Climate change in the UK is expected to cause increases in temperatures, altered
precipitation patterns and more frequent and extreme weather events. In this review we …

Abstract Peatlands cover approximately 2.84% of global land area while storing one third to
one half of the world's soil carbon. While peat erosion is a natural process it has been …

Accounting for greenhouse gas (GHG) emissions and removals in managed ecosystems
has generally focused on direct land–atmosphere fluxes, but in peatlands a significant …

Erosion and suspended sediment transport dynamics were studied in the open water
season (April–November) of three consecutive years in a drained peatland forest. Discharge …

Natural‐levee breaches can not only initiate an avulsion but also, under the right
circumstances, lead to crevasse splay formation and overbank sedimentation. The formative …

Drained peatlands are an important source of forest biomass in boreal regions and ditch
network maintenance (DNM) operations may be needed to restore the drainage functions of …

Nutrient export from drained peatland has significant impacts on aquatic environments in
Nordic catchments. Spatial information on variations in nutrient concentrations across …

Climate change in combination with land use alterations may lead to significant changes in
soil erosion and sediment fluxes in streams. Optical turbidity sensors can monitor with high …

High acidity caused by geochemical processes and intensive land use of acid sulphate (AS)
soils have continuously degraded the status of water bodies in Western Finland. Despite …

Organic matter and nutrient export from drained peatlands is affected by complex
hydrological and biogeochemical interactions. Here partial least squares regression (PLSR) …