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--- scenario_simulation [2022/11/07 10:23] – external edit 127.0.0.1
+++ scenario_simulation [2023/08/25 07:10] – [Detailed discussion of the equations in the supply model] massfeller
@@ Line 357: / Line 357: @@
 A number of recent developments are not covered in the previous exposition of supply model equations
-  -A series of projects have added a distinction of rainfed and irrigated varieties of most crop activities which is the core of the so-called “CAPRI-water” version of the system((A more complete presentation is given in [[https://ec.europa.eu/jrc/en/publication/eur-scientific-and-technical-research-reports/extension-capri-model-irrigation-sub-module]].)).
+   - A series of projects have added a distinction of rainfed and irrigated varieties of most crop activities which is the core of the so-called “CAPRI-water” version of the system[[https://www.capri-model.org/dokuwiki_help/doku.php?id=scenario_simulation#fn__2|<sup>2)</sup>]].
-  -Several projects have added endogenous GHG mitigation options((These are most completely included in the “trunk” version of the CAPRI system. For details, see, for example, [[http://publications.jrc.ec.europa.eu/repository/bitstream/JRC101396/jrc101396_ecampa2_final_report.pdf]].))
+  - Several projects have added endogenous GHG mitigation options[[https://www.capri-model.org/dokuwiki_help/doku.php?id=scenario_simulation#fn__3|<sup>3)</sup>]]
-  -Several new equations serve to explicitly represent environmental constraints deriving from the Nitrates Directive and the NEC directive((These are most completely included in the “trunk” version of the CAPRI system but developments are still ongoing.)).
+  - Several new equations serve to explicitly represent environmental constraints deriving from the Nitrates Directive and the NEC directive[[https://www.capri-model.org/dokuwiki_help/doku.php?id=scenario_simulation#fn__4|<sup>4)</sup>]].
-  -A complete area balance monitoring the land use changes according to the six UNFCCC land use types (cropland, grassland, forest land, wetland, settlements, residual land) has been introduced for carbon accounting
 ====Calibration of the regional programming models====
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 **Introduction**
-This technical paper explains how the most aggregate level of the CAPRI area allocation in the context of the supply models has been re-specified in the TRUSTEE project((https://www.trustee-project.eu/
+This technical paper explains how the most aggregate level of the CAPRI area allocation in the context of the supply models has been re-specified in the TRUSTEE<sup>5)</sup> and SUPREMA<sup>x</sup> projects and subsequently adopted in the CAPRI trunk. The former specification for land supply and transformation functions focused on agricultural land use and the transformation of agricultural land between arable land and grass land<sup>6)</sup>.
-)) and subsequently adopted in the CAPRI trunk. The former specification for land supply and transformation functions focused on agricultural land use and the transformation of agricultural land between arable land and grass land((See https://svn1.agp.uni-bonn.de/svn/capri/trunk/doc/landSupplyCAPRI_v5.pdf (Torbjörn Jansson, Wolfgang Britz, Alan Renwick and Peter Verburg (2010) Modelling CAP reform and land abandonment in the European Union with a focus on Germany.)
-)).
 During the subsequent period, CAPRI was increasingly adapted to analyses of greenhouse gas (GHG) emission studies. Examples include CAPRI-ECC, GGELS, ECAMPA-X, AgCLim50-X, (European Commission, Joint Research Centre), ClipByFood (Swedish Energy Board), SUPREMA (H2020). This vein of research is very likely to gain in importance in the future.