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In
S
tegrating urban planning and Ecological
ustainability:A Multidimensional Framework
Malm University
Department of Urban StudiesSustainable Urban Management
Global Urban Challenges, BY603E, 15 credits
NikodmosTakeleGeberetsadikAutumnSemester,2010
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Abstract An ecologically sound sustainable urban development pattern has been highlighted as a major
principle in urban development in recent years which was followed by a concern regarding the
sufficiency of urban planning in delivering sustainable urban development. Consequently many
authors have proposed planning frameworks that integrate urban planning and ecological
sustainability. However there is still need for an all-encompassing and comprehensive framework to
integrate urban planning and ecological sustainability. Based on a synthesis of desirable
characteristics of prior integrated planning frameworks, various planning paradigms and case studies
a comprehensive framework is proposed to integrate urban planning and ecological sustainability. A
case study on the city of Malm has also provided interesting aspects that empower the framework
proposed.
Keywords: Urban planning, ecological sustainability, Integrated planning
1. IntroductionUnrestrained urban growth constrains sustainable urban development (UN-Habitat 2009)
giving rise to unsustainable patterns such as over exploitation of natural resources, ecosystem
destruction and environmental pollution. The widely accepted 1987 Brundtland report Our
Common Future which calls for sustainable development - development that meets the needs
of the present without compromising the ability of future generations to meet their own needs
imply the need for adopting sustainable development paths in urbanization, where much of
the global environmental problems can be traced back to.
Intensifying environmental problems and the global need for sustainable urban development
has led some practitioners and authors to question the sufficiency of urban planning indelivering sustainable urban development. The UN-Habitat global report on human
settlements (2009) views mainstream urban planning as narrow and too procedural to contend
with the multi-faceted contemporary urban problems and echo the need for planning
approaches that respond to urban sustainability concerns. Similarly many authors (Slocombe
1992 and 1993, Campbell 1996, He et al. 2010) have recognized the apparent shortcomings in
urban planning to tackle contemporary environmental concerns and consequently proposed
different frameworks to address the shortcomings through integrating urban planning and
ecological sustainability.
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Planning is a complex task simply because the subject matter involved is multitemporal,
multivariate and multidimensional (Lein 2003). Urban planning is no different and
integrating it with ecological sustainability, i.e. integrated planning, will add to the
dimensions and variables of planning. Previous integrated planning frameworks proposed do
not wholly capture the variables and dimensions associated with integrating ecological
sustainability and urban planning. Hence there is still need for an all-encompassing and
comprehensive framework that can capture all the dimensions and variables associated with
integrating urban planning and ecological sustainability.
2. Purpose of the StudyThe aim of this study is to present a comprehensive framework for integrating urban planning
and ecological sustainability that captures all the associated variables and dimensions.
3. MethodThe study comprises of two parts. The first part is the presentation of the framework which
will be achieved through a review and synthesis of desirable characteristics of prior
integrating frameworks, urban planning paradigms and case studies.
Fainstein (2000) and Bulkely (2005) also suggested empiricism and best practices provide the
basis for policy transfer and learning for sustainable urban development, hence, the second
part will be a case study on the city of Malm with the aim of exploring additional aspects tothe framework to better operationalize the integration of ecological sustainability with urban
planning. A case study is an empirical investigation of a real life phenomenon (Yin 2003).
Semi-structured interviews (see A1) and review of relevant articles and publications are the
methods used to conduct the case study.
3.1. ProcessAfter the preparation of semi-structured questions, the questions were communicated to the
city planning office via email with purposes clearly stated and elaborated. Semi-structured
questions are preferred in situations where it is desired for the interviewee to take a leadingrole and provide in-depth information about the phenomenon being researched without being
bounded (see Yin 2003), which was desired in this study. The questions were soon replied
with the required information and additional documents providing in-depth information on the
questions raised. A second and final group of questions were also communicated to the
Environment department (see A2) which was replied in the same manner. A separate
questionnaire was prepared to the environment department since it was important to have a
look on some of the issues from the vantage point of the environment department.
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4. Theory4.1. Urban Planning
Planning is the intervention to alter existing course of events (Campbell et al. 2008). It is the
gathering and analysis of information to forward the general welfare through guiding a broadrange of human, economic and other development activities (Friedmann 1987).
