2. 1. Why? What’s the giga-issue in terms of Sustainable
Development Goals?
2. Ecosystem and environmental services: externalities of land-
use intensification?
3. Where are environmental services in the CGIAR Strategic
Results Framework?
4. Theory of place * theory of change
5. Typology of issues*place
6. Interventions in coupled socio-ecological systems
7. Issues * place * interventions
8. Who’s doing what globally
9. Who’s doing what within CGIAR, interacting globally?
9.1 Segregating rather than integrating ES concerns?
9.2 Questions to be addressed
9.3 Current effort
10. Outcome/impact perspectives on further CGIAR
involvement with ES
10.1 Vision of agenda
10.2 Suggested way forward for the CGIAR
3. SDG 1&2: End
Extreme Poverty
and Hunger
SDG 1&8: Economic
growth and decent
jobs within plane-
tary boundaries
SDG4: Effective
Learning for all
SDG 5: Gender equa-
lity, social Inclusion, &
human rights for allSDG3: Health
and well-being
at all agesSDG 1&2, 12: Improved
agricultural systems
raising rural prosperity
SDG 9,11: Empo-
wered inclusive,
productive and
resilient citiesSDG 7,13: Human-in-
duced climate change
curbed, sustainable
energy ++
SDG 6,14,15: Biodiver-
sity secured, good ma-
nagement of water,
oceans, forests and
natural resources
Credible, Salient, Legitimate
science
SDG 8,10,16: Governance
transformed, technolo-
gies for sustainable
development ++
Monitoring, Data
Innovation
c
Globalchange
processes
c
Local
learning
Negotiatedop-
tionsincontext
SDG17: Means
of Implemen-
tation
4. Environmental integrity
(SDG’s 1,2, 5, 6, 12, 13, 15)
Global Ag & For production SDG’s 1,2,5,7
+
-
Futures we want
Historical
trajectory
‘Green
revolution’
‘Envi-
ronmental
awareness’
Here
and
now
Futures we fear
5. Rehabilitation
of degraded
lands
Gradual loss of
‘forest func-
tions’
Time or space
Lack of voice
Low income
Food insecurity
Low access to
public services
C stocks
Biodiv.(global)
Agrobiodiversity
Wshed functions
The ‘poverty *
environmental
services’ nexus
on a time-or-
space line
Different forms of ‘poverty’
Different effects on ‘environmental services’
Forestortreecover
6. van der Ent RJ, Savenije
HHG, Schaefli B, Steele‐
Dunne SC, 2010. Origin
and fate of atmospheric
moisture over
continents. Water
Resources Research 46,
W09525,
PfromEt/Et
Pfrom Et/P
40% of rain-
fall is derived
from land,
60% from
oceans
But location
matters
7. Actual
landscape
Demographic change
& life-styles
Democratization
power centralization
Infrastructure,
transport
Energy
supply &
demand
Global
commodity
markets
Climate,
variability &
change
Water
Global conven-
tions, SDG’s
Biodiversity & its
change
Science &
technology
9. Who cares, who is affected by
or benefits from the changes
in tree cover and associated
ecosystem services? How are
stakeholders organized and
empowered to get leverage &
influence the drivers? Are
both genders empowered?
Why is land use what it is?
What are the drivers of
current human activity and
what are levers (regulatory
framework, economic in-
centives, motivation) for
modifying future change?
Who makes a living here,
what is ethnic identity,
historical origin, migrational
history, claims to land use
rights, role in main value
chains, what are key power
relations? Gender specificity of
all the above?
So what? How do ecosystem
services (provisioning,
regulating, cultural/ religious,
supporting) depend on tree
cover and the spatial
organization of the landscape?
Gender specificity of appre-
ciation and dissatisfaction?
How are forests and trees
used? What land use pat-
terns with or without trees
are prominent in the land-
scape and provide the basis
for local lives and liveli-
hoods? What value chains are
based on these land uses?
