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Ken Chomitz - SDC Climate Change and Environment Network

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Highlights of the Chat on Monitoring &<br />

Evaluation of Adaptation Approaches with<br />

<strong>Ken</strong> <strong>Chomitz</strong><br />

Senior Advisor in the Independent<br />

Evaluation Group (IEG) of the World Bank<br />

October 11, 2010 3.30 pm<br />

HQ Ausserholligen<br />

"We should think of M&E as not just an add on to projects but in many cases the actual<br />

objective of the project because it can show that what was done works <strong>and</strong> is transferable<br />

to someplace else <strong>and</strong> can be scaled up a hundredfold".<br />

VIDEO-Link<br />

Overview<br />

Evaluating <strong>Climate</strong> Adaptation Efforts: Notes<br />

Towards a Framework... page 1<br />

Typology of Adaptation Needs, Responses <strong>and</strong><br />

Evaluation Approaches... page 2<br />

Weaving the Threads Together... page 2<br />

First Reactions to Presentation... page 3<br />

Adaptation <strong>and</strong> the Challenge of its Monitoring <strong>and</strong> Evaluation in the World Bank<br />

Programme<br />

Evaluating <strong>Climate</strong> Adaption Efforts:<br />

Notes towards a Framework<br />

The evaluation focusing on adaptation to climate<br />

change is the third in a series of evaluations that seek<br />

to gain lessons from the World Bank Group's<br />

experience in climate change. Previous evaluations<br />

were:<br />

Phase I: An Evaluation of World Bank Win-Win<br />

Energy Policy Reforms (2009)<br />

Phase II: Mitigation or the promotion of<br />

technologies for renewable energy <strong>and</strong> energy<br />

efficiency in the World Bank Group (2010)<br />

With the increasing interest in climate adaptation <strong>and</strong><br />

the growing financial support for adaptation efforts,<br />

monitoring <strong>and</strong> evaluation is essential in order to<br />

ensure that adaptation needs are met in the most<br />

effective <strong>and</strong> efficient manner.<br />

Learning From Evaluations<br />

One important objective of evaluations is drawing<br />

lessons from the past <strong>and</strong> learning from our own<br />

experience <strong>and</strong> that of others. But what might a<br />

development agency want to learn from the<br />

evaluation of its climate adaptation efforts<br />

First, whether efforts aimed specifically at promoting<br />

adaptation actually bring the intended results in an<br />

efficient way. This is done by applying the traditional<br />

evaluation criteria. A second goal is to learn also from<br />

"adaptation analogues" which are efforts that may<br />

promote adaptation even though they are not labelled<br />

as such. Doing impact assessments is one way to<br />

identify specific consequences of projects, for<br />

example how risk was reduced or what the economic<br />

returns could be. Finally, lessons from evaluations<br />

could inform strategic choices <strong>and</strong> give indications as<br />

to:<br />

<br />

<br />

<br />

How to best increase efforts in mainstreaming<br />

adaptation<br />

How to set priorities<br />

Whether to work within sectors or develop crosssector<br />

approaches to adaptation<br />

Specific Challenges in Evaluating Adaptation<br />

Evaluators of climate adaptation projects face a<br />

number of specific challenges related to the nature of<br />

climate adaptation:<br />

<br />

<br />

<br />

<br />

How to distinguish adaptation efforts from<br />

traditional development assistance activities like<br />

for example water management initiatives<br />

Adaptation efforts are young <strong>and</strong> not ripe for<br />

evaluation with traditional evaluation cycles<br />

<strong>Climate</strong> adaptation involves to a large extent<br />

preparations for conditions in the future or for<br />

disastrous events (one in a 100 year event) which<br />

- it is hoped - may not occur for decades to come,<br />

Although it is easier to only consider activities<br />

within sectors (e.g. making agriculture more<br />

resilient) evaluators should also consider cross<br />

sector adaptation issues for the results to be<br />

meaningful (e.g. encouraging shifts out of the<br />

agriculture sector)<br />

Lack of metrics for vulnerability <strong>and</strong> resilience


Typology of Adaptation Needs, Responses <strong>and</strong><br />

Evaluation Approaches<br />

As projects <strong>and</strong> programmes are conceived to<br />

address different adaptation needs, they have<br />

different design characteristics. According to <strong>Ken</strong><br />

<strong>Chomitz</strong> this implies that the M&E efforts to assess<br />

the projects must also vary. Three kinds of adaptation<br />

needs, responses <strong>and</strong> evaluation approaches were<br />

presented.<br />

Current Chronic Conditions<br />

The lack of adaptation to current conditions falls<br />

under this category. Unsustainable groundwater<br />

extraction or chronic floods <strong>and</strong> droughts are two<br />

examples of a current chronic condition.<br />

