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The Portuguese National Strategy for Integrated
Coastal Zone Management as a spatial planning
instrument to climate change adaptation in the
Minho River Estuary (Portugal NW-Coastal Zone)
Rute Pinto * , Filomena Cardoso Martins
Department
of
Environment
and
Planning,
University
of
Aveiro,
University
Campus
of
Santiago,
3810-193
Aveiro,
Portugal
1.
Introduction
Climate
change
and
sea
level
rise
are
unequivocal
(IPCC,
2007c).
Coastal
zones
in
Europe
are
centres
of
population
and
economic activity and are inhabited by diverse ecosystems, in
particular wetland ecosystems. Projected climate change,
including
sea
level
rise
and
associated
changes
in
frequency
and/or
intensity
of
storm
surges
and
erosion,
threaten
human
and natural systems at the coasts in various ways. Manage-
ment of the coastal zones needs to consider the multiple
functions of many coastal areas, which is increasingly
occurring
through
Integrated
Coastal
Zone
Management
(ICZM)
(EEA,
2012). The
planning
system
is
a
key
public
policy
to anticipate and prevent adverse impacts of climate change
and to take advantage of any opportunities it might bring, thus
spatial
planning
has
a
anticipatory
role
on
a
robust
adaptation
to
climate
change
(Wilson,
2006). In
this
context,
the
national
e nv i ro n me nt a l s c ie n ce & p o li c y 3 3 ( 2 01 3 ) 7 6 –9 6
a r t i c l e i n f o
Article history:
Received 10 December 2012
Received in revised form
10 April 2013
Accepted 11 April 2013
Published on line 11 June 2013
Keywords:
Climate change
Adaptation
Integrated Coastal Zone
Management
Spatial planning
Estuary
a b s t r a c t
Climate change is one of the greatest threats to coastal zones. Integrated Coastal Zone
Management (ICZM) considers the interaction between socioeconomic activities and envi-
ronmental requirements to natural resources use in those coastal zones. It must now
include measures to climate change adaptation,particularly directed to themost vulnerable
areas such as estuaries, thus constituting a key component of spatial planning. This study
aims to: (i) evaluate the integration of the concern of climate change adaptation in the
Portuguese National Strategy for ICZM (PNSICZM), while a important spatial planning
instrument at national level; and (ii) realize how this integration influences the manage-
ment of the potential impacts of climate change at local level, in a temperate estuary,namely the Minho River Estuary (MRE) (located in NW-Portugal coastal zone). We verified
that the PNSICZM integrates, both directly and indirectly, the concern of climate change
adaptation. The PNSICZM highlights the need of climate change issue be integrated in
coastal management and delivers a set of measures contributing to the effort of climate
change adaptation and its guidelines must be included in the Spatial Planning Instruments
(SPI) at regional and local level. In this context, the SPI covering the MRE must be adjusted to
the PNSICZM guidelines in order to promote a planned adaptation of this estuary and of its
adjacent coastal zone to the potential impacts of climate change.
# 2013 Elsevier Ltd. All rights reserved.
* Corresponding author. Tel.: +351 234 370 349; fax: +351 234 370 309.E-mail addresses: [email protected],
[email protected] (R. Pinto).
Available online at www.sciencedirect.com
journal homepage: www.elsevier.com/locate/envsci
1462-9011/$ – see front matter# 2013 Elsevier Ltd. All rights reserved.
http://dx.doi.org/10.1016/j.envsci.2013.04.005
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planning
systems
need
to
be
reviewed
to
upgrade
the
general
efficacy of public response to climate change, because the
national planning level is responsible to lay out detailed
guidelines and regulations as guidance for spatial planning
practice (Bajec, 2011).
The Portuguese National Strategy for Integrated
Coastal
Zone
Management
(PNSICZM), while
a
Spatial
Planning Instrument (SPI) at national level, can make animportant contribution to prepare the adaptation of the
Minho River Estuary (MRE) for the potential impacts of
climate change, through
the integration,
or
by
mainstream-
ing
(Klein et
al.,
2005), of
its guidelines
on
climate
change
adaptation in the SPI, at regional and local level, which
cover this estuary.
1.1.
Climate
change
and
coastal
zones
Coasts
will
be
exposed
to
increasing
risks,
with
a
very
high
confidence, in the over coming decades, due to climate change
and associated sea level rise, according to the Intergovern-
mental Panel on Climate Change (IPCC) (IPCC, 2007b).Anticipated
climate-related
changes
by
2100
include
(IPCC,
2007b): an accelerated rise in sea level of up to 0.6 m or more; a
further rise in sea surface temperatures by up to 3 8C; an
intensification
of
tropical
and
extra-tropical
cyclones;
larger
extreme
waves
and
storm
surges;
altered
precipitation/run-
off;
and
ocean
acidification.
These
phenomena
will
vary
considerably
at
regional
and
local
scales,
but
the
impacts
are
virtually certain to be overwhelmingly negative.
Coastal zones are the most densely populated areas on
Earth,
where
23%
of
the
world’s
population
lives
both
within
100
km
distance
of
the
coast
and
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1.3.
The
Portuguese
National
Strategy
for
ICZM
The Continental Portugal (Iberian Peninsula, SW-Europe)
coastline extends over 900 km and is morphologically diverse,
presenting geomorphological features that include, among
others, extensive sandy shores backed by dunes, rocky coasts
with
low
and
high
cliffs,
pocket
beaches,
bays,
estuaries,
lagoons and barrier islands. The Portuguese coast comprises itin three main types: (i) sandy shores; (ii) cliffed coasts; and (iii)
low-lying rocky shores (Ferreira et al., 2008). It is highly
attractive
for
the
concentration
of
economic
activities
and
population,
mainly
along
the
estuaries,
which
are
considered
highly vulnerable to sea level rise (Ferreira et al., 2008), being
particularly exposed to storm surges, coastline erosion and
floods
(EC,
2009;
ENGIZC,
2009).
