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ENCA-QSP SYSTEMTO PRODUCE SEEA-EEA THEMATIC ECOSYSTEM ACCOUNTS
Bruno Smets, VITOContributions by Jazmin Arguello (IXXI/VITO) and Jean-Louis Weber (International consultant)
17/02/2020
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SEE THEBIGGERPICTURE
remotesensing.vito.be
CLEANTECH & SUSTAINABLE DEVELOPMENT
Energy Materials Chemistry
Health Land use
Technology to accelerate the transition to a more sustainable world
Remote SensingModelling
ECOSYSTEM DEGRADATION IN WEST-AFRICA
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Doubling of rural population & agriculture-dependent people loving below poverty by 2030Agriculture productivity raising, but not fast enough to keep pace with population growthImpact from climate changeMore investments in dryland areas, threatening biodiversityRegion projected to be more affected by habitat destruction than else on earth by 2100
85 .. (Nigeria).. 155 (CAF)
Context Method Results Next Conclude
IUCN PACO
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PAPBIO
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▪ 4.1 : Create an operational regional framework for coordination, management and monitoring of Protected Areas (PA).
▪ 4.2 : Strengthen regional mechanisms for conservation and sustainable managent of coastalecosystems.
▪ 4.3 : Support mechanisms for monitoring the management of PA from the state of the environment and climate change at regional and national level.
▪ 4.4 : Improve the coordination and management of PA with the implementation of variousregional sectoral policies, programs and/or strategies.
▪ 4.5 : Establish regional capacity for ecosystem natural capital accounting.
▪ 4.6 : Develop a harmonized reporting system usable by all Protected Areas.
Programme d'appui pour la préservation de la biodiversité et les écosystèmes fragiles,
à la gouvernance environnementale et au changement climatique en Afrique de l’Ouest
8.8M€
Context Method Results Next Conclude
‘ECOSYSTEM ACCOUNTING’ FOR PAPBIO (A4.5)
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Integrate inRegional Reference Information System for biodiversity and protected areas Management (RRIS2.0)
Phase 22021-2023, Consolidate platformDeploy platform to regional/national center(s)Apply to parcs in l’UEMOA / CEDEAO
Phase 12019-2021, Setup platformDemonstrate Niokolo/Fouta Djallon
UsabilitySustainability
Context Method Results Next Conclude
ECOSYSTEM ACCOUNTING PHASE 1 (PHYSICAL ACCOUNTS & ECOSYSTEM SERVICES)
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Massif de Fouta Djallon – basins• 38.4 Mha, crossing 5 countries• Relief avg. 0-1500m• High temperate (25°-28°C)• Seasonal pluvo (650 – 2400 mm/yr)• Land cover (84% natveg, 14% shifting cultivation)• Stress: increase agriculture, mining, hydro-dams
Trans-border parc• 1.4 Mha (Cat II)• Relief 311m• Tropical 25°-33°C• Pluvo 900 – 1200mm• Stress: forest-cut, poaching,
mining, agriculture, water pollution
Local new parc (0.5 Mha)
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FOUTA DJALLON HIGHLANDS
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ECOSYSTEM ACCOUNTING
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User Needs• Three workshops, link observatory
Methodology• ENCA-QSP
Data• Variety&Value ; Availability• Earth observation
System• Process
Context Method Results Next Conclude
ENCA-QSP: A QUICK START PACKAGE TO SUPPORT THE EXPERIMENTATION OF THE SEEA-EXPERIMENTAL ECOSYSTEM ACCOUNTS
The Ecosystem Natural Capital Accounts manual is a response tothe requirement of the CBD Aichi Target 2 call for incorporating,as appropriate and by 2020 at the latest, biodiversity values intonational accounting.
