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![Page 1: Overview of the EU 2017 submissions under UNFCCC and KP · Overview of the EU 2017 submissions under UNFCCC and KP Giacomo Grassi, Tibor Priwitzer, Raul Abad Viñas, Simone Rossi](https://reader030.fdocuments.us/reader030/viewer/2022041200/5d33cdcc88c993ff1f8db304/html5/thumbnails/1.jpg)
Overview of the EU 2017 submissions under UNFCCC and KP
Giacomo Grassi, Tibor Priwitzer, Raul Abad Viñas, Simone Rossi European Commission, Joint Research Centre
Bioeconomy UnitIspra (Italy)
JRC LULUCF workshop, Stresa 26-27 April 2017
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OUTLINE
Status of reporting
Overview of reporting under UNFCCC
Overview of reporting under KP
Next steps
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STATUS OF REPORTING (as of 21 April 2017)
MS NIR CRF_convention CRF_KP Observations NIR CRF_convention CRF_KP Observations
Austria x x x NIR 15 April Sub./Convention tables/ KP tables x x x NIR 15 April Sub./Convention tables/ KP tables NO public available
Belgium x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty x x NIR 15 April Sub./Convention tables/ NO KP tables
Bulgaria x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/ NO KP tables
Croatia x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables empty
Cyprus NO NIR 15 April Sub./NO Convention tables/NO KP tables x x x NIR 15 April Sub./Convention tables with most of cells empty/ KP tables with most of cells empty
Czech Republic x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
Denmark x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/ NO KP tables
Estonia x x NO NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
Finland x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables
France x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/ NO KP tables
Germany x x x NIR 15 April Sub./Convention tables /KP tables x x x NIR 15 April Sub./Convention tables /KP tables
Greece x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables
Hungary x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables
Ireland x x x NIR 15 April Sub./Convention tables/KP tables NO NIR 15 April Sub./ NO Convention tables/ NO KP tables
Italy x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Latvia x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
Lithuania x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Luxembourg x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables
Malta NO NIR 15 April Sub./NO Convention tables/NO KP tables x x NIR 15 April Sub./Convention tables with few cells empty/NO KP tables
Netherlands x x x NIR 15 April Sub./Convention tables/ KP tables x x x NIR 15 April Sub./Convention tables/ KP tables with a lot of tables empty
Poland x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Portugal x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Romania x x x NIR 15 April Sub./Convention tables/KP tables/2014 and 2015 equal
data
x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Slovakia x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Slovenia x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
Spain x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
Sweden x x x NIR 15 April Sub./Convention tables/KP tables x x NIR 15 April Sub./Convention tables/NO KP tables
UK x x x NIR 15 April Sub./Convention tables/KP tables x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Iceland x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty x x x NIR 15 April Sub./Convention tables/KP tables with some cells empty
Total 26 27 27 28 28 17
Submission 2017 Submission 2016
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Emissions (+) and removals (-) trends: EU28 + ISL
OverviewUNFCCC reporting
In 2015, the LULUCF sector of the EU MS + ISL results in a total net sink of -297 Mt CO2eq, i.e. an increase of about 32% as compared to 1990. Harvested Wood Products in 2015 is a net sink of -29 Mt CO2eq. Emissions of CH4 and N2O offset about 4% of total annual carbon removals.
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Area trends: EU28 + ISL
The total reported area of the different land use categories in 2015 by EU MS and Iceland is 458 Mha. The changes in 2015 as compared to 1990 are: Settlements (+25%), Croplands (-6%), Forest land (+4%), Grassland (-5%), Wetlands (1%)
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0
100
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1990199219941996199820002002200420062008201020122014
EUforestconversionrates(kha/y)
LandconvertedtoFL
FLconvertedtootherlands
Forest conversions: area trends
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Emissions/removals from LULUCF in EU MS (year 2015)
In EU28, LULUCF offsets 7% of total GHGs (Forest offsets 10%)
-6 -2 -11 -21 -2 -5 7 -13 -47 -8 -2 -3 -11 7 -8 12 -33 -4 0 3 -8 -13 -16 -16 -33 -12 -94 -1 226 % contribution of LULUCF to total GHG emissions (without LULUCF)
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Land use changes represent 9% of EU area but account for > 20% of absolute emissions/removals of respective subcategories
The sink from conversions to FL (-53 MtCO2yr) and GL (-24 MtCO2/yr) compensated by emissions from conversions to CL (49 MtCO2/yr) and SL (47 MtCO2/yr).
