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Date Time New method to detect impact of sea level rise Emily Leyden sampling mangrove-salt marsh environments at Sandy Point, North of Adelaide. Photos supplied by Emily Leyden. University of Adelaide scientists have developed a new simple, inexpensive and fast method to analyse sulfur isotopes, which can be used to help investigate chemical changes in environments such as oceans, and freshwater rivers and lakes. Published in Talanta, the research opens up potential for new environmental applications of the method, such as tracing the effect of sea level rise, including detection of seawater intrusion into freshwater systems. “Sulfur isotopes can tell us a great deal about Earth cycles both now and in the past,” said lead author PhD student Emily Leyden from the University of Adelaide’s School of Biological Sciences.

University of adelaideSouth australiaFlinders universityOnkaparinga riverSandy pointNew south walesLuke mosleyEmily leydenSchool of biological sciencesSchool of physical sciencesUniversity of adelaide environment instituteUniversity of adelaide school biological sciencesUniversity of adelaide metal isotope groupMetal isotope groupPhysical sciencesBiological sciences