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Building Resilience to Climate Change by
Sustaining Ecosystem Services through Improved
Watershed ManagementJennie Barron
Theme Leader – Sustainable Agricultural Water ManagementRoundtable on Building Resilience to Climate Change through Community Dialogues
September 20, 2016, Addis Ababa
Photos: IWMI
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Presentation Summary
i. Purpose and fit of initiative: The relevance of “resilience”
ii. Results 1: A review of tools for assessing resilience in smallholder context
iii. Ways forward
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i. Purpose and fit of initiative: The relevance of “resilience”
Photos: IWMI
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Building resilience: recognizing the need to strengthen multiple aspects of livelihoods and landscape to transform
• Taking a systems perspective
• Recognizing changes, some which can be managed, some which are outside of control
• Not lose sight of development and sustainability aspirations
transformation system
systempressure
responses systemmitigationadaptation
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Landscape/watershed (social-ecological system)
Adaptability Transformability
LivelihoodsEcosystem
services
Climate
Landusechange
Policies
Resilience
Pressures and changes
Building resilience: facilitating for taking ownership of development
Photos: IWMI
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Policy and investors want resilient (food) systems
• Building resilience and adaptive capacity of the poor to climate change and other economic, social and environmental shocks (SDG 1 and 13)
• Strengthening the resilience of interconnected hydrologic, social and ecological systems (SDG 6, 11 and 14)
• Enhanced resilience of people, communities and ecosystems is key to sustainable agriculture (FAO-SFA)
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Clear response from from national, regional actors
6. Commitment to Enhancing Resilience in livelihoods and production systems to climate variability and other shocks
• Ensure that by 2025, at least 30% of farm/pastoral households are resilient to shocks
• Enhance investments for resilience building initiatives, including social security for rural workers and other vulnerable social groups, as well as for vulnerable ecosystems;
• Mainstream resilience and risk management in policies, strategies and investment plans.
2014 Malabo Declaration, and CAADP, 2015
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Building Resilience to Climate Change by Sustaining Ecosystem Services through Improved Watershed Management
OBJECTIVE:develop a practical, participatory tool that will facilitate community dialogue to create a locally-owned and shared watershed action plan that serves as a ‘road map’ to build climate resilience through sustainable water, land and ecosystems management.
Added value : • Resilience building in social ecological systems• Explicitly consider ecosystem services • Practical and pragmatic• Strengthen participation and local ownership
The project objective
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The project components
Zenebe Adimassu : climatic variations
over time; landscape/landuse
transformations
GebreGebrgzhiaber:
context of relevant policy and actors In
Ethiopia
Liza Debevec+team : draft
protocol / pilot tool developed
and tested testing in 2 communities
Roundtableand
consultation
Review on existing tools
and components
Reference database on
resilience concepts
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ii. Results: A review of tools for assessing
resilience in smallholder context
Photos: IWMI
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What we know from the literature
• Resilience has emerged as a key concept for policy and program development.
• Yet it is not necessarily an agreed, well-defined concept
• Different communities of practice have different workable definitions (Debevec et al. forthcoming).
Google trends: popularity of Google searches between 2004 and 2015 for the term (a) “resilience” and (b) “climate resilience”.
0
20
4
0
60
8
0
100
0
20
4
0
60
8
0
100
2005 2007 2009 2011 2013 2015Tota
l se
arch
es
rela
tive
to
hig
hes
t n
um
ber
of s
ear
ches
Douxchamps et al (submitted)
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What we know from the literature
• Numerous frameworks have been developed in the last few years that attempt to address resilience from a systems perspective, i.e., as the sum of a range of characteristics (e.g., UNU-IAS, CRISTAL, Tearfund, …)
• Yet, many of these do not explicitly examine AWM or smallholder farming development or require complex measures or methods for which data is often not readily available (Douxchamps et al. forthcoming)
• In review <50 tools/approaches, and ultimately 13 that could be included
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Tools vary in cover, approach and data intensity
PracticeTheory
Tim
e n
ee
de
d(a
ssu
me
do
ne
by
spe
cial
ists
)
FAO/RIMA
GIZ/clim. res. assess. tools
1 day
1 week
1 month
1 year
ObjectiveQuantitativeSurvey data
SubjectiveQualitativeParticipatory
IUCN/CRiSTAL
Care/CVCA
IISD/CRiSTAL 2
IIED/TAMD
ACCRA/LAC
Oxfam/resilience index
CSIRO/RATALF
UNDP/CoBRA
field studydesk study
Florence/resilience index
Tearfund/CEDRA
Tufts/LCOT
UNU-IAS/Indicators of resilience
FAO/SHARP
vulnerability
risk
well-being
adaptation
transformation
Focus
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Vulnerability Risk Well-being
Adaptation TransformationAssets
Use of assets
Capacities
Stability/shocks
Social
Ecological
Systemic
system state
context
disturbance
Douxchamps et al forthcoming
Choice of indicators and linkages to theoretical
frameworks
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• Resilience measurement seems to remain embedded in classical approaches, often missing systemic dimensions
• More work is needed on indicators of community and higher system level
• Need to better make use of systemic indicators as well as indicators of stability and shocks
• There are no direct indicators for transformation
• There is a lack of reported outcomes from tools application
What we know from the literature:
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• Both quantitative and qualitative data is needed
• A clear pathway to well-being, or any development outcome, should be discussed through system-oriented approaches, to discard potential undesired resilient states
• Transformation to alternative livelihood optionsshould be considered
What we know from the literature:
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Thank you for your attention.
For more information, please contact:
Jennie BARRON
This work was supported by the United States Agency for International Development (USAID) CGIAR-natural resource management (NRM) Public
International Organization (PIO) grant no. EEM-G—00-04-00010 with additional support from the CGIAR Research Program on Water, Land and
Ecosystems (WLE).
Ethiopia policy context
• Ethiopia’s Climate-Resilient Green Economy
– Agriculture: Improving crop and livestock production practices for higher food security and farmer income while reducing emissions
• Ethiopian Agricultural Growth Program (AGP)
– Agricultural Production and commercialization; small-scale infrastructure (incl irrigation)
• Ethiopian Government Agricultural Transformation Pillars (GTP II)
– Agricultural productivity and production; environmental sustainability market access and institutions
FAO (25Jan16)” …a common interest in developing activities on resilience knowledge management and linking research with practice but also a concern on the need to frame the concept of resilience for our purposes”.
Ethiopia watershed for ‘proof of concept’
EmbahastiBoroda
Photos: Zenebe Adimassu / IWMI
Today we would appreciate comments and guidance include:
1. Are there additional or alternative indicators (or proxies) that should be considered, in particular in light of the desire to keep the framework practical?
2. How can community aspirations be better incorporated into and/or inform resilience assessments to support desired development trajectories (and/or avoid undesired consequences)?
3. How can evaluations of agro-ecosystem resilience include not only assessment of capacities to adapt but also capacities to transform to new development trajectories.
Project Objective
• Translate theory and current measures of resilienceinto practical approaches…
• To identify where, when and how improved water management strategies can strengthen the resilience of agro-ecological landscapes subject to transforming livelihood, climate and ecosystem services.