Correspondingly urban planning is regarded as a category of spatial planning that gives
geographical expressions to the economic, social, cultural and ecological will of a society
guided by a scientific orientation, an administrative technique and a policy (He J. et al. 2010,
Campbell 1996, Slocombe 1992). Scholars usually identify two elements of urban planning:
Master planning and comprehensive planning. Master plans also referred to as end-state and
blue-print plans are spatial or physical plans that depict on a map future state of an urban
area when the plan is realized (UN-Habitat 2009). Comprehensive plans based on the
requirements of master plans propone that planning system should plan towns as a whole and
in detail through regulating land use and the design and construction of buildings (ibid). In its
most detailed stage comprehensive planning is referred as regulatory planning.
The fixation of urban planning on space mainly dominated by engineering and economic
perspectives and rigid administrative boundaries has led to its criticism. Urban planning is
criticized to neglect interdisciplinary approaches halting the examination of substantive issues
critical to urban development. Particularly ecologists have criticized urban planning for lack
of consideration of the links and trade-offs between economic and social variables and
ecological sustainability.
4.2. Ecological sustainabilityThe environmental concerns on our planet have expanded dramatically in recent decades and
are now among the most serious challenges affecting peoples well- being around the globe.
Addressing environmental degradation and ensuring ecological sustainability are inseparably
linked to reducing poverty and improving peoples lives (WDR 2007).Ecological
sustainability is defined as the capacity of ecosystems to maintain their essential services and
processes and to preserve biodiversity in the long run. More on a sustainable development
approach, Callicott et al. (1997) defines ecological sustainability as meeting human needswithout compromising the health of the environment. In the current study the latter definition
is adopted in the context of ecologically sustainable urban development.
A scalar classification of land-uses made by Forman and Godron (1986) spanning from the
most pristine to the most modified landscape based on the intensity of human intervention
puts the urban landscape at the most modified with proportionate pressure and degradation on
the physical environment which is also manifested in the ecological footprints of many cities.
The ecological footprint analysis (Wackernagel et al. 1996) is a comprehensive measurement
tool to estimate the pressure of a defined human settlement (e.g. a city) on the physical
environment in terms of resource consumption and waste generation. The ecological footprint
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Table 1: Aspects of ecologically sustainable urbanization
greenhouse gas emissions are reduced and serious climate change mitigation and adaptation
actions are implemented;
urban sprawl is minimized and more compact towns and cities served by public transport
are developed;
non-renewable resources are sensibly used and conserved;
renewable resources are not depleted;
the energy used and the waste produced per unit of output or consumption is reduced;
the waste produced is recycled or disposed of in ways that do not damage the wider
environment; and
the ecological footprint of towns and cities is reduced.
Adopted from UN-Habitat report (2009)
of a city indicates the land area necessary to sustain current levels of resource consumption
and waste discharged by the population in the city. Subsequently different authors (Newman
et al. 2008 Rees et al. 1996) have computed ecological footprint analysis for various cities.
Vancouver was estimated to require more than 19 times larger than its home territory to
support its consumption on 1996 levels. Londons ecological footprint on 2000 consumption
levels was calculated to be 42 times the citys bio capacity and 293 times its geographicalarea. Similarly on a national level the Netherlands ecological footprint was calculated to be 15
times larger than its territory. Conversely developing countries like India had smaller
footprint than it could support within its geographical boundaries. In general Humanities
ecological footprint was calculated to exceed natures supportive capacity by 30% on 1996
consumption levels and it is plausible that these figures has continued to increase given
increasing population and economic growth.
Ecological footprints are much higher in urban areas (or societies) where constant input of
material and energy from nature is required to feed their citizens and to build and operate theirproduction and infrastructure facilities that continuously cater them with goods and services
(Wackernagel et al. 1996). This is also accompanied by a proportionate increase in waste
load. The pressure on green spaces and forests that is caused as a result of expansion of cities
also challenges natures assimilative capacity leading to further ecological degradation. The
ecological consequences of these are profound both for urban residents and beyond (Turner
1994).
