Skip to main content
Article thumbnail
Location of Repository

Atmosphere-soil-stream greenhouse gas fluxes from peatlands

By Kerry Dinsmore, Mike Billett and Ute Skiba


The project aims to produce a complete inventory of greenhouse gas fluxes and\ud emissions from a Scottish peatland. Carbon dioxide, methane and nitrous oxide\ud emissions from the land surface (soil and vegetation) to the atmosphere, losses to\ud streamwater and degassing will all be considered. The study is carried out at Auchencorth\ud Moss, Midlothian, with intensive monitoring and measurements being made over a 2-year\ud period, starting March 2006. The site consists of a patchwork of different vegetation\ud communities including areas dominated by Calluna or Juncus, grassy hummocks and\ud hollows and a narrow riparian zone again dominated by Juncus. GHG flux measurements\ud will be made using chambers covering each vegetation type allowing for both a\ud comparison between vegetation types and the subsequent scaling up to catchment level\ud emissions. A flux tower on site provides further data on CO2 net exchange. In addition the\ud concentrations of GHG in the soil are measured using gas permeable tubing. Other land\ud based measurements will include water table depth, soil moisture, soil temperature and\ud soil NO3, NH4 and DOC content. A datalogger is in place adjacent to the stream allowing\ud for almost continuous measurements of stream temperature, conductivity and height; this\ud data along with regular measurements of stream solute and dissolved gas concentrations\ud will be used to estimate both stream gaseous emissions and lateral outputs. Routine\ud measurements of carbon (DOC, DIC, POC, CO2 and CH4) and nitrogen (NO3, NH4, DON,\ud N2O) will also be made along the stream length to measure spatial variability

Topics: Atmospheric Sciences
Publisher: Centre for Ecology and Hydrology
Year: 2006
OAI identifier:

Suggested articles

To submit an update or takedown request for this paper, please submit an Update/Correction/Removal Request.