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Global Climate Change AllianceSupport Facility
Module 5
Raising awareness
and building partnershipsand building partnerships
Training workshops onmainstreaming climate change
Tools supporting awareness raisingand partnership building
Assessingevidence
Vulnerability andadaptation
assessments
Engaging keyactors
Awarenessraising &
partnership
2
assessments
Macro and mesoeconomicanalysis
Demonstration orpilot projects
Communication& advocacy
strategy
Nationalconsensus on
and commitmentto climate-
resilient and low-emission
development
partnershipbuilding
Adapted from: UNDP-UNEP (2011)
Vulnerability and adaptationassessment
• A vulnerability and adaptation assessmentwould typically focus on 3 units of analysis:
– Places: land, water, ecosystems, ‘natural capital’ and‘built infrastructure’
– People: individuals, communities, ‘human capital’,livelihoods
– Institutions: sectors, organisations, how they relate toeach other, ‘social capital’
• It should assess both current & future vulnerabilityto determine possible adaptation measures
Source: Downing & Patwardhan (2004)3
Steps in community vulnerability &adaptation assessment
Source: IPCC (2007c)4th Assessment Report,
WG II - Fig. 16.3
4
Caribbean region: Vulnerability &capacity assessments (1)
5
Caribbean region: Vulnerability &capacity assessments (2)
• Implemented in most Caribbean countries(including some OCTs)
• Key features of methodology:
– Define scope of VCA
– Assess past, current and projected climate conditions– Assess past, current and projected climate conditions
– Assess socio-economic trends and conditioning factors
– Assess social capitals and vulnerability
– Develop integrated vulnerability indicators
– Develop national and community-level risk profiles
– Identify entry points for mainstreaming in decision making
– Evaluate scenarios in the context of mainstreaming
6Source: Pulwarty & Hutchinson (2008)
Cayman Islands: Vulnerability &capacity assessment – Tourism (1)
• Contents:
– Country characteristics
– National climate assessment
– Tourism sector assessment– Tourism sector assessment
– Present day vulnerability
– Sea-level rise static maps
– Gap analysis (aspects to address in future assessments)
– Adaptation and mitigation options
– Conclusions and recommendations
7Source: Hurlston-McKenzie et al (2011)
Cayman Islands: Vulnerability &capacity assessment – Tourism (2)
• Key conclusions & recommendations:
– Tourism sector very much exposed, in particular tocoastal flooding and storm/hurricane damage
– Insurance currently the main coping mechanism, butgetting prohibitively expensivegetting prohibitively expensive
– Need to climate-proof existing infrastructure and improvethe design and siting of new tourism facilities
– Plan for a 1-metre sea level rise, develop hazard maps,identify risk-prone areas to inform new planning
– Implement new design and construction regulations
– Establish a Climate Change Trust Fund to financeadaptation and mitigation projects
8Source: Hurlston-McKenzie et al (2011)
Mapping vulnerability
Elevation map of central Apia
Elevation
0 m
1 m
Exhibit 3 – Highly granular geographic information has been used tosegment assets according to their elevation above sea level
Approach
• Starting point was adigital map ofSamoa with contourlines (2m lines incoastal areas)
• In a second step, a
9
Source: Economics of Climate Adaptation (2009) Test case on Samoa – Focus onrisks caused by sea level rise, Fig. 03, p. 122
SOURCE: Team analysis
Building
Road
>4 m
2 m• In a second step, a
more granularsegmentation ofcoastal areas wasobtained by usingstate-of-the-art GISsoftware
• Finally, geo-coordinates ofbuildings and roads,were used todetermine the assetexposure to coastalflooding risk
Macro- and meso-economicanalysis
• Economic analysis may be a powerful tool formotivating policy makers to take action
– Macro level: analysis of the impact climate change mayhave on the national economy
– Meso level: analysis at the level of key sectors or sub-sectors of the national economy
• The costs of inaction (climate-related losses) arecompared with the net benefits of taking action (avoidedlosses minus costs)
• The analysis should also consider the distribution oflosses and benefits (among social groups, regions...)
10
Economic losses fromextreme climate events (1)
• Cook Islands, 2000 – Exceptional droughtand high temperatures
– Reduced oxygen level in lagoons
– Massive mortality among pearl-producing oysters– Massive mortality among pearl-producing oysters
– Economic loss 22 million EUR
• Martinique & Guadeloupe, 2007 – HurricaneDean:
– Complete destruction of banana plantations
– Economic loss 115 million EUR
11Source: Petit & Prudent (2008)
Economic losses fromextreme climate events (2)
• Cayman Islands, 2004 – Hurricane Ivan:
– Economic losses 2,800 million KYD (approx. 3,300 millionUSD)
– Equivalent to 183% of the 2003 GDP
• Jamaica, 2004 – Hurricane Ivan:
– Economic losses 500 million USD, primarily in theagriculture and tourism industries
12Sources: Hurlston-McKenzie et al (2011), MACC Project (2005)
British Virgin Islands – Economicvalue of mangroves
• Mangroves under threat from tourism andinfrastructure development – and also from risingsea level and increased frequency of tropical storms
• Protecting and restoring mangroves supports• Protecting and restoring mangroves supportsimportant ecosystems and coastal protection
• Total economic value calculation shows annualeconomic benefits of US$ 200,000–900,000/ha
• Costs of restoring mangroves range fromUS$ 225/ha to US$ 216,000/ha
13Sources: Petit & Prudent (2008)
Belize – Expected CC impact onsome crops
14
Source:CCRIF (2010)
Figure 10,p. 22
Demonstration projects
Demonstration/
Test whatworks and
does not work(relevance,
effectiveness)
Supportlesson
drawing foradaptive
managementMobilise
communities,local/regional
authorities & otherDemonstration/pilot projects
authorities & otherstakeholders
Help fosterinterest andcommitmentof national
authorities &other
stakeholders
Create motivationand knowledgefor replication/
scaling-up
15Source: UNDP-UNEP (2011)
Raising awareness and buildingpartnerships (1)
• Assessing available evidence:
– using the findings of relevant studies anddemonstration/pilot projects
• Engaging key actors:
– identifying and mobilising key organisations involved in
Who might be goodchampions?
