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www.sensor-ip.org110/04/2008 www.sensor-ip.org
Peter Verweij, Stefan Sieber, Dirk Pohle, Johnny Roller, Katharina Fricke, Jan-Erik Wien, Katharina Helming, Cesare Pacini, Hördur Haraldsson et al. Leibniz-Centre for Agricultural Landscape Research e.V., Wageningen University and Research Centre, Green world research- amongst others
SIATSustainability Impact Assessment Tool
Methodology and Functionality of Prototype II
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Sustainability Impact Assessment of multifunctional land use
Structure
Rationale
Methodology
Development
Prototype II
Acknowledgements
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Sustainability Impact Assessment of multifunctional land use
Rationale
Project aim – Focus for SIAT
To deliver ex-ante Impact Assessment Tools (SIAT) to support decision making on policies related to multifunctional land use in Europe and in targeted third countries (since Dec. 2006)
IA- Guidelines (EC 2005)
1 Identifying the policy problem
2 Defining the objective
3 Developing the main policy options
4 Analysing the impacts5 Comparing the options6 Outlining policy monitoring and evaluation
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Sustainability Impact Assessment of multifunctional land use
Methodology
Land use
functions
Agriculture ForestryNature
ConservationTransport
Infrastructure Energy Tourism
Production Economic SocialEnvironmental Cultural Ecologic
Multifunctionality
Thresholds
Targets
Region x Region y Region ... Region ... Region ... Region n
SustainabilityChoice Space
SustainableDevelopment
Thresholds
Targets
Region x Region y Region ... Region ... Region ... Region nRegion x Region y Region ... Region ... Region ... Region n
SustainabilityChoice Space
SustainableDevelopment
Approach – SIAT Implementation
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Sustainability Impact Assessment of multifunctional land use
Development
Methods – Complementary Application
Evolutionary rapid development & operational prototyping (Guida 1999)Requirement analysis by stakeholder involvement (Wiegers 2003).
(1) Reviewing and benchmarking of existing knowledge
(2) Adjustment of basic requirements
(3) Develop a simplistic Prototype
(4) Group discussions with end users
(5) Targeted input by expert interviews
(6) Final negotiation with regard to given capacities
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Sustainability Impact Assessment of multifunctional land use
Prototype II
Classification – Novel Model ChallengesComparative static Meta-Model
Trade offs across 6 sectors
SIA, policy impacts / valuation
Response protocols & knowledge rules
Stakeholder-validation
Server-based application
Flexibility (OpenMI)
Approx. 30 indicators, NUTX-level
Indicators, LUF, Thresholds
Transparency, Traceability
Definition
Methods
Results
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Sustainability Impact Assessment of multifunctional land use
Prototype II
Response Protocol – Functionality
Modelling framework
Indicator value
Interim results (land use)
Indicator 1
Indicator 2
Interim result
Policy variable
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Sustainability Impact Assessment of multifunctional land use
Prototype II
System Integration – State of the Art
Conceptual Design
Software Architecture
GUI design
Visualisation (mapping,
graphs, bar charts etc.)
Policy Case, Instruments
Indicator knowledge rules
Thresholds
Fact sheets & information
sheets
End User Tool Knowledge basef(x)=3X3+2
Text: The idicator isthe knowledge thatImplies.
Current integration state:
- 105 fact sheets- Respective long versions- 10 indicators - 10 causal chains- 1 policy case, 3 instr.(+1 in process)
Current integration state:
- complete system integration
- (to display full storyline)- graphical re-design- new GUI
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Sustainability Impact Assessment of multifunctional land use
Integrating conceptsEU Impact Assessment guidelinesMulti functionalitySustainable developmentResponse protocolsThresholdsTransparency
How to integrate ?
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Sustainability Impact Assessment of multifunctional land use
Tool releases
Proto1: integration conceptualisationMethod: throw awayNo quality assuranceStand aloneSample dataSample model Single user database
Proto2: operationalisationEvolutionary developmentQuality assurance started Web basedReal dataconnected (response) models (OpenMI)
Database server
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Sustainability Impact Assessment of multifunctional land use
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Sustainability Impact Assessment of multifunctional land use
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Sustainability Impact Assessment of multifunctional land use
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Sustainability Impact Assessment of multifunctional land use
Goods and services provided by different land uses, summarise most relevant soc, eco, env aspects
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Sustainability Impact Assessment of multifunctional land use
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Sustainability Impact Assessment of multifunctional land use
What nextQuality Assurance (e.g. auditing)Operational issues (server availability, maintenance)Prototype 3 (2009)
Compare different policy optionsAdd
Policy casesBaselinesIndicators
Context sensitive fact sheets (e.g. indicators)Include back tracing (e.g. region specific response function)
Siat architecture: slot 13, Wednesday afternoon
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Sustainability Impact Assessment of multifunctional land use
Acknowledgements
Joint product – We thank you so much!
M4
S I A TIntegration
M5Data & Indicator
Management
M6Sustainability Issues in
Sensitive Regions
M7Stakeholder Participation &
Insitutional Analysis
M1Scientific Co-ordination
M3Regional Sustainability
Problems, Risks &Thresholds
M2European Land Use Scenario Assessment & Forecasting
M4
S I A TIntegration
M5Data & Indicator
Management
M6Sustainability Issues in
Sensitive Regions
M7Stakeholder Participation &
Insitutional Analysis
M1Scientific Co-ordination
M3Regional Sustainability
Problems, Risks &Thresholds
M2European Land Use Scenario Assessment & Forecasting
Sensor consortium: targeted input for SIAT
Software architecture, conceptual design
(Peter Verweij, Johnny te Roller,
Bas vanMeuleBrouk, Rob Knapen)
Knowledge integration
(Dirk Pohle, Katharina Fricke et al.)
Scaling / Aggregation methods
(Cesare Pacini)
Causal chains
(Hördur Haraldsson, Harald Sverdrup)
Visualisation approach
(Ricardo Cabra, Bernhard Snizek, Stefan Seifert et al.)
39 institutes
Alterra
Zalf
DEART
LUND
LIFE + TUM