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10/11/12
1
Prof. Dr. Joyeeta Gupta, Amsterdam Global Change Institute
(
Sustainable Development Governance: "Glocal" Challenges and Opportunities
2
The structure
• Issues • Case studies
• Water • Forests • Climate Change
• Conclusions
3
Disciplinary approaches
Local
Global
International relationsInternational law
National LawSociologyPolitical ScienceDevelopment studies
Anthro-pology
Internationaleconomics
Micro
Macro
Spatial
Ecology
Local
Global
Local
Global
International relationsInternational lawInternational relationsInternational law
National LawSociologyPolitical ScienceDevelopment studies
National LawSociologyPolitical ScienceDevelopment studies
Anthro-pologyAnthro-pology
InternationaleconomicsInternationaleconomics
MicroMicro
Macro
Spatial
Macro
Spatial
EcologyEcology
Geo
grap
hy
The problem: Governance challenges in the Anthropocene
5
1. Sustainable Development (SD)
• Complex • Current and future • Social, economic and environmental • Process versus goal • Green economy, inclusive growth,
dematerialization, decarbonization • Contextual vs universal
• Is sustainable development a useful fuzzy concept?
6
1. Sustainable development et al.
Social Economic
Ecological
Bio-physical Chemical Gupta &van der Zaag 2008
GWSP science plan
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2
7
1. Playground of concepts: Sustainable development
Social Economic
Ecological
Bio-physical Chemical
Green e
cono
my Inclusive growth
Green society
Eco
syst
em s
ervi
ces
Time
Process versus goal Soft and hard sustainability
Spatial planning Infrastructure
Innovation
8
2. Compartmentalization
• How ? • Climate change, ozone depletion, acid rain • Energy, water, agriculture • Hydrosphere, Atmosphere, Lithosphere
• Sequence: from issues to holistic approaches?
• Is compartmentalization fragmentation? • Is non-compartmentalization a systems
approach? • Is a systems approach better than a
fragmented approach? Do they both have their own place in research?
9
3. Glocal multi-level governance (MLG): concepts • Shift from:
• government to governance • centralization to decentralization • hierarchy to networks • Fomality to formal/informal hybrids
• New relationships: • National-international: supranational, global • Centre-periphery: decentralization,
deconcentration • State-society: pluralism, stakeholder participation
• New sources of authority: • Courts: precedents • Customs: customary law • Civil society: social norms • Industry: corporate social responsibility • Science: scientific standards
Anarchy
10
3. Glocal multi-level governance: Arenas
• International: > Anarchy, sovereign states, different schools
of thought on cooperation, geopolitics > Commons, global public goods, common
concerns, common heritage
• National arena: > Order, citizens, different political set-ups,
different economic, social and physical infrastructure
> National resources, national problems, public goods
• Local arena: > Community?, custom, institutions > Commons, public goods
11
Glocal Governance: Trends and impacts
Shi$ towards Characteris0c Impact
Adminstra/ve law
Neither legisla/ve, nor judicial
Could push policies further Legi/macy ques/onable Rules of procedure not applied ‘Consensus’ may not be context relevant; may aggravate situa/on
Legal pluralism Mul/ple levels of governance Mul/ple actors
Domes/c rules have extra-‐territorial impacts; Export of good governance ideas to countries without understanding their contexts and needs; Mul/ple forums are expensive; forum shopping possible for rich actors; Legality; accountability?
Public-‐private law merger
Priva/zing public law?
Public/ poli/cal commons priva/zed; Policy freezing; Involuntarily sucked into private interna/onal law
12
BECHTEL VS. BOLIVIA COCHABAMBA’S WATER BILLS FROM BECHTEL
For the poorest people in Cochabamba rates went up little, barely 10 percent.
- Gail Apps, spokeswoman for Riley Bechtel January 3, 2002
That’s Bechtel Enterprises big lie about their water price hikes in Cochabamba. Now the facts and the actual water bills to prove them.
First, a note of information about water rates. In Cochabamba, under both Bechtel’s subsidiary, Aguas del Tunari, and the public utility that ran the company before and after, SEMAPA, water rates depend on how a home is classified. Basically, these classifications have to do with how many water outlets a home has. According to the water company’s current chief of pricing, Rosario Ayoroa, the classification works like this: The poorest homes (R-2) usually have an indoor toilet, no indoor shower and maybe a water tap in the yard. Typically these families survive by selling vegetables or other items in the street and work well below the current minimum wage of $67 per month. The next group (R-3) are still poor by any standard. In addition to an indoor toilet they may have an indoor shower as well and perhaps a kitchen faucet. Typically these are households headed by workers who earn somewhere between $60 to $80 per month. Once a household has more than one bathroom it is considered in a higher category (R-4), not necessarily affluent, but not poor either.
