Sydney Plant Ecophysiology (SPEG)

The negative effects of coral loss on fish assemblages are well established, particularly for obligate corallivores. In contrast, the impacts of coral…

Soil carbon (C) sequestration depends on the formation of particulate- and mineral-associated organic matter (POM and MAOM). These soil organic matter…

Brief Project Summary: This project aims to address the significant knowledge gap of how species composition may change due to extreme rainfall events (droughts and flooding rainfall), grazing and nutrient addition, and in-turn, quantify the loss of ecosystem function resulting from species turnover. Further, this project will identify species that contribute the most to function.

Sydney Plant Ecophysiology (SPEG)

Microbial physiology conserves phosphorus by reducing phosphorus contributions in membrane lipids and increasing intracellular carbon storage during long-term ecosystem development, according to measu...

Full time, 3-year fixed term position. Located at the School of Life and Environmental Sciences on the Camperdown Campus Opportunity to contribute to cutting-edge research and collaborate with leading...

Context Iron and aluminium oxides are important in phosphate sorption capacity of soils and preservation of soil organic carbon (SOC). However, there is a complex interplay between among Fe/Al oxides,...