Some adaptation responses could be water pricing,<br />

creating or strengthening water management<br />

institutions or the construction of urban drainage<br />

infrastructure. Such activities already have a<br />

substantial track record of experience <strong>and</strong> therefore<br />

evaluators can look at outcomes ex post.<br />

Unreckonable (incalculable) Risks<br />

As the name implies unreckonable risks are difficult to<br />

grasp <strong>and</strong> plan for in a meaningful way. Scientific<br />

models produce different future scenarios which<br />

should somehow be reflected in adaptation<br />

approaches. But how can we plan climate sensitive,<br />

long-lived infrastructure when according to some<br />

projections rainfall will increase whereas others<br />

predict a decrease For example, when designing a<br />

coastal defence against storm surges, what we<br />

consider a one in a thous<strong>and</strong> year event might<br />

already be a one in a hundred year event.<br />

Two adaptation responses are to either shift away<br />

from climate sensitive locations <strong>and</strong> sectors or to<br />

design (costly) robust infrastructure.<br />

For unreckonable risks, ex post evaluations are<br />

almost impossible, as in many cases the designers of<br />

the adaptation responses will not be around to assess<br />

them anymore. Consequently, ex ante evaluations<br />

should be conducted. Indeed, evaluators can<br />

determine whether the basis for climate scenarios<br />

<strong>and</strong> their use in the design of projects <strong>and</strong><br />

programmes was sound. This type of evaluation does<br />

not require evaluators to wait for project closure <strong>and</strong><br />

even allows for corrections (<strong>and</strong> applying lessons<br />

learnt) while the adaptation activities are still being<br />

implemented.<br />

Inexorable (unstoppable) Calamities<br />

The third category of risk adaptation efforts to<br />

address are inexorable calamities, such as the loss of<br />

glacial water supplies or the inundation of low-lying<br />

isl<strong>and</strong>s <strong>and</strong> deltas.<br />

Adaptation efforts targeted at unstoppable calamities<br />

require long lead times. For example, the construction<br />

of reservoirs to replace natural glacial water storage<br />

systems or the relocation of inhabitants of threatened<br />

lowl<strong>and</strong>s is complicated, highly political <strong>and</strong><br />

expensive. The crucial question there is when should<br />

we start preparations for such events<br />

As with unreckonable risks, the most appropriate type<br />

of evaluation for inexorable calamities seems to be an<br />

ex ante evaluation. Of course ex ante evaluations<br />

become more meaningful if they are updated<br />

periodically.<br />

Adaptation Actions <strong>and</strong> Evaluation Criteria<br />

Efforts to address the adaptation needs above can be<br />

categorised into four main areas of action:<br />

1) Information & Tools, e.g. GIS<br />

2) Capacity Building, e.g. training national staff<br />

3) Monitoring, diagnosis <strong>and</strong> planning of<br />

activities<br />

4) Financing <strong>and</strong> implementing plans<br />

For the first three adaptation actions, ex post<br />

evaluations are more appropriate. The reliability of<br />

information & tools, their availability <strong>and</strong> their<br />

adequacy for reaching the intended purpose as well<br />

as their transparency can be examined. Evaluators<br />

can request feedback from users <strong>and</strong> examine the<br />

documentation of such adaptation actions. Similar<br />

aspects can be analysed concerning capacity building<br />

(use of tools). Additional matters such as the<br />

adequacy of funding <strong>and</strong> staffing for institutional<br />

development can be evaluated. An important criteria<br />

with regard to capacity building is the strength of<br />

cross-sectoral <strong>and</strong> cross agency cooperation.<br />

Monitoring, diagnosis <strong>and</strong> planning of activities can<br />

be evaluated with regard to their adequacy, the<br />

degree of integration of the climatic concern into<br />

planning, the sequence of strategic priority setting.<br />

Financing <strong>and</strong> implementing plans can be evaluated<br />

ex ante or ex post depending on the questions, e.g.<br />

taking into consideration whether the plans are being<br />

implemented or not, or the examination of impacts<br />

versus costs.<br />

These categories of adaptation actions are<br />

implemented at the global, national <strong>and</strong> project levels<br />

by development agencies or within the multilateral<br />

development banks.<br />

Geography as Organising Principle<br />

"We should think of M&E as not just an add on to<br />

projects but in many cases the actual objective of the<br />

project because it can show that what was done<br />

works <strong>and</strong> is transferable to someplace else <strong>and</strong> can<br />

be scaled up a hundredfold".(<strong>Ken</strong> <strong>Chomitz</strong>)<br />

