The Peatlands of China's Changbai Mountains
Bao, K., Yu, X., Jia, L. and Wang, G. 2010. Recent carbon accumulation in Changbai Mountain peatlands, northeast China. Mountain Research and Development 30: 33-41.
Working in the Changbai mountain region that runs along the boundary between China and North Korea, Bao et al. extracted eight peat cores that they analyzed for numerous parameters, among which were those required to calculate the recent rate of carbon accumulation (RERCA) in the peatlands of that region over the past two centuries.
In describing their findings, the four researchers report that "obvious increasing trends in RERCA were observed in all peat cores," as "organic carbon content declined from the top to the substrate." What is more, they say that the temporal increase in RERCA in the upper regions of the cores -- which likely corresponded to the warmest segment of their two-century study period -- "changed to a much greater extent in recent decades than in the earlier period of peat formation."
As has been found to be the case with other peatlands, this most recent study out of China indicates that the world's climate alarmists have got things one hundred and eighty degrees out of phase with reality in terms of the influence of earth's peatlands on the planet's temperature. These land types provide a negative feedback to global warming, whereby when they warm, they extract more -- not less -- CO2 from the atmosphere, applying a brake on rising temperatures, as opposed to pushing the planet past a "tipping point" of the type that acolytes of Al Gore would have everyone believe would lead to catastrophic runaway global warming.