THE TRUTH ABOUT BECHTEL’S INCREASE FOR THE POOREST OF THE POOR
Now look at Bechtel’s company’s (Aguas Del Tunari) actual bills and see how big a lie it is to claim that, “For the poorest people in Cochabamba rates went up little, barely 10 percent.”
Lucio Morales (click to see copy of water bill): In November 1999, before Bechtel’s rate hikes took effect, Morales had a monthly water bill of 25 Bolivianos (about $4.15). In February, after Bechtel’s price hikes took effect, his water bill jumped to 39.80 Bolivianos ($6.63), a jump of 60% not 10%. As the bill indicates, there is not meter reading, no increase in water use. This is one of many houses that have no water meter and is billed based on a basic rate. Classified “R-2” Morales’ household is among the very poorest of the poor. This bill would amount to more than 10% of the monthly minimum wage at the time.
Public-private, nat./int.
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13
Sustainable development and MLG
X2
dom
estic
-inte
rnat
iona
l
X1: centre-periphery
X3 state-s
ociety
14
4. SD governance gap
SD
pro
blem
Time
Trend
Need for trend break
SD gap
Governance
15
4. The Good Governance gap
Inno
vativ
enes
s in
gov
erna
nce
Time
Governance
Legitimacy? Legality? Accountability? Effectiveness? Efficiency? Responsiveness? Transparency?
Fragmentation, Pluralism (formality/ informality) Involving stakeholders & civil society Self-regulation Co-regulation Public-private Towards administrative law Recognition of customs?
16
High trust
High problem solving Low Trust
Low problem solving
High participation
Adaptive governance
Low participation
Adaptive management
Structured problem
Technocratic policymaking
Single loop learning
Unstructured problem
Dialogue and discourse
Triple loop learning
Moderately structured
Values or Science
Double loop learning
Moderately structured
Values or Science
Zero loop learning
Increasing citizen power
Information
Placation
Therapy
Manipulation
Educate
Take decisions
Consultation, test ideas, seek advice
Delegated power
Seek consensus
Achieve consensus
Self mgt.
Discuss different
perspectives
Debate on
diff. values
Consensus may
be out of reach
4. The split ladder of participation
17
5. The North-South challenge
EU studies
Inte
rnat
iona
l rela
tions
International Law
Southern Approaches
Power, politics, leadership Norms, legality US centric
EU centric
Bias, equity
18
5. The 'North-South' Challenge
Country A e.g. US CO2
Climate change
Sea rises
Country B e.g. Tuvalu
Country C e.g. China
Environment Equity
Country X e.g. Egypt
More
H2O
Less H2O
Nile Country Y
e.g. Ethiopia
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4
19
5. Changing Geo-politics
§ First world, second world, third world
§ North-South politics
§ US?-EU?-BRICK?-ROW politics
§ Who will shape glocal governance?
§ Who will glocal governance be accountable to?
20
6. Perceptions of the scale of problem and solution
Discrete Continuous Scale as a construct
Problem The causes and impacts are visible within clear boundaries;
The causes and impacts have no clear boundaries; overflowing easily from any specific boundary attributed to it
Both scale of problem and governance are manipulated to gain control over a subject.