Consequently many authors in the field (Scolombe 1992, Ziperer 2000, Wacernagel and Rees
1996) and international documents (UN-Habitat 2009) have called for sustainable urban
development patterns. The materialization of sustainable urbanization entails sustainable
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patterns in land use, consumption and waste management. Aspects of sustainable urbanization
are presented in table 1. Authors like Scolombe (1991 and 1992), Campbell (1996), Simons
and Staalduine (2004) and Niemel (1999) argue that the materialization sustainable
urbanization requires the effective integration of ecological sustainability with urban
planning. Staalduine and Simons (2004) identify three main advantages of integration: Firstly,
both policy areas need each other. This point is also enforced by Niemel (1999) in the
authors argument that both research and practice of urban sustainability would benefit from
the integration, as ecology would benefit from the social science roots in urban planning and
urban planning would benefit from better understanding of urban ecosystems. Secondly,
experiences in the implementation of urban spatial policy and environmental policy indicate
that benefits can only be achieved through good cooperation. Thirdly, it is argued that
separate production of urban and environmental plans would result in a great deal of
professional and political effort, time and money. Subsequently integrating frameworks were
proposed by many authors to beget sustainable urbanization.
5. Integration FrameworkA framework is a structure of possible courses of action or a preferred approach towards a
notion or a phenomenon. In this study integration framework or integrated planning
framework refers to preferred approaches towards integrating urban planning and ecological
sustainability.
In section 1 it is argued that integrated planning is multitemporal, multivariate andmultidimensional. Hence a framework for integrated planning should embrace similar
attributes. Based on a review of case studies, urban planning paradigms and previous
integrated planning frameworks a framework is proposed that portrays the temporal
dimensions of integrating urban planning and ecological sustainability. The temporal
dimensions are pre-integration conditions, in-integration dimensions and post-integration
dimensions. Such a temporal framework is argued to capture all the variables and dimensions
associated with integrating urban planning and ecological sustainability. For instance pre-
integration conditions capture the pre-condition variables imperative to integrated planning.
While in-integration dimensions capture the procedural and substantive variables necessary
for integrated planning. Post-integration dimensions are about monitoring and evaluation ofthe integrated planning and are also about the framework itself in that they create a feedback
and self-improvement mechanism for the framework.
As it is argued in section 1, previous integration frameworks do not wholly capture the
variables and dimensions associated with integrated planning. For instance Wackernagel et al.
(1996) and Slocombes (1993) integration frameworks only addresses in-integration
dimensions. Similarly Campbells (1996) framework only captures procedural and substantive
paths in in-integration neglecting pre-integration and post-integration dimensions. He J. et al.
(2010) could be the most comprehensive integration framework so far but it still misses
important in-integration dimensions and pre-integration conditions which are found to be
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relevant in the case studies reviewed. Hence a framework that is argued to be comprehensive
and can capture all the variables and dimensions of integrating urban planning and ecological
sustainability is proposed in the next section.
5.1. Integration framework ProposedPre-integration Conditions
The possibilities of achieving integration are to a considerable extent, a function of certain
pre-integration conditions. These conditions mainly represent contextual and institutional
factors that determine integration which are also posited as policy level integration of urban
planning and ecological sustainability.
Legislative and political Support: integration of ecological sustainability with urban
development at the decision (or planning) stage requires a legitimate base to channel plansand policies towards integration. Different authors/practitioners (Berg 2004, Staalduine and
Simons 2004, Piro 2004) identify four areas of policy level integrations or legislative support
towards integrated planning i.e. legislations at the regional (for e.g. EU), national, provincial
and municipal levels with their respective opportunities and obstacles for integration.
Staalduine and Simons (2004) argue that both horizontal (e.g. spatial planning with
environmental planning) and vertical (e.g. regional level planning with municipal planning)
integration are facilitated by appropriate rules and procedures to guide them. Case studies in
Australia and Canada (Slocombe 1993) show that competing interests of various government
and private agencies and lack of policy to guide their relationship to hinder integrated
planning and management efforts of forests in the Alps and Alberta. These hindrances were
also rendered to be manifestations of lack of political attention given to ecological
sustainability. Similarly He J. et al. (2010) identify lack of legislative support and government
attention as the major bottlenecks towards integrated planning in china and propose
institutional collaboration of urban planning and environmental planning agencies and the
promotion of issues of ecological sustainability to gain more public support and political
ground. Similar types of problems were avoided to a limited extent in The United States
(Miller et al. 2004) and The Netherlands (Berg et al. 2004) due to early efforts to accompany
environmental concerns with appropriate legislations. However problems related to vertical
integration were apparent in The United States giving rise to the recognition that regional,state and urban planning are interdependent and the essence of finding means to create
meaning for regional and state legislations and policies at the municipal level.
Authors like Campbell (1996) view legislative and political support as direct correlate of
public awareness and concern. Campbell envisions that if the public is concerned and aware
about environment issues, they will vote for candidates with the best environmental records
and promised legislation. These implies that efforts to enhance awareness among the public to
potentially result in legislative and political support towards integrated planning.
