Transforming UNEP projects into projects addressing adaptation: Overview of key elements

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Transforming UNEP projects into projects addressing adaptation: Overview of key elements

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Title: Transforming UNEP projects into projects addressing adaptation: Overview of key elements


1
Transforming UNEP projects into projects
addressing adaptation Overview of key elements
  • Liza Leclerc

Workshop on Integrating Adaptation to Climate
Change into UNEP Programming Nairobi, Kenya8-9
April 2008
2
Outline of Presentation
  • Introduction
  • Potential approaches for integrating climate
    risks into project design
  • Example Adaptation Project
  • Elements to project planning

3
Acknowledgements
  • slides from Susan Solomon, co-chair of WG I

4
Link to Sourcebook
  • Part 5 Climate Change Adaptation - What does it
    mean to adapt, and what are the key premises
    regarding the need to build adaptive capacity in
    UNEP projects?
  • Part 6 Climate Change Risks - What are the
    major types of climate risks faced in the UNEPs
    portfolio?

5
Introduction
6
Adaptation to climate change and the role of
GEF/LDCF/SCCF adaptation projects (Adapted from
Adaptation Policy Framework (Lim et al., 2004,
Technical Paper 5, Figure 5-2)
7
Why climate risks matter mountain ecosystems
8
Entry Points for addressing these risks
9
Entry Points for integrating climate risks into
project planning
  • Design Phase gap analysis, anticipatory
    analysis, risk analysis, spatial planning
  • Implementation Phase technologies, policies
    preventative measures, win-win measures
  • Monitoring Phase indicators (resilience, coping
    capacity, etc.)

10
Scales of Assessment and Design
  • Climate change requires adjustments in
    time-frame, location and technology
  • Climate change risks may cause you to re-design
    the What? Where? Why? How Who?

11
Key questions multiple scales/approaches
12
Steps in Adaptation Planning
13
Overview of Adaptation Policy Framework
14
Steps for incorporating climate risks into
projects planning
15
Checklist
16
Example Adaptation to Climate Change into
Sustainable Development Planning in Southern and
Eastern AfricaKENYA Pilot Country
17
Approach
  • Piloting mainstreaming methodology Field
    component, policy component, up-scaling (into
    policy) component

18
Climate Impacts Adaptive Capacity
  • General aridification
  • shorter growing seasons
  • Unpredictable, intense precipitation events
  • Genetic monopoly (maize)
  • Little infrastructure (water retention, roads)
  • Persistent and recurring droughts do not allow
    for savings

19
(No Transcript)
20
Risk Spreading Approach
  • Economic diversification away from vulnerably
    sector
  • Increased genetic diversity
  • Increase flexibility to respond to changes as
    they occur
  • Dynamic vs. Static management

21
Policy Upscaling
  • POLICY CONTEXT FOR THE KENYAN PILOT PROJECT.
  • Sessional paper No 6 of 1999 on Environment and
    Development implemented through the National
    Environment Management Authority (NEMA) for
    unified guidelines towards achieving sustainable
    development
  • Sessional paper on sustainable development of
    Arid and Semi- arid lands (ASAL)- Finalized in
    July 2005, an intiative of ALRMP.
  • The National Disaster Management Policy.
  • Full implementation of these policies
    require pilot studies to prove their usefulness.
    The project will test the principles outlined in
    the policies and suggest ways of improvement..
    Pilot is estimating cost and benefits of risk
    spreading measures and downscaling

22
Information Needs
23
Types of information needed
  • Current climate variability context (observed
    changes)
  • Projected changes in local climate regimes
    (temperature, precipitation)
  • Projected physical impacts in the project zone
  • Relationships between physical impacts and
    vulnerability
  • Root causes of vulnerability and identification
    of vulnerable groups
  • Current baseline coping capacities

24
Indicators for Adaptation
  • Proxies
  • 2 sets static and dynamic
  • Physical increased soil retention, reduced
    micro-climate, reduced losses from extreme events
  • Process Indicators more timely delivery of
    forecasts, quicker response time to forecats

25
Working group exercise
  • Scoping exercise yesterday identified top threats
    related to climate change
  • Two small groups focusing on identifying
    solutions to these today
  • Outputs are specific new tasks/activities that
    would be included in each project design
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