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 …

Fingerprinting technique is a widely used tool to assess the sources of sediments and
particle bound chemicals within a watershed, and the results obtained from unmixing …

Abstract In the Cordillera Blanca, the glaciers delineated by some of the highest peaks in the
tropical Peruvian Andes have experienced a fast retreat over the last few decades. At the …

Purpose Accelerated soil erosion poses a global hazard to soil health. Understanding soil
and sediment behaviour through sediment fingerprinting enables the monitoring and …

Identifying critical soil erosion areas and sediment sources are essential for sediment control
and water resources management in the watershed, especially in the severely eroded …

Sediment fingerprinting experiments have been used to demonstrate the sensitivity of
numerical mixing model outputs to different particle size distributions in source materials and …

Isotopic and nuclear techniques are indispensable in many fields, including health, industry,
food, and agriculture. The techniques discussed, collectively known as fallout radionuclide …

Abstract The Ipojuca River is the third most polluted fluvial system in Brazil. Sediment-
associated metal fluxes threaten the environmental health in the estuary of this system …

Coastal wetlands play a vital role in mitigating climate change, yet the characteristics of
buried organic carbon (OC) and carbon cycling are limited due to difficulties in assessing the …

Sediment fingerprinting quantifies soil erosion processes by tracing sediment origins in
water bodies. In this regard, several types of tracers have been used to discriminate different …