The first integrated vulnerability assessment of the
impacts
of
climate
change
in
Continental
Portugal,
based
on
Global
and
European
climatic
models
and
on
Portuguese
climatic and sea level data, projects to 2100 the (Santos and
Miranda, 2006): increase in maximum summer temperature
estimated at 3 8C in the coastal zones and above 7 8C in theinterior,
accompanied
by
a
major
increase
in
the
frequency
and intensity of heatwaves; reduction in precipitation over
Continental Portugal, predicted by almost all models, within
the
range
of
20–40%
of
its
current
values,
but
due
to
increases
in
the
number
of
intense
precipitation
days
(above
10
mm/
day1)
can
occur
an
increase
of
precipitation
during
winter;
and
rise
in
sea
level
(which
has
rose
in
Continental
Portugal
about 0.15 m during the 20th century) of up to 1 m, similar to
the maximum proposed by the IPCC (IPCC, 2001) in worst case
scenario
(IPCC
scenarios
give
a
global
mean
sea
level
rise
of
0.09–0.88
m
by
2100).
The main potential impacts of climate change in the
Portuguese coastal zones can be the permanent inundation of wetlands and low-lying lands, accelerated erosion, freshwater
shortage,
natural
trend
for
upward
and
landward
displace-
ment of estuaries and coastal lagoons and potential loss of
ecosystems (Ferreira et al., 2008; EC, 2009). These resulting
impacts of climate change are the greatest challenge that
arises in the medium/long term to ICZM in Portugal, forcing
the adoption and implementation of adaptation measures in
various
sectors
because
climate
change
is
a
cross-sectoral
issue
and
a
cross-cutting
theme
of
all
decision-making
processes on strategies and development policies.
In Portugal, the spatial planning policy is based on a
Territorial
Management
System
(TMS)
which
is
organized
within a framework of coordinated interaction at three levels(LBPOTU, 1998):
i) National: defines the strategic framework for national
planning, setting guidelines to be considered in regional
and
local
planning;
ii)
Regional:
defines
the
strategic
framework
for
regional
planning in close coordination with economic and social
development national policies, establishing the directives
to
the
local
planning;
iii)
Local:
defines,
in
accordance
with
the
guidelines
of
national and regional levels and with their own strategic
development options, the land use regime and its
programming.
The
TMS
concretizes
the
coordinated
interaction
of
its
various
levels
through
a
coherent
and
rational
set
of
SPI
also
designated
as
Spatial
Management
Instruments
(SMI).
These
SMI
establish
the
options
to
national
territorial
development
and organization, programme or embody policies of economic
and social development with territorial incidence. They also
constitute
a
supplementary
means
of
the
Government
intervention in pursuing the objectives of national interestwith spatial repercussions or in defining the land use regime
(LBPOTU, 1998). According to the different functions that they
perform,
SMI
integrate:
i) Territorial development instruments (TDI) which are
diverse and organized at national level – policies (laws),
strategies,
plans
and
programmes,
and
at
regional
level
–
regional spatial planning plans and intermunicipal spatial
planning
plans;
ii)
Territorial
planning
instruments
(TPI)
which
are
organized
at local level – municipal spatial planning plans including
municipal master plans, urbanization plans and detail
plans;iii)
Sectoral
policy
instruments
(ScPI)
which
are
organized
at
national level – sectoral plans;
iv) Special nature instruments (SNI) which are organized at
national
level
–
special
spatial
planning
plans
of
protected
areas,
coastal
zones,
public
water
reservoirs
and
estuaries,
however
these
plans
have
territorial
intervention
areas
with
incidence
at
regional
and
local
level.
The PNSICZM is a SMI of national level, namely a TDI, and
has
strategic
nature,
constituting
an
important
spatial
planning
instrument.
In
this
context,
it
is
important
to
emphasize that the PNSICZM establishes a strategic frame-
work to integrated and participatory management of thecoastal zones to ensure sustainability conditions for its
development,
reaffirming
the
purposes
conferred
by
the
current international Conventions, European Community
guidelines and national legal framework, and integrating
the provisions of the official documents of reference, among
which stand out at level:
i)
International:
the
United
Nations
Convention
on
the
Law
of
the
Sea
(UNCLOS)
signed
on
1982
in
Montego
Bay
(UN,
1982), which defined, among other important aspects in
the framework of international law of the sea, the concepts
of
maritime
areas
to
consider
in
ICZM;
the
United
Nations
Convention on Biological Diversity (UNCBD) signed on 1992in Rio de Janeiro (UN, 1992), which sought the conservation
of biological diversity and encompasses all aspects: genes
and genomes, species and communities, habitats and
ecosystems; the Convention for the Protection of the
Marine
Environment
of
the
North-East
Atlantic
(OSPAR
Convention)
signed
on
1992
in
Paris
(OSPAR
Commission,
1992), which aimed to guide the international cooperation
in the protection of the marine environment and apply the
ecosystemic
approach
to
the
management
of
human
activities.
These
conventions
are
the
main
multilateral
international agreements that frame ICZM in Portugal.
However, another important convention, corresponding to
a bilateral international agreement, established with
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neighbouring
Spain,
also
can
intervene
in
the
Portuguese
ICZM, particularly in the case of the MRE, while a cross-
border river and estuary, namely the Convention on
Cooperation for the Protection and Sustainable Use of
Water Basins Hydrographical Luso-Spanish (Albufeira
Convention) signed on 1998 in Albufeira (CA, 1999), which
defined
the
cooperation
framework
between
Portugal
and
Spain to protect surface water and groundwater and theaquatic and terrestrial ecosystems which depend directly
on them, and for the sustainable use of water resources of
the
international
river
basins,
including
the
Minho
River.
To
monitor
and
propose
solutions
related
to
matters
covered by this convention, and other international
conventions concluded between Portugal and Spain, and
implement
the
cooperation
policy
between
Portugal
and
Spain was established, in 2007, the Interministerial
Commission
on
the
Limits
and
Luso-Spanish
River
Basins
(CILBHLE,
2007). Although
the
cooperation
framework
be
established, yet there is no action or SMI jointly between
Portugal and Spain to the Minho River basin nor to the MRE,
therefore should be promoted the cooperation in ICZMframework
of
the
cross-border
territory.
This
cross-border
cooperation between Portugal and Spain must take into
account the need for climate change adaptation because,
as
referred
by
the
EEA
(2012),
many
impacts
of
climate
change
and
adaptation
measures
have
cross-border
dimensions.