Are there alreadychampions?
– identifying and mobilising key organisations involved indevelopment at the national and sector levels
– identifying and mobilising ‘champions’
16
Raising awareness and buildingpartnerships (2)
• Developing and implementing a communicationand advocacy strategy in support of mainstreaming:
– Define the target audience to be informed or influenced
– Develop policy-relevant messages and materials based on– Develop policy-relevant messages and materials based onevidence collected (e.g. policy briefs, radio programmes)
– Select and use appropriate communication channels forthe various target groups (e.g. media, sector workinggroups)
17
British Virgin Islands: theClimate Change Green Paper
• Objectives in producing the Green Paper:
– Help the general public and policy makers learn moreabout the emerging issue of CC and its projected impacts
– Prepare the ground for a climate change adaptation policyand strategyand strategy
• Contents:
– Virgin Islands context
– Projected and existing changes in climate
– Potential and existing CC impacts (+ prioritisation)
– Institutional, legal and management arrangements
– Towards an adaptation strategy: options, funding
18Source: Burnett Penn (2010)
Caribbean (regional): CC Handbookfor Caribbean Journalists
19
References (1)
• Burnett Penn A. (2010) The Virgin Islands Climate Change Green Paper. Prepared by theConservation and Fisheries Department, Ministry of Natural Resources and Labour. CaribbeanCommunity Climate Change Centre, Belmopan, Belize, and Government of the Virgin Islands.Available from: http://www.caribbeanclimate.bz/projects/enhancing-capacity-for-adaptation-to-climate-change-ecacc-in-the-uk-caribbean-overseas-territories-project.html
• CCRIF (2010) Enhancing the climate risk and adaptation fact base in the Caribbean: Aninformational brochure highlighting the preliminary results of the ECA Study. CCRIF’s Economics ofAdaptation (ECA) Initiative. Caribbean Catastrophe Risk Insurance Facility, Grand Cayman,Adaptation (ECA) Initiative. Caribbean Catastrophe Risk Insurance Facility, Grand Cayman,Cayman Islands. Available from:http://www.ccrif.org/sites/default/files/publications/ECABrochureFinalAugust182010.pdf
• Downing T. & Patwardhan A. (2004) Assessing Vulnerability for Climate Adaptation. In: Lim B. &Spanger-Siegfried E. (eds.) (2004) Adaptation Policy Frameworks for Climate Change: DevelopingStrategies, Policies and Measures. United Nations Development Programme/Cambridge UniversityPress, New York. Available from: http://www.undp.org/climatechange/adapt/apf.html
• Economics of Climate Adaptation Working Group (2009) Shaping climate-resilient development: aframework for decision-making. Climate Works Foundation, Global Environment Facility, EuropeanCommission, McKinsey & Company, The Rockfeller Foundation, Standard Chartered Bank & SwissRe. Available from:http://www.mckinsey.com/clientservice/Social_Sector/our_practices/Economic_Development/Knowledge_Highlights/Economics_of_climate_adaptation.aspx
20
References (2)
• Hurlston-McKenzie L-A., Olynik J., Montoya Correa J. & Grant L. (2011) Vulnerability and CapacityAssessment of the Climate Change and Sea-Level Rise Impacts on the Cayman Islands’ TourismSector. Caribbean Community Climate Change Centre, Belmopan, Belize. Available from:http://www.caribbeanclimate.bz/projects/enhancing-capacity-for-adaptation-to-climate-change-ecacc-in-the-uk-caribbean-overseas-territories-project.html
• IPCC (2007c) Climate Change 2007: Impacts, Adaptation and Vulnerability. Contribution of Working• IPCC (2007c) Climate Change 2007: Impacts, Adaptation and Vulnerability. Contribution of WorkingGroup II to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change[Parry M.L., Canziani O.F., Palutikof J.P., van der Linden P.J. & Hanson C.E. (eds.)]. CambridgeUniversity Press, Cambridge, UK & New York, NY, USA. Available from: www.ipcc.ch
• MACC Project (2005) Climate Change Handbook for Caribbean Journalists. MainstreamingAdaptation to Climate Change (MACC) Project, Caribbean Community Climate Change Centre(CCCCC), Belmopan, Belize. Available from: http://www.caribbeanclimate.bz/macc/macc.html
• Petit J. & Prudent G. (eds) (2008, reprint 2010) Climate Change and Biodiversity in the EuropeanUnion Overseas Entities. IUCN, Gland, Switzerland and Brussels, Belgium. Available from:http://data.iucn.org/dbtw-wpd/edocs/2010-064.pdf
21
References (3)
• Pulwarty R. & Hutchinson N. (2008) Vulnerability and Capacity Assessment Methodology: Aguidance manual for the conduct and mainstreaming of climate change vulnerability and capacityassessments in the Caribbean Region. Caribbean Community Climate Change Centre, Belmopan,Belize. Available from: http://www.caribbeanclimate.bz/macc/macc.html
• UNDP-UNEP (2011) Mainstreaming Adaptation to Climate Change into Development Planning: AGuide for Practitioners. UNDP-UNEP Poverty-Environment Initiative. Available from:Guide for Practitioners. UNDP-UNEP Poverty-Environment Initiative. Available from:http://www.unpei.org/knowledge-resources/publications.html
22
Global Climate Change AllianceSupport Facility
Module 6
Mainstreaming climate change in
national, sector and sub-national
policies, strategies and programmespolicies, strategies and programmes
Training workshops onmainstreaming climate change
Why mainstream climate change at the national,
sector and sub-national levels?