Governance Governance can be seen as de jure organized at distinct hierarchical levels e.g. municipal, provincial, national, supranational, international
The management of specific issues is not specifically attributed to specific levels of governance, but there is de facto overlapping governance undertaken by authorities with overlapping jurisdiction;
21
6. The politics of scaling: Motivation Type To scale up To scale down Understanding Account for ecosystem links
Global drivers National to local drivers Global impacts and thresholds Local impacts and thresholds
Ideologies driving decision making
Effectiveness of governance
Protect the common good Protect local communities Mobilize global community Mobilize local people Mobilize global institutions Use local institutions
Domestic interests
Postpone decisions To avoid liability for externalised effects Make domestic implementation cost-effective; Pressurize actors to create a level playing field , minimize free-riding
National security, to manage and protect national and local interests, without external interference
Promote the use of cleaner/more efficient technology
To use locally available and affordable resources; to prevent dependency
Extra-territorial interests
Gain influence over resources elsewhere
To divide & control or include & exclude
Bypass an agency because of its lack of either motivation or capacity Create a level playing field through facilitating joint action To increase the decision making space, thus enlarging the scope for trade-offs
22
7. Development (economics/ development studies) Decade Development goal Development coopera0on goal
1950s GDP, import subs/tu/on Technical help
1960s GPD + employment, bop equilibrium
Trade & investment
1970s Per capita GDP Development assistance
1980s Macro economic stability, fiscal discipline
Structural adjustment, condi/onal aid
1990s Human development, poverty reduc/on
Humanitarian aid, good governance, greening aid
2000s Sustainable development Country ownership, aid to countries with good governance
2010 Green economy/ green society/ inclusive growth
Focus on changing poverty paderns, replacing poverty with global public goods
23
7. The Evolution of the Right to Development (law) Year Event Item 1948 Universal Declaration on Human Rights Sets the stage for human rights issues (western perspec-
tive) 1960s Developing countries seeking NIEO Sets the stage for demanding a change in the global or-
der (southern, non-aligned movement perspective) 1966 Covenant on Political Rights Rights Legally binding, first generation rights (western demand) 1960s Covenant on Social-Economic Rights Legally binding, second generation rights (Communist
and developing countries) 1970s Articulation of the concept by developing and
developed country experts Articulation of the Right to Development – third genera-tion rights
1981 Banjul Charter Adoption of the Right as the right of peoples by African countries
1986 UN Declaration on the Right to Development Adoption by UN Human Rights Commission, Opposed by US, 8 states abstained from voting; mentions NIEO
1993 Vienna Declaration and Programme of Action (#10)
Adopted by 172 countries at World Conference on Hu-man Rights
1998 Working group on the Right to Development Monitors progress made at UN level on this right. 2000 Millennium Declaration (#11) Adopted by 147 countries 2001 Durban Declaration and Programme of Action
(#19, 28) Discussed the right to development in the context of ra-cism and
2008 UN Human Rights Council Establishment of a process to study the human right with respect to climate change, water and sanitation.
24
7. Development paradigms and cooperation
Pollu
tion pe
r capita
GDP per capita
DC
IC
Pollu
tion pe
r capita
GDP per capita
DCDC
ICIC
Pollu
tion pe
r capita
GDP per capita
DC
IC
Pollu
tion pe
r capita
GDP per capita
DCDC
ICIC
10/11/12
5
25
7. Development paradigms and cooperation
Pollu
tion pe
r capita
GDP per capita
DC
IC
Pollu
tion pe
r capita
GDP per capita
DCDC
ICIC
1 1
2
3
26
Global Regional National
Local
Institutions (i)
time
Global Regional National
Local
Response Instruments (RI)
time
Global Regional National
Local
Actor pressure (P)
time
Global Regional National
Local
Response redesign(RR)
time
Global Regional National
Local
State (S)
time
Proximate PD (local)
Underlying (UD) (global, regional, national, local)
Causes/Drivers (D)
time
NS
GAP
Analysis
Power Knowledge Norms Scale
(I)
(G, CG)
(A, CA)
(Pa, CPa)
Acc
ess a
nd a
lloca
tion
Age
ncy
Arc
hite
ctur
e
8. The analytical framework
Building on Young et al. 1999/ 2005
Case Study: Water
28
Evolution of global water governance
1900 CE
C iviliz ations
Coloniz ationConques t
Communism
Epis temiccommunities
1500 CE
Environmen-‐talism
Globali-‐z ation
Loca
l Reg
iona
l Globa
lSp
atial s
cale
100 BCE
C iviliz ations
Coloniz ation
Relig ion
Conques t
1500 CE
Environmen-‐talism
Globali-‐z ation
Loca
l Reg
iona
l Globa
lSp
atial s
cale
100 BCE
T ime s cale2010 CE1900 CE
C iviliz ations
Coloniz ationConques t
Communism
Epis temiccommunities
1500 CE
Environmen-‐talism
Globali-‐z ation
Loca
l Reg
iona
l Globa
lSp
atial s
cale
100 BCE
C iviliz ations
Coloniz ation
Relig ion
Conques t
1500 CE
Environmen-‐talism
Globali-‐z ation
Loca
l Reg
iona
l Globa
lSp
atial s
cale
100 BCE
T ime s cale2010 CE
29
Evolution in Ghana
Cultural rules
Loca
l r
egio
nal
nat
iona
l in
tern
atio
nal
1874 1957
Colonial rules
1998
Post-‐ Colonial
Modern era
UK influence International Declarations,
Development Banks Aid agencies
Epistemic communities
Based on: Joseph Agyenim
Formal
Informal
30
Global Water Governance
UN Law on NNUWC
800 regional water laws
World Water Forum
UNESCO
WSSD
UNEP
UNDP
World Bank GEF
10/11/12
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31
(Global) Water Governance: Competing Actors? UN Non UN
UN Water World Water Council
World Water Forum
Industry
Bechtel Suez
NGOs WWF IRN
Epistemic communi/es World Water Week,
GWSP
Social movement
Blue planet
UN Water Partners
CBD, FAO, IAEA, IFAD, UNICEF, UNCTAD,
CCD, DESA, UNDP, UNEP, UNISDR, UNU, WB, WHO
ECA, ECE, ECLAC, ESCAP, ESCWA, UNESCO, FCCC, Habitat, UNHCR, UNIDO,
WMO, UNWTO
Lobbying, advocacy
Litigation
Markets
UNSGAB W&S
32
Issue explosion: Competing and Cooperating Actors
UN Energy
UN Oceans
UN Development Group
UN Environment UN Water
Are water, environment and development integrally linked?
