Climate change affects peatlands directly through increased air temperatures and indirectly
through changes in water‐table level (WL). The interactions of these two still remain poorly …

Northern mires (fens and bogs) have significant climate feedbacks and contribute to
biodiversity, providing habitats to specialized biota. Many studies have found drying and …

Boreal peatlands may be particularly vulnerable to climate change, because temperature
regimes that currently constrain biological activity in these regions are predicted to increase …

Large‐scale changes in climate may have unexpected effects on ecosystems, given the
importance of climate as a control over almost all ecosystem attributes and internal …

Large‐scale changes in climate may have many unexpected effects on ecosystems, given
the importance of climate as a control over almost all ecosystem attributes and their many …

Climate warming and projected increase in summer droughts puts northern peatlands under
pressure by subjecting them to a combination of gradual drying and extreme weather …

A bstract Climate change is predicted to bring about a water level (WL) draw-down in boreal
peatlands. This study aimed to assess the effect of WL on the carbon dioxide (CO 2) …

Understanding how plant communities respond to increased evaporation and consequent
water level drawdown (WLD) is critical for predicting the functioning of northern peatlands …

Peatland ecosystems have been consistent carbon (C) sinks for millennia, but it has been
predicted that exposure to warmer temperatures and drier conditions associated with climate …

The composition of a peatland plant community has considerable effect on a range of
ecosystem functions. Peatland plant community structure is predicted to change under future …