Where are remaining forests
and planted trees? Since
when? How does tree cover
vary in the landscape (pat-
terns along a typical cross-
section, main gradients), and
how has it decreased and
increased over time?
lSocio-ecological system dynamics
10. Institutions,
identity,
pride
Drivers
B1. Incentive structure through policy change (tax, subsidy etc)
A2. LU rights (e.g. community forest mngmnt)
B2. PES and conditional ES incentives
Response/
feedback
options
Biodiversity, Watershed
functions, GHG emissions,
Landscape beauty
Actors/
agents
Land
use/cover
changes
Conse-
quences &
functions
Livelihoods, provisioning &
profitability
A1. Land use policies, spatial development planning, roads
Modified from: Van Noordwijk, M., B. Lusiana, G. Villamor, H. Purnomo, and S. Dewi. 2011. Feedback loops added
to four conceptual models linking land change with driving forces and actors. Ecology and Society 16(1): r1.
[online] URL: http://www.ecologyandsociety.org/vol16/iss1/resp1/
C. Suasion and institutional support
G
GG
G
G
G = Potential gender specificity of analysis & targeting of interventions
11.
12. Monetaryfungibility
5 scales of economics
Individual & household decisions
on scarce resources
National scale decisions on
scarce resources
Environmental economics: inter-
nalizing externalities of individual
decisions for common goods
Ecological economics:
planetary boundaries put
hard constraints
Behavioural economics: really
internalizing externalities at
emotional core of decision making
Annu. Rev. Environ. Resour. 37, 389-420
13. Marketable
goods & services
People
(land users)
Land is used by people to
satisfy their own needs within
emerging local institutions,
but once they find external
markets for products and
services, this feeds back to
their land use decisions
14. Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Marketable
goods & services
People are complex entities…
Their decisions are influenced by
many aspects of a ‘well-being’ or
Maslow pyramid, representing
their ‘basic needs’, their social
relations within evolving local
institutions, and human capital.
15. Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
Externality of decision making
People elsewhere
including neigh-
bours and ‘tele-
connections’
Land use, however,
has environmental
effects that affect the
land users directly,
but also impact on
people elsewhere
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
16. SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
Ecosystem services*
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
People elsewhere
including neigh-
bours and ‘tele-
connections’
The terminology of ecosystem and environmental services reflect
these impacts on others, as externalities of LU decision making
Externality of decision making
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
17. SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
Ecosystem services*
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
The various ES affect people at all levels of their well-being pyramid.
To deal with negative effects of declining ES, they have 6 options:
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
18. Option 1: move to a clean place elsewhere
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioningHuman history is full of shifting loci of culture, but now there’s
nowhere left to go; global impacts affect any place on this planet
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
19. Option 2: forbid pollution, regulate land use
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioningThis option depends on power relation and may require strong
enforcement; it breaks down under more democratic governance
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
20. Option 3: engineer to reduce ES dependence
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
Engineering
Engineering can help with e.g. water and water-related issues
(floods, landslides), but tends to be high-cost and rigid (sunk costs)
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
21. Option 4: payments for environmental services
Marketable
goods & services
People
(land users)
PES (payment for environmental services)
Buyers
Sellers
ES
metric
Marketable
goods & services
Influence &
lateral flows
People else-
where including
neighbours and
‘teleconnections’
Income Income
PES emerged as a ‘simple’ solution to financially intenalize externalities
22. Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
But, the PES reality is more complex…
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
Engineering
Ecosystem services*
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
PES (payment for environmental services)
Buyers
‘Sellers’
Intermediaries
ES
metric
Externality of decision making
23. Option 5: boycott products without certification
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
Boycotts help to increase awareness and can lead to ‘ecocertification’
as response, but this may have high transaction costs for all
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
24. Option 6: Link the institutions and identities
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
Creating a shared sense of identity, moral standards of acceptable
behaviours can internalize externalities of LU decisionmaking
Externality of decision making’
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
25. Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID
Identity, self-
realization
SupportingEvolutionary
Marketable
goods & services
Influence &
lateral flows
Climate
Water
Geomorphology
*erosion/sedi-
mentation
*landslides
Nutrients
Fire
Vegetation & flora
Fauna
Biogeography
RegulatoryCulturalProvisioning
Engineering
* Environmental Services (ES) equals ecosystem services (ES*) minus market-based provisioning
Fairnessperception
Efficiency
Green
accounting
Fairness & efficiency
Externality of decision making
Access, LU regulation
Payments, rewards, incentives, tax
Respect, recognition, suasion
Natural capital and
ES monitoring
26. Three PES-related
paradigms
• Commodification of
environmental services
A. packages of ES become
tradable commodities,
B. ecocertification of existing
commodities;
• Compensation for foregone
ES-unfriendly but legal
opportunities;
• Coinvestment in environ-
mental stewardship.