33
Governance issues
• Fragmenta/on • Administra/ve law: Shig from intergovernmental nego/a/ons to River Basin Commissions
• Pluralism: conflicts in who owns water
• Self-‐regula/on • Co-‐regula/on (CBOs)
34
How can (global) water governance be organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue: W.S.W.D.O? High level advisory body on water Non-hierarchical focal point Collaboration body Strengthening individual bodies Promoting coordination through law Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
35
How is global water governance organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue: W.S.W.D.O? High level advisory body on water: UN SG AB on Water and Sanitation Non-hierarchical focal point Collaboration body: UN Water Strengthening individual bodies Promoting coordination through law: UN Watercourses Convention, Human Rights Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
36
Conceptual clutter
• Problem focused: drinking water & sanitation
• Sectoral: Hydro electricity (hydraulic paradigm)
• IWRM (dominant concept): integration of natural & human systems, freshwater & coastal systems, green & blue water, surface & ground water, land & water, quality & quantity, upstream & downstream interests
• Nexus approach – Integration makes water the centre of gravity
– creates turf problems; – Integration may make issues invisible
• Privatization
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37
Architecture: Contested principles
Ownership • Absolute Territorial Sovereignty • Absolute Integrity of State Territory • Limited Territorial Sovereignty • Ownership vs hydrological boundaries
Nature of water • Heritage, common good, economic good, public good, source of ecosystem services
§ Rights to water • Human right • Through purchase/ permits • Through land ownership
38
Architecture: Contested Water Principles
ObjectiveArt.,1
DefinitionArt.,2
R ight,toP articipateArt.,3,,4
E quityP rincipesArt.,5,6
Duty,not,tocause,harm
Art.,7
Duty,to,coEOperateArt.,8,,9
No,priority,of,useArt.,10
P lanned,measuresArt.11E19
International
Duty,to,protectArt.23
R egulationinstallationsArt.,24E26
EmergencyS ituationsArt.,27,,28
DisputeS ettlementArt.,33
ObjectiveArt.,1
DefinitionArt.,2
DefinitionArt.,2
R ight,toP articipateArt.,3,,4
E quityP rincipesArt.,5,6
Duty,not,tocause,harm
Art.,7
Duty,to,coEOperateArt.,8,,9
No,priority,of,useArt.,10
P lanned,measuresArt.11E19
International
Duty,to,protectArt.23
R egulationinstallationsArt.,24E26
EmergencyS ituationsArt.,27,,28
DisputeS ettlementArt.,33
? ?
?
? ?
?
UN Watercourses Convention
39
Different problems, policy options for different levels
Level
Sub
sidi
arity
pus
hes
dow
nwar
ds; U
nive
rsal
nat
ure
push
es u
pwar
ds
Problem Authorities and networks
Reasons Policies
Global Global drivers & impacts
UN agencies & treaties; NGOs; MNCs
Prevent free-riding; policy coherence;
E.g. Int. norms (human right, MDGs),
Fluvial/ transboundary
Transboundary issues
UN regional agreements; EU, NGOs; RBOs
Prevent transboundary problems
E.g. MRC; EU WFD
National National water issues
Governments; NGOs; RBOs; companies
state can empower other actors to take a role
E.G sectoral policies; IWRM;
Local Direct drivers
Local govt., communities (CBOs); NGOs; lcompanies
Laboratories of policymaking; ownership of problem and solution
e.g. spatial policy;
40
Reasons for scaling up water Type: To Motivation: To Application to Water Enhance understanding
Account for the global hydrological system E.g fresh water systems are connected Account for externalities as influential factors E.g. the influence of trade/investment regimes
Determine global problem impacts/thresholds
E.g. cumulative impacts of pollution, extraction (fishing), or infrastructure
Understand underlying ideologies
Is water a “commons” or “commodity” that can be privatized? Improve legitimacy of policy
Include countries/actors in decision making E.g. to collectively put pressure on upstream countries
Protect the common good; to attain SD To manage the hydrological resource holistically
Promote domestic interests
Avoid taking measures at the domestic level To minimize own costs Avoid a race to the bottom To create markets for technologies
Promote extra-territorial interests
Gain influence over resources in another location
Gives control over how other countries manage/ share water (e.g. on Nile)
Bypass an agency Pressurizing national govts (e.g. human right to water), thereby pressurizing
Create a level playing field E.g. common principles of equity and the no harm principle Increase the decision making space E.g. the introduction of the concept of virtual water, which could
expand the space for action
41
Reasons for scaling down Type Motivation Application to Water To enhance understanding
To enhance problem understanding through greater resolution and grain regarding critical local and contextual elements
Local people are experts on their own water problems
To improve effectiveness of action
