… northern peatlands to estimate changes in carbon accumulation over the last millennium and
to … and the total size of the carbon sink accumulated over this period. Further analysis on a …

… will provide useful insights into projecting the fate of peatland C in the future. Here we
present a data synthesis of peatland basal ages and C accumulation rates in China over the last …

… 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 …

… 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 …

… This study focuses on change in a peatland in the European Alps during the last millennium,
with special … Nevertheless, we list here a couple of potentially climate-related issues. …

… 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 …

… probably lower at the time. We conclude that climate is the most important driver of peatland
accumulation rates over millennial timescales, but that successional vegetation change is a …

… 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 …

… rate (aCAR) can be determined as the quantity of peat carbon in any … peatland carbon and
water cycle model to compare peatland annual NCB during millennia of peat accumulation to …

… climate changes. We conclude that climate variability could be an important control of
fluctuations in land carbon storage … and peatland uptake, we investigate the role of climate–carbon …