28. Physical security, shelter
Food & water security
Health
Income
Entreprise
Social relations
ID SDG4 (Continuous learning), SDG5 (Gender, social inclusion)
SDG8 (Employment, decent jobs)
SDG810 (Less inequality),SDG16 (Accountability),SDG17 (Partnership)
SDG1 (End poverty)
SDG3 (Health), SDG12 (consumption), SDG15(conservation)
SDG2 (Food), SDG6 (Water), SDG7(Energy), SDG14 (Oceans)
SDG9 (Infrastructure), SDG11 (Cities), SDG13 (Climate change)
The 17 Sustainable Development Goals (SDG’s) address
all levels of a ‘human well-being’ or Maslow pyramid*
* The specific formulation of many SDG’s makes clear that they typically
involve more than one level, e.g. Gender includes physical security
30. Economic sectors
and their functio-
ning and change
(incl. indirect
ecosystem service
effects)
Ecosystem
requirements for
economic
sectors
Economic sector
impacts on eco-
systems (+ & -)
Human &
social
wellbeing
Ecosystem
functioning and
change
Ecosys-
tem resto-
ration &
care
(green
jobs)
Labour
force and
human &
socially
mediated
ES
Ecosystem servi-
ces impacting on
H & S wellbeing
Human & social
wellbeing derived
from economy
Human ecology
Economics
32. Land use
zoning,
use and
property
rights
Human
popula-
tion & Δ
Mar-
ket access,
tax,subs.
Management
& behavioural
choices of
land users
Food, fibre, income Harvestable products
Provisioning services
Regulating, supporting
& cultural services
Land use practices
in a landscape
context
Human & environmental health&well-being
Commodity-
product- ser-
vice value
chains, x-
border trade
Waterflows
(quality,quantity,
regularity)
Macro-&me-
so climate
Biodiversity
Happiness
monitoring
Economic development planning
Environmental & wellfare targeted planning
GDP, national econo-
mic growth or decline
Natural ca-
pital ac-
counting
Sustainabledevelopmentmetrics
AgTech
New green economy, integrated rural-
urban development coalitions…
33. LPFN
Global Land
Project
ESP
Land use
zoning, use
and proper-
ty rights
Human
popula-
tion & Δ
Mar-
ket access,
tax,subs.
Management&
behavioural
choices of land
users
Food, fibre, energy, income Harvestable products
Provisioning services
Regulating, supporting &
cultural services
Land use practices in a
landscape context
Human & environmental health&well-being
Commodity-pro-
duct- service
value chains, x-
border trade
Waterflows
(quality,quanti
ty, regularity)
Macro-&me-so
climate
Biodiversity
Happiness
monitoring
Economic development planning
Environmental & wellfare targeted planning
GDP, national economic
growth or decline
Natural ca-
pital ac-
counting
Sustainabledevelopmentmetrics
AgTech
New green economy, integrated rural-
urban development coalitions…
Future
Earth
TEEB
SEEA
UN-
SDSN
WAVES
IPBES
Common-denominatorvaluation
CGIAR
36. 10. Data, observation methods for M&E of change
9. Recognition of consequences for ES and all SDGs of business-
as-usual land-use change from multistakeholder perspectives
8. ES-friendly land-use alternatives: technologies, new value
chains, outsourcing staples
7. Scenarios for land-use change in local context, valuation
6. Negotiation platforms to form coalitions for desirable change
5. Co-investment in environmental stewardship
4. Compensation for legal ES-unfriendly options foregone
3. Commodification of ES through ecocertification of products
2. Commodification of ES as such
1. Dynamic polycentric governance for integral SDG achievement
INCENTIVESFEEDBACKLOOPS
Inspired by Donna Meadows’ hierachy