Real time, dynamic aquatic monitoring through the use of autonomous systems
Confirmation seminar presented by Brendon Duncan
Aquatic systems are an integral part of human civilisation, including providing food, drinking water and power. Studies have shown that freshwater systems are persistent exporters of greenhouse gases, with methane being a highly potent component of these emissions. The long-term spatial and temporal characteristics of methane emissions from waterbodies has remained predominantly unknown, with large scale manual monitoring being infeasible. This provides an opportunity to use autonomous systems to perform routine emissions monitoring to provide greater insights into drivers of methane emissions. This thesis will focus on automated floating chambers and autonomous surface vessels, and their uses in methane emissions monitoring.
About Confirmation Seminars
The purpose of the confirmation milestone is to ensure that the candidate receives appropriate feedback in relation to the viability and progress of the thesis project and that the resources required to complete the program of research within the recommended timeframe are available. It is also an opportunity to ensure that the candidate has demonstrated the capacity and capability to successfully complete the thesis in a timely manner.
