Home Education Study With Us CLOSED: Grant-Funded Researcher – Remote Sensing and Vegetation Ecology CLOSED: Grant-Funded Researcher – Remote Sensing and Vegetation Ecology Applications for this internship opportunity are now closed. For more information, please contact [email protected]. This first project, SA EcoMap, is supported by SmartSat. SA EcoMap will investigate the usage of hyperspectral remote sensing with UAV LiDAR to examine differential vegetation recovery from bushfire. The second project, sponsored by the ARC, will examine the impact of rising temperatures on reducing tropical forest canopy leaf area. The successful applicant will be based at the North Terrace campus of the University of Adelaide. There will be opportunity for field work throughout the project, and collaboration with investigators at TERN and James Cook University. To be considered eligible for this opportunity, you must meet the following requirements: A PhD in a relevant discipline and extensive research experience in the area of remote sensing and vegetation ecology. Sound knowledge and understanding of remote sensing, statistics/machine learning, and programming analyses. Demonstrated ability to conduct independent research in the remote sensing of vegetation, including leading research and overseeing postgraduate and honours students where applicable. Strong interpersonal skills with the ability to communicate across disciplines. High level organisational skills, including the ability to prioritise and manage workload within a busy environment to meet competing deadlines. Track record of quality publications (or preprints) relative to opportunity and evidence of being involved in professional activities related to research. PHD CANDIDATES FROM THE UNIVERSITY OF ADELAIDE Emily Ahern Compact Clock for Small Satellite Applications University of Adelaide Harrison Bennett Machine learning-enabled satellites for Agile Space Operations University of Adelaide Ethan Elms Close proximity space domain awareness on board satellite systems University of Adelaide Elliot Hansen Advanced Synthetic Aperture Radar-based Surface and Underwater Object Detection and Classification University of Adelaide/Defence Science & Technology Group Mohamed Shehata Potentials and Limitations of the IEEE 802.15.3d Standard for Terahertz Satellite Communications University of Adelaide Sabrina Slimani Using Quantum Entanglement to Remotely Synchronise Clocks University of Adelaide RELATED NEWS Visualisation shows change and anomaly detection in observed ISR patterns SmartSat sends stellar PhD students to NASA JPL for career-boosting internships QuantX Labs & SmartSat CRC accelerate the development of an orbiting space clock in an Australian First