Mercury (Hg) mobilization and accumulation in the environment is directly related to forest
fires. Biomass burning accounts for about 13% of the total contribution of Hg from natural …

Runoff generation processes and pathways vary widely between catchments. Credible
simulations of solute and pollutant transport in surface waters are dependent on models …

Mercury (Hg) is one of the most toxic heavy metal pollutants, which can be easily transmitted
and enriched through the food chain, posing severe threat to human beings. Forest …

Since the early 1970s, the Dorset Environmental Science Centre (DESC) research
catchments have been home to long‐term monitoring and study of terrestrial headwater …

Abstract Models for pollution exposure assessment typically adopt an overly simplistic
representation of geography, climate and biogeochemical processes. This strategy is …

Modelling nutrient transport during snowmelt in cold regions remains a major scientific
challenge. A key limitation of existing nutrient models for application in cold regions is the …

Pathogens are an ongoing issue for catchment water management and quantifying their
transport, loss and potential impacts at key locations, such as water abstractions for public …

Soil systems are a common receptor of anthropogenic mercury (Hg) contamination. Soils
play an important role in the containment or dispersion of pollution to surface water …

Streams and rivers are important pathways for the export of atmospherically deposited
mercury (Hg) from watersheds. Dissolved Hg (HgD) is strongly associated with dissolved …

Atmospheric deposition is a significant source of heavy metal (HM) pollution. In order to
understand the migration and transformation process of atmospheric HMs within the …