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* [5.1 digestion of energy crops and management of the digestate](5-Crop-production-and-agricultural-soils/5.1-digestion-of-energy-crops-and-management-of-the-digestate) * [5.1 digestion of energy crops and management of the digestate](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.1-digestion-of-energy-crops-and-management-of-the-digestate)
* [5.2 Air pollutants and dust](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust) * [5.2 Air pollutants and dust](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust)
* [5.2.1 NH3 emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils) * [5.2.1 NH3 emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils)
* [5.2.1.1 NH3 from grazing](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils/5.2.1.1-NH3-emissions-from-grazing) * [5.2.1.1 NH3 from grazing](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils/5.2.1.1-NH3-emissions-from-grazing)
* [5.2.1.2 NH3 from spreading of synthetic fertilizers, animal manures, digestates, sewage sludge, compost](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils/5.2.1.2-NH3-emissions-from-spreading) * [5.2.1.2 NH3 from spreading of synthetic fertilizers, animal manures, digestates, sewage sludge, compost](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.1-NH3-emissions-from-crop-production-and-agricultural-soils/5.2.1.2-NH3-emissions-from-spreading)
* [5.2.2 NOx emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils) * [5.2.2 NOx emissions from crop production and agricultural soils](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils)
* [5.2.2.1 NOx from grazing](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils/5.2.2.1-NOx-emissions-from-grazing) * [5.2.2.1 NOx from grazing](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils/5.2.2.1-NOx-emissions-from-grazing)
* [5.2.2.2 NOx from spreading ofsynthetic fertilizers, animal manures, digestates, sewage sludge, compost](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils/5.2.2.2-NOx-from-spreading) * [5.2.2.2 NOx from spreading ofsynthetic fertilizers, animal manures, digestates, sewage sludge, compost](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.2-NOx-emissions-from-crop-production-and-agricultural-soils/5.2.2.2-NOx-from-spreading)
* [5.2.3 NMVOC emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.3-NMVOC-emissions-from-crop-production-and-agricultural-soils) * [5.2.3 NMVOC emissions from crop production and agricultural soils](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.3-NMVOC-emissions-from-crop-production-and-agricultural-soils)
* [5.2.4 PM emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.4-PM-emissions-from-crop-production-and-agricultural-soils) * [5.2.4 PM emissions from crop production and agricultural soils](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.2-Air-pollutants-and-dust/5.2.4-PM-emissions-from-crop-production-and-agricultural-soils)
* [5.3 Greenhouse-gases](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases) * [5.3 Greenhouse-gases](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases)
* [5.3.1 Direct N2O emissions from crop production and agricultural soils](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils) * [5.3.1 Direct N2O emissions from crop production and agricultural soils](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils)
* [5.3.1.1 Direct N2O from grazing](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.1-Direct-N2O-from-grazing) * [5.3.1.1 Direct N2O from grazing](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.1-Direct-N2O-from-grazing)
* [5.3.1.2 Direct N2O from spreading of synthetic fertilizers, animal manures, digestates, sewage sludge, composts](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.2-Direct-N2O-emissions-from-spreading-of-synthetic-fertilizers,-animal-manures,-digestates,-sewage-sludge,-composts) * [5.3.1.2 Direct N2O from spreading of synthetic fertilizers, animal manures, digestates, sewage sludge, composts](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.2-Direct-N2O-emissions-from-spreading-of-synthetic-fertilizers,-animal-manures,-digestates,-sewage-sludge,-composts)
* [5.3.1.3 Direct N2O emissions from crop residues](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.3-Direct-N2O-emissions-from-crop-residues) * [5.3.1.3 Direct N2O emissions from crop residues](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.3-Direct-N2O-emissions-from-crop-residues)
* [5.3.1.4 Direct N2O emissions from management of organic soils](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.4-Direct-N2O-emissions-from-management-of-organic-soils) * [5.3.1.4 Direct N2O emissions from management of organic soils](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.4-Direct-N2O-emissions-from-management-of-organic-soils)
* [5.3.1.5 Direct N2O emissions from mineralization](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.5-Direct-N2O-emissions-from-mineralization) * [5.3.1.5 Direct N2O emissions from mineralization](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.1-Direct-N2O-emissions-from-crop-production-and-agricultural-soils/5.3.1.5-Direct-N2O-emissions-from-mineralization)
* [5.3.2 Indirect N2O emissions](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.2-Indirect-N2O-emissions) * [5.3.2 Indirect N2O emissions](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.2-Indirect-N2O-emissions)
* [5.3.3 CO2 Emissions from liming and application of urea](5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.3-CO2-Emissions-from-liming-and-application-of-urea) * [5.3.3 CO2 Emissions from liming and application of urea](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/5-Crop-production-and-agricultural-soils/5.3-Greenhouse-gases/5.3.3-CO2-Emissions-from-liming-and-application-of-urea)
Emissions from managed agricultural soils and cultures fall into two categories: direct emissions and indirect emissions. Emissions from managed agricultural soils and cultures fall into two categories: direct emissions and indirect emissions.
...@@ -38,7 +38,7 @@ For the following sources direct emissions are reported: ...@@ -38,7 +38,7 @@ For the following sources direct emissions are reported:
The gases emitted are NH<sub>3</sub>, N<sub>2</sub>O, NO<sub> </sub>und CO<sub>2</sub>. In addition, the inventory calculates the emissions of NMVOC and particulate matter (PM) from cultivation of soils. The gases emitted are NH<sub>3</sub>, N<sub>2</sub>O, NO<sub> </sub>und CO<sub>2</sub>. In addition, the inventory calculates the emissions of NMVOC and particulate matter (PM) from cultivation of soils.
No emissions from rice cultivation occur in Germany. Emissions from the burning of crop residues in the field are negligible in Germany. This is the subject of Chapter [2.9](2-Input-data/2.9-Field-burning-of-agricultural-residues). No emissions from rice cultivation occur in Germany. Emissions from the burning of crop residues in the field are negligible in Germany. This is the subject of Chapter [2.9](https://git-dmz.thuenen.de/vos/EmissionsAgriculture2023/-/wikis/2-Input-data/2.9-Field-burning-of-agricultural-residues).
<span dir="">Table 1 gives an overview of the methodologies used.</span> <span dir="">Table 1 gives an overview of the methodologies used.</span>
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