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C2 – Tools for modelling of impact of climate change on GHG emissions

Objectives:

Projections of the impact of climate changes on GHG emissions – evaluation of the impact of different climate change scenarios on GHG emissions from nutrient-rich organic soils depending from management conditions and land use.

Deliverables:
  • C.2.1. Activity data for accounting and projections of GHG emissions from organic soils
  • C.2.2. Mathematical equations and tools for elaboration of projections of GHG emissions from organic soils
  • C.2.3. Harmonized methodology for characterization of peat properties using infrared screening method
  • C.2.4. Report on integration of climate scenarios and projections of GHG emissions from organic soils
  • C.2.5. Methodology for socio-economic analysis of the proposed measures, Annex to C.2.5.

The project “Demonstration of climate change mitigation potential of nutrients rich organic soils in Baltic States and Finland” (LIFE OrgBalt, LIFE18 CCM/LV/001158) has received funding from the LIFE Programme of the European Union and the State Regional Development Agency of Latvia. www.orgbalt.eu. The information reflects only the LIFE OrgBalt project beneficiaries’ view and the European Climate, Infrastructure and Environment Executive Agency is not responsible for any use that may be made of the information contained therein.
LIFE OrgBalt compiled the first regional Baltic/Finnish GHG emission factors for managed nutrient-rich organic soils (current and former peatlands), which have been made available for the customary scientific review and further verification for national GHG inventories in the hemiboreal region in Finland and the Baltic countries. While the project analysed selected CCM measures for drained organic soils in agriculture and forestry and developed spatial models and tools, it also identified remaining knowledge gaps. To bridge the remaining limitations and fill the gaps, it is essential to continue GHG measurements and model development, as well as to broaden and complete the scope of the evaluated CCM measures in the after-LIFE-project period, notably by including rewetting and restoration of peatlands that are currently considered to be among the most recommended CCM measures on drained peatlands in the EU. In addition, the developed Simulation and PPC models still include limited macroeconomic considerations and lack an assessment of all environmental impacts. For all these reasons, these models should be used carefully in CCM strategy development for the identification of gaps in climate neutrality transition policy and funding frameworks and need further optimization for broader applicability as decision-making tools.
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