Mapping and Modelling ecosystem services - Uni Kiel · Economic value • Evaluation of policy...
Transcript of Mapping and Modelling ecosystem services - Uni Kiel · Economic value • Evaluation of policy...
Mapping and Modelling ecosystem services
������������� ������������������ �����������
��������� ������ ������
With contributions of: Derek van Berkel, Wieteke Willemen, Diego Valbuena
Challenges for ecosystem services research
• Quantification and mapping……..
• Modelling……….
• Communicating anddiscussing………….
Methods depend on scaleLocal scale:Direct observation/measurement of land function indicators
(actual provision of goods/services)-tourists recreational function-species (agro)biodiversity-water regulation peak flow measurements etc.
Regional/continental scale:Use of location factors/proxies to determine land functions
-beach recreational function-agricultural intensity agro-biodiversity
Quantification and mapping
Socio-economic properties
Biophysical properties
Landscape configuration
Land use/cover
Service provision
Socio-economic properties
Biophysical properties
Landscape configuration
Land use/cover
Service provision
Quantification and mapping: regional scale
Tourism function Variable Beta estim ate
SD Variation coefficien
t
VIF
Intercept 1.3576 0.3103 0.23
Agriculture 500m (%) -0.0195 0.0031 -0.16 2.19
Distance to highway (m)
0.0001 0.0000 0.29 1.37
Distance to nature >1km2 (m)
-0.0002 0.0001 -0.30 2.17
Distance to swimming location
-0.0001 0.0000 -0.19 1.25
Local roads 500 m (%) 0.0388 0.0037 0.09 1.17
Openness (m) -0.0004 0.0000 -0.10 1.16
Nature 500m (%) -0.0578 0.0048 -0.08 7.91
Clustered nature 5km (%)
0.0247 0.0039 0.16 2.83
Accessible nature, 500m (%)
0.0242 0.0039 0.16 6.44
Ugly elements, 500m (%)
-0.0343 0.0087 -0.26 1.09
Tourism accomodation
Willemen et al.,2008. Landscape and urban planning
Quantification and mapping: regional scale
Int. livestockLeisureResidentialPlant habitatTourismArable prod.Cult. heritageSummed capacity of landscape
functions (0-3)Number of functions
Func
tion
capa
city
Multifunctionality: increase of total capacity to provide
goods and services
Multifunctionality: decrease of capacity
per landscape function
Willemen et al., 2009 (Ecological Indicators)
Quantification and mapping: regional scale
Service supply Economic value
• Evaluation of policy plans and development trends • Mapping changes in service supply and value (market price)
between 2000 - 2015
Quantification and mapping: regional scale
����� ���� ������� ������� ��������������� ��� ����� ���������� ���
Service demand
Regional level
Max. service supply
Service supply
Local level
Land management
Landscape properties
Management unit level
Regional service supply
Max. regional service supply
Options for land management
Landscape functions
Fulfillment of demand
TotalDecision maker choices Total
Management effects
Willemen et al., in review
Stat
e an
d ch
ange
in s
ervi
ce p
rovi
sion
Ove
r 15
year
s
�������� ���� ����������� �! �� ������ ��� �� "
94
96
98
100
102
90 110 130 150 170 190
Plant habitat (index)
Ara
ble
prod
uctio
n (in
dex)
94
96
98
100
102
95 105 115 125 135 145
Arable production (index)
Cul
tura
l her
itage
(ind
ex)
Willemen et al., in review
Approach based on location factors and proxies of landscape functions
• Define which land cover types and landscape conditions ‘support’ ecosystem services (empirical analysis based on proxies or expert judgement)
• Map spatial distribution of ecosystem services
Kienast et al., 2009. Environmental ManagementVan Berkel and Verburg, submitted
Quantification and mapping: European scale
�#����$�� ���� � � ���������������������������������� ������ �������� � ��� ��������%����� �
Territorial capital Spatial characteristics Spatial proxiesSupply of ‘Sun, sand and sea
Biophysical conditions Coastal areas, beaches, temperature
Tourist infrastructure Coastal camping sites
Supply of winter tourism attractions
Posit ive biophysical conditions Winter precipitation, temperature topography Accessibility Travel t ime from urban centres and transport hubs Non- aesthetically pleasing landscapes
Open agricultural lands
Supply of attractions for camping tourism
Biophysical conditions Water bodies, forests, landscape variation (topography), limited human disturbance associated with tranquility (Forest, mosaic, agricultural and peri-urban landscapes)
Policy instruments Protected areas, Natura2000 sites
Tourist attractions UNESCO sites, Natural monuments (IUCN), High nature value farmland – cultural heritage attraction
Symbolic capital Local cooperative networks (PPP)
Protection designation of origin (PDO)
NGO operation and cooperation LEADER areas
LegendFunctionVALUE
Low
Moderate
High
Tourism function
Van Berkel and Verburg, subm.
