Perspectives on Urban Sustainability and the Evaluation of Geo-ICT for Land Governance, Diego Navarra, PhD. Presentation to the Working Party on Land Administration 2012, UNECE, London: http://www.landregistry.gov.uk/announcements/2012/unece-conference-2012
Perspectives on Urban Sustainability and the Evaluation of Geo-ICT for Land Governance Diego Navarra, PhD
1. Perspectives on Urban Sustainability
and the Evaluation of Geo-ICT for
Land Governance
Diego Navarra, PhD
UNECE – WPLA Conference
Supporting Global Economic Recovery:
The Role of Land Registration Authorities
London 10-13th October 2012
Title: to modify choose 'View' then 'Heater
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and footer'
2. Likely Scenarios if Climate Change Continues
12/10/2012 Diego Navarra, CERISDI – Summer School ‘Territorial Analysis and Planning’
2
25 July 2012
3. Context
• Urban areas influence various types of global
environmental changes, affecting land use and
cover, biogeochemical cycles, hydrosystems and
biodiversity.
• Urban areas contribute significantly to climate
change (the world’s 20 large cities consume 80% of
the world energy with urban areas generating 80%
of the greenhouse gas emission worldwide).
• More than 1/3 of CO2 emissions within the EU are
directly caused by residential and commercial
buildings.
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
4. Broad Urban Sustainability Evaluation Issues
(Environmental, Social, Economic)
Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
5. Nordic Case Studies on Urban Sustainability
• OULU – a smart arctic • Swedish SymbioCity
cleantech city Concept: there are potential
The City of Oulu is already a synergies in urban functions
leader in Finland in energy that can be combined for
efficient building increased efficiency and
construction and city profitability. A holistic
planning. Currently approach to urban planning
construction is one of the can save money, time and
biggest investment sectors
in Oulu; more than 90 per resources. If you treat the
cent of new houses use low urban functions as parts of
energy building principles. the same system 1+1 can
The goal is that all new easily add to more than 2.
houses will be passive
houses by 2015, using zero
energy building
principles, and carbon
neutral by 2020.
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
6. Nordic Case Studies on Urban Sustainability
• Eco-efficient Tampere
Since the launch of the ECO2 • Sustainable urban transport in Denmark
project, the emphasis on climate Underlining the bicycle’s strong position in the
and energy issues in the city has Danish transport system is a deliberate
grown steadily. The eco-efficiency integration of cycling into transport policies
of new urban plans is assessed and urban planning by Danish
comprehensively and energy municipalities. Thus, cycling is an integral
system analyses in new areas are part of infrastructure development in cities
made. All new buildings in and towns with continuous investments in
Tampere have to be at least bicycle lanes and bicycle parking. The Danish
energy class A from the beginning Government has a clear ambition to further
of 2012. Finland’s first passive increase the use of bicycles. An ambitious
energy daycare centre started its cycling policy was launched in January 2009
operation in Tampere in the as part of a larger green transport
beginning of 2012. A new agreement.
information centre for energy
efficiency in construction and
housing was opened in 2011.
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
7. Role & Significance of the Cadastre?
Source: Williamson, Enemark, Wallace, Rajabifard, 2010
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
9. GEO-ICT & Land Governance
Ontwikkelen praktijkrichtlijn op basis van ISO 19117
Diego Navarra, WPLA - UNECE – London, And many,2012
10-13 October many more ....
10. Evaluation of Geo-ICT for Land Governace
Inter-disciplinary Value for Public Sector Illustrative Geo-ICT
Perspectives View on geo-information Governance? Applications
Urban and regional SDSS for spatial planning and
decision making, GIS for
economics simulation of different types
public good which can be of land use, GIS based tool to
improve coherence between
used to discipline the spatial
spatial and environmental
structure of the urban Efficiency, effectiveness, policies, visualization of
economy sustainability different planning scenarios
Techno/legal/ standardisable, formal and LIS for zoning and spatial
quantitiave way to mediate planning decisions, future
managerial
landscape development, e-
spatial knowledge
land administration for
automation of land
registration process, provision
of digital land records,
electronic conveyancing
Efficiency, effectiveness, systems and electronic
legitimacy, privacy registration systems, SDI
Geographic and contingent, informal, GIS for land administration,
Information Systems qualitative and prone to SDI, E-Government and all the
manipulations Legitimacy, equity, above mentioned examples of
Sciences
sustainability Geo-ICT
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
11. Evaluation Criteria and Performance Impact Issues
Urban and Spatial Economics Techno/Legal/Managerial Geographic Information Systems
Sciences
Evaluation Geo-ICT Evaluation Criteria Geo-ICT Evaluation Criteria Geo-ICT Performance
Criteria Performance Performance Impact
Impact Impact
Operational Data acquisition Legal, Spatial decision Institutional and Capabilities,
efficiency capability, data administrative and making involving organizational interactions,
storage economic decision public contexts orientations and value
capability, data making; aid for administration, distributions of Geo-ICT
accessibility, planning and land private sector and
citizens Interactions between Friendliness,
response time development
human agents in the transparency,
Support for efficient production of geo- availability of services,
Operational Adequacy of
personalized and
services relative and effective land information
effectiveness citizen-centered
to need, quality, markets
services and
specificity,
accessibility
availability Systematic
collection, updating, Development and use Input indicators, output
processing and of Geo-ICT indicators, usage
Program Quicker distribution of data indicators, impact
effectiveness decision making indicators and
and space Maximisation of environment indicators
allocation, government
adequate Citizen-public sector
efficiency and
coverage (level interaction, protection
effectiveness in geo-
and scale, of legal rights and
information based
conflicts improved standard of
service delivery
12/10/2012 resolution health, safety and well-
11
Diego Navarra, CERISDI – Summer School ‘Territorial Analysis and Planning’
Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
25 July 2012 being
12. The Hammarby Model
Biofuel Environmentally
Friendly Electricity District Heating & Cooling
Biosolids
Biosolids Purified waste
water
Organic waste Biogas
Waste water
Rain water
Drinking water
Hazardous and
electrical waste
13. Concluding Remarks
Common denominators of successful European experiences:
• An integrated administration system based on advanced Geo-
ICT, consideration of the environment in budgets and excellent
planning, reporting and monitoring.