To use existing problem solving institutions and thereby to take advantage of built-in processes designed to ensure legitimacy, legality, transparency and accountability
To build on existing local and community institutions
To mobilize local people in designing and implementing solutions, using their knowledge and capabilities
To mobilize people to help themselves (RBOs/CBOs)
To strategize
To avoid liability for externalized effects To avoid responsibility for harm caused elsewhere To divide and control, or include and exclude E.g. Nile River Basin To manage and protect national and local interests; nation security arguments
To prioritize national water interests over river basin interests
To bypass an agency which is perceived as a hindrance To avoid being told by others what action should be taken
42
MLG Drought Policy In China
Policy 1
Policy 2
Policy 3
Policy 4
Policy 5
Policy 6
Policy 7
Policy 8
Policy 9
Policy 10
Policy 11
Policy 12
Policy 13
Policy 14
Policy 15
Policy 16
Policy 17
Policy 18
Policy 19
Policy 20
Policy 21
Policy 22
Policy 23
Policy 24
Policy 25
Policy 26
Policy 27
Policy 28
NationProvinceMunicipalityCounty
Governm
ental levels
GeneralCC Policy
Drought ReliefPolicies Policies on Improving Adaptive Capacity
Guidelines Legally binding obligations Administrative permit Subsidy
Enhancement of property rights Fund Award Payment for services
Hao Li et al., 2011
10/11/12
8
43 44
Case Study: Forests
45
Phases of forest governance through human history
Customary use of forests (local)
Settled agriculture – forest landuse change (regional)
Industrialization/colonization – forest exploitation (international)
Post WW2 trade in wood (international)
Onset of indirect global forest governance
Onset of direct global forest governance (ITTO)
Democratizing & decentralizing forests
Neo-liberal approaches
Glocal, multi-level approaches?
Phas
es o
f for
est g
over
nanc
e
Time
46
Global forest governance
Haug and Gupta 2013
47
Forest Governance and Ecosystem Services
Haug and Gupta 2013
48
How can (global) forest governance be organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue: W.S.F&A.D.O? High level advisory body on forests Non-hierarchical focal point Collaboration body Strengthening individual bodies Promoting coordination through law Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
10/11/12
9
49
How is global forest governance organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue: W.S.W.D.O? High level advisory body on forests Non-hierarchical focal point Collaboration body: UNFF Strengthening individual bodies Promoting coordination through law: Draft law, Indigenous peoples rights Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
50
Scaling up and down forests
1992 2006 2008 2012
G
N
L
Canada
USA
NGO -1 Malaysia
Brazil
?
REDD
51
Stylized demographic, economic, forest transitions
Time
Popu
latio
n,
Econ
omic
gro
wth
, Fo
rest
s
Traditional society
Pre-conditions for take-off
Take-off
Maturity
Mass consumption
Traditional society
Death rate falls
Birth rate falls
Stable population
Virgin forests
Forest frontier
Forest & agriculture mosaic
Forest stabilization
52
Drivers and the forest transition F
ores
t cov
er
Time I II III IV
Virgin forest Forest frontier Forest & agriculture mosaic Forest stabilization Proximate:
- Agriculture (shifting)
- Extraction (fuelwood, non-timber forest products)
- Infrastructure (basic, roads)
- Biophysical (droughts, floods, fire)
Underlying:
- Economic (poverty)
- Cultural (conservation values under stress)
- Demographic (growth, migration)
- Technological (low capacity)
- Non-forest policies (agricultural policy)
- Other institutional factors (customary property rights)
- Climate change
Proximate:
- Agriculture (shifting & commercial) animal husbandry
- Extraction (fuelwood, commercial; wood, illegal logging, non-timber forest products)
- Infrastructure (roads, dams, energy)
- Industry (open-pit mining )
Underlying:
- Economic (national policy, industry, poverty)
- Cultural (clash between conservation & exploitation values)
- Demographic (growth, migration, density)
- Technological (low & high capacity)
- Non-forest policies (agricultural, transport, industrial & urban)
- Institutional (lack of resources/ capacity, contested property rights)
- Forest scarcity, climate change
Proximate:
- Agirculture (stable commercial)
- Extraction (regulated & controlled)
- Infrastructure (stable)
- Industry (Rehabilitated or closed-pit mining)
Underlying:
- Economic (stable growth, beyond the threshold in the inverted U curve),
- Cultural (balance between conservation, exploitation, recreational & aesthetic values)
- Demographic (stable)
- Technological (high capacity)
- Non-forest policies (advanced agricultural, transport, industrial & urban)
- Institutional (clear property rights)
- Forest scarcity, climate change, shift to service economy
If the economy is open, the drivers include global demand for wood, food and biofuel
Clim
ate
chan
ge
