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Global Attributes:	nco_openmp_thread_number: 1 title: Biogenic carbon fluxes associated with global agriculture institution: Joint Global Change Research Institute references: Julie Wolf, Tristram O. West, Yannick L. Le Page, G. Page Kyle, Xuesong Zhang, G. James Collatz, Marc L. Imhoff. Biogenic carbon fluxes from global agricultural production and consumption. Submitted to Global Biogeochemical Cycles. NCO: 4.3.7 comment: These data represent gridded annual (2005 to 2011) carbon fluxes associated with global livestock, summed over all livestock types. For derivation of livestock carbon fluxes at the subnational level and distribution at the 0.05 degree x0.05 degree gridcell level, see Wolf et al. [in review]. These flux estimates were based on livestock populations reported by FAO, on coefficients provided by the IPCC, and on additional coefficients developed by Wolf et al. [in review]. The method subtracts estimated enteric fermentation methane emissions, manure production, and milk and egg production from total feed intake to obtain the quantity of carbon respired as carbon dioxide, and subtracts manure management methane emissions from total manure production to estimate carbon dioxide emissions due to manure management. Annual fodder (i.e. feed provided to animals by humans) intake per nation was derived from i) FAO reports of available market feeds and ii) hay and fodder crop harvests, and iii) estimated crop residues collected for feed [Krausmann et al., 2008; Wolf et al., in review]. Forage intake (i.e. grazing and/or scavenging by ranging animals) was estimated as the difference between total feed intake and fodder intake. Coefficients used and detailed information can be seen in Wolf et al. [in review]. References: Krausmann, F., K.-H. Erb, S. Gingrich, C. Lauk, and H. Haberl (2008), Global patterns of socioeconomic biomass flows in the year 2000: A comprehensive assessment of supply, consumption and constraints, Ecol. Econ., 65(3), 471to487, doi:10.1016/j.ecolecon.2007.07.012. Wolf, J., T. O. West, Y. Le Page, G. P. Kyle, X. Zhang, G. J. Collatz, and M. Imhoff (in review), Biogenic carbon fluxes from global agricultural production and consumption. Contacts: Julie Wolf, Joint Global Change Research Institute, Pacific Northwest National Laboratory, College Park, MD 20740,Email: Julie.Wolf@pnnl.gov,Phone: 301-314-6707, Fax: 301-314-6719, Tristram O. West,Joint Global Change Research Institute, Pacific Northwest National Laboratory,College Park, MD 20740,Email: Tristram.West@pnnl.gov,Phone: 301-314-6705,Fax: 301-314-6719

Variables:	time: Array of 32 bit Reals [time = 0..6] time: bounds: time_bnds calendar: standard description: middle of each year units: years since 2005-01-01 00:00:00 _ChunkSizes: 7
	CH4MgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Amount of livestock methane emissions distributed to the gridcell, in megagrams carbon. Methane emissions include manure management and enteric fermentation. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	CH4SDMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Standard deviation of livestock methane emissions distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	CO2MgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Amount of livestock carbon dioxide emissions distributed to the gridcell, in megagrams carbon. Carbon dioxide emissions include those from manure management and respiration. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	CO2SDMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Standard deviation of livestock carbon dioxide emissions distributed to the gridcell, in megagrams carbon _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	feedMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Annual amount of livestock feed intake distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	feedSDMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: The standard deviation of livestock feed intake distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	fodderMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Annual amount of livestock fodder intake distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	fodderSDMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Standard deviation of livestock fodder intake distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	forageMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Annual amount of livestock forage distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	forageSDMgC: Grid time: lat: lon: scale_factor: 1.0 add_offset: 0.0 long_name: Standard deviation of livestock forage distributed to the gridcell, in megagrams carbon. _FillValue: -9999999.0 units: Mg yr-1 _ChunkSizes: 1, 554, 1395
	lat: Array of 32 bit Reals [lat = 0..2861] lat: units: degrees_north standard_name: latitude bounds: lat_bnds _ChunkSizes: 2862
	lat_bnds: Array of 32 bit Reals [lat = 0..2861][nv = 0..1] lat: nv: units: degrees_north _ChunkSizes: 2862, 2
	lon: Array of 32 bit Reals [lon = 0..7199] lon: bounds: lon_bnds standard_name: longitude units: degrees_east _ChunkSizes: 7200
	lon_bnds: Array of 32 bit Reals [lon = 0..7199][nv = 0..1] lon: nv: units: degrees_east _ChunkSizes: 7200, 2
	time_bnds: Array of 32 bit Reals [time = 0..6][nv = 0..1] time: nv: _ChunkSizes: 7, 2

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DDS:

Dataset {
    Float32 time[time = 7];
    Grid {
     ARRAY:
        Float32 CH4MgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } CH4MgC;
    Grid {
     ARRAY:
        Float32 CH4SDMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } CH4SDMgC;
    Grid {
     ARRAY:
        Float32 CO2MgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } CO2MgC;
    Grid {
     ARRAY:
        Float32 CO2SDMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } CO2SDMgC;
    Grid {
     ARRAY:
        Float32 feedMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } feedMgC;
    Grid {
     ARRAY:
        Float32 feedSDMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } feedSDMgC;
    Grid {
     ARRAY:
        Float32 fodderMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } fodderMgC;
    Grid {
     ARRAY:
        Float32 fodderSDMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } fodderSDMgC;
    Grid {
     ARRAY:
        Float32 forageMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } forageMgC;
    Grid {
     ARRAY:
        Float32 forageSDMgC[time = 7][lat = 2862][lon = 7200];
     MAPS:
        Float32 time[time = 7];
        Float32 lat[lat = 2862];
        Float32 lon[lon = 7200];
    } forageSDMgC;
    Float32 lat[lat = 2862];
    Float32 lat_bnds[lat = 2862][nv = 2];
    Float32 lon[lon = 7200];
    Float32 lon_bnds[lon = 7200][nv = 2];
    Float32 time_bnds[time = 7][nv = 2];
} ornldaac/1279/lvstk_2005_2011_MgC.nc4;

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