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Financial support: given the limited availability of resources; planners and policy makers are
taken to prioritize short-term and local benefits of the economy rather than the long-term and
global benefits of ecologically sustainable urban planning. Studies (Oosterveld 2004 and
Gibbs 1996) in Canada and Britain reveal that the political viability of short-term gains of
economic aspects secure financial precedence of politicians resulting in limited finance to
incorporate ecological sustainability in decision making. Coenen (2004) frames lack of
finance as one of the major factors halting the incorporation of ecological planning in urban
planning in The Netherlands. Gibbs argues that making integrated planning the blueprint for
approving grants and budgets would ensure integrated planning. Staalduine and Simons
(2004) go deeper to suggest an integration of environment and urban planning budgets and
recommend laws and regulations to be flexible enough to warrant the usage of funds in a
wider sense.
In-integration Dimensions
In-integration dimensions represent substantive and procedural approaches necessary to
realize the integration of urban planning and ecological sustainability.
Ecological knowledge of the city1: integrating ecological sustainability and urban planning
requires an ecological knowledge of the urban area the planning activity is intended for.
Efforts towards integration in Western Europe were mainly halted or limited in scope due to
lack of such information and knowledge (Stren et al. 1992). In The Netherland studies
(Staalduine et al. 2004, Berg 2004) show that problems related to incorporating environmental
concerns into urban planning emanate from lack of ecological knowledge. Similarly inFinland, Niemel (1999) highlights that scarcity of ecological knowledge weakened integrated
planning.Lack of ecological knowledge intricate finding explanations for ecological
phenomenon and predicting changes as urbanization proceeds limiting possibilities of
integration (ibid).
Moreover integration of regional and state environmental planning and policies into city
planning is dependent on ecological knowledge of the city. Slocombe (1993) argues that
planning and management frameworks should be locally developed and locally relevant. An
area specific documentation and research of ecology examining its interrelationship with the
economy and societal way of life in the area is necessity for the production of city relevant
integration framework of city planning and ecological sustainability (Campbell 1996,
Slocombe 1992 and 1993 and He J. et al. 2010) and translating regional and national policies
to the municipal context (Coenen 2004). Ecological knowledge of the city is also a
precondition for ecosystem approaches, which is presented as an in-integration dimension in
the present study.
Ecosystem approaches2: integration of urban planning and ecological sustainability requires
the understanding of the interaction of socioeconomic aspects with the environment within a
city and the method to reflect it in planning. An ecosystem approach is a methodology ofanalyzing an entity (a system), its environment and the interactions between them
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(Slocombe 1992). The ecosystem approach brings a systematic, holistic approach to analyze
complex set of interrelationships providing higher clarity and a wide set of factors in
analyzing the prospects of decisions. An urban ecosystem approach yields knowledge and
information for policy makers regarding trade-offs and synergy between socioeconomic and
ecological values at various spatial, temporal and management scales (UNU/IAS 2003). Such
information and knowledge will aid planners in visualizing and guiding planning activities
towards optimal and healthy interdependence between socioeconomic values and ecological
values and limits. Furthermore ecosystem approaches mandate better integration of
environmental information in planning and facilitate locally appropriate, self-reliant
sustainable action (Slocombe 1992).
The nature of ecosystem approaches warrants methodologies such as participatory
approaches and multidisciplinary data collection and analysis. This has led some scholars to
redefine the role of the planner in the face of dealing with a wide range of actors and
disciplines in the planning and decision making process. In the face of dealing with variousactors and disciplines Campbell (1996) identifies the role of the planner as a translator, in
which the planner translates professional languages across various disciplines to create an
understanding of each others language, reasoning and priority. Related to participatory
approaches, the communicative model (Healey 1996) proposes that planning practices should
enable purposes to be communicatively discovered. In this model the role of the planner is to
provide information, listen to peoples stories and assist in forging consensus among differing
views. Consensus decision making is particularly important in the prevalence of actors with
disparate viewpoints (e.g. economists and ecologists), since it enables disparate viewpoints to
work toward a mutually acceptable and politically supportable position (Mackenzie 1993).
Post-Integration Dimensions
Post-integration dimensions mainly represent evaluation and monitoring activities of plans to
continuously enable an incremental integration of urban planning and ecological
sustainability.
