology. The findings will provide insights into peripheral signatures of DLB, assessing whether small RNAs can serve as reliable biomarkers. This project will