"We are entering a new era of science where ecosystem change is uncharted by historical observations. Observations are the foundation of predictive science, so how can we predict a future that is outside the envelope of the environments? "
"They have supported me throughout my PhD, through all the failures and successes, and I wouldn’t have made it through without them. They both provided me with guidance but also allowed me to follow through with my own ideas, even if they were possibly doomed from the beginning... All in all, I really lucked out with my supervisory team!"
"Often during flood events, water from agricultural catchments will erode productive agricultural soils and carry large loads of sediment and nutrients to downstream estuaries and coastal areas. This can threaten the provision of safe drinking water for humans and the ecology of marine ecosystems, as well as sometimes necessitating costly sediment dredging and disposal operations."
"Revegetating abandoned agricultural land is critical for maintaining sustainability and biodiversity within our farming landscapes. Our recent paper demonstrated the feasibility of a large-scale revegetation approach in one of Australia’s most iconic agricultural regions, the Murray-Darling Basin."
"Seagrasses are flowering plants that live submerged in salty water and perform vital ecosystem services that help us and the food-webs that rely on them. For example, seagrasses capture and store more atmospheric carbon (per unit area) than many terrestrial plants, they act as nursery areas for important fishery species, and provide coastal protection against things like erosion and storm surges," Dr Ryan Pearson.
"Under the Paris Climate Agreement, nations need to show how they intend to reduce carbon emissions. Protection of mangroves is an important climate action, because mangroves accumulate three to ten times more carbon than most ecosystems on the planet. But actions for reducing emissions by reducing loss of mangrove forests can be contentious."