Title: MOLAND Towards sustainable urban and regional development
1Assessment and Modelling of Soil Sealing in
Europe An Application of MOLAND (Monitoring
Land Use / Land Cover Dynamics)European
Commission Directorate General Joint Research
Centre, Institute for Environment and
Sustainability Unit Land Management Team
Carlo Lavalle, Niall McCormick, Marjo Kasanko,
Luca Demicheli, Jose BarredoPhone
39-0332-785231. Fax 39-0332-789085. E-mail
carlo.lavalle_at_jrc.it.Web-site
http//moland.jrc.it
- Assessment of soil sealing at a European level
context - EEAs DPSIR framework for identifying
policy-relevant soil sealing indicators - Examples of soil sealing indicators derived from
the MOLAND database - Land use, transport and socio-economic datasets
- Urban sprawl, loss of natural agricultural
land, fragmentation etc. - Future scenarios of future urban regional land
use development
2Assessment of soil sealing at a European level
context
- Major soil problems (EEA-UNEPs Down to Earth
report on soil degradation) - Sealing
- Erosion (water wind)
- Slope stability
- Contamination (urban industrial hot spots)
- Acidification (deposition from the air)
- Soil degradation in central eastern Europe
- Data gaps
- Soil sealing (EEA definition)
- The covering of soil due to urbanisation and
transport infrastructure construction, such that
soil is no longer able to perform the range of
functions associated with it. - Indicators (EEA definition)
- Quantified information which help to explain how
things are changing over time and vary spatially.
3DPSIR framework for identifying policy-relevant
soil sealing indicators for European reporting
DPSIR element Feasible indicators
Driving forces Population density (also per physical area) Master plans / development plans Suitability maps Land use maps Policies in place affecting soil sealing
Pressures GVA (gross value added) per geographical unit Public perception Increase / decrease in urban sprawl
State / Impacts Increase / decrease in artificial areas Fragmentation of natural agricultural landscapes Green or free space not fragmented Ratio of sealed to unsealed area
Responses Changes in building land prices Policy objective, legislation Economic financial instruments aimed at soil sealing Public perception of the problem
From EEA, 2001. Proceedings of the Technical
Workshop on Indicators for Soil Sealing.
Copenhagen, 26-27 March 2001.
4MOLAND (Monitoring Land Use / Land Cover Dynamics)
- Aim
- To provide scientific and technical support to
the ECs various DGs, services, and associated
bodies, responsible for the conception,
development, implementation, and monitoring of
EU policies related to urban and regional
development. - Policy framework
- Thematic Strategy on the Urban Environment
6th EC Environment Action Programme. (DG ENV) - Indicators for Sustainable Urban and Regional
Development. (DG ENV, EUROSTAT, EEA) - ESDP (European Spatial Development Perspective)
/ ESPON (European Spatial Planning Observation
Network). (DG REGIO) - Impacts of the Structural and Cohesion Funds.
(DG ENV) - Strategic Environmental Assessment (SEA) of the
Trans-European Transport Networks (TEN-T). (DG
TREN)
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6Example of making MOLAND land use database City
of München
7MOLAND land use nomenclature system (example)
8- Environmental data
- Air pollution
- Production of greenhouse gases
- Water pollution
- Noise levels
- Waste production
- Nature biodiversity records
- Valuable landscapes
- Protected areas (biotopes sites)
- Designated areas
- Energy consumption
- Transport data
- Transport plans
- Transport network type
- Major port, airport, rail links, bus stations
- Traffic density per type
- Geographical data
- Administrative boundaries
- Wards (1993)
- Counties
- District Electoral Divisions
- Enumeration (census) districts
- Master plans (general)
- Digital Elevation Model
- Soil
- Geology
- Rivers
- Forestry
- Waterways
- Quarry sites
- Landfill sites
- CORINE
- NISTRM
MOLAND ancillary data
9- Demographic data
- Population density
- Age distribution
- Gender distribution
- Education level
- Housing type
- Religion
- Emigration, immigration, migration
- Commuter rate
- of employees per economic sector
- Seasonal population
- Crime rates
- Participation rates in elections
- Voting patterns in elections
- Economic data
- Number, type location of companies
- Level of employment
- Income
- GRP
- Trade in goods
- Land prices
- Tourism
- RD expenditure
- Domestic foreign investment
- European Regional Development Funding
MOLAND ancillary data
10MOLAND study areas in Europe
11MOLAND study areas in Northern Ireland and
Republic of Ireland
12MOLAND database for Greater Dublin Area land use
(2000)
13MOLAND database for Greater Dublin Area
socio-economic data for administration units
14MOLAND database for Greater Dublin Area example
