ANNEX 1
THE SUSTAINABLE DEVELOPMENT CRITERIA AND INDICATORS MATRIX
The contribution of Mozura Wind Farm to Montenegrin sustainable development goals are
evaluated using the following Matrix. It reports in column themes, sectors, objectives of the
National Strategy of Sustainable Development of Montenegro and the correspondent selected
indicators to evaluate the CDM project impact. In the column “impact” the following scores are
inserted: 2 (very positive impact/contribution of the project to SD), 1 (positive
impact/contribution of the project to SD), 0 (not relevant impact/contribution of the project to
SD), -1 (negative impact/contribution of the project to SD), -2 (very negative
impact/contribution of the project to SD).
Sector
Macroeconomic
develpments
Regional
development
and
employment
Transport
Theme: Economic Development
Objectives
Indicators
Stimulate the
 Production of goods and
development of service
services in physical units
economy, tourism,
(e.g. number of goods
maritime transport
produced, volume of
goods produced, weight
of goods produced)
 Production of goods and
services in monetary
terms
SME (Small and
 Total number of
Medium size
employees in each phase
Enterprises)
of the project
development and
 Contracts type and
increase of employment
average net salary
(priority is
 Number of local
the northern region and
companies employed
development of
during the designing,
mountain and
construction,
ecotourism, production
implementation or
of food, especially the
maintenance stages
healthy one, and
sustainable forestry)
 Total days of use of local
labor
Improve the
 Development of the
infrastructure
infrastructures (km of
(transport, water supply
built roads, m3 of
and sewage, electricity
distributed water…)
supply)
Improve transportation
 Budget allocated for
connections, especially
construction of transport
for the northern region,
infrastructures
through better
 New roads (Km)
maintenance of the
 Roads maintained (Km)
existing
 Contribution to the
infrastructures,
protection of road
construction of new
infrastructure from the
ones and development
damages caused by
of combined transport
excess load of freight
vehicles
Impact
0
0
2
2
2
2
2
1
1
1
1

Tourism
Full integration of
environmental
requirements in the
development of
infrastructure projects
and in the adoption of
regulations in the field
of transport, reduced
pollution from
transportation and
increased transportation
safety
Diversification of tourist
offer in support to the
extension of tourist
season and attraction of
guests with the higher
purchasing power

Actions taken to integrate
environmental
requirements in the
development of
infrastructure projects
0

Actions taken to balance
the distribution of
accommodation facilities
Increased number of offseason tourists
Increased number of
higher purchasing power
tourists
Education of staff (hours
of training)
Application of
environmental impact
assessment in the
implementation of the
project
0

Net increase in cultivated
areas
0

Net increase in high
quality food production
Introduction of greater
efficiency in food
production
Investments in rural
infrastructures (roads,
water supply, water
sanitation, power supply)
Increased income of the
rural population
Energy consumption per
unit output
Increase in energy
efficiency per unit of
production
0


Integration of
sustainability criteria
in sanctioning tourism
development projects,
especially when it
comes to coastal and
winter mountain tourism
Providing for a stable
and good quality food
offer through the
increase in
competitiveness of
domestic producers and
sustainable management
of resources

Rural development and
provision of adequate
living standard for the
rural population



Energy
Rational use of
electricity with the
increase of at least 10%
in energy efficiency by
2010 in comparison to
0


Agriculture
and rural
development
Goods transported
through combined
transport (by volume,
weight or number of
units)
Actions taken to increase
transportation safety


0
0
0
2
0
2
2
2
2
Industry
Sector
Protection of
biodiversity
and
conservation
of natural
values
(especially in
the protected
areas)
Water
2005

Reduction in energy
import dependence
(optimal use of available
national resources and
with priority to
utilization of renewable
sources)
Improve industry’s
environmental
performance