A technical accounting framework for measuring ecosystemsustainable capacity, resilience and economic sectors’accountability to the ecosystem. It includes a set of tables andcompilation guidance
A “distribution” (in the sense used for open source software) ofthe SEEA-EEA, aimed at putting it to workA Quick Start Package
Supported by a tutorial for technical training of experts(Kangaré)
http://www.ecosystemaccounting.net/
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Resilience or HealthIndices
Land cover accounts (ha) + hydrographic networks
Carbon Balance (tonnes, joules…)
Water Balance(m3)
Balance of Ecosystem/Biodiversity
Infrastructure(weighted ha or km)
ENCA, AN INTEGRATED ACCOUNTING FRAMEWORK
Unit Ecological Value (in ECU):
➔ Total Ecosystemic Capability
Balance Sheet of Ecological debts
and credits in €A
cco
un
tso
f Q
ua
nti
ties
of
Res
ou
rces
Sustainable Use Indices
Resilience or HealthIndices
Sustainable Use Indices
Resilience or HealthIndices
Sustainable Use Indices
Balance Sheet of Ecological debts
and credits in ECU
Restoration, Compensation,
Depreciation
costs (€)
Mapping and Assessment of
EcosystemServices in
physical units
Valeur des services
écosystémiques
Mapping and Assessment of
EcosystemServices in
physical units
Mapping and Assessment of
EcosystemServices in
physical units
Mapping and Assessment of
EcosystemServices in
physical units
Valeur des services
écosystémiques
Valeur des services
écosystémiques
Value of Ecosystem
Services (€)
Addition isimpossible
!
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Source: J.L. Weber
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SYSTEM AND SERVICES APPROACHES
Ecosystem Stocks & Flows,Extent & Condition
Maintenance & remediation costs, Ecological Taxes,
Mitigation banking/ Offset Certificates...
Physical ecosystemsNatural & modified inland socio-ecosystems + Sea, Atmosphere
Total Ecosystem Capability
(in ECU)Degradation / Enhancement
Ecosystem services valuation (market & shadow prices),
Payments for Ecosystem ServicesWealth assessments
Monetary values
Bundle of intangible ecosystem
infrastructure functional
services (indirect
measurement)
Ecosystem carbon, biomass
Ecosystem water
Balance,Sustainable Use Index
Health Index
Balance,Sustainable Use Index
Health Index
Balance, (systems potential)
Sustainable Use Index
Health Index(incl. Biodiversity
change)
Ecosystem capital productivity & resilience
Service h: e.g. Water regulation/ floods
Service g: e.g. Water regulation/ purification
Service d: e.g. Fresh water provision/ green water
Service c: e.g. Fresh water provision/ blue water
Service b: e.g. Timber provision
Service l: e.g. Non-use values
Service j: e.g. Tourism inputs
Service a: e.g. Food provision
Service k: e.g. Symbolic values
Service f: e.g. Pollination
Service e: e.g. Habitat
Service i: e.g. Recreation
Service g $ valuation
Service a $ valuation
Service c $ valuation
Service b $ valuation
Service e $ valuation
Service d $ valuation
Service f $ valuation
Service h $ valuation
Service i $ valuation
Service j $ valuation
Service k $ valuation
Service l $ valuation
Integrity of ecosystem structures & functionsSustainability of ecosystem services delivery
& Ecosystem servicesProvisioning, regulating& socio-cultural services
Source: J.L. Weber17/02/2020
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EARTH OBSERVATION : SPATIAL & TEMPORAL COVERAGE
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Context Method Results Next Conclude
Source: http://www.acgeospatial.co.uk/natural-capital-earth-observation/
land.copernicus.eu/global/lcviewer
DYNAMIC GLOBAL LAND COVER LAYERS
Discrete Map (23 classes)
Collection Status Spatial Temporal Sensor Training Points Accuracy1
1 Demonstration Africa 2015 PROBA-V 26.000 (‘15) 74%
2 OperationalDemonstration*
GlobalAfrica
20152015 – 2018
PROBA-V 141.000 (‘15) 80%
3 In production Global 2015 – 2019 PROBA-V, Sentinel-2 155.000 (‘15) 80%
- Planned Global 2019 – … Sentinel-1, Sentinel-2 tbd (‘20) Target ≥80%(*) under release test (1) independent validation per CEOS-LPV
Quality Indicators(*) example over Africa, global maps under release test
Input data QI
Algorithm QI (7)
Spatial AccuracyMap*
Continuous Covers
Bare Snow
Crops Tree
Grass Urban
Moss Permanent water
shrub Seasonal water
A systematic SERVICE providing a DYNAMIC, YEARLY,
USER- ORIENTED product at GLOBAL scale
@ 100m resolution from 2015 onwards
10 Continuous Covers (0-100%)Permanent water is derived from GSWE (Pekel et al.)
Built-up is derived from WSF (Marconcini et al.)