It
is
by
the
recognition
of
the
importance
of
this
cooperation
framework
that
the
PNSICZM
established,
as one of its transversal objectives, the international
cooperation development through mechanisms of coop-
eration
between
states
and
regions
on
ICZM;
ii)
European:
the
Recommendation
2002/413/EC
of
the
Euro-
pean Parliament and of the Council of 30 May 2002 (EPC,
2002), which defined the general principles and options forICZM in Europe and described the steps that the Member
States
should
take
to
develop
national
strategies
for
ICZM
and involve all coastal stakeholders. Regarding coopera-
tion, recommended that Member States should encourage,
enter into or maintain dialogue and implement existing
conventions with neighbouring countries to establish
mechanisms for a better coordination of responses to
cross-border
issues.
The
PNSICZM
was
developed
accord-
ing
to
this
Recommendation
2002/413/EC
guidelines.
However, there are many others Community Sectoral
Policies that are not directly oriented to the coastal zones
but
which
are
very
relevant
to
the
sustainable
develop-
ment of these areas. Among these policies stand out: theDirective 2000/60/EC of the European Parliament and of the
Council of 23 October 2000 – Water Framework Directive
(EPC, 2000), which established the framework for the
protection of inland surface waters, transitional waters,
coastal
waters
and
groundwater
and
to
ensure
that
all
Community
waters
achieve
a
good
quality
status,
having
strong links with spatial planning and requiring the
consideration of integrated performances between these
sectors
–
water
management
and
spatial
planning.
This
Directive
has
caused
major
changes
in
those
sectors,
adopting the Hydrographical Region as the main unit for
water management and planning based on the watershed
and, according to Veloso-Gomes (2011), the creation of new
Regional
Water
Authorities
(by
Hydrographical
Region)
has
strong implications on ICZM; the Directive 2007/60/EC of
the European Parliament and of the Council of 23 October
2007 – Flood Risk Management Directive (EPC, 2007), which
established the framework for the assessment and
management of flood risks, aiming at the reduction of
the
adverse
consequences
for
human
health,
the
environ-
ment, cultural heritage and economic activity associatedwith floods in the Community. It is applied to flood areas
along rivers as well as in estuarine and coastal zones and
determined
the
elaboration
of
flood
risk
maps
which
are
very
important
for
those
rivers,
estuaries
and
coastal
zones. This Directive also set that when an international
river basin district, or unit of management, falls entirely
within
the
Community
Member
States
shall
ensure
coordination with the aim of producing one single
International
Flood
Risk
Management
Plan,
or
a
set
of
Flood
Risk
Management
Plans
coordinated
at
the
level
of
the international river basin district; the Directive 2008/56/
EC of the European Parliament and of the Council of 17 June
2008 – Marine Strategy Framework Directive (EPC, 2008),which
established
the
framework
for
community
action
in
the field of marine environmental policy. It should also be
referred the Community Cohesion Policy, which provides
the
framework
for
the
financing
of
a
wide
range
of
projects
and
investments
with
the
objective
of
stimulating
eco-
nomic
growth
in
the
Member
States
and
its
regions
and
is
based
on
the
Structural
Funds
and
Cohesion
Funds.
Under
this policy was launched, in 2000, the INTERREG III
Program, funded by the European Regional Development
Fund,
which
is
particularly
important
for
the
implemen-
tation
of
joint
strategies
and
development
programmes
for
cross-border cooperation between border regions neigh-
bouring in order to develop the economic and socialcooperation. This Programme can be used, in the context
of
the
MRE,
between
Portugal
and
Spain
to
prepare
it
for
the impacts of climate change, whereas the management
of risks arising from climate change is among the priorities
of the Territorial Agenda of the European Union;
iii) National: the National Program of the Spatial Planning
Policy (PNPOT, 2007), which constitutes the spatial
planning
framework
to
national
territory
and
has
identi-
fied,
as
a
priority,
the
implementation
of
a
planning
and
ICZM policy, including terrestrial and aquatic components,
as well as the implementation of a sustainable policy to
climate
change
through
the
elaboration
of
adaptation
plans and the integration of adaptation measures toclimate change in the SMI.
The PNSICZM intervention area are all the Portuguese
coastal zones, translating the strategic options with relevance
to
territorial
development
and
organization,
establishing
the
generic
guidelines
for
spatial
planning
(terrestrial
and
aquatic
components) and consolidating the reference framework for
the SMI in coastal zones (ENGIZC, 2009). Thus, the integration
of
the
concern
of
climate
change
adaptation
in
the
PNSICZM
is
essential
as
a
framework
to
the
SMI
covering
the
MRE.
In
this
scope, this study aims to: (i) evaluate the integration of the
concern of climate change adaptation in an important SMI at
national level, the PNSICZM; and (ii) realize how this
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integration
influences
the
management
of
the
potential
impacts of climate change at local level in the MRE.
2.
Materials
and
methods
2.1.
Study
area
The MRE, and its adjacent coastal zone, forms the NW border
between Portugal and Spain (Iberian Peninsula, Europe) and
has
about
40
km
of
length,
as
far
as
the
influence
of
tides
extends
and
a
maximum
width
of
2
km
near
the
river
mouth
(Alves, 1996). Administratively is covered by three Portuguese
Municipalities, namely: Valença, Vila Nova de Cerveira and
Caminha
(Fig.
1).
The MRE gathers wetland habitats of high ecological
importance
including
estuarine
waters,
mud and
sand
banks,
marshes,
riparian
forests,
reed
beds
and
rushes.
The
great
diversity of these habitats, coupled with the predominantly
Atlantic climate, with some Mediterranean influence, creates
favourable conditions to the occurrence of diverse birdcommunities.
The
high
productivity
of
the
MRE
makes
it
a
refuge place for nursery and feeding of marine fish species,
migratory and freshwater and for other types of species
essential
to
ecosystem
functioning
(ICNB,
2008).
Due
to
its
high
ecological
value
and
relatively
low
human
intervention,
the
MRE
in
the
Portuguese
estuarine
side
it
is
included
in
the
Natura
2000
Network
(ICNB,
2008) as
(Fig.
2):
(i)
Littoral North Site of Community Importance (SCI); (ii) Minho
River Site of Community Importance (SIC); and (iii) Estuary of
the
Minho
and
Coura
Rivers
Special
Protected
Area
(SPA).
However,
the
entire
MRE,
even
the
estuarine
Spanish
side,
is
covered by this same protection statute of Natura 2000
Network, as can be confirmed in the Natura 2000 Viewer(http://natura2000.eea.europa.eu/#). This protection network
seeks
to
maintain
and
protect
habitats
and
biodiversity
from
threats and impacts, including those related with climate
change (Sousa et al., 2005, 2008; ICNB, 2008).
