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Social Ecological System Health (SESH) Indicators Summary & feedback of the HEcoSEA workshop @Montpellier, France
Panomsak Promburom Center for Agricultural Resource System Research (CARSR), Chiang Mai University
GREASE Annual Meeting 2019 28-30 May 2019, Ho Chi Minh, Vietnam
SES health
Social-Ecological System & Health
Societal system (interactions & dynamics) Natural ecosystem
(interactions & dynamics)
policy & Economic climate
Diverse point of view, interest & value
Human health
Agriculture
Animal health
Biodiversity
Ecology
Economic
Social
The proposed intervention, expected changes, M&E (+indicators) should address & balance the diverse interests & value.
- Good income - Good infrastructure - Secured and enjoy - Healthy ??
- Reduce poverty - Increase GDP - Popularity - Food & energy nexus
Environment
SES
Human
Animals
Socio-Econom
Ecological system
Social System
Humans Animals
Socio-Ecological System (SES)
Socio-Econ. Health
Human Health
Env. Health
Anim. Health
SES Health
SESH = f(SEH*HH*AH*EH*Interactions)
Negotiation for addressing & balancing diverse interests across sectors.
Challenges Socio-Econ.
Health
Human Health
Env. Health
Anim. Health
SES Health
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What is the added value of the participatory approach contributes to SESH intervention?
Co-design of an accurate framework and method for M&E pathway.
HEcoSEA: Towards Healthy Socio-Ecological System in SE-ASIA
Workshop: Co-construction of Health indicators for socio-ecological systems
@Agropolis, CIRAD, Montpellier, France 13-15 May 2019
Bio-Div. index
Bio-Div. level
Bio-Div. dimension
Richness
Evenness
Genetic
species
• Taxonomic • Phylogenetic • Genetic • Functional • Spatial • Interaction • Landscape
landscape
Bio-Div. index Bio-Div. dimension
More richness, Less evenness
Less richness, more evenness
Bio-Div. level
Genetic
species
landscape
- Structure & process
- Services
Me
asu
rin
g Vegetation
Habitat
Animal population
Biodiv. index indicates components, their attributes, and relationships.
Research questions
Current context 1. How to measure climate resilience?
2. What is eco-(system-based)-friendly adaptation?
Desirable future context
3. How can we transform agri-sys toward more resilience?
4. How to measure “changes” (agri-sys & resilience)?
Dimension of resilience
The
ory
of
Ch
ange
Indicators: Adaptive capacity indicators Indicators: Changes in agriculture
Indicators: Vulnerability
Resilience
Aurelie de Romemont & Genowefa Blundo-Camp
Translate a change process into change dimensions and indicators – Different
experiences and the challenge for ImpressS
Objectives & intentions: • Co-build plausible pathways using
shared knowledge.
• Effective strategic planning & M&E • Mean for better communication
Learn the past experiences (Cirad’s cases)
Strategic co-design pathway to achieve agreed desirable impact
Impact pathway & Theory of Change
Panomsak Promburom CARSR,Chiang Mai University
Companion Modelling (ComMod) processes
1. Agree on & define the problem/issue to be examined.
2. Co-construct a common representation of system context.
3. Establish dialogue & agree upon desirable long term goals.
4. Participatory strategic planning as means or pathways to achieve the goals.
5. Explore/assess possible scenarios with stakeholders.
6. Identify stakeholders’ coordination mechanisms, intervention points: needs of
technological and / or organizational /institutional innovations.
7. Negotiate a collective action plan.
8. Monitoring & evaluation.
Problem problem to be addressed/tackled & issue @ stake
Actors who contributes to /affected by the problem/issue
Resources key resources in the SES
Dynamics dynamics that drive evolution of the SES
Interactions Interaction of keys components in the SES
PARDI Actor diagram
Strategic stakeholder analysis
Theory of Change
Complex SES & issue of concern
PARDI
Expected changes
- To know better
- To give knowledge
- To act/interact
- To be able to
- To aware/concern
- To change behavior
- To …
The GERDAL approach: an approach based
on a comprehensive socio-technical analysis of change processes to support stakeholder
Fanny Bouyer et Claire Ruault
Objective: To facilitate the emergence of solutions / action plans negotiated by groups of peers/ mixed stakeholders.
How?: By stimulating the interactions between stakeholders
Process?: 1. Agree-upon a common problem/
concern. 2. “Co-think” (dialogue) how the
problem emerged, caused by people action? Why they did they act so?
3. Desirable changes/transformation 4. Chang of practices that are needed 5. Co-conception of solutions
Different points of vies different links to the reality, different criteria of assessment
M&
E d
ime
nsi
on
Process: • Participatory consensus of driver
indicators (subjective) • Screening and prioritizing impact of
the drivers (evolving of indicators through participatory workshop)
• Develop future scenarios
• Develop and compromise strategies (using “belief statement”) expresses by stakeholders.
• Develop agent-based model, collect corresponding data
• Trial the proposed development strategies.
Guillume Deffuant, Irstea, France
Satisfactoryrange
Viabilitykernel
ResilienceBasin limit
Managedtrajectory
Idea: • Viability theory (≠ sustainability &
robustness) • Using mathematical model to trial set
of management (indicators) Human-wildlife conflict & resource management
Indicators & modelling for evaluation of N leaching
Multi-stages -level indicators & framework • Local / global, individual / collective
• Human & other bio-physical components
• Changes of stakeholders’ attribute (interaction, capacity, etc.)
• Subjective vs scientific –based
• Output, outcome, impact & progress of indicators along the pathway.
• Balance and compromise different views
• Actors/stakeholder participation is essential
• System thinking, Theory of Change, impact/outcome pathway and future visioning are common.
• Relevant framework/method: – Sustainable livelihood framework (SLF)
– Biodiversity
– Driver-Pressure-State-Impact-Response (DPSIR)
– Stakeholder analysis and management
– Participatory modelling
Time & resource consumed