Throughout my research career, I’ve been deeply motivated by the potential of remote sensing technologies to tackle pressing ecological issues. My journey has taken me from identifying invasive plant species in coastal wetlands to mapping tree species diversity and assessing forest health. More recently, I’ve embarked on a project to map and predict global plant functional diversity using satellite data. These experiences have honed my expertise in remote sensing, ecological modelling, and conservation ecology.

Presently, I’m engaged in an innovative project aimed at evaluating rewilding prospects in aquatic and semi-aquatic environments. This position requires a comprehensive understanding of many factors, such as changes in land use, plant biodiversity, and alterations at the land-water nexus. It’s an opportunity for me to leverage my background in remote sensing within ecology on a vital mission: the restoration and preservation of ecosystems. By using state-of-the-art remote sensing methodologies with a comprehension of ecological processes, I am committed to contributing to worldwide efforts in ecosystem revival and biodiversity conservation.

xiang.liu@geo.hu-berlin.de
Rudower Chaussee 16, 12489 Berlin