Northern peatlands, which are highly heterogeneous ecosystems, are a globally important
carbon (C) store. Understanding the drivers and predicting the future trajectory of the …

Peatlands are terrestrial ecosystems with high carbon sequestration efficiency, providing
critical feedback on climate change. It is crucial to understand how peatland development …

Climate change may affect the carbon sink function of peatlands through warming and
drying. Fine-root biomass production (FRBP) of sedge fens, a widespread peatland habitat …

Recent amplified climate warming in the Arctic has caused profound changes in terrestrial
ecosystems, with the potential for strong feedback on climate change. Arctic tundra …

Wildfires play a crucial role in northern boreal peatland ecosystems, influencing the
functioning of these ecosystems by affecting vegetation composition and biomass, peat …

The boreal forest holds the world's largest soil carbon (C) reservoir. A large portion of it is
contained in a thick organic layer originating from the slow decay of bryophytes. Because a …

Global climate change and increasing human impact are the main factors intensifying
eutrophication of peatland ecosystems. Due to the high sensitivity of certain groups of …

Carbon (C) present in lake sediments is an important global sink for CO 2; however, an in-
depth understanding of the impact of climate variability and the associated changes in …

In this review we assess past and current trends in the use of testate amoebae in peatland
science, concentrating mainly on studies conducted in northern peatlands. We also discuss …

Abstract The Hudson Bay Lowlands (HBL) stores a significant proportion of the northern
peatland carbon pool, and constraints on the factors controlling local‐scale variation are …