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Perchlorate (ClO₄⁻) is a persistent and highly soluble oxyanion increasingly being recognised as a contaminant of concern internationally. This exciting project aims to investigate the environmental
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information. GNSS-IR is an emerging environmental sensing technique that uses reflected signals from navigation satellites such as GPS, Galileo, BeiDou and GLONASS. Rather than treating multipath reflections as
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include: The effect of infall and environmental interactions on protoplanetary discs* Hunting protoplanets from their thermal and chemical signatures with the ALMA telescope* Building a population study of
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environmental drivers (e.g., social and traditional media messages, international events) of Islamophobia over time, and how experiences of Islamophobia affect the lives and outcomes for Australian Muslims
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into current experiences and desires in how digital technologies integrate into their experience of environmental navigation. The successful applicant will join a research team that is exploring wider issues
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developing valuable skills for careers in clean energy, environmental engineering, and advanced manufacturing. Candidate requirements The student must: Be an Australian citizen or Permanent Resident, or a New
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in institutions, digital humanities, intimate and personal relationships with AI, environmental impact, and broader questions related to ethics and governance. This creates an urgent need
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Economics” supported by CHE’s Global and Environmental Health Economics Research Theme. Potential research areas include: Aid effectiveness and locally led development Health care financing and universal
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, metallurgy, environmental engineering, mechanical engineering, mining engineering, Electrochemistry or related disciplines. • A demonstrated interest in research and innovation. Applicants must show excellent
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to anthropogenic N2O emissions. 2. What the environmental conditions are that balance N2O production and uptake in artificial aquatic ecosystems. 3. Spatial and temporal uncertainties associated with aquatic N2O