Carbon and Nitrogen Flux Data from a Managed Scottish Grassland 2002-2010
Updated 4mo ago
2filesZIP
Available on 1 platform
Sign in to view source links and access this dataset
Description
Environmental Information Data Centre provides measured daily values of precipitation, air and soil temperature, soil water content, and net ecosystem exchange (NEE) fluxes from a grazed, cut, and fertilized temperate grassland in southeast Scotland. The dataset contains data collected between January 2002 and December 2010, including one-off soil carbon and nitrogen measurements from 2004 and 2010.
Use Cases
Model net ecosystem exchange (NEE) using daily precipitation and soil temperature data to assess grassland carbon balance.
Analyze relationships between nitrogen input from fertiliser and measured fluxes of nitrous oxide from static chambers.
Correlate soil water content with measured nitrogen and carbon leaching rates to understand hydrological drivers.
Investigate the impact of livestock density on methane flux measurements from the managed grassland site.
Strengths
Nine-year temporal coverage from January 2002 to December 2010.
Includes multiple flux measurements: NEE, methane, nitrous oxide, and nitrogen oxides (NOx).
Data collected as part of three European projects (GREENGRASS, NitroEurope, CarboEurope), ensuring methodological rigor.
Limitations
Geographic scope is limited to a single grassland site in southeast Scotland, limiting generalizability.
Soil carbon and nitrogen data are only available as one-off measurements from 2004 and 2010, not a continuous time series.
Provenance
Source
Environmental Information Data Centre
Collection Method
Measured daily values via eddy covariance, static chambers, automatic chambers, and soil sampling; calculated fluxes using an online tool.
Time Range
January 2002 to December 2010
Freshness
null
Geography
Managed grassland (Easterbush) in South East Scotland, 03°02'W, 55°52' N, 190 m a.s.l.
Data is packaged in a ZIP file format; specific license terms are unknown and should be verified before use.