Boreal lakes are impacted by climate change, reduced acid deposition, and changing loads
of dissolved organic carbon (DOC) from catchments. We explored, using the process‐based …

Abstract Long-term (1987–2012) water quality monitoring in 36 acid-sensitive Swedish lakes
shows slow recovery from historic acidification. Overall, strong acid anion concentrations …

Crop growth simulation models can differ greatly in their treatment of key processes and
hence in their response to environmental conditions. Here, we used an ensemble of 26 …

Are small lakes passive pipes transporting terrigenous organic carbon (dissolved organic
carbon [DOC]), or chimneys for CO2 release in the landscape? Using a unique combination …

Soil moisture plays a key role in soil nutrient and carbon cycling; plant productivity; and
energy, water, and greenhouse gas exchanges between the land and the atmosphere. The …

Responses to future changes in climatic and socio-economic conditions can be expected to
vary between sectors and regions, reflecting differential sensitivity to these highly uncertain …

Climate change is likely to alter the runoff regime and its origin in the Nemunas River basin.
The changes in runoff volume, seasonality and flood regime might affect hydropower …

Forest harvesting and climate change may significantly increase concentrations and fluxes
of dissolved organic carbon (DOC) in boreal surface waters. However, the likely magnitude …

Conventional methods of modelling impacts of future climate change on crop yields often
rely on a limited selection of projections for representing uncertainties in future climate …

Climate change may have notable impacts on carbon cycling in freshwater ecosystems,
especially in the boreal zone. Higher atmospheric temperature and changes in annual …