“I research the remote sensing (satellite / aerial earth observation) of terrestrial ecosystems. I specialise in the remote sensing of forested lands, wildfires and the validation of satellite image products (i.e., linking spectral information to biophysical datasets).”
“My research is focussed on understanding how space weather affects the dynamics of near-Earth space and the impacts of this on ground-based and space-based communication, surveillance, and positioning technologies.”
“My research is connected with improving GNSS for high-accuracy positioning, atmospheric studies, space situational awareness, and people mobility and object tracking.”
“My current research involves developing new 3-D geometric optical techniques to simulate laser and GPS signal paths traversing the Earth’s atmosphere. I am also investigating new techniques and algorithms to improve atmospheric density modelling.”
“My focuses on support systems that enable high-accuracy satellite positioning. I develop methods to effectively measure, model, and disseminate the error present in the signals used for satellite positioning”
“I utilize GNSS remote sensing techniques to describe properties of the Earth’s atmosphere. My research focuses on propagation effects of radio signals to support satellite positioning and meteorological forecasting systems.”