of IRS satellite imagery used
15MOLAND database for Greater Dublin Area land use
for City of Dublin and environs (2000)
16MOLAND database for Greater Dublin Area 3.5x3.5
km sub-section
17MOLAND database for Greater Dublin Area (3.5x3.5
km) land use polygons in 2000
18MOLAND database for Greater Dublin Area (3.5x3.5
km) land use categories in 2000
19MOLAND database for Greater Dublin Area (3.5x3.5
km) land use categories in 1990
20MOLAND database for Greater Dublin Area Area of
Artificial (i.e. Urban) Surface Types
21MOLAND database for Greater Dublin Area Area of
Non-Artificial (i.e. Peri-Urban) Surface Types
22MOLAND database (2000) Northern Ireland
Border Counties of Irish Republic
23Northern Ireland and Border Counties of Irish
Republic IRS satellite image coverage
24IRS satellite image scene 429a (date 22 May
2000)
25Example of database Belfast and environs
26Example of database Belfast and environs
27Example of database City of Belfast
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29Belfast Local Government Districts Area of Land
Use Types
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33Northern Irelands Local Government
Districts Percentage of Urban Fabric that is
Residential Areas
34Northern Irelands Local Government
Districts Population in Year 2003
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38Tallinn-Parnu Corridor Harjumaa County
(Estonia) MOLAND Land Use, Transport,
Socio-Economic Database for Years 2000 1985
39Municipalities of Estonia
40Municipality of Tallinn (Estonia) Distribution
of Artificial Non-Artificial Surface Types
in Year 2000
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42MOLAND study area in Istanbul centre and buffer
zone
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44Land use change in Istanbul - example Fatih
Bridge
1940
1987
2000
45Land use change in Istanbul - example coastal
zone to port and dock area
46MOLAND reference and historical land use
database Istanbul, Turkey
2000
47MOLAND reference and historical land use
database Istanbul, Turkey
2000
48MOLAND reference and historical land use
database Istanbul, Turkey
1988
49MOLAND reference and historical land use
database Istanbul, Turkey
1968
50MOLAND reference and historical land use
database Istanbul, Turkey
1945
51MOLAND reference and historical land use
database Istanbul, Turkey
1945
1968
1988
2000
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53Land use change in Istanbul increase in
residential area
54Land use change in Istanbul increase in business
area
55Land use change in Istanbul loss of agricultural
land
56Land use change in Istanbul agriculture to
urban fabric
57Land use change in Istanbul comparison of Asian
and European sides
58MOLAND reference and historical land use
database Iraklion, Greece
1960
1972
1988
1997
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60MOLAND reference and historical land use
database Marseille, France
1955
1964
1979
1997
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62MOLAND reference and historical land use
database Nicosia, Cyprus
1957
1970
1990
1997
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64MOLAND reference and historical land use
database Palermo, Italy
1955
1963
1989
1997
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66-
- Land use indicators
- Urban sprawl indicators
- Combining statistics and land-use changes
- Fragmentation indices
- European Common Indicators
Indicators related to soil sealing computed from
MOLAND databases
67- Types of indicators
- Basic indicators (taken at a fixed date)
- Proportion of land use categories
- Proportion of road network crossing the various
land use categories - Fragmentation indices
- Dynamic indicators (refer to typology of change)
- Transition from a land-use class to another
- Trends of transformation
- Sustainable development indicators (combining
environmental and socio-economic data) - Land use vs. statistical data (e.g transport /
commuters)
MOLAND territorially based indicators to assess
urban and regional environments
68Land use indicators
69Transport indicators road network density
70Growth of artificial areas in selected European
urban areas (1950s-1990s)
71Loss of natural areas in selected European urban
areas (1950s-1990s)
KM2
72Urban sprawl change in distance of residential
areas from the city centre
73Urban sprawl cross-tabulation of the size of
residential area and the average distance from
the city centre (1950s-1990s)
74Proportion of green areas in selected European
cities (1950s-1990s)
75Copenhagen green urban areas and the 500m belts
around them
76Percentage of inhabitants living within a 500m
belt around green urban areas
77Dresden commuter patterns and land use evolution
78Munich noise source analysis
79Indicators of landscape fragmentation due to
urbanisation
Three scales Patch (P) Class (C) Landscape
(L).
