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The indicators and assumptions for the Oldonyiro ward ToC in Fig. 15.3 are
shown inTable 15.2.14
Thecommunitieswereasked todiscuss theassumptionsdescribed inTable15.2
inorder todevelopoptionsforriskmanagement.Theseincluded; thelegalizationof
traditionalnatural resourceby-lawsby theCountyAssemblywhichwouldassist in
the enforcement of sound water resource management and would also raise the
profileof thewatermanagement committees; and the strictvettingandsupervision
of potential sand dam contractors to enhance minimize the risk of poor dam
construction.
ForTrack 1,Brooks et al. (2012) proposed a scoring systemwhere eachCRM
indicator isscoredagainstfivequestions towhichtheanswer isyes,partially,orno,
andscored0,1or2 respectively.Theanswers to thesequestionscanbeaggregated
to yield anoverall score out of 10 for each indicator, so that changes in the extent
and quality of CRMover the various dimensions the indicators represent can be
tracked over short time scales e.g. annually by policy and decisionmakers.How-
ever the scoringparameters canbechangedby theusers of the score card.Thus in
Isiolo, the County officials changed the proposed Brooks scoring to percentages
which they aremore conversant with. The percentages presented in Table 15.315
against eachCRMparameterwere agreeduponby the countyofficials.
Thecounty scoredanaverageof 59.3%for climate riskmanagementmeasures
withhighest scores aroundpublicparticipation inplanninganddecisionmaking in
climate change adaptation aswell as coordination of climate change interventions
in the county. These scores provided a baseline for climate risk management
activities. Subsequently theywere used to develop activities needed to strengthen
climate riskmanagement andadaptation activities at county level andalso formed
the basis of the county’s theoryof change.
15.5 Track1ScoreCardOutputs
From the score card process, the county government had prioritised strengthening
early warning systems, improving climate finance and budgeting and improving
county coordination and planning. The CAPC was able to implement activities
within twoof theactivityareas.Thefirst activity involvedpurchasinga transmitter
for the Isiolo radio station to enhance dissemination of weather and climate
information. The expected output indicators for this intervention were on the
types and number of information communication products and the percentage of
thepopulationreachedwithclimateinformationwithin thewholecounty.Againsta
baseline figure of 10% of the population coverage by the transmitter, after the
interventionitwasreportedthat thetransmittermanagedtoenhancethecoverageto
50%of thepopulation.Howeverduring this feasibility testing, itwasnot possible
14Ibid.
15See note 11.
15 UsingParticipatoryApproaches inMeasuringResilience andDevelopment in. . . 281
Evaluating Climate Change Action for Sustainable Development
- Title
- Evaluating Climate Change Action for Sustainable Development
- Authors
- Juha I. Uitto
- Jyotsna Puri
- Rob D. van den Berg
- Publisher
- Springer Open
- Date
- 2017
- Language
- German
- License
- CC BY-NC 3.0
- ISBN
- 978-3-319-43702-6
- Size
- 15.5 x 24.1 cm
- Pages
- 365
- Keywords
- Climate Change, Sustainable Development, Climate Change/ Climate Change Impacts, Environmental Management
- Categories
- Naturwissenschaften Umwelt und Klima