The
landscape
along
the
MRE
margins
is
a
mosaic
composed by dispersed settlements, alternating with areas
of irrigated agriculture and forestry. The highest population
density of the Portuguese Minho River basin it is located at the
MRE because there are good accessibilities for social and
economic activities. The economic activities are mainly
connected
to
the
secondary
and
tertiary
sectors
(e.g.
con-
struction, commerce, manufacturing industry, services, tour-ism), although agriculture and professional fishery have some
expression (INAG, 2001; INE, 2001). These activities and land
uses
are
regulated
by
a
set
of
SMI
(Tables
A.1–A.3
in
Appendix
A),
which
determine
the
eco-socio-economic
development
of
the MRE.
Considering the climate and sea level projections for
Portugal
Continental
by
2100
(IPCC,
2000,
2001;
Santos
and
Miranda, 2006; IPCC, 2007a, 2007b, 2007c) and the character-
istics
and
vulnerability
of
the
Portuguese
coastal
zones
(Santos
and
Miranda,
2006;
Andrade
et
al.,
2007;
Ferreira
et
al.,
2008;
Coelho et al., 2009) as also the estuary specificities (Alves, 1996;
INAG, 2001; INE, 2001; Sousa et al., 2005, 2008; ICNB, 2008), the
MRE can be particularly vulnerable and experience somepotential
eco-socio-economic
impacts
of
climate
change
(Table A.4 in Appendix A) to which the SMI should be prepared.
2.2.
Methodology
The
methodology
used
in
this
work
was
based
on
the
research,
collection
and
analysis
of
official
documents
on
the
Portu-
guese climate change, coastal zones and spatial planning
policies, namely through a detailed analysis of the PNSICZM
(Resolution
of
the
Council
of
Ministers
No.
82/09,
of
8
September
2009)
(ENGIZC,
2009). This
analysis
was
carried
out following two criteria: (a) identification of actions
(indicators/targets) associated with the concern of climatechange adaptation, through actions with a direct reference to
climate
change
and
actions
with
indirect
(implied)
reference
to
climate change; and (b) identification of actions with direct
implications on SMI. This analysis allowed to evaluate the
Fig. 1 – Geographic location of the Minho River Estuary (Portugal NW-Coastal Zone).
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integration
of
the
concern
of
climate
change
adaptation
in
the
PNSICZM
and
also
to
realize
how
this
integration
influences
the
management
of
the
potential
impacts
of
climate
change
in
the MRE.
3.
Results
The PNSICZM establishes a strategic framework to global,integrated and participatory management of the coastal
zones.
It
aims
to
ensure
the
appropriate
articulation
and
coordination of policies and instruments that guarantee the
sustainable development of coastal zones in a long-term
vision (20 years), until 2029. Its implementation intends to
achieve a coastal zone sustainable and harmoniously devel-
oped, supported on knowledge and managed under a
comprehensive
model
that
integrates
policies,
instruments
and
institutions
and
ensures
the
participation
of
different
stakeholders.
In the PNSICZM it is recognized and emphasized the need
to
integrate
climate
change
issue
into
the
coastal
manage-
ment in order to incorporate measures and sector-specificguidelines to climate change adaptation. In this sense, in its
values, principles, strategic options and objectives (Table A.5
in Appendix A) is present, indirectly (in an implied way), the
concern related with the need to prepare for the potential
impacts
of
climate
change.
The
PNSICZM
objectives
are
supported
by
20
measures,
which are based in a set of indicators to verify its realization
and that correspond to the targets that must be achieved.
These
measures
are
of
the
following
four
types:
(i) Regulatory
and
management;
(ii)
Thematic
–
environmental
values,
security,
planning, competitiveness, knowledge; (iii) Monitoring; and (iv)
Participation. They have three priority levels, corresponding to
the time for concretization: (i) Priority 1: short term (mainly in
the
first
three
years);
(ii)
Priority
2:
short
and
medium/long
term
(mainly
between
the
fourth
and
the
seventh
year);
and
(iii)
Priority
3:
medium/long
term
(mainly
between
the
fourth
and
the twenty-ninth year). The leader entity(ies) responsible for
the implementation of each measure and others entities
involved
are
identified
in
the
PNSICZM.
The
entities
involved
in
the
various
measures
should
ensure
the
technical
and
financial resources for its implementation.
We verified that climate change appears clearly framedboth in the thematic objectives as well as in the transversal
objectives,
being
consubstantiated
in
12
out
of
its
20
measures
(i.e. in 60% of the measures) of the PNSICZM. In these
measures were identified actions (indicators/targets) associ-
ated with the concern of climate change adaptation with
direct reference to climate change, indirect (implied) reference
to climate change and direct implications on SMI (Table A.6 in
Appendix
A).
4. Discussion
4.1. Integration of the concern of climate changeadaptation
in
the
Portuguese
National
Strategy
for
ICZM
In the PNSICZM the concern of climate change adaptation it is
integrated and, in this scope, preventive as well as preparatory
measures
are
listed,
especially
through
spatial
planning,
under
a
governance
framework
based
on
institutional
cooperation and co-responsibility. It should be noted that
the major concern, in the climate change context, is the
prevention
and
management
of
natural
risks,
particularly
in
the
most
vulnerable
areas,
such
as
estuaries.
Over
half
of
the
measures are exactly motivated by this concern as mentioned
previously presenting actions (indicators/targets) whose im-
plementation must be based on the PNSICZM models, namely:
Fig.
2
–
Natura
2000
Network
in
the
Minho
River
Estuary
in
Portugal.