2
Why mainstream climate changeat strategic planning levels?
National level
Sector 1 BiophysicalimpactsSector
coordinationMore:-integrated
Sector 2
Sector 3
Socio-economicimpacts
Allocation ofresources
across sectors
-integrated-effective-efficient-sustainableresponses
3
Why mainstream climate change atlower levels of governance?
Sub-national
Best levels forobserving /
understandingdevelopmentand climate
change impacts
Vulnerabilityand adaptivecapacity are
context-specific
Sub-nationaland local levels
Most adaptationoptions require
localimplementation
Potential forpiloting /
pioneeringinitiatives
4Source: OECD (2009a)
Key stakeholders and cross-level interactionsKey stakeholders and cross-level interactions
5
Key stakeholders
Members ofParliament
Ministries ofFinance,Planning,
Development
Ministries withsector-specificcompetences
Sectormanagement
agenciesRegional
organisations Parliament agencies
Civil societyorganisations
PrivatesectorResearch
organisations
Sub-national /local governments
Localprivatesector
Local citizens& organisations
6
organisations
Top-down and bottom-upapproaches to adaptation
National levelincl. sectors
To
p
Bo
ttom
Model- andscenario-driven
Stakeholderapproach
Focused on
Nationalpolicies &strategies
Subnationallevels (local in
particular)To
p-d
ow
n
Bo
ttom
-up
driven
Focused onphysicalimpacts and‘biophysicalvulnerability’
prevailingsocio-economic& environmentalconditions andon ‘socialvulnerability’
Community-based
adaptation,pilot projects
7
Adaptation
Freely adapted from Dessai& Hulme (2004)
Main entry points for mainstreaming climate change
in strategic policy and planning processes
8
Main entry points in thenational and sector policy cycles
Policy cyclestage
National level Sector level
Policy formulation National long-term visionNational policies andstrategies
Sector policies andstrategies
Recogniseclimate risks
Allocate funding forclimate-specific
actions
Includeclimate
considera-tions inproject
selectionstrategies
Planning Multi-year development plan Sectoral plans
Resourceallocation
National budgetClimate-related fund(s)
Sector budget envelopesResources from fund(s)
Programming &implementation
Sector-level developmentplans and budgets
Sector programming
Adapted from: Olhoff & Schaer (2010) Fig. 1, p. 10
Include climate-related programmes/
projects (sectoraland cross-sectoral)
Relocate funding tovulnerable or priority
sectors/ regions
Incorporateclimate-related
activities
selectioncriteria
9
BVI: Key adaptation options- Examples at policy level (1)
• Beach and shoreline stability
– Avoid undermining natural beaches/shorelines or creatingvulnerable man-made ones
– Protect beaches and vulnerable shorelines with naturaldefences where practicaldefences where practical
– Allow for natural adjustments in beaches/shorelines assea level rises (unless it would pose a danger or too significant a loss)
• Critical infrastructure
– Enhance the resilience of existing critical infrastructure
– Avoid building new infrastructure in areas or with materialsvulnerable to climate hazards
10Source: Burnett Penn (2010)
BVI: Key adaptation options- Examples at policy level (2)
• Energy security
– Enhance the resilience of the electricity generation anddistribution system
– Implement policies to reduce energy use and encouragegreater energy independencegreater energy independence
• Food security – Agriculture
– Expand and increase resilience of local agriculturalproduction (with policies to encourage water efficiency,environmental sensitivity, technology and local capacity building)
11Source: Burnett Penn (2010)
BVI: Key adaptation options- Examples at policy level (3)
• Food security – Fisheries
– Place greater emphasis on protection of fisheries habitatand sustainable fisheries practices
• Human health
– Emphasise preventative vs treatment approach forimpacted health issues
– Increase the resilience of the population to health impacts
– Enhance the capacity of the healthcare sector
12Source: Burnett Penn (2010)
BVI: Key adaptation options- Examples at policy level (4)
• Insurance and banking
– Depend less on global insurance companies and looktowards more regional solutions
– Minimise vulnerability of insured and mortgaged propertiesto climate change impactsto climate change impacts
• Tourism:
– Take strong ‘no regrets’ measures to preserve the qualityof natural and historical attractions
– Enhance the resilience of tourism infrastructure andfacilities to climate impacts
– Create a more environmentally responsible tourismindustry
13Source: Burnett Penn (2010)
Cayman Islands’ tourism sector:proposed adaptation measures
• New policy and regulations for coastalconstructions
• Strategic beach management plan andestablishment of a Beach Management Fund
• Engage and support tourism sector stakeholders formainstreaming adaptation planning
– Public education and outreach strategy
– Development of action plans and implementation ofprogrammes to engage tourism businesses
– Incentives, finance and technical assistance to enhanceclimate resilience of tourism businesses
14Source: Hurlston-McKenzie et al (2011)
Cayman Islands’ tourism sector:proposed mitigation measures
• Finalisation of the national energy policyand its implementation plan
• Enactment of an energy efficiency-focused buildingcode + code compliance/enforcement in the sector
• Integration of sustainable design and land use• Integration of sustainable design and land usepolicies in tourism planning processes
• Industry awareness and assistance
– Public education and outreach strategy
– Incentives, finance and technical assistance to enhancethe energy efficiency of tourism businesses, retrofitting ofthe existing building stock
15Source: Hurlston-McKenzie et al (2011)
Tools for mainstreaming climate change
in strategic policy and planning processes
16
Tools supporting awarenessraising...