53
Multilateral:
UNFCCC, CBD, CCD, CITES, RAMSAR, WHC, ASEAN, UN-REDD
Bilateral: Germany, Japan EU FLEGT, JICA, SNV, FCPF, GIZ/GTZ, AUSaid, Finnish aid
Private
FSC, ICRAF
Extraterritorial effects
US Lacey Act
Global policy context
Important National: Land Law (2003), Law on Forest Protection and Development (2004), National Forestry Development Strategy (2006-2020), National Forest Protection and Development Plan (2012-2020), National REDD+ programme R-PIN, National REDD+ Strategy, National REDD+ committee, REDD+ network with 4 sub-groups
Instruments
(i) Trade restrictions, (ii) Decentralization, (iiii) SFE reform,(iv) Spatial planning, (v) Land rights (x) law enforcement, (xiv) reforestation subsidy, (xv) PFES, (xviii) AR-CDM, REDD, (xix) certification
Instrument redesign: (i) Make trade restrictions bi- or multilateral and combine with governance (e.g. FLEG), (iv&v) complete forest land allocation; emphasize quality of trees over quantity; (vi) make SFE efficient; (x) implement FLEGT; (xv) PES and subsidies should take opportunity costs into account; (ix) link certification guidelines with other national standards; (xviii) request simplification of AR/CDM
REDD redesign: (a) Enhance enabling conditions; (ii) Link with domestic existing mechanisms and capacity (Prog. 661, PAs), (iii) Link with international mechanisms and capacity (FSC standards, AR-CDM monitoring, FLEGT definitions), (iv) Design REDD to ensure safeguards for other ecosystem services, (v) Develop reference levels taking into account national development needs and with reference to a possible forest transition, (vi) Define appropriate beneficiaries, (vii) Make sure beneficiaries understand and endorse key concepts (lesson from CDM), (viii) Ensure equitable benefit sharing including payment modality – e.g. use direct payment to communities used in Programme 661, pay upfront and performance based afterwords (lesson from PFES), (ix) Define payment levels - pay based on opportunity costs, (x) Implement FPIC, (xi) Avoid a pure market logic, (xii) Adopt regional approach to minimize leakage
Effect of instruments on actors, given drivers
(ii) Decentralization [+_], (iii) SFE [+-], (v) Tenure reform [+_], (x) law enforcement [+-], (xiv) reforestation subsidy [++_], (xv) PFES [++-], (xviii) CDM, REDD [+--], (xix) Certification [+-]
Socio-environment outcomes: Success with direct payments to households in PFES and Programme 661; land tenure programme inadequately implemented.
Forest cover has increased; but there is a decline in forest density and degradation of existing forests
Proximate Drivers: Industrial crops, shrimp farming, commercial logging
Underlying Drivers: poverty, economic growth, export orientation, global demand, climate change 54
Policies used during the forest transition curve
For
est c
over
Time I II III IV
Virgin forest Forest frontier Forest & agriculture mosaic Forest stabilization
Cus
tom
ary
right
s
Com
mun
ity m
anag
emen
t
Policy instrument - Implementation of SFM - Uncontested spatial policy - Binding forest rules, - Sustainable concessions - Uncontested land rights - Reporting, monitoring, law,
enforcement - Subsidies for reforestation - PES to maintain forests - All wood products certified - Community participation in
management
Policy instrument - Unilateral trade restrictions; - Principle of SFM adopted - Forest rules drafted - Contested spatial policy between
ministries - Contested land rights - Reporting, monitoring and laws –
poorly implemented - Grants for forest protection - Ad hoc taxes, subsidies, PES,
micro-credit, ofsetting, certification
- Contested local management
Policy instrument - Decentralization - Spatial planning
to sometimes nationalize forests
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REDD: Win-win or Lose Lose § Win-win
• Raising resources • For carbon sequestration and forest
management • Safeguards • Local people benefit for protecting the forest • North-South transfer • Climate problem partly addressed
§ Lose-lose • No targets, less money, ODA money diverted • Carbon not ecosystems (efficiency) • Safeguards on paper, not de facto (CDM) • Few resources leads to struggle over land title • No net North-South transfer • Climate problem not addressed -leakage
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Climate change
57
The Developments so far
57
Period The paradigm Key outcomes 1: Before 1990 Framing the
problem 1979: First World Climate Conference 1988/9: Conferences
1990: SWCC; IPCC- FAR 2: 1991-1996 Leadership
articulated 1992: Climate Change Convention 1995: COP-1 -- Berlin Mandate; AIJ
1996: Second Assessment Report of IPCC 3: 1997-2001 Conditional
leadership 1997: COP-3 -- The Kyoto Protocol 2000: Third Assessment Report of IPCC
2001: COP-7 -- The Marrakech Accords; US withdraws
4: 2002-2007 Leadership competition
…....: US initiates many agreements 2005: Kyoto enters into force
2007: COP-13-- Bali Roadmap 5: Post 2008 Developing
countries taking lead?
