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Approach and Objectives of the EU MAES Process as an
Examplefor Regional Cooperation
Markus Erhard European Environment Agency (EEA)Kongens Nytorv 6, 1050 Copenhagen K, DENMARK
TEEB Workshop, Vilm, 21-24 May 2013
EU Biodiversity Strategy to 2020 Target 2
By 2020, ecosystem services are maintained and enhanced through the establishment of Green Infrastructure and the restoration of at least 15% of degraded ecosystems. •Action 5: Improve knowledge about ecosystems and their services in the EU MAES Working Group (Mapping and Assessment of Ecosystems and their Services)Target setting•Action 6: Establish priorities for restoration and promote the use of Green Infrastructure •Action 7: Ensure no net loss of biodiversity and ecosystem services
Ecosystem Assessment in EU Biodiversity Strategy to
2020Action 5 under Target 2 of the Biodiversity Strategy to 2020:
”Member States, with the assistance of the Commission, will map and assess the state of ecosystems and their services in their national territory by 2014, assess the economic value of such services, and promote the integration of these values into accounting and reporting systems at EU and national level by 2020.”
Ecosystems (ES) – Ecosystem Services (ESS)
WHY:
To address multiple use of ecosystems (demand
for services) in relation to multi-functionality of
ecosystems
synergies and trade-offs
Landuse
Tourism
Oil & Gas
Coastal defencePorts &
Navigation
Military activities
CultureConservationDredging &
DisposalSubmarine
cablesFishing Renewab
le energy
Marine recreation
Mineral extraction
Mariculture
Vision: to map and assess ecosystems and their services e.g. coastal, marine and maritime space
Sou
rce: D
EFR
A
MAES Analytical Framework
http://ec.europa.eu/environment/nature/knowledge/ecosystem_assessment/pdf/
MAESWorkingPaper2013.pdf
Matrix Approach: from Baseline 2010 (Rubicode, UK-NEA etc.) to 2014 MAES-0 baseline
4 steps of implementationUntil 2014/2015
I.Biophysical baseline mapping and assessment of the state of major
ecosystems (EEA); MAES-0 baseline scenario 2014
II.Biophysical baseline mapping and assessment of defined
ecosystem services (JRC);
Until 2020
III.Alignment of ecosystem service assessments with scenarios of
future changes;
IV.Valuation of ecosystem services for baseline and contrasting
scenarios and integration into environmental and economic
accounting.
Building Blocks 1(3)• Ecosystem typology and ecosystem service classification
(CICES v4.3 www.cices.eu) MAES analytical
framework
• Ecosystem mapping and assessment (conditions and
trends for MAES-0 baseline 2014) EEA
• Ecosystem service assessment (PRESS, OPERAS,
OPENESS etc.) JRC
• Integrate reporting data (HD/BD, WFD. MSFD etc.) and
reference data (land cover, DEM, soil, geology)
• Link to research and Conventions (IPBES, TEEB)
Building Blocks 2(3)• Learn from Member States approaches (MESEU Project)
• Use Ecosystem Capital Accounts (ECA) – water, land,
carbon
• Streamline vs. targets (Action 6, 7):
Restoration and Prioritization Framework (RPF)
No net loss (NNL)
Green Infrastructure (EU Communication Paper)
• Develop scenarios to 2020 (Quickscan tool)
• BISE platform for Information exchange: literature, data,
review (virtual library)
• Communication and outreach (e.g. Eye on Earth)
Sources: CLC 2006. Legend: 1km and 5 km refer to the radius used for the CORILIS.
Green Infrastructure e.g. Brussels
Green : Green infrastructure Red : potentially affected by built-up areas
ILLUSTRATIVE EXAMPLE FOR A MEMBER STATE WITH HIGH COVERAGE OF NATURAL AREAS
Types of areas Base-line
By 2020 (and net gain) By 2050
LEVEL 1
Key species, properties and processes of ecosystems and their functions are restored
‘wilderness’ areas and N2000 sites in FCS
30%32%
(+ 2% from L2)
40% (+ 8% from
L2)
LEVEL 2
Abiotic and/or biotic factors largely in good condition but still restoration management measures required
N2000 sites not in FCS, national parks, …
15%
28%(+ 15% from
L3; - 2% to L1)
35%(+15% from L3; - 8% to
L1)
LEVEL 3
Abiotic factors in moderate to good condition; severe problems with one or more biotic factors
Non-protected rural areas, not including intensive agriculture
30%
16% (+ 1% from
L4; - 15% to L2)
10% (+ 9% from L4; - 15% to
L3)
LEVEL 4
Severe problems with one or more abiotic factors e.g. excessive nitrate load in groundwater; severe problems with several biotic factors; no traces of original ecosystem visible
‘transformed ecosystems’ (e.g. Intensive agriculture, build urban areas, roads, airports, quarries, brownfield areas, heavily modified water bodies)
25% 24%15% (non-
restorable)
TOTAL SURFACE 100% TOTAL ‘RESTORABLE’ SURFACE 55%
TOTAL ‘RESTORED’ SURFACE (cumulative starting from baseline) 18% 50%
RESSTORATION
DEGRADATION
Restoration and Prioritisation Framework (RPF)
4 level approach
Courtesy: ARCADIS draft, April 2013
Building Blocks 3(3)• 6 pilot studies to explore data, methodology, scaling
etc.
1. Nature attribution species data to ecosystem conditions
2. Agro-ecosystems using IACS/LPIS data for assessing
agro-ecosystems
3. Forest ecosystem services and trade-offs e.g.
sequestration – biodiversity
4. Freshwater ecological status data for freshwater
ecosystem (WFD) – incl. Wetlands
5. Marine MSFD and IMP data integration for marine
ecosystems assessments
6. Natural capital accounting explorative
• Integration: climate change, vulnerability and adaptation,
resource efficiency (EU Horizon 2020 targets)
• Knowledge base: evidence incl. co-forcing / synergies /
trade-offs
• Methodology: assessment, harmonization, scaling issues,
spatial explicity (incl. trajectories), multiple service valuation
(integration, aggregation), monetization
• Use of and need for indicators
To be further explored
Thank you for your attention
EEA: http://www.eea.europa.eu/Ecosystem Assessment: http://biodiversity.europa.eu/ecosystem-assessmentsEcosystem Service Classification: www.cices.euEU Beyond GDP: http://www.beyond-gdp.eu/UNSD-SEEA: http://unstats.un.org/unsd/envaccounting/seea.aspEye on Earth: http://watch.eyeonearth.org/