Awareness
Vulnerability andadaptation
assessments
... are also useful forinfluencing policies and
informing planningprocesses
17
Awarenessraising
Influence onpolicies
Macro and mesoeconomicanalysis
Demonstrationprojects
Adapted from: UNDP-UNEP (2011)
EuropeAid’s climate changesector scripts
•Agriculture and rural development•Ecosystems and biodiversitymanagement•Education•Energy supply
18
•Energy supply•Health•Infrastructure•Solid waste management•Trade and investment•Water supply and sanitation
Hazard and risk
Hazard Risk
Probability ofoccurrence
Hazard Risk
Severity ofconsequences
19
Climate risk screening
• Identifies potential risks for a programme orproject by assessing, in its specific context:
Exposure to theeffects of CC
Maladaptation risk
• A standard screening questionnaire can bedeveloped to support this exercise
20
Sensitivity to sucheffects
Response &adaptation capacity
OPTIONAL:Impacts on climate(GHG emissions/
emission removals)
Climate risk screening:key factors to consider
• Location
• Sector
• Relationship of the planned intervention tolivelihoodslivelihoods
• Socio-economic conditions (current – projected)
• Adaptive capacity of various stakeholder groups
– Including current coping mechanisms / autonomousadaptation measures
• Lifetime of the considered investments/activities
21
Outcomes of climate riskscreening
No specific action, or limited measures
Further investigation, adaptationmeasures
Further investigation, redesign forreduced vulnerability/enhanced adaptive
capacity, or even abandonment
Vulnerability to theeffects of CC
None or low
Medium
High
22
GHG emissions oremission removals
Significant (*)
No specific action
Further investigation, redesign forreduced maladaptation risk, or even
abandonment
No specific action, or limited measures
Further investigation and enhancementof mitigation potential
Risk ofmaladaptation
No
Yes
Insignificant
(*) In proportion to the size/scope of the intervention
Climate risk assessment
• Climate risk assessment (CRA) is a dedicatedstudy aimed at:
– assessing in further detail the risks identified duringclimate risk screening
– identifying possible risk prevention, risk mitigation andother adaptation measures
– assessing these options
– formulating concrete recommendations with regard tothe design of the programme or project
23
The assessment of future climate risks should beanchored to an assessment of current risks
Strategic environmentalassessment (SEA)
• A study:
– aimed at analysing the environmental consequences ofproposed policies/plans/programmes, as well as the mainenvironmental opportunities, risks and constraints to betaken into account
24
taken into account
– for the purpose of promoting more sustainabledevelopment
Ensures that environmental considerations are takeninto account EARLY in the policy & planning process
Role of SEA in supportingclimate change mainstreaming
• With adequate ToR, SEA can:
– identify elements of the considered policy or programmethat are sensitive to or at risk from climate change
– identify elements that may result in increased vulnerabilityto the effects of climate change
– assess direct and indirect GHG emissions
– identify options for risk management, adaptation andmitigation
and make recommendations on alternatives, on institutionalaspects, capacity building, etc.
25
For a model of ToR, see handout or EC Guidelines on theIntegration of Environment & Climate Change (2009), Annex 5
Fiji: Climate-sensitive SEA (1)
• Fiji: SEA of Tourism Development Plan (WWF, 2003)
– Climate change may contribute to the generation ofsynergistic impacts
• e.g. Coral reefs threatened by the combined effects of increased• e.g. Coral reefs threatened by the combined effects of increasednutrient loading (from sewerage and seepage from landfills),higher water temperatures, more boat movements and morecontact with divers
– Sustainability objectives (against which the impacts of the
Plan are assessed) include ‘minimising climate changeimpacts’ by ‘minimising greenhouse gas emissions pertourist day/tourist dollar’
Source: Levett & McNally (2003)26
Fiji: Climate-sensitive SEA (2)
– The potential effects of climate change on Fiji and theirconsequences for tourism are summarised in theenvironmental baseline
• Spoiling of coastal environments (coral bleaching, coastal erosion,sedimentation of shoreline and coral reefs)sedimentation of shoreline and coral reefs)
• Increased vulnerability of tourism facilities to flooding and stormdamage
• More frequent disruption to tourist travel and restrictions onenjoyment due to extreme weather events
• Increased health risks to tourists
• Greater competition and conflict over access to natural resourcesas non-tourism demands increase while climate change erodesthe resource base (freshwater, land, ...)
27
Fiji: Climate-sensitive SEA (3)
– The socio-economic baseline mentions the targeting ofinternational air travel for GHG emission reductions as along-term development that might threaten tourismdevelopment
– Without mitigation measures, the objective of ‘minimisingclimate change impacts’ cannot be reached
– Reducing the ‘climate change intensity’ of tourism willrequire:
• reducing air travel impacts in proportion to tourism benefits (e.g.longer stays, closer origin)
• implementing energy efficiency measures in new developments(e.g. low-energy accommodation, use of renewable energy)
28
Also: possibility of integratingclimate change in EIAs
29
Is the assessment linked to:
A specific policy, strategy,programme or project?
NoVulnerability and
adaptation assessment
Yes
A specific policy orstrategy?
Yes(†)
No
Strategic environmentalassessment (*)
No
A specific programme?