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i)
The
Planning
model
based
on
the
articulation
of
socioeco-
nomic and ecological dynamics in resource use and risks
management, by applying – the scientific knowledge into
coastal spatial planning and through the scientific evalua-
tion of the different impacts of climate change on coastal
ecosystems; the ecosystemic approach, prospective and
preventive
in
ICZM;
the
‘‘coastal
good’’
(‘‘bem
litoral’’)
concept through the integration of prevention andprecaution principles into the SMI; the ‘‘buffer zone’’
concept through its integration as a spatial planning
principle
into
the
SMI
associated
to
a
non
aedificandi
status,
being
an
essential
safeguard
mechanism
to
risk
situations
and in the most vulnerable stretches of the coastal zone;
and guidelines that will frame the revision or development
of
other
SMI
in
the
coastal
zone;
ii) The Institutional model based on the articulation of
competencies,
co-responsibility
and
institutional
cooper-
ation,
by
applying
–
the
institutional
co-responsibility
around a national coordinating entity under a new
institutional framework for ICZM; and the implementation
of institutional cooperation at different levels of Gover-nance
(national,
regional
and
local)
and
with
neighbouring
regions, in particular with the Spanish bordering regions;
iii) The Governance model based on strengthening of the
Government
role
in
regulation,
financing
and
manage-
ment
of
the
coastal
zone
and
on
public-private
coopera-
tion,
through
the
convergence
of
interests
around
partnerships
for
coastal
management
by
applying
–
the
co-responsibilization in sharing risks which must be
applied to ensure the involvement and participation of
local
communities
and
other
local
actors
through
the
access
to
information
and
intervention
in
SMI
processes
of
formulation, implementation, evaluation and revision.
4.2.
Implications
for
the
management
of
the
potential
impacts
of
climate
change
in
the
Minho
River
Estuary
The timeframe to apply measures (according to the priority
levels), entities responsible for its implementation and
funding sources are all well defined in the PNSICZM,
supporting the implementation of the models mentioned
previously.
The
implementation
of
the
PNSICZM
will
have
implications
in the management of the potential impacts of climate
change, both through actions to be implemented by the SMI
as
well
as
on
entities
articulation,
cooperation
and
actions.
It
is
mainly based on spatial planning that many decisions, withimpact on territory and society adaptive capacity to climate
change, can be taken, maximizing their effectiveness (ENAAC,
2010). The determinations of spatial planning may affect the
territory vulnerability and resilience and can play an antici-
patory
role
towards
the
adaptation
to
climate
change
(Bulkeley,
2006;
Wilson,
2006). Thus,
adaptation
measures
through spatial planning will be much more efficient
(Schmidt-Thomé, 2006) and effective (Chatterjee et al., 2008)
as
more
decision-makers
consider
them
in
the
decision-
making
processes.
The MRE, due to its biogeophysical and socioeconomic
characteristics, represents an area of complex territorial
management, being covered by several SMI, from different
levels,
reflecting
the
diversity
of
entities
with
competences
in
their management and also the complex institutional articu-
lation. The concern of climate change adaptation and the
PNSICZM set of measures to climate change with direct
implications on SMI should be reflected territorially at the
local level of the MRE through spatial planning. This means
that
the
SMI
covering
the
MRE,
both
in
aquatic
and
terrestrial
components, and the entities responsible with competenceson the implementation of those SMI, must integrate and
consider the PNSICZM guidelines (Table A.7 in Appendix A)
based
on
their
models
mentioned
previously:
i) Under the planning model – it is essential the integration of
the
PNSICZM
guidelines
into
the
SMI
covering
the
MRE.
In
this scope, the Coastal Zone Management Plan Caminha to
Espinho
(POOC-Norte)
(national
level),
the
Regional
Terri-
torial
Management
Plan
of
North
(PROT-Norte)
(regional
level) and the Municipal Spatial Planning Plans of Valença,
Vila Nova de Cerveira and Caminha (local level) should
integrate, as a form of adaptation to climate change, theprevention
and
precaution
principles
and
the
non
aedifi-
candi ‘‘buffer zone’’ principle, taking an ecosystemic,
prospective and preventive approach. Thus, the Coastal
Zone
Management
Plan
Caminha
to
Espinho,
which
is
under
revision,
will
integrate
the
PNSICZM
guidelines
as
mentioned
in
the
diploma
of
2009
which
determined
its
revision
process.
The
Regional
Territorial
Management
Plan of North should include these guidelines in its next
revision, despite it still being under approval is not possible
to
integrate
the
PNSICZM
guidelines
right
now
because
public
consultation
already
occurred
and
their
results
were published. The Municipal Spatial Planning Plans
(including Municipal Master Plan, Urbanization Plan andDetail Plan) of Valença, Vila Nova de Cerveira and Caminha
does
not
integrate
yet
the
PNSICZM
guidelines
because
they are older than the PNSICZM, however these SMI must
harmonize with the SMI of superior level, therefore in its
next revisions will be shaped by both the PNSICZM
guidelines and the Coastal Zone Management Plan
Caminha to Espinho provisions;
ii)
Under
the
institutional
model
–
it
is
expected
a
better
coordination
between
the
different
main
entities
at
different levels, being especially important the articulation
of the following institutions at three levels: (1) National –
General
Direction
for
Spatial
Planning
and
Urban
Devel-
opment, whose competences were integrated into thecurrent General Direction for Territory; Water Institute,
whose competences were integrated into the current
Portuguese Environment Agency; National Maritime Au-
thority; and National Authority by Civil Protection; (2)
Regional
–
Coordination
Commission
and
Regional
Devel-
opment
of
North;
Hydrographical
Region
Administration
of North, whose competences were integrated into the
current Portuguese Environment Agency; Caminha Port
Captaincy;
and
Viana
do
Castelo
District
Command
of
Relief
Operations;
and
(3)
Local
–
Municipalities
of
Valença,
Vila Nova de Cerveira and Caminha. It is also important the
transboundary institutional articulation between the
various municipalities and the harbour authorities from
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Portugal
and
Spain
and
through
the
Interministerial
Commission on the Limits and Luso-Spanish River Basins;
iii) Under the governance model – it is necessary the develop-
ment of public–private partnerships based on the stake-
holders’ involvement and co-responsibilization in sharing
risks. To this purpose can be used an existent action tool,
the
Territorial
Action
Programme
(TAP)
(DGOTDU,
2010),
which is a contractual nature instrument to makecompromises between interests manifested over the
territory and to create more favourable conditions for
desirable
convergence
and
coordination
of
public
and
private
performances
on
urban
and
territorial
develop-
ment.
5.
Conclusions
Coastal
zones,
due
to
their
sensitivity,
are
priority
areas
to
climate change adaptation. In this scope, spatial planning has
a determinant role because allows early action, which is more
cost-effective than responding to changes as they happen orretrospectively.
In the PNSICZM the concern of climate change adaptation
appears, directly and indirectly, reflected in more than 50% of
their
measures
that
should
be
integrated
into
the
SMI
of
the
coastal
zones.
