Differences

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--- the_capri_data_base [2020/08/02 07:04] – [Overview and data requirements for the national scale] matsz
+++ the_capri_data_base [2020/08/02 08:07] – [Input allocation for fertilisers and nutrient balances] matsz
@@ Line 1699: / Line 1699: @@
 |  **Ex-post**  |  **Ex-ante**  |
-|**Given:**\\ -Herd sizes\\  => Manure output\\ -Crop areas and yields\\  => Export with harvest\\ -National anorganic application\\ **Estimated:**\\ -Regional anorganic application\\ -Factor for Fertilization beyond N export\\ -Manure availability |**Model result:**\\ -Herd sizes\\  => manure output\\ -Crop areas and yields\\ => Export with harvest\\ -National and Regional anorganic application\\ **Given:** \\ -Factor for Fertilization beyond export (trended)\\ -Manure availability (trended)|
+|**Given:**|**Model result:**|
+|-Herd sizes|-Herd sizes|
+| => Manure output|=> manure output|
+|-Crop areas and yields|-Crop areas and yields|
+|=> Export with harvest|=> Export with harvest|
+|-National anorganic application|-National and Regional anorganic application|
+|**Estimated:**|**Given:**|
+|-Regional anorganic application|-Factor for Fertilization beyond export (trended)|
+|-Factor for Fertilization beyond N export|-Manure availability (trended)|
+|-Manure availability| |
 A good overview on how the Nitrogen balances are constructed and can be used for analysis can be found in: Leip A., Britz W., de Vries W. and Weiss F. (2011): Farm, land, and soil nitrogen budgets for agriculture in Europe calculated with CAPRI, Environmental Pollution 159(11), 3243-3253 and Leip, A., Weiss, F. and Britz, W. (2011): Agri-Environmental Nitrogen Indicators for EU27, in: Flichman G. (ed.), Bio-Economic Models applied to Agricultural Systems, p. 109-124, Springer, Netherlands.
@@ Line 1869: / Line 1878: @@
 |:::	|Manure management|CH4Man|
 |:::	|Rice production|CH4Ric|
-|:::	|Land use change emissions from\\ biomass burning|CH4bur|
+|:::	|Land use change emissions from biomass burning|CH4bur|
 |**Nitrous Oxide**|Manure management|N2OMan|
 |:::	|Manure excretion on grazings|N2OGra|
@@ Line 1875: / Line 1884: @@
 |:::	|Application of manure|N2OApp|
 |:::	|Crop residues|N2OCro|
-|:::	|Indirect emissions from ammonia \\ losses|N2OAmm|
+|:::	|Indirect emissions from ammonia losses|N2OAmm|
-|:::	|Indirect emissions from leaching \\ and runoff|N2OLea|
+|:::	|Indirect emissions from leaching and runoff|N2OLea|
 |:::	|Cultivation of histosols|N2Ohis|
-|:::	|Land use change emissions from the \\ burning of biomass|N2Obur|
+|:::	|Land use change emissions from the burning of biomass|N2Obur|
 |**Carbon dioxide**|Cultivation of histosols|CO2his|
 |:::	|Applicaton of ureum|CO2urea|
 |:::	|Liming|CO2lim|
-|:::	|Land use change emissions from above \\ and below ground biomass|CO2bio|
+|:::	|Land use change emissions from above and below ground biomass|CO2bio|
-|:::	|Land use change emissions from soil \\ carbon changes|CO2soi| \\ Source: CAPRI Modelling System
+|:::	|Land use change emissions from soil carbon changes|CO2soi| \\ Source: CAPRI Modelling System
 For a detailed analysis of these single emission sources refer to Pérez 2006: Greenhouse Gases: Inventories, Abatement Costs and Markets for Emission Permits in European Agriculture -A Modelling Approach and Leip et al 2010: Evaluation of livestock sector’s contribution to the RU greenhouse gas emissions (GGELS).