No
Yes(†)
A specific project?Yes(†)
Climate risk assessment
Environmental impactassessment (*)
(*) With ToRs adapted to includeclimate-related considerations
(†) Climate risk screening can be applied beforeundertaking a more detailed assessment 30
References (1)
• Burnett Penn A. (2010) The Virgin Islands Climate Change Green Paper. Prepared by theConservation and Fisheries Department, Ministry of Natural Resources and Labour.Caribbean Community Climate Change Centre, Belmopan, Belize, and Government of theVirgin Islands. Available from: http://www.caribbeanclimate.bz/projects/enhancing-capacity-for-adaptation-to-climate-change-ecacc-in-the-uk-caribbean-overseas-territories-project.html
• CARICOM & SPREP (2004) Adapting to a Changing Climate in the Caribbean and SouthPacific Regions: Guide to the Integration of Climate Change Adaptation into theEnvironmental Impact Assessment (EIA) process. Caribbean CommunityEnvironmental Impact Assessment (EIA) process. Caribbean CommunitySecretariat/Adapting to Climate Change in the Caribbean (ACCC) Project & South PacificRegional Environment Programme (SPREP), with assistance from the Global EnvironmentFacility (GEF), the World Bank and the Canadian International Development Agency (CIDA).Available from: http://www.caribbeanclimate.bz/accc/accc.html
• Dessai S. & Hulme M. (2004) Does climate adaptation policy need probabilities? ClimatePolicy, vol. 4 (2) 107-128. Available from: http://www.mikehulme.org/wp-content/uploads/2007/04/2004-dessai-hulme-probabilities.pdf
• EC (2009b) Guidelines on the Integration of Environment and Climate Change inDevelopment Cooperation. European Commission, Brussels. Available from:http://ec.europa.eu/europeaid/infopoint/publications/europeaid/172a_en.htm
31
References (2)
• Hurlston-McKenzie L-A., Olynik J., Montoya Correa J. & Grant L. (2011) Vulnerability andCapacity Assessment of the Climate Change and Sea-Level Rise Impacts on the CaymanIslands’ Tourism Sector. Caribbean Community Climate Change Centre, Belmopan, Belize.Available from: http://www.caribbeanclimate.bz/projects/enhancing-capacity-for-adaptation-to-climate-change-ecacc-in-the-uk-caribbean-overseas-territories-project.html
• Levett R. & McNally R. (2003) A Strategic Environmental Assessment of Fiji’s TourismDevelopment Plan. World Wildlife Fund (WWF). Available from:Development Plan. World Wildlife Fund (WWF). Available from:http://www.worldwildlife.org/what/wherewework/coraltriangle/WWFBinaryitem7758.pdf
• OECD (2009a) Integrating Climate Change Adaptation into Development Co-operation:Policy guidance. OECD Publishing, Paris. [Read-only, browse-it edition] Available from:http://browse.oecdbookshop.org/oecd/pdfs/browseit/4309171E.PDF
• Olhoff A. & Schaer C. (2010) Screening tools and guidelines to support the mainstreaming ofclimate change adaptation into development assistance: A stocktaking report. Environment &Energy Group, United Nations Development Programme, New York. Available from:http://www.undp.org/climatechange/library_integrating_cc.shtml
• UNDP-UNEP (2011) Mainstreaming Adaptation to Climate Change into DevelopmentPlanning: A Guide for Practitioners. UNDP-UNEP Poverty-Environment Initiative. Availablefrom: http://www.unpei.org/knowledge-resources/publications.html
32
Global Climate Change AllianceSupport Facility
Module 7
Costing, assessing and selecting
adaptation and mitigation
options and measuresoptions and measures
Training workshops onmainstreaming climate change
Linking policy, costing andbudgeting
Mainstreaming of climate change inpolicies, strategies & programmes
Identification of adaption and mitigationoptionsoptions
Costing, assessment and selection ofadaptation and mitigation options
Resource allocation: Integration ofadaptation and mitigation measures in
budgets
2
Tools for costing and assessing
adaptation and mitigation options
3
Cost-benefit analysis: identifyingcosts and benefits
Adaptation
Costs: extra costs incurred compared with the ‘business-as-usual’ scenario
Benefits: avoided damage and losses, extra developmentalbenefits compared with ‘business-as-usual’ scenario
Mitigation
Costs: extra costs incurred compared with ‘business-as-usual’ scenario, reduced economic growth opportunities
Benefits: cost savings, sales of carbon credits, positiveenvironmental and related health/livelihoods outcomes (+difficult to value: strategic and competitive advantages)
4
Can youthink ofsome
examples?
