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for the detection of trace amounts of pollutant molecules (BTEX) in aqueous environments (saline or fresh water). He/she will contribute to the implementation of the complete optical system and associated
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pest management, reproductive biology, systems biology, biological pollution and botany. The school is the home to the University of Melbourne's first year biology program which serves 2500+ students
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swales, are increasingly implemented to mitigate urban flooding, and reduce pollutant loads to receiving waters. These systems rely fundamentally on infiltration processes within soil media. However
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local level to identify, rigorously evaluate, and help scale programs and policies that reduce pollution and improve environmental outcomes, while ensuring access to reliable and affordable energy. The EE
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Environment Lab (EE Lab) partners with agencies at the federal, state, and local level to identify, rigorously evaluate, and help scale programs and policies that reduce pollution and improve environmental
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modeling (chemical transport models and/or reduced-complexity models), exposure assessment of airborne pollutants, and life-cycle assessment. The post-doctoral associate will be expected to lead research
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continental scale, including models of atmospheric transport of pollutants, particularly radionuclides. The duties will include processing meteorological data used in prognostic models and testing forward
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absorber, and conduct airborne experiments. Close collaboration with Naval Group will be required to define noise reduction objectives in terms of both acoustic pollution in the marine environment and the
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an emphasis on improving degradation rates of pollutants, reducing energy consumption, and increasing durability in wastewater treatment applications. Experimental Work: Conduct laboratory experiments
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. Investigate the interaction of microporous materials with soil and plant systems, focusing on water management, nutrient release, and pollutant retention. Conduct greenhouse and/or field trials to evaluate