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Integrated planning and assessment for sustainable energy development in the regions? Prof John Glasson Oxford Institute for Sustainable Development, Oxford Brookes University, Oxford

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Title: Integrated planning and assessment for sustainable energy development in the regions? Prof John Glasson Oxford Institute for Sustainable Development, Oxford Brookes University, Oxford


1
Integrated planning and assessment for
sustainable energy development in the regions?
Prof John GlassonOxford Institute for
Sustainable Development, Oxford Brookes
University, Oxford
Royal Geographical Society Conference REGIONS,
ENERGY AND CLIMATE October 25th 2006
2
  • Planners have been turning down on-shore wind
    turbine applications at a disturbing rate (TCPA
    2004).
  • The last Public Inquiry for a UK nuclear power
    station was (until Heathrow Terminal 5) the
    longest in UK planning history, lasting over
    three years.
  • There is a danger of the new SEA/SA procedures
    turning into an irrelevant tick box procedure.
  • The broad objective of the UK land-use planning
    system has been for many years to regulate the
    development and use of land in the public
    interest. Under the new Planning and
    Compensation Act (2004), and in PPS1 a much
    wider purpose has been added to contribute to
    the achievement of sustainable development.

3
Structure of the presentation
  • Introduction planning barrier or enabler
    fragmented or integrated?
  • Context
  • Challenges to energy developments in the regions
  • A planning system in flux
  • Cases
  • Some promising local and strategic planning
    initiatives.
  • SEA and SA use and misuse (wind power example)
  • EIA and the missing socio-economic dimension
    (nuclear power example)
  • Ways forward

4
INTRODUCTION
  • An Inconvenient Truth that our use and
    generation of energy is having a serious impact
    on climate change.
  • Current plans propose up to 20 of energy supply
    from renewables by 2020, but there may also be a
    role for nuclear to fill the generation gap
    allied to better management of demand.
  • Role of planning system to facilitate
    sustainable development (including energy
    development).
  • In an integrated fashion integration of goal
    (SD) elements (environ/social/econ) process
    (planning and assessment) and levels of
    planning.
  • Presentation approach from Context to Cases
    (with focus on energy supply).

5
1. CONTEXT CHALLENGES TO ENERGY GENERATION
DEVELOPMENTS IN THE REGIONS
  • Public opposition, and from other interested
    parties.
  • Concerns about technology old and new (nuclear,
    wind, barrages).
  • Concern about scale, and cumulative impacts.
  • Particular concern about sensitive locations (eg.
    designated protected areas).
  • Worry about a mix of varying and contested
    impacts
  • at different levels (local?international)
  • on physical environments
  • on socio-economic environments.

6
1. Context Challenges (contd)
7
2. CONTEXT A PLANNING (AND ASSESSMENT) SYSTEM
IN FLUX
  • National interventions
  • Planning and Compensation Act (2004) also new
    Planning Bill in Scotland (2006).
  • Welcome review and streamlining of national
    planning guidance PPS1 emphasis on sustainable
    development PPS22 renewable energy (2004)
    RSSs and LDDs should contain policies designed
    to promote and encourage, rather than restrict,
    the development of renewable energy resources.
  • Sustainable Communities Plan Barker Review(s).
  • But still no National Spatial Strategy (in
    England) major regional imbalances adventures
    inter-regional PSA target.
  • Fragmented Central Government responsibilities
    (eg. DCLG, DEFRA, DfT, DTI) fragmented
    infrastructure planning, and implementation
    deficit.

8
  • Regional rescaling
  • RDAs and RESs with budgets
  • RAs and RSSs with statutory role
  • End of County Structure Plans
  • Spatial and democratic deficits a sub-regional
    future?
  • Local planning ambiguities
  • LDFs/LDDs
  • Community Strategies
  • Local Transport Plans
  • Rise of urban design and master planning
  • Community involvement

9
EU/EC driver of change especially for impact
assessment regime
  • A larger EU, with wider disparities dominant
    regional economic policy emergence of ESDP.
  • But focus here on array of environmental
    policies/Directives, and especially impact
    assessment Directives.
  • 1985/1997 EIA Directive (requiring EIA for
    growing array of major projects including most
    energy projects).
  • 1992 Habitats Directive (including requirements
    for Appropriate Assessment for developments
    threatening Natura 2000 sites) 2006 DEFRA/DCLG
    regulations and guidance.
  • 2004 SEA Directive (requiring SEA for range of
    plans and programmes including TCP, transport,
    water management, waste management, and energy).
  • 2005 complemented by introduction of
    Sustainability Appraisal (SA) in the UK.