Cost-benefit analysis (1)
• Cost-benefit analysis (CBA):
– Quantifies all the costs and benefits (*) of an intervention(with benefits including both ‘positive’ benefits andavoided losses) over the entire lifetime of the intervention
– A ‘discount rate’ is applied to all costs and benefits to– A ‘discount rate’ is applied to all costs and benefits torepresent ‘preference for the present’ or simply theopportunity cost of capital -> calculation of ‘present value’
• The higher the discount rate, the smaller the present value
• The further away in the future, the smaller the present value
• Significant controversies over the ‘right’ discount rate for assessinglong-term options
(*) Actually the ‘incremental’ costs and benefits, i.e. the difference incosts/benefits between a ‘with intervention’ and a ‘no intervention’ scenario
5
Cost-benefit analysis (2)
Outputs of cost-benefit analysis:
Cost-benefit ratio (CBR) Ratio of costs to benefits calculatedat their present value (the smaller,
the better – should be <1)
6
Net present value (NPV)
Internal rate of return (IRR)
Benefits minus costs calculated attheir present value (the larger, the
better)
The discount rate at which NPV = 0A measure of the ‘benefit-generatingpower’ of the option or intervention
(the larger, the better)
Anguilla: CBR of protectionmeasures against coastal floods
Cost/benefit ratio for measures
12.8
31.2
31.0
Cost-benefit ratio and loss avoidance potential for adaptation measuresUSD millions, 2009
Measures with net positive benefits
Measures with net negative benefits
2030: High change
7
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Averted losses
Source: CCRIF (2010) Appendix 2, p. 13
Cost-Benefit ratio for Coastal Flooding
4
1 CB=1
A Elevate new structures in flood zone
Revive reefs
Plant mangroves
Nourish beaches
B
C
D
Papua New Guinea: CBR of protec-tion measures against coastal floods
8
50
0
Nourish beaches
Retrofit important buildings
Build retaining wall in high-valuelocations
Flood-adapt house contents
Build dikes
Create offshore breakers
D
E
F
G
H
IA C EB D
F H IG
Source: Office of Climate Change and Development, Government of Papua New GuineaPresentation made at the GCCA workshop in Vanuatu, 28 February – 2 March 2011
Lossaverted
Samoa – Costs of adaptation –Coastal flooding risk reduction (1)
Risk aversedecisionmakers mightaccept ahigher CBR,
9.0
9.59.1
2.5
3.0
3.5
Cost benefit ratio (CBR)
4.04.1
Exhibit 4 – The overall cost-benefit assessment shows a variety of options toreduce coastal flooding risk/annual expected loss
higher CBR,e.g., 1.52
Back Away Relocation1
0.2
Mobile Barriers
0.2
Revive reefs
0.1
Mangrove
0
0.50.3
Sandbagging
500400300200
1.0
0
1.5
2.0
1000
1.00
1.50
Moveable BuildingsBreakwaters
2.5
Sea walls
1.4
Dikes
1.2
Stilts (old)
1.2
Flood-proof building structures
1.0
Stilts (new)
0.5
0
Flood-adapt contents
Beach nourishment
PV of averted lossesUSD millions
800700
0.5
600
0.2
SOURCE: Team analysis
1 Relocation only includes residential and commercial buildings outside of Apia2 For example, a cost benefit ratio of ~1.5 is implicitly accepted by customers purchasing an insurance contract with a loss ratio between 60 and 70%
Risk neutraldecisionmakers willbasedecision onCBR = 1.0
Source: Economics of Climate Adaptation (2009) Test case on Samoa – Focus onrisks caused by sea level rise, Fig. 04, p. 123
9
Samoa – Costs of adaptation –Coastal flooding risk reduction (2)
Exhibit 5 – Risk transfer is the most efficient way of providing additionalcoverage for low-frequency events
Example of evaluation of alternative options to cover residual risk of coastalflooding in Samoa
• In a risk averse setting,decision makers selectadaptation measures by takinginto account two maincomponents:
– Objective/risk-neutral netvalue
– Subjective assessment of
Loss for 250-year event
In percent of GDP
Loss covered
In percent of residualrisk to be covered
Furtherhard 23
Annual cost1
In USD millions
34
49%
Approach to risk aversedecision making
Risk transfer offers the fulldesired level of coverage andis significantly cheaper thanother considered measures
SOURCE: Team analysis
– Subjective assessment ofcosts and benefits
• The results of subjectiveassessment of costs andbenefits should include twomain elements:
– A reference event to beconsidered while selectingprotection (e.g., a 250-yearevent)
– The maximum bearableloss for the reference event– this can be expressed as apercentage of GDP (e.g.,5%)
hardmeasures
Risktransfer
7
Residualrisk to becovered
Maximumbearableloss
5
Lossavertedby costefficientmeasures
18
Totalloss
11
49%
100%
Source: Economics of Climate Adaptation (2009) Test case on Samoa – Focus onrisks caused by sea level rise, Fig. 05, p. 123
10
Cost-effectiveness analysis (1)
• Cost-effectiveness analysis (CEA):
– Costs are valued in monetary terms, and benefits (*)quantified in ‘physical’ units, over the entire lifetime of theintervention; a discount rate is applied to both
– This allows calculating unit costs, as the ratio of totaldiscounted costs to total discounted benefits obtained
– The obtained unit costs support :• the comparison of several options
• comparison with ‘benchmark costs’ for similar interventions, whereavailable
(*) As in cost-benefit analysis, ‘incremental’ rather than absolute costs andbenefits should be taken into account
11
Cost-effectiveness analysis (2)
• Compared with CBA, CEA:
– is suitable where it is difficult to assign a monetary valueto benefits
– but requires identifying a single, all-encompassingmeasure of benefits – which may be both difficult andreductive
12
Illustration of CEA: Global GHGabatement cost curve
Source: McKinsey (2009), Exhibit 8, p. 17
13
Basis for privatesector decision
making
Financial and economic analysis
• Both CBA and CEA support:
– financial analysis: considers the ‘monetary’ costs andbenefits (or equivalent) accruing to parties directlyconcerned by a project or programme, at their ‘face value’
Basis for publicsector decision
making
concerned by a project or programme, at their ‘face value’
– economic analysis: broadens the analysis to moreaccurately reflect costs and benefits to society
14
Complementary tools
• For the assessment of robustness and theintegration of uncertainty, CBA/CEA can becombined with:
– the use of multiple scenarios (e.g. ‘no change’ scenario– the use of multiple scenarios (e.g. ‘no change’ scenarioand various climate change and development scenarios)
– sensitivity analysis (i.e. testing of the effect of changes inscenario assumptions on the CBR, NPV, IRR or unit costs)
– risk analysis (-> risk probability analysis includes theprobability of occurrence of various cost and benefitoutcomes in calculations... assuming probabilities are known)
15
Tools for prioritising and selecting adaptation and
mitigation measures
16
Supporting decision making
• CBA/CEA support the financial and economicassessment of adaptation/mitigation options
– They help identify measures that offer the best ‘value formoney’ – a key aspect in situations of budgetaryconstraints
• Other types of assessment and other criteria (e.g.