[regional 30m to 1984][ESA WorldCover 10m]
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100m=1ha
KYRGYZSTAN , AN EXAMPLE
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Forests 0 – 100%
Grassland 0 – 100%
Cropland 0 – 100%
Built-up 0 – 100%
Bisjkek
THE ENCA SYSTEM (PLATFORM)
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https://terrascope.be/en
Automated workflows
Satellite images
Hotspots
Socio-economicdata and statistics
(by regions)
Classify, aggregate
& map
Extrapolate
Overlay & integrate
Data input Data assimilation(e.g. within 1 ha grids)
Accounts integration, analysis & reporting at
various scales
Statistical & geographical
referencedatasets
Extract, cross-check
codification
Disaggregate & map
Data from monitoting stations, samples
Data QA/QC, analysis & processing
➔ ➔
Analyse & process
Generalisedmonitoring data
Administrative divisions,
management areas…
➔
Data extraction
Socio-ecological units, river catchments or risk perimeters…Data model
Collect
Tables
Graphs
Maps
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ENCA INITIAL RESULTS : FOUTA DJALLON (NOV 2019)
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Land Cover
C
carbon
W
water
I
infrastructure
Ecosystem capital capability
Biophysical accounts of systems(by spatial units)
NLEP
Net landscape ecosystem potential (first step of
ecosystem infrastructure functional services)
Limited
Context Method Results Next Conclude
FDH LEAC INITIAL RESULTS
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10 21 22 24 29 31 32 33 34 35 36 41 51 55 99 Unit: hectare
LAND COVER ACCOUNTS 2000-2015
Data source : ESACCI LC 300m reclassified
Region : Fouta Djallon
RUN : 07
Date : 2019.11.19
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STOCK LAND COVER 2000 35490 4249792 0 4901861 13320 20947538 7744168 3485 46509 0 0 5672 296554 0 0 38244389
lcf1 Artificialisation 0 9529 0 17664 678 2215 3380 10 267 0 0 267 334 0 0 34345
lcf2 Extension de l'agriculture 10 0 0 6092 29 214221 163234 0 86 0 0 0 917 0 0 384588
lcf3 Conversions et rotations internes 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
lcf4 Gestion et altération des espaces forestiers 0 0 0 0 0 15057 323986 0 258 0 0 0 0 0 0 339301
lcf5 Restauration et création d'habitats 0 26802 0 151481 48 0 0 0 0 0 0 0 0 0 0 178330
lcf6 Changements dus à des causes naturelles et multiples 10 8297 0 12728 0 134 334 296 10 0 0 2635 9624 0 0 34068
lcf7 Autres changements des terres nca et réévaluation 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
Total consumption of land cover (losses) 19 44628 0 187964 754 231627 490935 306 621 0 0 2903 10875 0 0 970631
lcf9 No observed change 35471 4205165 0 4713897 12565 20715911 7253233 3180 45888 0 0 2769 285679 0 0 37273758
lcf1 Artificialisation 32750 0 0 0 0 0 0 0 0 0 0 0 1595 0 0 34345
lcf2 Extension de l'agriculture 0 170262 0 214326 0 0 0 0 0 0 0 0 0 0 0 384588
lcf3 Conversions et rotations internes 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
lcf4 Gestion et altération des espaces forestiers 0 0 0 0 0 324244 14198 76 783 0 0 0 0 0 0 339301
lcf5 Restauration et création d'habitats 0 0 0 5271 0 171809 0 0 1251 0 0 0 0 0 0 178330
lcf6 Changements dus à des causes naturelles et multiples 0 0 0 0 172 7008 24262 286 181 0 0 2158 0 0 0 34068
lcf7 Autres changements des terres nca et réévaluation 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
Total formation of land cover (gains) 32750 170262 0 219597 172 503061 38460 363 2215 0 0 2158 1595 0 0 970631
