Tracing sediments back to their catchment sources using biogeochemical and physical
fingerprints involves multiple assumptions. One of the most fundamental assumptions is that …

Studies documenting the effects of land-derived suspended particulate matter (SPM, ie,
particulate organic matter and mineral sediment) on marine ecosystems are typically …

Understanding how organic carbon (C) and nitrogen (N) move with soil along the fluvial
system and where eroded organic C and N sources occur over catchment landscape is of …

Nitrate accumulation due to anthropogenic input in highly urbanized rivers is a general
recognition. The excess anthropogenic nitrogen (N) can alter N transformations and would …

Organic matter (OM) tracing is critical for understanding the processes of soil redistribution
and global carbon cycling. It effectively supports ecological management and global climate …

Soil organic carbon (SOC) tracing can provide important information for effective and
accurate management of soil erosion. However, tracing erosion-induced SOC is still …

Secondary freshwater salinization, a common anthropogenic alteration, has detrimental,
lethal and sub-lethal effects on aquatic biota. Ions from secondary salinization can become …

Seagrasses provide crucial ecosystem services in the coastal environment, but are under
increasing threat associated with anthropogenic activities. Seagrass meadows effectively …

The role of groundwater and porewater fluxes as a source of nutrients to coastal ecosystems
and their ecological implications are increasingly being recognized. In this study, the role of …

Carbon and nitrogen stable isotopic ratios are increasingly used in sediment fingerprinting
studies. However, questions remain regarding tracer conservativeness during sediment …