10
Deep SEA, shallow SEA, all at SEA?
AA narrow ecological focus on few sites,
detailed
SEA focus on environment rebalancing in
favour of the environment
Depth, rigour, focus of analysis
SA broad coverage of social, economic and
environmental issues, balancing
Breadth of analysis
11
Some implications of changes in the planning
system
  • Some opportunities
  • sustainable development focus (PPS1) SEA/SA
    regime
  • statutory regional planning
  • recognition of the importance of planning (Egan?
    Barker?)
  • some additional resources (eg. PDG)
  • Some threats
  • systematic conflicts 1 initiative overload, and
    overlapping planning
  • systematic conflicts 2 spatial gaps and
    democratic deficits
  • systematic conflicts 3 efficient/faster planning
    versus more community involvement
  • inadequate resources, and lack of capacity to
    deliver the requirements of the new systems not
    enough planners and relevant expertise to go
    around!

12
3. CASE I SOME PROMISING STRATEGIC (AND LOCAL)
PLANNING INITIATIVES FOR RENEWABLE ENERGY
DEVELOPMENTS
  • Impetus/Guidance from PPS22 (2004) in England
  • renewable energy developments should be capable
    of being accommodated throughout England in
    locations where the technology is viable and
    environmental, economic and social impacts can be
    satisfactorily addressed.
  • the RSS should include the target for renewable
    energy capacity in the region, derived from
    assessment of the regions renewable energy
    resource potential, and taking into account the
    regional environmental, economic and social
    impacts (either positive or negative) that may
    result from the exploitation of that resource
    potential.
  • where appropriate, targets in RSSs may be
    disaggregated into sub-regional targets.
  • and forthcoming SPP6 (2006) in Scotland

13
Sub-regional targets for SE England (2010-2016)
use of sub-regional targets may help to engender
local commitment and assist the local planning
and development control process.
14
Spatial strategy for renewables in draft NE RSS
(2003)
  • particular focus on on-shore and off-shore wind
    power
  • use of criteria-based policies, eg
  • within designated National Parks, AONBs etc. wind
    development should be limited to individual
    turbines of no greater than 100KW.
  • preference should be given to concentrated rather
    than dispersed or scattered patterns of wind
    development.

15
Highlighting renewable energy potential in
National Planning Framework for Scotland (2004)
  • the NPF highlights the great potential for marine
    energy development on the West and North Coasts.
  • the new Planning Bill in Scotland provides
    statutory status for the NPF, which should help
    an implementation.

16
Local implementation of PPS 22 renewable energy
policies in emerging development plans
  • LPAs may include policies in LDDs that require a
    of the energy to be used in new residential,
    commercial or industrial developments to come
    from on-site renewable energy developments.
  • A 2006 Government review of the implementation of
    the above policy revealed
  • 56 of plans that could reasonably be expected to
    contain such a PPS 22 policy did so
  • 90 of new style plans (26 out of 29) did include
    the PPS 22 policy.

17
4. CASE II POTENTIAL ROLE FOR SEA/SA IN
DEVELOPMENT OF (OFF-SHORE) WIND POWER
  • On-shore wind power increasingly contentious?
  • Wind farms topped Country Life poll in 2003 as
    Britains worst eyesores
  • Key issues relate to visual impact, noise
    impact, impact on birds, electromagnetic impacts
    (eg. on radar), only limited community benefits,
    and scale issue (which is problem for many
    renewables).

Off-shore wind power the more acceptable face
of wind energy in the UK?
18
Off-shore wind power increasing scale
  • Typical modern wind turbine is up to 160m tall
    with blades up to 100m of 2-5 MW capacity and
    with monopole of 4m diameter.
  • Early development (eg. in 2000 Blyth 2 x 2
    turbines) (power for 3000 homes).
  • Round 1 2001 18 planned developments of up to
    30 turbines total capacity of approx. 1200 MW,
    on stream 2004 on.
  • Round 2 2003 15 planned projects, some of over
    200 turbines total capacity of approx. 7000 MW
    over next 15 years.