technical, social, environmental) are required to fullyinform decision makers
17
Multi-criteria analysis (MCA) helpsintegrate various criteria
Multi-criteria analysis (1)
• An approach to decision support that usesmore than one criterion to assess performance andrank various options or interventions
• The term actually covers a wide range of methods
• Typically:
– various options or interventions are assessed against apre-determined set of criteria
– qualitative ratings or quantitative scores are given
– rules are then applied to rank options/interventions• Numerical scores can be added up to calculate a total score (with
the possibility of applying different weights to different criteria)
18
Multi-criteria analysis (2)
• MCA is a useful complement to CBA/CEA
• Allows combining financial/economic criteria withtechnical, environmental and social ones
• It can be used on its own, or in combination with• It can be used on its own, or in combination withCBA/CEA:
19
MCA before CBA/CEA
MCA after CBA/CEA
Allows reducing the number ofoptions to which CBA/CEA is applied
CBA/CEA helps eliminate financiallyor economically unviable options,then MCA allows for final selection
based on extra criteria
Example of MCA grid
Option Effective-ness
Costor
CBR (*)
Technicalfeasibility
Social &cultural
acceptability
Env’limpacts
Totalscore
Option 1
Option 2Option 2
Option 3
Option 4
Scores: from 1 (poorest performance) to 4 (highest performance). As faras cost is concerned, a scale should be established, with scorescorresponding to a given cost range or cost/unit range.(*) CBR = cost-benefit ratio
Adapted from USAID (2007), Exhibit 12, p. 18
20
References
• CCRIF (2010) Enhancing the climate risk and adaptation fact base in the Caribbean: Aninformational brochure highlighting the preliminary results of the ECA Study. CCRIF’s Economicsof Adaptation (ECA) Initiative. Caribbean Catastrophe Risk Insurance Facility, Grand Cayman,Cayman Islands. Available from:http://www.ccrif.org/sites/default/files/publications/ECABrochureFinalAugust182010.pdf
• Economics of Climate Adaptation Working Group (2009) Shaping climate-resilient development: aframework for decision-making. Climate Works Foundation, Global Environment Facility,framework for decision-making. Climate Works Foundation, Global Environment Facility,European Commission, McKinsey & Company, The Rockfeller Foundation, Standard CharteredBank & Swiss Re. Available from:http://www.mckinsey.com/clientservice/Social_Sector/our_practices/Economic_Development/Knowledge_Highlights/Economics_of_climate_adaptation.aspx
• McKinsey & Company (2009) Pathways to a Low-Carbon Economy: Version 2 of the GlobalGreenhouse Gas Abatement Cost Curve. Available from:http://www.mckinsey.com/globalGHGcostcurve
• USAID (2007) Adapting to Climate Variability and Change: A guidance manual for developmentplanning. United States Agency for International Development, Washington, DC. Available from:http://pdf.usaid.gov/pdf_docs/PNADJ990.pdf
21
Global Climate Change AllianceSupport Facility
Module 8
Mainstreaming climate change
in the budgetary processin the budgetary process
Training workshops onmainstreaming climate change
related policies and measuresImplications of climate-related policies and measures
for public revenue and expenditure
2
Implications of climate changeintegration on the revenue side
RE
Carbon tax/ Taxes on
high-emissionactivities
Taxes oneconomic
activities related toclimate adaptation
& mitigationmeasures
Foreign grants &other financial
transfers relatedto adaptation &
mitigation
Growtheffects fromincreased
competitive-nessE
VENUES
3
Revenues
+
-
activitiesmeasures
mitigation ness
Reduced taxes onactivities that
shrink or fail todevelop as a result
of adaptation ormitigation policies
Implications of climate changeintegration on the expenditure side
RE
Subsidies foradaptation &mitigation-
relatedactivities
Current expendituresin relation toadaptation &
mitigation activities &specific infrastructure
maintenance
Public investment(capital expenditure)in adaptation and/or
mitigation-relatedinfrastructureE
VENUES
4
Expenditures
+
-
activitiesmaintenance
infrastructure
Reduced subsidiesfor fuel
consumption andother high-
emission activities
Reduced spending onhealth care,
infrastructurereplacement etc. as aresult of successful
adaptation measures
Linking the budget to policy
objectives and expected results
5
Linking spending to policy andresults, with a medium-term outlook
National objectives and strategies
Medium-term budget perspectiveor expenditure framework
Medium-termsector plans
Annual budget
Implementation & service delivery
Performance monitoring
6
The medium-term expenditureframework (MTEF)
• A forward-looking budgetary planning toolcovering a 3 to 5-year period
– systematically links strategic objectives (national/sectoral)and related outputs/outcomes with actions required toachieve them, corresponding expenditures and resources
– supports the prioritisation of expenditures and thepredictability of resources
– facilitates performance monitoring
• Can be established at the national level (inter-sectoral
allocations) as well as the sectoral level (intra-sectoralallocations)
7
Global Climate Change AllianceSupport Facility
Module 9
Mainstreaming climate change
in monitoring systemsin monitoring systems
Training workshops onmainstreaming climate change
Performance measurement and monitoring:
Key concepts
2
Objectives and relatedindicators/milestones
Hierarchy of objectives Progress measurement
Overall objective(s) Impact indicators
Outcom
Specific objective(s)
Intermediate results
Inputs
Outcome indicators
Output indicatorsMilestones
Input indicatorsMilestones
mes
Process
Adapted from: EC (2004), OECD (2002)3
Mainstreaming climate change in monitoring systemsMainstreaming climate change in monitoring systemsMainstreaming climate change in monitoring systemsMainstreaming climate change in monitoring systems
4
What should be monitored,and why?