Strategic Environmental Assessment (SEA): SEA evaluates the environmental impacts of
policies, plans, and programs and their alternatives (Therivel et al. 1992 cited from Shepered
et al. 1996).SEA is a post-integration pre-implementation exercise that is implemented to
ensure the compliance of plans and policies with sustainability principles i.e. SEA is aimed at
comparing various policy alternatives before major project level decisions take place. He J. et
al. (2010) argue that SEA should be fully incorporated in the whole process of planning
providing ecological sustainability relevant information at each stage of planning which is
labeled as full integration of SEA and planning (Partidario 2004). Similarly case studies in
Britain, United States, Sweden and Canada (Shepered 1996) and China (HE J. et al. 2010)
revealed that SEA enabled early examination of estimated impacts of policies and plans on
the urban environment and consideration of sustainability principles through providing a
systematic integrated framework. In the current integrated planning framework SEA can befully integrated into planning or it can assume the state of staple integration carried out only
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Table 2: A multidimensional integration framework
Pre-integration
Conditions
In-integration
Dimensions
Post-integration
DimensionsLegislative support Ecological knowledge
of the city
Strategic environmental
assessment
Financial support Ecosystem approaches Sustainability indicators
Participatory approach
Determining the right
role of the planner
Consensus decision
making
once after the plan is defined. Either way its role will be to aid a better and locally relevant
integration of urban planning and ecological sustainability.
Sustainability indicators: sustainability indicators in general measure the movement towardsor away from sustainability. In the urban planning context, sustainability indicators serve as
an evaluation tool to inform and improve planning. A case study in three North American
cities (Miller 2004) reveals that sustainability indicators were used in these cities to measure
changes over time and convey information to facilitate monitoring the effectiveness of plans
and policies. In these cities sustainability indicators were aggregated to inform plans and
policies. Bell and Morse (1999) also support the aggregation of indicators to obtain a general
picture of sustainability. Sustainability indicators, particularly ecological sustainability
indicators, can create a feedback structure in which the effectiveness of integration of
ecological sustainability and urban planning can be measured and inform improved
integration of urban planning and ecological sustainability. Improved integration can bematerialized in terms of restructuring the pre-integration conditions or adopting a more locally
relevant in-integration dimension or both. The integration framework is summarized in Table
2.
6. Case: The city of Malm6.1. Background
Malm is the third largest city in Sweden, located in the southern tip of Skne with
approximately 295, 000 habitants. It is the capital of the region of Skne and at the centre ofthe resund region. Historically known as an industrial city, Malm has undergone structural
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changes to transform to a sustainable knowledge based city. The structural changes came
about as a result of closure of industries and businesses which was followed by high
unemployment and budget deficits faced by the municipality in the 1990s. By the mid 1990s
the city put in place a vision to become a centre for knowledge and sustainable urban
development in the overall Skne and resund region and has been working (and is working)
tirelessly towards realizing that vision.
Malm has won international attention and recognition for its commitment towards
sustainable urban development particularly for its efforts towards creating a climate friendly
urban development structure. It is considered as an example of sustainable urban development
and it has been awarded the UN Habitat Scroll of Honour in 2009 (see unhabitat.org). The
leading role that the city is playing in sustainable urban development is the main reason why
it was chosen as a case study here.
6.2. Integrating City Planning and Ecological Sustainability in MalmReinventing Malm as a sustainable knowledge based city and discovering its role in the
resund and Skne region has provided unique opportunities for integrating urban planning
and ecological sustainability in Malm. The municipality has a vision of branding the city as a
centre of innovation and sustainable urban development in the resund and Skne region and
has many plans and ongoing projects to its effect. For the year 2020, Malm has committed
itself to become climate neutral and, for 2030, to run on 100 percent renewable energy.
Moreover long-term compact and mixed development, promotion of an environmentallyadapted traffic system, and strengthening biological diversity are targeted for. In the face of
defining the competitive edge of the city as a centre of knowledge and sustainable
development in the region, such efforts are hoped to attract and stimulate similar investments
in the city and associated employment providing the economic base of the city.
In the case of Malm, ecological sustainability is not only something to be integrated with
urban planning; it is also a vision in which the citys future is founded upon. Such a
phenomenon has provided unique opportunities to intertwine urban planning and ecological
sustainability in Malm.
The case study has also revealed specific issues that are of relevance to the framework
proposed which are presented below. However the case study was not exhaustive in the sense
that some aspects that are of relevance to the framework might have been overlooked.
