mickwitzepa_nfwf2008short
TRANSCRIPT
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Impl icati ons of Cl imateChangefor Eval uation
Per MickwitzFinnish Environment Institute (SYKE)
Environmental Evaluators NetworkingForum
13.6.2008
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Structure of the presentation
Categorization of the implications of climate
change on evaluation
European and Finnish examples of the different
implication categories
Implications of climate change from an evaluationmethodology perspective
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Implications of climate change for
evaluation
1. Implications through evaluation of climateprograms and policies
3. Implications of climate change on the evaluationof "non-climate" programs and policies.
a) implications through changes of the climate;b) implications due to interactions with climate programs
and policies (both mitigation and adaptation);
c) implications because other policies and programs, e.g.traffic or agricultural programs, integrate climate aims.
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1. Implications through evaluation of
climate programs and policies (1/3)
Program and policy evaluation has not yet been a centralissue in climate policy monitoring of emissions, verification of emission reductions of
CDM projects, assessing additionality have been much more
central IPCCs 4th assessment talks about evaluation, but at a verygeneral level
The evaluation community (e.g. AEA, EES), on the otherhand, has not yet discussed issues related to climatechange a lot.
Some recent exceptions, Alexandria conference & ADAM
The role of evaluation will increase, when the end of thecommitment period of the Kyoto protocol (2008-12) isapproaching and when targets are becoming morestringent (e.g. EU 20 20 to 2020)
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1. Implications through evaluation of
climate programs and policies (2/3)
The need for evaluation will be very different for:
Programs and policies directed at activities/sectors covered byemission trading
Other programs and policies
In the case of activities covered by emission tradingschemes
Evaluation is not required to establish impacts oreffectiveness in reducing greenhouse gas emissions
Evaluation largely about costs Side-effects (air, biodiversity; development) Distribution of costs and side-effects (geographic, industries,
income groups )
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1. Implications through evaluation of
climate programs and policies (3/3)Sectors not covered by emission trading: transport
The EU 20 20 by 2020
proposal includes legally-
binding reduction target in
sectors not covered by theEU ETS for 2020 compared
to 2005:
Finland -16 %
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1. Implications through evaluation of
climate programs and policies (3/3)Sectors not covered by emission trading: transport
0
2
4
6
8
10
12
14
16
1990 1995 2000 2005
milliontCO2
The EU 20 20 by 2020
proposal includes legally-
binding reduction target in
sectors not covered by theEU ETS for 2020 compared
to 2005:
Finland -16 %
Implication: CO2 emissions
from transport have to bereduced substantially
From 1990 + 8.7 %
From 1995 +16.1 %
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1. Implications through evaluation of
climate programs and policies (3/3)Sectors not covered by emission trading: transport
The EU 20 20 by 2020
proposal includes legally-
binding reduction target in
sectors not covered by theEU ETS for 2020 compared
to 2005:
Finland -16 %
Implication: CO2 emissions
from transport have to bereduced substantially
0
10 000
20 000
30 000
40 000
50 000
60 000
70 000
1980 1985 1990 1995 2000 2005
Developme nt of public and passanger car tr ansport
Million person kilometres
Passenger cars
Public transport
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1. Implications through evaluation of
climate programs and policies (3/3)Sectors not covered by emission trading: transport
Examples of explanations:
The share of public transport
has gone down
Urbane structure haschanged, e.g. people
commute longer distances to
work
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1. Implications through evaluation of
climate programs and policies (3/3)Sectors not covered by emission trading: transport
Policies and programs:
EU legislation on CO2 from new
cars
National fuel taxation CO2 based taxation of cars
Review of income tax rebate for
commuting to work
Promoting eco-driving
Urban planning (shopping malls) All these jointly influence
emissions
Huge need for effectiveness
evaluations
0
2
4
6
8
10
12
14
16
1990 1995 2000 2005
milliontCO2
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2 a. Implications of climate change on the
evaluation of "non-climate" programs and
policies through changes of the climate
Example: eutrophication of
the Baltic sea due to
nutrient loading
The main Finnish sourceof nutrients is agriculture
63 % of Phosphorus 2004 51 % of Nitrogen 2004
In the Finnish Government
decision-in-principle onWater Protection Policy
Outlines to 2015: goal
- 30% compared to 2001-5
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2 a. Implications of climate change on the
evaluation of "non-climate" programs and
policies through changes of the climate
Many options to reducenutrient loads fromagriculture:
Reduced use of fertilizers
Changed use of fertilizers Wetlands & buffer zones Reduced farming on steep
fields close to waters
Changed crops Programs and policies
Education Support conditions Fertilizer tax proposal Wetland agreements
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2 a. Implications of climate change on the
evaluation of "non-climate" programs and
policies through changes of the climate
The Winter 2007-8 was thewarmest ever recorded in Finland
Hardly no snow or frost Huge effects on run-offs of
nutrients from fields
Should be considered inevaluations
Confounding factor Attribution
Should be taken into accountwhen planning evaluations
Programs and policies Education Support conditions Fertilizer tax proposal wetland agreements
Only artificial snow on the ski track
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2 a. Implications of climate change on the
evaluation of "non-climate" programs and
policies through changes of the climate
Long term climate change
expected to have much larger
impacts on the temperature
on rainfall than last winter
and thus on farming practices
A fixed indicator approach
(too common in Europe)
misleading
Implications on program
theories (even science basedpart) & on results chains
Sensitivity of a program or
policy under climate change
as an evaluation criteria
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2 b. Implications of climate change on the
evaluation of "non-climate" programs and
policies due to interactions with climate
programs and policies Example bio-energy
The EU 20 20 by 2020
proposal based on 20 %
renewables by 2020, include
specific legally-binding shareof renewables in the final
energy demand by 2020:
Finland 38 %
The European Council
decided on a 10% biofueltarget for transport
In Finland 20 % of all energy
is already bio-energy
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2 b. Implications of climate change on the
evaluation of "non-climate" programs and
policies due to interactions with climate
programs and policies Example bio-energy
Efforts to preserve forest diversityhave been intensified recently,through increases in the areas offorest under protection, improvementsin the quality of protected forestsachieved though habitat restoration
schemes, and the development ofnatural forest management practicesfor commercially managed forests.