Area of organic soils (18 Mha: 12 in FL, 2 in CL, 4 in GL) represents about 5% of the total area of FL + CL + GL in the EU, but their emissions (97 MtCO2/y: 18 in FL, 33 in CL and 46 in GL) account for 30% of net total LULUCF removals.
Biomass burning: about 6-7 MtCO2/yr (3-30, depending on the year)
The LULUCF “hotspots”
Overview
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Trends of emissions/removals (EU28 + ISL)
Forest land
MS emissions/removals (EU28 + ISL)
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Trends of emissions/removals (EU28 +ISL)
Cropland
MS emissions/removals (EU28 +ISL)
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Grassland
Trends of emissions/removals (EU28 + ISL)
MS emissions/removals (EU28 + ISL)
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Completeness of reporting of land uses (UNFCCC)
Completeness: FL > CL > GL > WLCompleteness of land use conversions > land use remaining the same
= estimate not mandatory under tier 1
Land Use Subcategory
Carbon pool
Living biomass Dead organic
matterSOC mineral
Forest Land FL-FL 100% 52% 34%L-FL 93% 72% 79%
CroplandCL-CL 83% 10% 72%L-CL 83% 66% 90%
GrasslandGL-GL 41% 14% 48%L-GL 90% 66% 93%
WetlandsWL-WL 17% 3% 38%
L-WL 83% 62% 86%
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Improvement in completenessCoverage of reporting of lands by C pool, from 2012 GHGI to 2017 GHGI
Nu
mb
er
of
MS
rep
ort
ing
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Recalculations in LULUCF at EU level
-450
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0
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MtCO2eq
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Uncertainties at MS level
Forest land: 10-70% for biomass (EU28 average ≈ 35%), 20-100% for dead organic matter (≈60%), 15-70% for mineral soils (≈60%) and 35-150% for organic soils (≈90%).
FM: ≈35%, Forest conversions (AR/D) ≈ 50-60%
Cropland & Grassland: high uncertainties (50-100%), especially for mineral/organic soils
Largest uncertainties shown in land conversions.
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EU28+ISL Net emissions (+) and removals (-), Mt CO2eq
1990 2013 2014 2015
ARF -55,6 -57,6 -59,0
DEF 41,7 41,2 40,2
FM -438,3 -424,8 -408,1
CM 66,9 61,5 55,3 56,4
GLM 55,5 46,2 45,8 45,4
RV -0,3 -1,8 -1,8 -1,8
KP reporting
Activities elected by MS:CM: DK, DE, IE, IT, PT, ES, UKGM: DK,DE, IE, IT, PT, UKRV: RO
Average accounting quantity 2013-2015,
credits (-) or debits (+)
≈ - 57
≈ + 41
≈ - 133
≈ - 10
≈ - 10
≈ - 1.5
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Afforestation/Reforestation
MS total ARF area 2015
MS emissions/removals
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Deforestation
MS total DEF area 2015
MS emissions/removals
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Forest Management
MS total FM area 2015
MS emissions/removals
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20
If methodological inconsistency exists between the FMRL and the FM reporting during the CP, to ensure consistency, Parties are required to apply a Technical Correction.
The Technical Correction (TC) is a net value of emissions /removals, which is added at the time of accounting to the original FMRL to ensure that accounted emissions / removals will not reflect the impact of methodological inconsistencies
Technical Correction = FMRLcorr - FMRL
TECHNICAL CORRECTIONS
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17 MS have implemented TC so far
FMRL value and Technical correction
Please remember to provide information on the rationale for calculating FMRLcorr and the method used in your NIRs !