19
Context Future Offshore (DTI 2002) identified
3 Strategic Areas for Offshore Wind Energy
development
20
Off-shore wind power use and misuse of an SEA
approach
  • Approach
  • study in 2003, in advance of SEA Directive
  • developer applications before end of SEA
  • interesting SEA methods of spatial analysis and
    risk-based analysis of impacts
  • identified issues for parts of each strategic
    area (eg. in Liverpool Bay marine conservation
    in S Seascape in N of area).
  • Concerns
  • involved too late in process three strategic
    areas pre-selected
  • tight timescale
  • weak baseline data
  • limited consultation with some stakeholders
  • insufficient attention paid to cumulative effects

21
Towards a more integrated approach to Strategic
Assessment
In terms of content (Sustainability Appraisal)
In terms of process
Incremental
  • towards a balanced consideration of environmental
    social and economic impacts (ie. from SEA ? SA)
  • Off-shore wind farm SEA partly covered
    socio-economic impacts

Stapled
Concurrent
Holistic
models of SEA and planning
22
5. CASE III EIA AND THE MISSING SOCIO-ECONOMIC
DIMENSION THE CASE OF NUCLEAR ENERGY
  • Limited scope of EIA
  • About 600-700 EISs pa in UK (especially for
    roads, waste, extraction, urban and energy
    sectors).
  • Focus on bio-physical impacts socio-economic
    impacts tend to be the poor relation BUT THEY
    ARE IMPORTANT.
  • A more integrated approach for the future
  • Hopefully any future major energy projects will
    take a wider, more integrated approach to
    impacts, identifying and managing potential
    conflicts and trade-offs.
  • Planning for nuclear power a very contested
    area
  • Last nuclear power station, Sizewell B, was
    completed in the 1990s.
  • Any future programme faces a challenging
    assessment/planning/inquiry regime separating
    strategic and local issues?

23
The example of Sizewell B monitoring the
important local socio-economic impacts
  • following 3-year Public Inquiry
  • construction began in 1987
  • became fully operational in 1995, generating 1200
    MW

24
  • Aims and methodology
  • Local communities are sometimes persuaded that
    major projects will bring considerable local
    socio-economic benefits, but do the latter
    materialise in practice?
  • The socio-economic dimension of impact assessment
    seeks to maximise the benefits and minimise the
    costs of major developments, especially those
    borne by the community.
  • The Oxford IAU monitoring study sought to assess
    the local socio-economic impacts of building
    Sizewell B, over an 8 year longitudinal study.
  • Aim better management of the project assessing
    impacts predictions improving future planning.
  • Methodology data analysis developer inputs,
    workforce surveys local population surveys
    other agencies.
  • Focus employment, local services, actual and
    perceived impacts.

25
Maximizing local economic benefits in practice
Extent of local labour by contractor type (1992)
26
Minimising/internalising negative social impacts
  • 900 bed Site Hostel to reduce impacts on local
    housing market.
  • Site Medical Centre, operated on 24-hour basis,
    to take pressure off local health services (had
    over 20,000 attendances pa. at peak).
  • Impact on schools generally positive, helping
    to offset falling school rolls.
  • But also problem of increased levels of crime and
    other behavioural problems associated with
    construction workforce.
  • However, monitoring of these impacts facilitated
    quick, and effective, mitigation responses.

27
  • Mitigation through monitoring controlling
    worker related crime

Changes in involvement of Sizewell B employees in
all types of arrests in Leiston police division
Drink driving offences
28
  • Perceived impacts via barometers of local
    public opinion.
  • importance of perceived impacts
  • various approaches to measurement
  • changes in perceptions over time

(a) positive impacts
(b) negative impacts
changes in nature of impacts identified by local
respondents during construction of Sizewell B
29
WAYS FORWARD THE IMPORTANCE OF A POSITIVE AND
INTEGRATED APPROACH
  • Towards a more supportive planning regime
  • national planning policy support for sustainable
    development renewable energy (PPSs etc.)
  • statutory and wide ranging regional planning
  • Moves towards a more integrated approach
  • around the goal of sustainable development
  • seeking to integrate planning and assessment
    regimes
  • across environmental, social and economic
    dimensions

But some systematic conflicts (eg. efficient
planning versus more community involvement)
initiative/assessment overload pressure on
capacity/expertise of the planning system.
30
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