without further measures thenumbers of forest species becomingthreatened or extinct in Finland will goon rising in the near future. With
regard to the structural features ofnatural forests, it is particularlyimportant for the sake of biodiversityto increase the amounts of decayingwood in the forests.
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2 b. Implications of climate change on the
evaluation of "non-climate" programs and
policies due to interactions with climate
programs and policies Example bio-energy
Efforts to preserve forest diversityhave been intensified recently,through increases in the areas offorest under protection, improvementsin the quality of protected forestsachieved though habitat restoration
schemes, and the development ofnatural forest management practicesfor commercially managed forests.
without further measures thenumbers of forest species becomingthreatened or extinct in Finland will goon rising in the near future. With
regard to the structural features ofnatural forests, it is particularlyimportant for the sake of biodiversityto increase the amounts of decayingwood in the forests.
Changed practices due to
increased demand of bio-energy: far less residualsare left in the forests, eventhe stubs are removed.
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2 b. Implications of climate change on the
evaluation of "non-climate" programs and
policies due to interactions with climate
programs and policies Example bio-energy
Efforts to preserve forest diversityhave been intensified recently,through increases in the areas offorest under protection, improvementsin the quality of protected forestsachieved though habitat restoration
schemes, and the development ofnatural forest management practicesfor commercially managed forests.
without further measures thenumbers of forest species becomingthreatened or extinct in Finland will goon rising in the near future. With
regard to the structural features ofnatural forests, it is particularlyimportant for the sake of biodiversityto increase the amounts of decayingwood in the forests.
Changed practices due to
increased demand of bio-energy: far less residualsare left in the forests, eventhe stubs are removed.
Should be consideredin evaluations
Confoundingfactor
AttributionImplications onprogram theories
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2 c. Implications of climate change on the
evaluation of "non-climate" programs and
policies because other policies and programs
integrate climate aims.
Climate integration needs to be evaluated It is
far easier to declare intention to integrate than to
carry it out
We have just finished a study on Mainstreaming Climate Policyfor the Finnish Prime Ministers Office
Mickwitz P. and P. Kivimaa 2007. Evaluating Policy Integration:The Case of Policies for Environmentally Friendlier
Technological Innovations, Evaluation 13 (1), 68-86.
Climate integration will influence the evaluation
of the other aims of the programs and policies
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
The evaluation of climate
programs and policies
requires a strong focus on
side-effects Positive e.g. air emissions Negative e.g. biodiversity Non-environmental e.g.
development, income
distribution, innovations
and technological
development
IPCC 2007 (chapter 11)
Spillover effects
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
IPCC (2007, WG3, 13.1.2) Criteria forpolicy choice:
Environmental effectiveness the extentto which a policy meets its intendedenvironmental objective or realizes
positive environmental outcomes.Cost-effectiveness the extent to whichthe policy can achieve its objectives at aminimum cost to society.
Distributional considerations theincidence or distributionalconsequences of a policy, whichincludes dimensions such as fairness
and equity, although there are others.Institutional feasibility the extent to
which a policy instrument is likely to beviewed as legitimate, gain acceptance,adopted and implemented.
Ex ante & Climate policies
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
Other criteria & non-climate
programs and policies :
Flexibility can the program
cope with changing climate or
changing climate policies?
Climate robustness - will the
program be effective under
different climate scenarios
e.g. protecting a specific habitat
vs. creating ecological corridors Persistence are the impacts
lasting even when the climate
change
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
When attributing impacts to
programs and policies the
contribution of:
Climate change Climate programs and
policies
Climate policy integration
should be considered.
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
Program theories of climate as well
as other programs need to take
into account:
Climate change
Climate policies and programs aswell as the social and economic
processes affected by them
Climate policy integration Requires:
Increased awareness
Utilization of natural sciences(adaptation & impacts)
Utilization of social sciences More research, especially on
social & economic processes
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Implications of climate change for
evaluation: a methods perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
Climate change may interrupt
data series no-ice effect
The flood took the samples
Interpretation of data andespecially indicators
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Implications of climate change from an
evaluation methodology perspective
Side-effects
evaluation
Evaluation criteria
Attribution
Program theory
Data
Uncertainty
Many aspects of climate
change are VERY uncertain
Technological development,
social and economicprocesses, attitudes are
among the most uncertain
ones
Thresholds and non-linear
changes are possible
Relying on linear models may
be misleading
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I believe that climate change will have hugeimplications for evaluation.
The huge uncertainties involved will haveimplications for the evaluation processes
unrealistic expectations may influence thelegitimacy of evaluation.
How influential should evaluations be (HansBruyninckx & Jared Hardner)?