… of recent changes in rates of carbon sequestration in regions such … these peatlands are to
present and future climate change. … of carbon sequestration suggest that recent climate change …

… In this study we investigated past hydrological changes and associated variations in
vegetation composition during the last millennium in four permafrost peatlands. We used two …

… last millennium to reflect solar activity. Strong solar activity resulted in low ∆ 14 C values,
while weak solar activity resulted in high ∆ 14 C values because of the reaction of atmospheric …

… Our findings indicated that the DFH peatland was initiated at 1011 cal. CE and experienced
paludification during the last millennium. The expansion of the DFH peatland was primarily …

… It appeared that the CO 2 and CH 4 fluxes reconstructed for the Kaamanen peatland were
relatively low during the first millennium, and thus both scenarios suggested a negligible RF …

… last millennium hydrological changes. Plant macrofossil analysis was also conducted for these
six cores to study changes in … ) Climate-related changes in peatland carbon accumulation …

… In the experimental plots, warming reduced both carbon accumulation and methane …
those in the past millennium did not affect decay rates in the plots. Decay during the …

… the response of northern peatland vegetation and carbon accumulation dynamics to …
Climate-related changes in peatland carbon accumulation during the last millennium …

… Climate-related changes in peatland carbon accumulation during the last millennium, …
Modelling past, present and future peatland carbon accumulation across the pan-Arctic …

… To treat carbon storage in a consistent manner, we distinguish between the active … turns
into a net area reduction in the last millennium. This late Holocene slowdown and reversal of net …