Thus,
the
national
policy
framework
to
integrate
the
adaptation
to
climate
change
in
the
Portuguese
ICZM
through
spatial
planning
is
prepared.
As the PNSICZM is a SMI of strategic nature sets guidelines
to climate change adaptation in the SMI at regional and local
level.
Thus,
the
concern
of
climate
change
adaptation
and
the
set
of
measures
to
climate
change
with
direct
implications
on
the SMI of the PNSICZM have direct implications on the SMI
covering the MRE which must integrate its guidelines in orderto prepare as well as possible the estuary for the potential
impacts
of
climate
change.
For
this
purpose,
it
is
particularly
important, under the measure M11 of the PNSICZM, the
elaboration of the orientation guide for the Municipal Spatial
Planning Plans, which should be made in the first three years
of the Strategy implementation, because this guide will be
helpful
to
support
the
integration
of
adaptation
measures
in
the Municipal Spatial Planning Plans at local level. The entities
with local competences are in a privileged position to identify
the vulnerabilities of their territories and to define adaptation
actions to climate change as well as to integrate climate
change adaptation into the SMI at local level which, due to
their
regulatory
nature
and
because
they
bind
public
and
private entities, are the main SMI to make a proactive andintegrated management, including all sectors, of the potential
impacts of climate change and a cost-effective planned
adaptation.
However,
this
will
be
a
gradual
process
dependent
on
the
SMI
revision
cycles
but
it
is
likely
the
most
directed
way
to put in practice several adaptation measures that will allow
annul or significantly reduce the damage risk and maximize
the
benefits
from
climate
change
(ENAAC,
2010). At
the
same
time, to improve the contribute of spatial planning to climate
change
adaptation
in
the
MRE
will
be
important
a
better
coordination
between
the
different
main
national
institutions
at different levels and also a better articulation and coopera-
tion with the bordering Spanish regions, for example through
the elaboration of transboundary SMI. All these are funda-mental
requirements
to
promote
and
improve
climate
change
adaptation in order to prepare for the potential impacts of
climate change a valuable ecosystem such as the MRE. Thus,
the
PNSICZM
models
provide
an
essential
framework
for
climate
change
adaptation
in
the
MRE
through
spatial
planning.
Acknowledgement
Rute
Pinto
was
supported
by
a
PhD
grant
from
the
Portuguese
Foundation for Science and Technology – FCT (SFRH/BD/
33389/2008).
Appendix
A
See Tables A.1–A.7.
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Table
A.1
–
Main
SMI covering
the
Minho
River
Estuary
at
national
level.
Territorialmanagementsystem (TMS)components
Spatialmanagementinstruments(SMI)
types
Level
National
Policies (Laws),
Strategies,Plans and
Programmes
Territorial
DevelopmentInstruments
(TDI)
Environment Law (1987)
Spatial Planning
Policy
Coastal Zones
Policy
Climate Change
Policy
Others Policies
Spatial Planning
and Urban
Planning
Law (1998)
National Strategy
for Integrated
Coastal Zone
Management
(2009)
National Programme
to Climate Change
(2004, 2006, 2008)
National Plan of Environment
Policy (1995)
Forest Policy Law (1996)
National Road Plan (1998)
National Action Program to
Combat Desertification (1999, 2011)
Hunt Law (1999)
Albufeira Convention (1999, 2008)National Strategy for Nature
Conservation and Biodiversity (2001)
National Plan of Water (2002)
NationalProgramme for the Efficient Use
of Water (2005)
Ownership of Water Resources Law
(2005)
Water Law (2005)
Strategic Plan of the North Region (2006)
Legal Regime
of SMI (1999)
National Plan of Forest Fire Defense
(2006)
National Strategy for Forestry (2006)
National Strategy for Sea (2006)
National Strategic Plan for Fishery (2007)
National Strategy
for Adaptation to
Climate Change
(2010)
Strategic Plan for Solid Waste (2007)
Strategic Plan for Water Supply and
Sewerage (2007)
NationalStrategy Plan for Tourism (2007)
National Strategy for Agro-Livestock and
Agro-Industrial Waste (2007)
National Programme
of the Spatial
Planning Policy (2007)
National Strategy for Sustainable
Development (2007)
National Strategic Plan for Rural
Development (2008)
Inland Fisheries Law (2008)
Polis Programme – Integrated Operations
of Renewal and Valuation of the Littoral
North Coastal Zone (2008)
National Action Plan for Environment
and Health (2008)
National Strategy for Energy (2005, 2010)
National Plan of Maritime Port (under
preparation)
National Strategic Reference Framework
(2007)
Thematic Operational Programme for
the Enhancement Planning (2007)
Regional Operational Programme of the
North (2007)
Others
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Table
A.1
( Continued )
Territorialmanagementsystem (TMS)components
Spatialmanagementinstruments(SMI) types
Level
National
Territorial Planning I
nstruments (TPI)
–
Sectoral Policy
Instruments (ScPI)
Maritime Spatial Planning Plan (2008) (under approval)
Special Nature
Instruments (SNI)
–
Table A.2 – Main SMI covering the Minho River Estuary at regional level.
Territorialmanagementsystem
(TMS)components
Spatial
managementinstruments (SMI) types
Level
Regional
Policies (Laws),
Strategies,Plans and
Programmes
Territorial Development
Instruments (TDI)
Regional Territorial Management Plan of North (2006) (under approval)
Territorial Planning
Instruments (TPI)
–
Sectoral Policy
Instruments (ScPI)
Minho River Basin Plan (2001)
Sectoral Plan of Ecological
Network Natura 2000 (2008)
Estuary of the Minho and Coura Rivers
Special Protected Area (SPA) (1999)
Minho River Site of Community
Importance (SCI) (1997)
Littoral North Site of Community
Importance (SCI) (2000)
Regional Plan for Forestry Planning of Alto Minho (2007)
Hydrographical Regions of North Management Plans – Basins Management
Plan of the Minho-Lima Hydrographical Region (2005, 2009, 2009, 2013)
Floods Risks Management Plans (international or national) (under preparation)
Special Nature
Instruments (SNI)
Coastal Zone Management Plan Caminha to Espinho (1999, 2005, 2007, 2009) (under
revision)
Spatial Planning Plan of the Minho River Estuary (under preparation)
Table
A.3
–
Main
SMI
covering
the
Minho
River
Estuary
at
local
level.