Quantification and mapping: European scale, expert based
ExpertExpert
LegendFunctionVALUE
Low
Moderate
High
StatisticalStatistical
Tourism function
Van Berkel and Verburg, subm.
Quantification and mapping: European scale, statistical
&�� �������� ���� ������������������ ������� ���� ��� ���� '���� ��� �� ����#��������������� ����������� � � ������
Land cover changesimulation
Ecosystem serviceassessment
Scenario
Modelling………….
Mostly based on land cover modellingEcosystem service change is analyzed as effect of land cover change
Global models Regional models Indicator models Ecosystem services
Modelling….a multi-scale, multi-model approach
Verburg et al, 2008. Annals of Regional ScienceVerburg and Overmars, 2009. Landscape Ecology
CLUE-Scanner
Carbon sequestration
2000 2030 Reference 2030 Biofuel policies
CurrentC-sequestration
LULUFC
Method based on:
Schulp et al., 2008 Agriculture, Ecosystems and Environment
CLUE-Scanner
Most models treat ecosystem services as an indicator of land cover change
Few models represent demand for non-commodity services explicitly (demand/supply relations needed)
Model development, calibration and validation is difficult due to limited observations of ecosystem service changes
( �������) * �� ���� ��������
Trade-off analysis
+�� � �������) *�����$��������� �
Change in ecosystem services 2000-2015
Plant habitat change
Arable production change
+�� � �������) *�����$��������� �
Increase
Decrease
Willemen, Hein, Verburg, subm.
A visualization of land abandonment for a case study area in Northern Portugal
+�� � �������) *�� ��� �����
Van Berkel, Ribeiro, Lovett and Verburg, in prep.
Current situation
Scenario: continuation of abandonment
Van Berkel, Ribeiro et al., in prep.
Scenario: rural development, multifunctionality
Van Berkel, Ribeiro et al., in prep.
������ � �������������
• No single method is perfect, portfolio approach needed to deal with multiple scales and sectors (Young et al., Ecol Soc 2006)
• Different scales require different methods• Analysis needs to be cross-scale: top-down and bottom-up
• Move from land cover to land function (ecosystem goods and services)
• Modelling is just a tool...... …..to help testing our understanding of the land system…..to help answer specific questions…..comparison of model representation and reality is needed to learn…….
Thank [email protected] for Environmental StudiesVU University Amsterdamhttp://www.ivm.vu.nl
-��� �������������������� �%�.�������������
Van de Steeg, Verburg et al. 2010. Applied Geography
Quantification and mapping
Monetary valuation vs. service supply-one consistent measure versus different units and measures
Aggregate scale (administrative units?) vs. mapping
Land functions
Climate
DemographicCharacteristics
and demandLocation
characteristics
Land use and land cover
Modelling….a multi-agent approach
Winterswijk municipality, the Netherlands
Ecosystem services:-Agricultural production-Recreation/tourism-Cultural heritage-Landscape aesthetics-(agro)Biodiversity-Residential area (rural living)
+���������/��������� � ���
Valbuena et al., 2010. Landscape Ecology
Modelling….a multi-agent approach
Agents’ decision‐making
Land-use pattern
Social networks & institutions
Regional scale
Policies & subsidiesExternal factors
DemandAdvice
Feedback
Options
Actions
Decisions
Internal factors
Feedback
Farm scale
Willingness
Ability
Valbuena et al., Landsc. Ecol., 2010
Modelling….a multi-agent approach
Agent typology
Valbuena, Verburg, Bregt, Agriculture, Ecosystems and Environment 2008
( �������) *���� ���$�������������
����� � �modelled• Farm expansion• Land abandonment• Management of treelines/hedgerows
2000
2030
( �������) *���� ���$�������������
Current situation
Landscape types
Future result