REPORT ON NORWAYS NATIONALLY DETERMINED CONTRIBUTION (NDC) Daniel - - PowerPoint PPT Presentation

report on norway s nationally determined contribution ndc
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REPORT ON NORWAYS NATIONALLY DETERMINED CONTRIBUTION (NDC) Daniel - - PowerPoint PPT Presentation

REPORT ON NORWAYS NATIONALLY DETERMINED CONTRIBUTION (NDC) Daniel Rasse Teresa Gomez de la Brcena Christophe Moni GHG EMISSIONS AND TARGET FOR NORWAY Agriculture 50 12% - Most domestic cuts 40 - Use LULUCF 40% Emissions Mt CO 2


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REPORT ON NORWAY’S NATIONALLY DETERMINED CONTRIBUTION (NDC)

Daniel Rasse Teresa Gomez de la Bárcena Christophe Moni

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SLIDE 2

GHG EMISSIONS AND TARGET FOR NORWAY

2

  • 30
  • 20
  • 10

10 20 30 40 50 1990 2017 2030 NDC Emissions Mt CO2eq/year Emission Forest Growth 12% Agriculture

  • Most domestic cuts
  • Use LULUCF

40%

40% reduction of GHG emission by 2030 compared to 1990 level Very ambitious All sectors must contribute

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ROLE OF AGRICULTURE

IPCC Report (2014) AFOLU (Agriculture, Forestry and Land Use Change) is the only source of CO2 that can be reverted to a sink

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Area dedicated to agriculture :

  • 3% of land area
  • About 1 million ha
  • Two thirds under productive

grasslands, one third cereal and other crops.

NORWEGIAN AGRICULTURE

Other Drainage and cultivation

  • f mineral soil

Fossil fuel Mineral fertilizer Manure Enteric fermentation Peat cultivation = 6786 kt CO2 eq/yr

Emission from agriculture

  • 12% of the emission in 2013
  • One third from peat cultivation

and one third as CH4 from enteric fermentation

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REDUCING AGRICULTURE EMISSIONS

Challenges: – Land use change not a real option: area with annual crops is too small already – No-till not really option in cold and wet climate – Rate of sequestration decrease with time in forest Two most relevant measures : – Reducing / restoring cultivated peatlands – Large scale use of biochar

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2/13/2018 6

C SEQUESTRATION UNDER NORWEGIAN PASTURES ?

Norwegian inventory for LULUCF (2017) define 4 types of pasture/grazing land Little information is available on the effect of grazingland management practices on soil carbon sequestration in Norway ! Only one study found (Martinsen et al., 2011) High grazing pressure in rangeland  reduced SOC stocks Low grazing pressure  no change / slight increase

More research needed

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NORWAY’S CONTRIBUTION TO IRG

Daniel Rasse Teresa Gomez de la Bárcena Christophe Moni

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2/13/2018 8

Project Description Date 106 € SIS soil C C storage in Norwegian soil 2015-19 0.1/yr Longterm Grass Carbon storage in long- and short-term grasslands 2017-19 0.75 Tier 3 method Developing a Tiers 3 for SOC stock change in Norwegian agricultural soil 2017-19 2.1 MYR Climate smart use of Norwegian organic soils 2018-21 2 CarboFertil Implementing biochar-fertilizer solution in Norway for climate and food production benefits 2018-21 2.5 CarbonCrop Biodigestate, biochar and compost for C sequestration 2018-20 0.2 Network Description Date 106 € SOC management working group Production of a technical manual on SOC management at the regional and sub-regional scale 2017-18 LEAP network Participation Technical advisory group for soil carbon in livestock system JPI TAP soil Participation: small national support for project when? 0.01

Norway participates to 6 projects and 3 networks

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2/13/2018 9

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Mercredi 17 13:30 Tour de table Mercredi 17 17:00 Country reports on contributions to IRG, Networks, and SCS and Inventories Flagships Jeudi 18 9:00 Country reports on their NDCs: role of agriculture, MRV, further steps; knowledge gaps; research needs. A priori, on est toujours partant pour organiser un meeting du SCN en Norvège cette année (ou en 2019).