Territorialmanagementsystem (TMS)components
Spatial managementinstruments (SMI) types
Level
Local
Policies (Laws),
Strategies,
Plans and
Programmes
Territorial Development
Instruments (TDI)
–
Territorial Planning
Instruments (TPI)
Municipal Spatial Planning Plans (including Municipal Master Plan, Urbanization
Plan and Detail Plan) of Valença (2010)Municipal Spatial Planning Plans (including Municipal Master Plan, Urbanization
Plan and Detail Plan) of Vila Nova de Cerveira (1995) (under revision)
Municipal Spatial Planning Plans (including Municipal Master Plan, Urbanization
Plan and Detail Plan) of Caminha (1995) (under revision)
National Agricultural Reserve of Valença (2010)
National Agricultural Reserve of Vila Nova de Cerveira (1995) (under revision)
National Agricultural Reserve of Vila Nova de Cerveira (1995) (under revision)
National Ecologic Reserve of Valença (2010)
National Ecologic Reserve of Vila Nova de Cerveira (1995) (under revision)
National Ecologic Reserve of Vila Nova de Cerveira (1995) (under revision)
Rail Public Domain (2003)
Hydric Public Domain (2005, 2005, 2007)
Adjacent Zones: Zones Threatened by Sea and Zones Threatened by Floods
(2005, 2005)
Buffer Zone (2006, 2007, 2009) (under definition)
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Table
A.3
( Continued )
Territorialmanagementsystem (TMS)components
Spatial
managementinstruments (SMI) types
Level
Local
Sectoral Policy
Instruments (ScPI)
Forest Management Plan of the National Forest of Camarido (2009, 2009)
International Regulation for Preventing Collisions at Sea (1972)Regulation of the Hunt in the Waters and Margins of the International Section of
the Minho River (1994, 2012)
Regulation of the Jurisdiction Space of the Caminha Port Captaincy (2002, 2011)
Regulation of the Pleasure Shipping (2004)
Regulation of the Fishing in the Minho River (2008, 2009)
Special Nature
Instruments (SNI)
–
Table
A.4
–
Main
potential
eco-socio-economic
impacts
of
climate
change
in
the
Minho
River
Estuary.
Climate
drivers
Potential
eco-socio-economic
impacts
Air temperature increase of up to 5 8C (by 2100) - Water temperature increase
- Changes in levels of dissolved oxygen and
biochemical processes
- Changes in both direction and power of waves
- Storm surges increase and changes in direction,
strength, frequency, duration and intensity
- Shortening of return period of more intense
storm surges
- Difficulty in drainage at the mouth increasing floods
Precipitation decrease, in general, of up to 50 mm in winter and 50–100 mm in the
other seasons. However, due to increases in the number of intense precipitation
days (above 10 mm/day) can occur an increase of precipitation during
winter (by 2100)
- Salinity incursions/intrusions increase
- Deposition of sediments along coast will probably
be lower than the current deposition
- Acceleration of coastline erosion with increased
coastal erosion- Shoreline retreat
- Changes in weather patterns with the increase
of extreme events frequency and intensity such
as floods and heat waves
- Shortest return period of floods
- Flash flood increase in low lying areas
- Freshwater shortage due to prolonged and more
intense periods of droughts
- Changes in hydrological patterns (rainfall, runoff,
flow, turbidity and aquifers recharge)
- Enlargement of silting (with a significant reduction
of exported materials to the coast and the entry
of larger volumes of sands transported by littoral
drift with possible reduction of coastal
sedimentary traffic)- Increase of loss of intertidal and marsh zones
- Loss or displacement of habitats/ecosystems
(inland migration of beaches and wetlands)
Sea level rise of up to 1 m (by 2100) - Changes in species and communities
distribution, composition and structure
- Invasive species increase
- Loss of land and changes in land uses
- Changes in socioeconomic infrastructures
- Direct loss of economic, ecological, cultural
and livelihood values through the loss of
land, infrastructures and coastal habitats
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Table A.5 – Values, principles, strategic options and objectives of the Portuguese National Strategy for ICZM.Values Identity
Sustainability
Planning
Security
Principles Sustainability and intergenerational solidarity
Cohesion and social equity
Prevention and precaution
Systemic approach
Technical and scientific knowledge
Subsidiarity
Participation
Co-responsibilization
Operationality
Strategic options Planning model Socioeconomic and ecological dynamics articulation in resEcosystemic approach
Institutional model Skills articulation – Co-responsibilization institutional aro
Governance model Public-private cooperation, which focuses on convergenc
coastal zone management including a figure of users asso
Objectives Thematic Conserve and enhance the resources and the natural her
Anticipate, prevent and manage situations of risk and imp
origin
Promote the sustainable development of economic activit
specific resources from coastal zone
Improve the scientific knowledge on systems, ecosystems
Transversal Develop the international cooperation
Strengthen and promote the institutional articulation and
Develop mechanisms and monitoring and observation ne
Promote information and public participation
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Table A.6 – Measures including actions associated with the concern of climate change adaptation of the Portuguese National Strat
Measure Measuretype
Referenceto climate
change
Directimplications
on SMI
Actions (indicators/targets) associatedwith the concern for climate
change adaptation
Priority level Le
M01 Strengthen and
promote a specific
normative
framework for
coastal zonemanagement
Regulatory and
Management
Direct Yes - Institution of the governance model
- Application of the ‘‘coastal good’’ concept and
integration of prevention and precaution
principles into the SMI namely in: Regional
Spatial Planning Plans, Municipal SpatialPlanning Plans and Special Spatial Planning
Plans
- Development of a Sectoral Plan for the Coastal
Zone which will identify options and guidelines
that will frame the elaboration or revision of
the SMI in the coastal zone, considering climate
change and its impacts
- Priority 1 –
short term – first
2 years of the
strategy
implementation
- W
Po
En
M02 Stimulate and
effecting the
coastal zone
management
mechanisms
Regulatory and
Management
Indirect Yes - Introduction of co-responsibility and sharing
risks principles – Hydric domain regulation
through Hydric Public Domain Associations
- Priority 1 –
short term - first
3–5 years of the
Strategy
implementation
- W
Po
En
- H
Re
Ad
Po
En
M05 Ensure the
implementation of
the intervention
priority program of
coastal zone
recovery
Thematic:
Environmental
values
Indirect Yes - Creation of the necessary mechanisms for
monitoring, evaluation and reprogramming of
the Coastal Zone Spatial Planning Plans, taking
into account the need of these plans integrate
new interventions corresponding to risk
situations for people and goods
- Realization of new interventions in risk
situations and in areas to value that require an
complex institutional articulation or that
integrate broader areas of the coastal zone (e.g.
