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This study examines the emissions from German agriculture, including NH3, N2O, NO, N2, CH4, NMVOC, pesticides, and CO2 from various sources. The inventory provides valuable insights for estimating future emissions.
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Ulrich DämmgenFederal Agricultural Research CentreInstitute of AgroecologyBraunschweig, Germany Emissions from German Agriculture Brussels 1
Dämmgen Emissions from German Agriculture The German Agricultural Emission Inventory was compiled using the recent versionsEMEP/CORINAIRAtmospheric Emission Inventory Guidebook Brussels 1
Dämmgen Emissions from German Agriculture The inventory deals with (direct and indirect) emissions of • NH3, N2O, NO and N2• CH4, NMVOC (C and S species), pesticides, CO2 from limingfrom• plant/soil systems• enteric fermentation• manure management Brussels 2
Dämmgen Emissions from German Agriculture Brussels 3
Dämmgen Emissions from German Agriculture Brussels 4
Dämmgen Emissions from German Agriculture Brussels 5
Dämmgen Emissions from German Agriculture Brussels 6
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Dämmgen Emissions from German Agriculture Problem The political information available at present does not allow to quantify any future reductions (or increases) of German agricultural emissions. That means Future emissions have to be extrapolated from past emissions using the current trend. The base line scenario should assume no significant changes from the present situation. Brussels 8