Stimulate research,
development and
innovations





Losses (%) in the
transmission and
distribution networks
Increase (%) of use of
clean energy resources
Share of energy
generation from
renewable sources
Reduction in use of solid
fuels
Voluntary mechanisms
for improvement of
environmental
performances (EMAS,
ISO) implemented
Expenditures for research
and development
Hours of training of local
resources
Theme: Environmental and Natural Resources
Objectives
Indicators
Increase national nature
 Net increase of protected
protected areas
areas
to 10% of the territory
 New ecosystems placed
and protect at least 10%
under protection regime
of the coastal zone by
2009
Establish an efficient
 Managing systems
system for managing
adopted
nature protected areas
Improve the legal
 Not applicable
framework for the
protection of
biodiversity, strengthen
human resources and
develop an effective
system for biodiversity
monitoring
Ensuring sufficient
 Improvement in the water
quantity of good quality
treatment and
drinking water
supply infrastructure
 Losses reduction
 Improvement of the water
supply system
 Impact of water quality:
metals (Hg,Pb, Cd, Cr,
Cu, Ni, Zn); N and P,
toxic substances and
BOD
 Improvements in the
wastewater collection and
2
2
2
2
1
2
1
Impact
0
1
1
0
0
0
0
0
0
Air
Introducing integrated
river
basin management,
with necessary legal and
institutional changes and
improvements in the
quality control and
monitoring of waters
Preserve and, if
possible, improve air
quality, especially in
urban areas



Soil
Improvement of soil
management and
prevention of the causes
of land degradation and
damages





Forests
Spatial
planning
Sea and
coastal
zone
1
Obtain sustainable
forestry certificate (in
accordance with Forest
Stewardship Council –
FSC methodology)
Renewal and restoration
of degraded forests
Adoption of new spatial
plans, updating of the
existing ones and
integration of
sustainability
requirements into spatial
plans and documents
Protection of natural and
cultural landscapes

Introduction of integral
coastal
zone management
Reduction of pollution
of the
sea and coastal zone

E.g. As, Cd, Cr, Cu, Hg, Pb, Se, Zn, Ni





treatment infrastructure
Increase in the monitoring
of water quality (number
of stations and/or
parameter monitored)
0
Atmospheric emissions:
non methanic VOC, CO,
CO2 SO2, NOx,
particulate matters PM10
and PM2,5, benzene,
heavy metals1
Adopted strategy for air
quality management
Monitoring and mapping
systems for hazardous
and harmful substances in
soil
Soil fertility control
systems introduced
Rational use of fertilizers
Degraded soils
recultivated
Measures for protection
of eroded areas
Monitoring and control
system established
Reconstructed and
constructed forest
roads
Net increase of forested
areas
Not Applicable
2
Surface of natural and
cultural areas
protected
Managing action plans
introduced
1
Wastewater discharge in
marine environments for
N, P, BOD, COD,TSS
1
0
0
0
0
0
0
2
0
0
0
1
Climate
change and
protection of
the ozone
layer
Waste
Fulfillment of
obligations under
the international
agreements on
climate change and
reduction in the use of
ozone depleting
substances
Harmonization with the
EU legislation, together
with strengthening
capacities for
proper waste handling
and enhancing the waste
database







Sector
Governance
and public
participation
in decision
making
Health care
COD, SS
system
Equity and
social
Atmospheric emissions
for CH4, N2O, NOx,
SOx, CO2, HFCs, PFCs,
SF6
Atmospheric emissions
for BFC, HCFC, CFC
2
Production of hazardous
waste
Production of nonhazardous waste
Waste reduction
(municipal solid waste,
special waste, dangerous
waste)
Percentage of produced
waste that will be
recycled
Percentage of produced
waste that will be treated
in incinerators or in
composting plants
2
Theme: Social Development
Objectives
Indicators
Improve enforcement of
 Evidence of stakeholders
laws and
consultation /
implementation of
Demonstration of local
strategic documents,
stakeholders
plans and programs,
support to the project
ensuring adequate
 Evidences of the
public participation in
transparency of the
the process of their
decision making and
preparation
policy implementation
processes
Prevention of corruption
 Actions undertaken to
prevent corruption
Decentralization
 Actions undertaken to
improve local
capacities
Improve the health Emissions of particulate,
related VOC quality of
SOx, NOx, VOC
life (while promoting
 Wastewater discharge of
healthy life styles)
N, P, BOD, COD, SS
Preservation and
 Not Applicable
improvement
of public health with
particular emphasis on
vulnerable groups
Enhancing the quality of
 Increase of income
social protection
generation
2
2
2
2
2
Impact
2
2
0
2
2
2
0
2
protection
Urban
development
services and economic
empowerment of
needy persons

Strengthening gender
equality


Halting illegal
construction and
legalization of buildings
Improving the quality of
life and safety in urban
areas, focusing on the
living conditions of
specific target groups
and establishing a
responsible attitude of
the citizens towards the
urban environment

opportunities for local
people
Actions undertaken to
provide social
and child protection
Employees by gender
Actions undertaken to
prevent discrimination
Not Applicable
0
0
0
0
0