80Landscape fragmentation analysis Derry, Northern
Ireland
81Landscape fragmentation analysis Belfast,
Northern Ireland
82Landscape fragmentation analysis Dublin, Ireland
83Landscape fragmentation analysis Dublin, Ireland
84DPSIR framework for identifying policy-relevant
soil sealing indicators for European reporting
DPSIR element Feasible indicators
Driving forces Population density (also per physical area) Master plans / development plans Suitability maps Land use maps Policies in place affecting soil sealing
Pressures GVA (gross value added) per geographical unit Public perception Increase / decrease in urban sprawl
State / Impacts Increase / decrease in artificial areas Fragmentation of natural agricultural landscapes Green or free space not fragmented Ratio of sealed to unsealed area
Responses Changes in building land prices Policy objective, legislation Economic financial instruments aimed at soil sealing Public perception of the problem
From EEA, 2001. Proceedings of the Technical
Workshop on Indicators for Soil Sealing.
Copenhagen, 26-27 March 2001.
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86MOLAND Urban and Regional Growth Model
87Model input data land use types and transport
networks
88Model input data accessibility to transport
networks (one for each land use)
89- Land use zoning status (legal constraints for
different land uses), computed from - Master plans
- Zoning plans
- Designated areas for agriculture, housing,
industry, commerce, recreation, etc. - Protected areas
- Historic sites
- Natural sites and reserves
- Land ownership
- etc.
- Land use suitability (inherent suitability for
different land uses), computed from - DEM (slope, aspect)
- Soil quality or geo-morphology
- Natural hazards (fire, flood, landslide, etc.)
- Air pollution
Model input data maps of land use zoning and
land use suitability
90- Statistical data-sets describing the
socio-economic characteristics of the - administrative regions (e.g. counties)
- Demography population and income
- Agriculture production (monetary), and
employment - Industry production (monetary), and employment
- Commerce production (monetary), and employment
- Services production (monetary), and employment
Model input data socio-economic data
91- Â
- The transition rules specify the interaction
between neighbouring land use types - Example Effect of Residential discontinuous
sparse urban fabric on - In other words Residential discontinuous sparse
urban fabric will tend to occur beside cells of
the same type, and not beside Industrial areas
Transition rules of model
(a) itself
92- Add a new transport link to the transport network
database
Type of planning / policy intervention (1)
Application (example)
93- Modify an areas zoning status for a land use
type (e.g. industrial areas) -
Type of planning / policy intervention (2)
Application (example)
94- Modify an areas suitability for a land use type
(e.g. residential urban fabric) -
Type of planning / policy intervention (3)
Application (example)
95-
- Modify the socio-economic data (e.g. population,
income, production, employment)
Type of planning / policy intervention (4)
Application (example)
96- Change the transition rules defining the
interaction between adjacent land use types
Type of planning / policy intervention (5)
Neutral effect of water bodies on residential
areas
Attraction effect of water bodies on
residential areas
Application (example)
97- Example Dublin (Scenario 1)
- Residential areas will tend not to occur in
North-East, due to several factors - Lack of transport links
- Low suitability for residential areas
- Neutral effect of water bodies on residential
areas
98- Example Dublin (Scenario 2)
- Residential areas will tend to occur in
North-East, after some planning / policy
interventions - Transport links added
- High suitability for residential areas
- Attraction effect of water bodies on
residential areas
99MOLAND modelling future scenarios of land use
development (Friuli, Italy)
Examples
Simulation b (transport infrastructure added)
Time 20 years
Simulation a
100- Monitor progress towards sustainability under
existing spatial plans policies - Compare impacts (e.g. on soil sealing) of
alternative spatial planning policy scenarios - Determine critical factors affecting land use
development (e.g. soil sealing)
MOLAND model as a decision-support tool for
spatial planners and policy-makers
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102MOLAND database for Greater Dublin Area 3.5x3.5
km sub-section
103MOLAND database for Greater Dublin Area (3.5x3.5
km) land use polygons in 2000
104MOLAND database for Greater Dublin Area (3.5x3.5
km) land use categories for 2000
105MOLAND database for Greater Dublin Area (3.5x3.5
km) land use categories in 1990