2008: Global recession starts 2009: COP-15 -- Copenhagen agreement?
2010: COP-16 -- Cancun 58
How can (global) forest governance be organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue High level advisory body on climate Non-hierarchical focal point Collaboration body Strengthening individual bodies Promoting coordination through law Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
59
How is (global) climate governance be organized?
Hierarchical integrated: W.S.D.O ? Hierarchical single issue High level advisory body on climate Non-hierarchical focal point Collaboration body Strengthening individual bodies Promoting coordination through law Regime clustering Decentralized network organization Business-as-usual - Mobius web system
Theo
retic
al d
esig
n op
tions
60 60
Alternative framings: Preview
Liability
Leadership
Mainstream cc in Aid
Human rights
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61 61
Climate cooperation: Changing NS deal
Development
N
S
Pol
lutio
n
Inverted U curve may be a zig-zag curve
Leadership paradigm
N S
N reduces emissions and helps S
Conditional leadership
US EU
S N reduces emissions
partly via helping S - CDM
Leadership sans US
EU
S
CEITS
US JSCaNZ
N helps S via
CDM
US
Leadership competition
N mainstreams cc help in
development cooperation 62 62
Emissions Trading
• Assess total permissible emissions
South
N
Per capita
North
S
Grandfathering
North
S
– No long term target, so not assessed.
Divide between countries
– Either per capita Not politically possible
– Or grandfathering Not politically possible, except through a smart negotiating strategy
Countries can trade Efficient solution
63 63
The new currency?
64
Scaling as a tool in North-South relations Examples Explanation Implications
Emission vs adaptation
Emissions are global problem, Impacts are local problem
Reduces liability
Incremental cost discussion
Only additional costs for global benefits minus local benefits are to be financed
Artificial distinction between global/local benefits; reduces local ownership of projects and hence effectiveness
Dangerous climate change
No objective method Avoiding articulation of the long-term goals
65
The symbiotic relationship FCCC Outside FCCC
FCCC 1992 Implementation challenges Inverted U curve? US Senate
KP
Vanished from agenda? Mainstreamed in society?
Pledge and review
Targets and timetables
Science and politics
Free riders, competitiveness, Leakage Decarbonization, dematerialization, Delinking Liability Competitive approaches - APP
66
The relationship – and division of tasks
FCCC Non-FCCC
GLOBAL
LOCAL
Low carbon society,
Low carbon plans
Human rights
Engaging UN bodies
Sub-national action
Court cases
National communica
tions
FCCC Non-FCCC
ENV
DEV
Green economy
Integrate with other
Env issues
Mainstream in
development
Link with trade,
investment
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The Climate Change Regime
FCCC
Countries
UN Agencies
NGOs
Industry
Agreements
68
Climate Change: Reasons for scaling up
Why scale up Key policy goal Time dimension 1. To enhance a comprehensive understanding of the cause-effect-impact of the problem
Understanding of scientific problem
Pre-historic times to future
2. To determine global limits To articulate the precautionary principle
100-500 years
3. To determine causality To allocate responsibility Now to 50 years
4. To develop a global policy to minimise the tendency to free ride
To enhance efficiency Now to 50 years
5. To be in a position to influence global technology development
To enhance control Now to 50 years
6. Because national and local authorities may be unable to take effective action alone
To enhance effectiveness Now to 50 years
7. To be able to understand the ideological factors that drive global consumption and production patterns
To understand underlying processes
Now to 50 years
69
Climate change: reasons for scaling down Why scale down Key policy goal Time dimension 1. To enhance an understanding of local bio-physical and chemical processes; to enhance understanding of the local contextual vulnerabilities
Understanding of the bio-geo-physical processes; Understanding the impacts
Short- to- very long term
2. To determine when climate change could become dangerous to national contexts
To determine limits of climate change
0-50 years
3. To avoid responsibility for impacts elsewhere
To avoid liability 0-50 years
4. Since some decisions can only be taken at local level
To enhance effectiveness 0-10 years
5. To understand the political contexts
Understanding the authority and limits to authority
0-10 years
6. To mobilise local people and their support
Effectiveness and legitimacy 0-10 years
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Options at Different Levels
70
Level
Impacts
Emissions
Authority
Reasons
Policies
Global
Temp. rise; SLR; Ocean acidifies
Conc. of GHGs; Int. transport
UN; G7 and G77; BTs and PTs; Int. NGOs
Prevent free-riding; TOT
Int. targets, PAMs; FMs
Reg.