• A dynamic approach to model possible areas of environmental
impact or improvement.
• Institutional arrangements, legal frameworks, fiscal
incentives, processes, standards and models.
• Last but not least, the networking of stakeholders at different
levels (i.e. city, region and national) for the promotion of
welfare and development and the extendibility of these
networks to interact in collaborations on a global scale.
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
16. European R&D Funding Initiatives
• EU-Russia FP7
• European CO2 Capture, Transport & Storage
Initiative
• European Electricity Grid Initiative
• Solar Europe Initiative
• European Wind Initiative
• European Industrial Bio-energy Initiative
• Smart Cities Initiative
• Etc.
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
17. Thank you
Any questions?
diego@studionavarra.co.uk
www.studionavarra.co.uk
Tel.:+447509107805
Skype: diegonavarra
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Diego Navarra, WPLA - UNECE – London, 10-13 October 2012
Editor's Notes
http://yosemite.epa.gov/EE/epa/eed.nsf/webpages/btworkshop.html/$file/bt_workshop_proceedings.pdfImpacts on land and soil Climate change and related water stress are having, and will in future continue to have, impacts on land and soil around the world, including in Europe. The rural environment, meaning natural habitats, agricultural land and forests is under a variety of pressure, much of it anthropogenic, which is magnified by climate change stress. Climate change and associated changes in water regimes are predicted to be particularly damaging to natural ecosystems, which are already under tremendous pressure from human land use requirements, pollution, and resource exploitation and are thus degraded and vulnerable to begin with. Natural Ecosystems Deserts face conflicting influences under climate change: potentially seeing more vegetation with higher CO2 levels, but overall facing increases in drought and warmer temperatures. As ecosystems in deserts are already in a fragile environment, impacts could be severe. Grasslands are influenced by precipitation – even where increased, seasonal variability is important, and declining summer rainfall could be damage grassland fauna. Mediterranean ecosystems are diverse and vulnerable, susceptible to changes in water conditions. Even in the range of 2 degree warming, 60-80% of species may be lost in the Southern Mediterranean, while the Cape Fynbos in South Africa may lose 65% of its species. Tundra/arctic: with greater warming at the poles, the loss of permafrost and the potential for methane release is a major concern Mountains are seeing shortened and earlier snow and ice melt and related changes in flooding. At higher altitudes, increased winter snow can lead to the opposite problem of delayed snow melt. Wetlands will be negatively affected where there is decreasing water volume, higher temperatures and higher-intensity rainfall. http://www.waterlink-international.com/download/whitepaper_uploadfile_1.pdfEnvironmental - Social - Economichttp://www.vtt.fi/inf/pdf/researchhighlights/2012/R1.pdf page 44The project produced a concept of an EcoCity to be built in Miaofeng Mountain Town in Mentougou District Beijing, and suggestionsfor implementation of the concept as long-term development. The feasibility study combined Chinese and Finnish expertise and experiences with sustainable communities.
Climate and energy through energy savings, locally produced sustainable energy and efficient use of fossil fuels, the CO2 emissions within the city are reduced.Mobility and air quality. Amsterdam will be an accessible city on condition that our transport system is sustainable.Sustainable innovative economy. (Inter)national companies choose our city because doing sustainable business in Amsterdam is worthwhile.Materials and consumers. Amsterdam is a liveable city where citizens and companies use raw materials in an effective way, live and act in a sustainable way and where the municipal organisation itself demonstrates this approach.http://www.sustainablecities2012.com/images/uploads/documents/SC2012.pdfP 27
Melting Arctic sea-ice and shipping routeshttp://www.economist.com/blogs/dailychart/2011/09/melting-arctic-sea-ice-and-shipping-routes`