IIASA/EFI/JRC provided so far new model runs for 3+3 MS (CZ, EE, FR + LT, LV, ES)
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FM data at the time of FRL submission 2011 (KP-2)
FRL KP-2
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GHGI 2017 (MFL)
FM data at the time of FRL submission 2011 (KP-2)
FRL KP-2
FM, FMRL and FMRLcorr (without HWP)
FMRLcorr
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23
NATURAL DISTURBANCES
• 14 MS and Iceland have stated their intention of excludingemissions resulting from natural disturbances under AR duringCP2
• 19 MS and Iceland have stated their intention of excludingemissions resulting from natural disturbances that affect areassubject to FM during CP2
• So far, emissions from natural disturbances have not beenexcluded from the accounting
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24
HARVESTED WOOD PRODUCTS
• All MS and Iceland used used the “Production approach” to estimatenet emissions and removals
• All MS used the default IPCC method (equation 2.8.3 of the 2013 KPSupplement), to allocate the carbon stock changes to specific forestactivities under Article 3(3), and Article 3(4).
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25
NEXT STEPS(outcomes of WG-I meeting 28th March 2017)
• 8th May: MS will send to Commission resubmissions of inventories (CRF tables and NIRs), which plan to resubmit to UNFCCC (27.5.2017) including the all technical corrections
• 27th May: resubmission of EU GHG inventory (CRF tables and NIR) to UNFCCC
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Thank you !
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MS trends of emissions/removals in FL-FL
Absolute levels and long-term trend affected by harvest, increments, age structure. Levels partially affected also by methods/definitions
Inter annual variability affected by natural disturbances (fires, storms) and harvest
Short-term trend also affected by the method (i.e. stock-change vs. gain-loss)
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Completeness of C pools reporting in KP activities
Completeness of C pools: AGB=BGB >Soil Min > Litter > DWCompleteness of mandatory activities: DEF > FM > AR Completeness of elected activities: RVE > CM > GM
= estimate not mandatory under CP 2
Are KP LULUCF estimates complete?
Above-ground
biomass
Below-ground
biomass
Litter Dead
wood
Soil Min Soil Org
ARF 93% 93% 86% 62% 76% 48%
DEF 90% 90% 90% 90% 93% 45%
FM 93% 93% 66% 69% 59% 52%
CM 100% 100% 43% 29% 100% 43%
GLM 83% 83% 33% 17% 100% 50%
RVE 100% 100% 100% 50% 100%
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29
INFORMATION USED TO ESTIMATE C CHANGES UNDER ARD, FM, CM&GLM ACTIVITIES
• Completeness of C pools reporting for AR activities is similar to reported inthe Convention tables, under D there is full reporting of C pools
• FM C pools are reported more with notation keys as compared to AR and D• mineral soils, litter and DW C pools when reported are estimated to be a
net sink of carbon under FM• organic soils are always reported as a net source whenever drainage took
place in such areas• reporting of C stock changes in litter, dead wood, and mineral soils carbon
pools was improved considerably in the last years• biomass is reported mainly as a net source under GLM and as a net sink
under CM• mineral soils are mainly reported as a net sink under GLM and as a net
source under CM
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30
CHECK LIST TO DETECT METHODOLOGICAL INCONSISTENCIES
AND NEED FOR TC
CriteriaAction
1 The method used for GHG reporting of FM or FL-FL changed after the adoption of FMRL
Calc
ula
te F
MRL
corr
ensuri
ng c
onsis
tency b
etw
een
report
ed F
M a
nd F
MRL
2. Any of the following methodological elements used for FMRL (as reported in the FMRL submission) changed after adoption of FMRL
Element Addition /modification in GHG inventory
a) Pools and gases New pools or gasesb) Area under FM Recalculated historical data* on area
c) Historical data for GHG inventory
Recalculated historical data* for FL-FL or FM.
d) Forest characteristics and management
Recalculated historical data*
e) Historical Harvesting rates
Recalculated historical data*
f) Climate data assumed by models for projecting FMRL
Different observed climate data as compared to what assumed in FMRL
g) Harvested wood products
New/recalculated data and/or methods
i) Natural disturbances New/recalculated data and/or method; inclusion of submitted (in 2015) or revised (later) background level and margin with assumptions different from FMRL
* data for the time period used in the construction of the FMRL