lcf9 No observed change 35471 4205165 0 4713897 12565 20715911 7253233 3180 45888 0 0 2769 285679 0 0 37273758
STOCK LAND COVER 2015 68221 4375426 0 4933494 12737 21218972 7291693 3542 48103 0 0 4927 287274 0 0 38244389
Net change 32731 125634 0 31633 -582 271433 -452475 57 1595 0 0 -745 -9281 0 0 0
Net change % 2000 92% 3% 0% 1% -4% 1% -6% 2% 3% 0% 0% -13% -3% 0% 0% 0%
Net turnover 32769 214890 0 407561 926 734688 529394 668 2836 0 0 5060 12470 0 0 1941262
Net turnover % 2000 92% 5% 0% 8% 7% 4% 7% 19% 6% 0% 0% 89% 4% 0% 0% 5%
Context Method Results Next Conclude
FDH NLEP INITIAL RESULTS
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Net Landscape Ecosystem PotentialCapacity of ecosystem to deliver functional services
NLEP = Frag * (GBLI + Naturalis)Frag : index of land fragmentationGBLI : index of greennessNaturalis : index of conservation value
Context Method Results Next Conclude
KYRGYSTAN – LAND COVER RECLASSIFIED
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KYRGYSTAN – LAND COVER FLOWS
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Context Method Results Next Conclude
KYRGYSTAN – FRAGMENTATION & NATURALIS
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Context Method Results Next Conclude
KYRGYZSTAN – GBLI & CHANGE 2000 - 2015
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35
-25
0
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NEXT STEPS
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Start phase 1
Technical workshop 1 Technical workshop 2/ Policy workshop 1
Technical workshop 3/Policy Workshop 2
WCC2020 conference
Nov 2019 Jun 2020 Sept 2020 Feb 2021
End phase 1
May 2019
Kick-off
2000, 2010, 2015 … yearly
Level Etape 1 Etape 2 Etape 3
Regional(Fouta Djallon)
Infra (NLEP)
ECU (+Carbon, Water)
ECU services
Transborder(Niokolo PA)
Infra(+biodiversity)
ECU
Local(Moyen Baffing PA)
Infra (+biodiversity)
ECULand Cover
C
carbon
W
water
I
infrastructure
Ecosystem capital capability
Biophysical accounts of systems(by spatial units)
Context Method Results Next Conclude
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CARBON ACCOUNT (RHONE VALLEY)
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See poster Jazmín Argüello Velázquez
Context Method Results Next Conclude
Sustainable Intensity of Use
WATER ACCOUNT (RHONE VALLEY)
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See poster Jazmín Argüello Velázquez
Context Method Results Next Conclude
Changes in ecological status(weighted srkm_R, %)
ECOSYSTEM CAPABILITY UNIT – ECU (RHONE VALLEY)
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See poster Jazmín Argüello Velázquez
Context Method Results Next Conclude
Per DLCT Systems approach to ecosystem capital accounting
Intrinsic value measured throughintegrating Carbon, Water, Infrastructure
General erosion/degradation ofecosystem capital shown mainly in ForestAnd Natural Grassland
Link to GDP, services to be explored
Source: NYT
ENCA-QSP IN ECOSEO, THE OBSERVATORY OF ES ON THE GUIANA(S) SHIELD
Context Method Results Next Conclude
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CONCLUSIONS
• Methodology for integrated ecosystem account available
• Earth Observation enables the 1st level calculations
• Local datasets needed to refine, also complicates
• Thematic accounts can support accounting services
• System not restricted to single use
Thank You !Bruno [email protected]
Context Method Results Next Conclude
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