Regarding the transferability of adaptation<br />

approaches to climate change, the geographic<br />

conditions of a region are paramount. Biomes <strong>and</strong><br />

geographic regions have distinctive bundles of<br />

adaptation needs <strong>and</strong> solutions. Consequently,<br />

geography can serve as an organising principle


Quantifying Impact on Resilience<br />

There are different ways to increase resilience to<br />

climate change. One approach currently being<br />

pursued is an insurance system for farmers <strong>and</strong> those<br />

in other sectors who are very vulnerable to weather<br />

conditions. As the graph below illustrates, farm<br />

income can be stabilised in periods of extremes such<br />

as droughts <strong>and</strong> floods with such an insurance<br />

system. The thick black line shows the baseline<br />

conditions whereas the grey dashed line shows the<br />

adaptive response with such a system - in other<br />

words increased resilience. In times of drought or<br />

flood the farmers receive support whereas in normal<br />

conditions they pay higher contributions (the distance<br />

between the lines illustrates this "buffer effect").<br />

Farm Income<br />

Drought Rainfall Flood<br />

Probability of Rainfall<br />

In general, feasible measures of increasing resilience<br />

towards vulnerability at the national level depend to a<br />

large extent on the existence <strong>and</strong> operation of water<br />

resource management institutions as well as the<br />

specific contexts in which people <strong>and</strong> assets are<br />

exposed to extreme weather events.<br />

Tracking Adaptation Expenditures<br />

Current tracking efforts attempt to attribute the<br />

adaptation share of funding for each development<br />

project. The motivation behind this is to assess the<br />

quantity of additional funds available as well as the<br />

investments in adaptation efforts. However, this way<br />

of tracking adaptation expenditures raises several<br />

issues of concern. Do only intentional adaptation<br />

efforts count How can the adaptation share be<br />

allocated when adaptation is integral to the project<br />

design <strong>and</strong> goals The emphasis on outputs rather<br />

than outcomes in adaptation methods is not<br />

conducive to efficiency either. Therefore, one of the<br />

key remaining challenges is coming up with<br />

reasonable measures for implementing <strong>and</strong> tracking<br />

adaptation expenditures in a meaningful way.<br />

First Reactions to the Presentation<br />

<br />

<strong>SDC</strong> is in the process of producing a h<strong>and</strong>book to<br />

provide guidance in integrating climate change<br />

<br />

<br />

<br />

<br />

<br />

mitigation/adaptation <strong>and</strong> disaster risk reduction<br />

into development cooperation. M&E issues such<br />

as the ones discussed above are relevant here<br />

too.<br />

One key challenge that remains to be addressed<br />

is whether it makes sense – <strong>and</strong> if so how – to<br />

differentiate between development cooperation<br />

<strong>and</strong> adaptation efforts, i.e. defining indicators for<br />

adaptation that are not development indicators.<br />

Also, how can we define risks if we have no clear<br />

ideas of direct <strong>and</strong> indirect impacts of climate<br />

change<br />

Some suggested that maybe the issue was not as<br />

complicated as it seems: we can define baselines<br />

<strong>and</strong> risks <strong>and</strong> then consider all efforts that<br />

address those risks as adaptation.<br />

However, for political reasons it makes sense to<br />

treat adaptation as a separate issue, as this<br />

allows for earmarked funds (as is the case with<br />

other issues that are mainstreamed)<br />

A further challenge is designing adaptation<br />

projects <strong>and</strong> programmes that do not address<br />

adaptation in an isolated manner - social,<br />

political, cultural, economic <strong>and</strong> other factors<br />

should be considered<br />

<strong>Climate</strong> <strong>Change</strong> <strong>and</strong> the World Bank Group<br />

Phase II: The Challenge of Low Carbon<br />

Development<br />

The Evaluation will soon be published by the IEG<br />

<strong>and</strong> distributed within <strong>SDC</strong>.<br />

What works for climate & development<br />

Energy efficiency (EE) & lighting, transmission<br />

<strong>and</strong> distribution (T&D) loss reduction<br />

Forest protection (where local people received<br />

user rights)<br />

Long tenor loans for renewable energy<br />

Technology transfer via piloting¨<br />

What didn’t work so far:<br />

Carbon finance to induce more investment<br />

into "renewables"<br />

Loan guarantees as market transforming<br />

instruments for EE<br />

In conclusion, there is a need for:<br />

More immediate feedback & data on energy<br />

produced, forest conserved, people served <strong>and</strong><br />

carbon returns (kg of avoided carbon per $ of<br />

investment costs).<br />

Next CC Briefing: November 25, 2010<br />

<strong>Climate</strong> <strong>Change</strong> Operations <strong>and</strong> <strong>Network</strong>ing in the<br />

UNDP (Yannick Glemarec)<br />

Contact: ueli.mauderli@deza.admin.ch

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