Aspect to monitor Rationale for monitoring
Climate variability and change,impacts and vulnerabilities
• Make decisions as well informed aspossible• Support adaptive management
Policy and institutional change • Promote the institutionalisation of
5
Policy and institutional change • Promote the institutionalisation ofclimate change mainstreaming• Enhance the transparency andaccountability of the mainstreamingprocess
Policy/Strategy implementation andoutcomes
• Strengthen commitment to theobjectives set in policies andstrategies• Stimulate the achievement oftangible outcomes
Climate change in the nationaldevelopment monitoring system
• Climate monitoring should be integratedinto wider national and specific developmentmonitoring systems
=> Strengthen and adapt existing monitoring systems=> Strengthen and adapt existing monitoring systems(incl. statistical systems) to integrate climate change
• Build on existing institutions and sources of information...
• ... but adapt statistical systems and data sources
6
Levels at which to measureclimate-related performance
• Indicators and milestones related to climatechange and the associated response can beincluded in the PAFs (*) of climate changestrategies and actions plans, but also those of:strategies and actions plans, but also those of:
– national and sectoral development strategies andprogrammes
– sub-national (e.g. regional, local) development plans
– individual projects (logical framework)
(*) Performance assessment frameworksUltimate objective of
mainstreaming!
7
Monitoring climate change
Mainstreaming
Meteorology,climate
variabilityClimate change
• Data collection, • New patterns
8
Mainstreaming• Data collection,management and
dissemination• Strengthening of
meteorologicalinformation & systems
• New patterns
• Emerging trends
•Projections, scenarios
• Tools for assessingimpacts, vulnerab-
ilities & risks
Is the mainstreamingprocess based on
reliable information?
CC monitoring in the health sector:Madagascar (1)
• Pilot project of the WMO:
– ‘Use of meteorological and climate information in supportof Madagascar health services’
• Objective:
– Help the meteorological service provide the health sector– Help the meteorological service provide the health sectorwith climate data useful for the prevention of and responseto epidemics
• Targeted vector-borne diseases:
– Malaria, pest, Rift valley fever
9
Source: IOC (2010) ACCLIMATE regional project. Presentation by N. Raholijao, GeneralDirectorate for Meteorology in MadagascarClimate-health workshop, Reunion Island, 25-28 October 2010 (www.coi-ioc.org)
CC monitoring in the health sector:Madagascar (2)
• Approach:
– Training for meteorological services• Role of meteorological factors in the dissemination of vector-borne
diseases
• Development of ‘products’ (data and weather/climate forecasts) tohelp anticipate the occurrence of epidemics (early warning system)help anticipate the occurrence of epidemics (early warning system)
– Training of public health experts• Access to and use of meteorological databases
• Analysis and interpretation of meteorological, climatic andepidemiological data
10
Specific training for each group +joint training:
->understand each other’s needs->develop a common language
CC monitoring in the health sector:Madagascar (3)
• Project support – Complementary activities:
– Setting up of 8 weather stations on ‘sentinel sites’ of thehealth system
– Training of health personnel at these sites in the basicmaintenance of stations + capacity building for DGMeteorology for mobile maintenance and assistance
– Creation of a research group on relations on relationsbetween climate and health in Madagascar
• Must allow refining models and enhancing anticipation capacities
11
Monitoring policy and institutionalchange
Mainstreaming
Policy changeInstitutional
change
• Integration ofadaptation/mitigation
• Political leadership
• Inst’l commitment
12
adaptation/mitigationconsiderations innational & sectorpolicies/strategies• Development of
adaptation- &mitigation-oriented
policies & plans (e.g.DRR, REDD
strategy)
• Inst’l commitment
• Coordination &participatorymechanisms
•Procedures
• Systems
•Tools
•Capacity buildingprogrammes
Is mainstreaminggetting
institutionalised atall levels?
Monitoring policy implementationand outcomes
Mainstreaming
Implementation(inputs, outputs)
Outcomes,impacts
• Increased allocationof resources
• Increased resilienceof vulnerable groups
13
of resources• (Inclusion of)
adaptation/mitigation(measures in)
programmes/projects• Implementation &
enforcement ofadaptation/mitigation
measures ®ulations
of vulnerable groups(women, children, farmers,coastal communities, ...)
• Increased resilienceof key sectors
• Green growth,green jobs
• Climate-resilient,low-emissiondevelopment
Does themainstreaming
process produceresults and impacts?
References
• EC (2004) Project Cycle Management Guidelines. Aid Delivery Methods series, Volume 1.European Commission, Brussels. Available from:http://ec.europa.eu/europeaid/infopoint/publications/europeaid/documents/49a_adm_pcm_guidelines_2004_en.pdf
• IOC (2010) L’Apprentissage par la pratique: utilisation des informations météorologiques etclimatiques à l’appui des services de santé à Madagascar. ACCLIMATE regional project.climatiques à l’appui des services de santé à Madagascar. ACCLIMATE regional project.Presentation by N. Raholijao, General Directorate for Meteorology in Madagascar. Climate-healthworkshop, Reunion Island, 25-28 October 2010. Available from the Indian Ocean Commission’swebsite (www.coi-ioc.org)
• OECD (2002) Glossary of Key Terms in Evaluation and Results Based Management. OECDPublishing, Paris. Available from: http://www.oecd.org/dataoecd/29/21/2754804.pdf
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