An interesting pre-integration phenomenon in Malm is how Legislative and political
support for integrated planning is framed. European Union and state environmental
legislations are available but as the planning office pointed out, their role in influencing urban
planning is minimal and it is the municipals policies and goals that are often referred during
urban planning. This is also in par with the findings in The Netherlands (Coenen 2004) and
The United States (Piro 2004) in which there was much appeal to local policies and prioritiesrather than state and/or regional environmental policies. Apparently in Malm integration of
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ecological sustainability and urban planning is mandated mainly due to the fact that it
coincides with the vision of the city. This conveys important information regarding the
effectiveness of regional policies and laws in influencing integration of urban planning and
ecological sustainability at the local or city level. It also empowers Slocombes (1993)
argument that a framework to integrate urban planning and ecological sustainability should be
locally relevant. Hence procedural and substantive paths proposed in the current framework to
better integrate regional and state environmental policies into urban planning could prove to
be necessary. Another interesting pre-integration phenomenon being practiced in Malm is
awareness creation. Malm works on various environmental awareness creation programs.
As Campbell (1999) highlighted this could help create public support (and hence vote) for
candidates with the best environmental records, paving the way towards legislative and
political support for integration of urban planning and ecological sustainability.
An interesting in-integration aspect that is being practiced in Malm is multidisciplinary
planning: The planning team in Malm comprises of architects, engineers, sociologists,economists, statisticians, biologists and others. This has enabled a multidisciplinary data
collection and analysis of phenomenon facilitating integrated planning.
Post-integrated planning activities are also conducted in Malm mainly by the environment
department. However as evidences suggest monitoring and evaluation activities conducted by
the environment department mainly relate to operations rather than plans and finding the best
environmentally sound ways of implementing plans.
7. ConclusionThe integration framework proposed is a contribution to the efforts towards exploring a
framework to integrate urban planning and ecological sustainability and it should provide a
general and comprehensive approach and ease the integration of urban planning and
ecological sustainability. The framework could also stimulate ideological and institutional
fusion of various disciplines and sectors and further pave the way towards holism in urban
planning.
As the relevance of much of the variables and dimensions adopted in the framework camefrom case studies, a similar case study was initiated on the city of Malm. The case study
revealed some new pre-integration and in-integration dimensions that were relevant to the
purpose of this study. Environmental awareness creation was an important pre-integration
variable that was identified, that attempts to alter the context in which the urban planning
takes place to a more auspicious one for integrated planning. An in-integration variable that
was identified is multidisciplinary planning which entails the communication and dealing of
actors with different views from various departments representing different interests. In such
cases in-integration dimensions like consensus decision making provided in the framework
could prove to be useful. Analogous to the framework, the case study on the city of Malm
also enforces the need for a locally relevant policy and framework to locally materialize theintegration of urban planning and ecological sustainability.
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Notes
1. For more on ecological data collection and analysis see biotope mapping (Tripathi etal. 1993), ecological footprint analysis (Wackernagel et al. 1996), state of the
environment reporting (Jonet 1990)
2. For a review of ecosystem approaches including advantages and disadvantages seeSlocombe (1992 and 1993)
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Annexes
A1. First Group Questions
- How are the urban planning and environmental management bodies setup in the municipality?Do they exist as separate entities?
- How do you compromise between different economic, social and political priorities andecological standards while planning?
- How would you characterize the legislative and political support for ecological planning?- How would you characterize the autonomy of the planning department and the city in general
to set forward ecological plans and standards?- Do you make use of current and up to date research and information in your planning?- What are the backgrounds of the planning team (sociologists, environmentalists, economists,
anthropologists etc) This is to find out whether there is a multidisciplinary approach inplanning
- Do you have a clear vision that every planning activity should pertain to?- Do you advocate stakeholder participation in planning?-
What methods do you use to influence the public attitude towards environmentally sustainablechoices?
A2. Second Group Questions
- Is there any legislation that supports the incorporation of environment sustainability variablesinto urban planning or is it just up to the will of the urban planners to consider environmentalvariables?Legislations could include European Union legislations, state legislations and
Municipality or regional legislations/agreements
- How is the financial commitment of the municipality in executing environmental agendas?- How much power and say does the environment department have in the urban planning of the
city of Malm?
- How much power and say does the environment department have in the urban planning of thecity of Malm?
- Can an urban plan be approved without the consent of the environment department?