‘‘ buffer zone’’ spaces, estuaries and lagoons)
Priority 2 – short/
medium/long
term depending
on the action
- W
Po
En
- N
Co
Bi
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8/9/2019 Pinto - The Portugese National Strategy for Integrated Coastal Zone Management as a Spatial Planning Instrument …
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M20 Develop a
information and
awareness
program on co astal
zone
Participation Indirect Yes - Promote information campaigns about the
potentialities, vulnerabilities and coastal zone
evolution
- Priority 1 –
short/medium/
long term
depending on the
action
-
P
E
-
R
A
P
E
-
C
B
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Table
A.7
–
Measures
including
actions
with
direct
implications
on
SMI and
on
SMI
of
the
Minho
River
Estuary
and
onmain entities with competences on its SMI.
Measure
Measuretype
Implications
on
SMI
Implications
on
SMI
and
mainentities with competences on the SMI
of
the
Minho
River
Estuary
M01 Strengthen and
promote a specific
normative framework for
coastal zone
management
Regulatory and
Management
- Introduction the concept of the
coastal zone as a ‘‘coastal good’’
through defining a ‘‘buffer zone’’and integrating the prevention
and precaution principles into
the SMI
- Introduction of the Sectoral Plan
for the Coastal Zone guidelines into
the SMI
- Regional Territorial Management Plan of
North
- Coastal Zone Management PlanCaminha to Espinho
- Municipal Spatial Planning Plans
(including Municipal Master Plan,
Urbanization Plan and Detail Plan) of
Valença, Vila Nova de Cerveira and
Caminha
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
M02 Stimulate andeffecting the
coastal zone
management
mechanisms
Regulatory andManagement
- Introduction of the co-responsibility and sharing risks
principles in Hydric Public
Domain
- Hydric Public Domain
- Hydrographical Region Administration
of North/Portuguese Environment Agency
- Caminha Port Captaincy
M05 Ensure the
implementation of
the intervention
priority program of
coastal zone
recovery
Thematic:
Environmental
values
-Revision of the Coastal Zone
Spatial Planning Plans
- Coastal Zone Management Plan
Caminha to Espinho
- Hydrographical Region Administrationof North/Portuguese Environment Agency
M07 Identify and
characterize the
risk and vulnerable
areas and typify
safeguard
mechanism
Thematic:
Security
- Integration of the concept of
coastal zone as a ‘‘buffer zone’’
with a non aedificandi status into
the SMI
- Regional Territorial Management Plan of
North - Coastal Zone Management Plan
Caminha to Espinho - Municipal Spatial
Planning Plans (including Municipal
Master Plan, Urbanization Plan and
Detail Plan) of Valença, Vila Nova de
Cerveira and Caminha
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
M08 (Re)assess the need
of ‘‘hard’’ coastal
defence through
the application of
multi-criteria
models
Thematic:
Security
- Integration of the results from
multi-criteria analysis of the
coastal defences constructions
into the SMI
- Coastal Zone Management Plan
Caminha to Espinho
- Municipal Spatial Planning Plans
(including Municipal Master Plan,
Urbanization Plan and Detail Plan) of
Valença, Vila Nova de Cerveira and
Caminha
- Hydrographical Region Administration
of North/Portuguese Environment Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
e nv i ro n me n ta l s c ie nc e & p ol ic y 3 3 ( 2 01 3 ) 7 6 –9 692
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Table
A.7
( Continued )
Measure
Measuretype
Implications
on
SMI
Implications
on
SMI
and
mainentities with competences on the SMI
of the Minho River Estuary
M09 Incorporate in
contingency plans
the specific risks of
coastal zone
Thematic:
Security
- Integration the specific risks of
the coastal zone in contingency
plans (Risk Management Plans,
Emergency Plans and EmergencyResponse Plans)
- Floods District Special Plan of Viana do
Castelo
- Civil Protection Municipal Emergency
Plan of Valença, Vila Nova de Cerveiraand Caminha
- Civil Protection District Emergency Plan
of Viana do Castelo
- Viana do Castelo District Command of
Relief Operations
- Hydrographical Region Administration
of North/PortugueseEnvironment Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
M10 Undertake the
inventory of the
Hydric Domain and
assess the legality
of the Maritime
Public Domain
occupations
Thematic:
Planning
- Identification of the illegal uses
and occupations in the Maritime
Public Domain
- Hydric Public Domain
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment
Agency
- Caminha Port Captaincy
- Littoral North Polis Society
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
- Private Entities
M11 Integrate into the
spatialmanagement
instruments
framework the
ICZM issue
Thematic:
Planning
- Introduction of the ICZM and
‘‘buffer zone’’ into the SMI- Introduction of the guidelines
from Sectoral Plan for the Coastal
Zone into the SMI
- Introduction of the guidelines
from Regional Spatial Planning
Plans into Municipal Spatial
Planning Plans
- Regional Territorial Management Plan of
North- Coastal Zone Management Plan
Caminha to Espinho
- Municipal Spatial Planning Plans
(including Municipal Master Plan,
Urbanization Plan and Detail Plan) of
Valença, Vila Nova de Cerveira and
Caminha
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment
Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
M15 Creating a
knowledge
platform of R&D
for the coastal zone
Thematic:
Knowledge
- Introduction of the scientific
knowledge in the coastal spatial
planning through their inclusion
into the SMI by providing
scientific information
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment
Agency - Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
M16 Ensuring adequate
technical training
to the requirements
of ICZM
Thematic:
Knowledge
- Introduction of the scientific
knowledge in the coastal spatial
planning through training on
coastal zone issues the municipal
technicians, decision-makers on
spatial planning and general
population
- Coordination Commission and Regional
Development of North
- Hydrographical Region Administration
of North/Portuguese Environment Agency
- Caminha Port Captaincy
- Municipalities of Valença, Vila Nova de
Cerveira and Caminha
e nv i ro nm e nt a l s c ie n ce & p o li c y 3 3 ( 2 01 3 ) 7 6 –9 6 93
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