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ideas and expectations are being transmitted. In these cases, itwould be appro-
priate for theMinistry ofCulture, or its equivalent, to be involved so no rules,
customsor traditions are beingviolatedormisinterpreted.
6. Especially for hydroelectric projects of any scale, an integrated watershed
management vision ought to be implemented to ensure the well-being of the
entire watershed and that users of the lower watershed do not suffer negative
impacts of activities carried upstream.
7. Despite thepovertyalleviationgoalsofmanyDREprojects, thisobjective isnot
always achieved. In some cases, the poverty level of the beneficiaries hampers
thelong-termsustainabilityof theprojects. In thecaseofsolarPVprojects,users
are not always able tomaintain and/or replace their batteries or other compo-
nents. In the case of hydroelectric projects, the poorest families can not afford
the initial connection cost. Some of the case studies showed how this can
increase the inequalitygap and leaves open thequestion if another aidprogram
will eventually provide the service for those unserved homes. Based on this,
governmentsmight need to consider subsidizing the electricity service for the
poorest segment of the population to avoid increasing inequality in rural com-
munities.Likewise,asubsidyforsocial servicescanalsobeconsidered.Asseen
intheprojectofElBote, ruralschoolscannotbenefit fromtheelectricityservice
because the parents can afford neither the connection nor themonthlybills and
theMinistryofEducation rules indicate theycanonlycover thecostsof schools
located inmunicipalities (Krause andNordstr€om2004).
8. Some case studies pointed to one key element that is often timesmissing from
projects andwhich can prevent them fromattaining the triple objective:moni-
toringandevaluation. Inoneof theprogramsevaluated, theADIMPVproject in
Guatemala, I was able to see the evolution of projects of one developer over
10years and such lessons learneddo exist.
I identifiedfivemain reasonswhy theprojects didnotmeet the triple objective.
Thefirst one is level of poverty as people are too poor to afford the service (in the
caseof thehydroelectricplants)or save foroperationandmaintenance (in thecase
of solar systems) and access to available capital becomes important, if not neces-
sary, for systemupkeep.Government schemes, suchas the loanof solar systems in
Guatemala, seemed toworkverywell, except that thepoorestpeoplecannotafford
necessarybattery replacement.Whethergovernmentorprivatelyowned,an impor-
tant factor is the inclusionofproductiveuseapplications thatcanhelpfamiliesgain
more income that couldhelpmaintainanavailable cashflow.Thesecond reason is
inconsistency between users’ expectations and donor’s objectives. If users are not
happy; it cancreate conflict, leading to systemsneglect.The third reason is lackof
community involvement: userswere not satisfiedmainly in those projects inwhich
community involvementwasminimalornon-existent,as in thebiggerprojectswith
funding from multilateral development entities or private sector. Based on the
different conceptions of community involvement, a recommendation is to gauge
with the community how they envision their role to be throughout the project.
Unreliable energy is the fourth reason: with multiple or constant blackouts, the
210 D.Ley
Evaluating Climate Change Action for Sustainable Development
- Titel
- Evaluating Climate Change Action for Sustainable Development
- Autoren
- Juha I. Uitto
- Jyotsna Puri
- Rob D. van den Berg
- Verlag
- Springer Open
- Datum
- 2017
- Sprache
- deutsch
- Lizenz
- CC BY-NC 3.0
- ISBN
- 978-3-319-43702-6
- Abmessungen
- 15.5 x 24.1 cm
- Seiten
- 365
- Schlagwörter
- Climate Change, Sustainable Development, Climate Change/ Climate Change Impacts, Environmental Management
- Kategorien
- Naturwissenschaften Umwelt und Klima