Ice melting; new sea routes;
Int. energy & transport systems
UN reg. treaties; EU Reg. NGOs
Create level playing field
Reg. PAMS; EU policies, FMs
Nat.
CZM & off-shore isl.; Human security ?
Energy; transport; ag; land-use; waste mgt
Nat. govts. NGOs
State neg. in IL; state reg.; self. reg.?
Sect. PAMs; Nuclear; Nat. Inst. incl. sp
Local
local access; housing, income; new diseases
Con. patterns; sp, infra. & housing
Local govts, communities & NGOs; Transnat. (ICLEI)
Lab. of PM; mandates and initiatives
Sp; Mgt of local services; taxes;
71
Systems in different countries
71
Italy
France
Netherlands
China
Govt form
DR
DR
Monarchy, DUR
Com. centralised
Provinces
15 & 5 auto. regions
26
12
23, 2 Sp. Admin. Reg., 5 auto. Reg.
Lower governments
Municipalities
96 metro. depts., 36,560 municipalities
487 municipalities
prefectures, counties, towns
Gov. styles
Power shift to reg. since 2001
Power shift since 1982, Non-hierarch. MLG
Consensus orientation (polder model)
Central control
72
Climate policy at different levels
72
Italy
France
Netherlands
China
Central
No np except coastal water mgt.
Sectoral cp Sectoral
cp Cp - laws & gen. principles
Provincial
Env. & energy
Infra. & housing
SP & redist. of subsidies
Devp. Policy; Action plans Delegated targets
Sub-level
-
Infra. & housing
-
Prac. guidelines
Local
Local services
Transport and SD plans
SP, Infra., housing, municipal services,
Prac. guidelines
Instr. to engage local level
Devolution Mkt mech.?
Devolutionmoney?
Subsidies, mkt. C&C;
subsidies
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The process
Plain/ff Ac/on Defendant Court Considera/
ons Decision
Who can be P?
Who does the P represent?
Who can afford to be P?
Preven/ve Injunc/on
Correc/ve
PPP
Compensatory
Other Freedom of info.
EIA
Breach of stat. Duty Etc.
Who is D? Will D accept the jurisdic/on of the court?
Who does D rep-‐resent?
Is it fair to focus on one D?
Which court?
Which country?
Was D in line with science?
Was D in line with regula0ons?
Should courts preempt poli0cal process?
Is damage clear?
Is causa0on clear?
Did it violate human rights?
?
74
Science and liability: Uncertainty & law (Weiss 2006) Bayesian prob.
IPCC scale Informal scien0fic Legal stds of proof For legal situa0on
100% Not on scale Firmly estd. Virtually certain
99% Virtually certain Rigorously proven Beyond reasonable doubt Criminal convic/on
90-‐99% Very likely Scien/fically proven Clean & convincing evidence Quasi penal civil ac/on
80-‐90% Likely Very probable Clear showing Temporary injunc/on
67-‐80% Med. Likelihood Probable Substan/al & credible evidence
Impeachment
50-‐67% More probable than not Preponderance of evidence Civil judgments
33-‐50% Strong evidence Clear indica/on Field arrest/ search warrant
20-‐33% Increasing evidence Probable cause Ini/ate inquiry
10-‐22% Unlikely Plausible Reasonable indica/on Stop and frisk
1-‐10% Sugges/ve Grounds for suspicion
<1% Very unlikely Unlikely No grounds for suspicion
0% Not on scale Violates well estd. laws No ground for conjecture
Modest precautionary principle
Proactive PP
Risk minimization
75
Legal options: No harm Sovereignty, subject to
not causing harm; CBDRRC
Ability to pay No harm principle (CBDR)
Before Ager
Precau/onary Principle Liability
Environmental standards Injunc/ve relief
E.I.A. Compensa/on
No/fica/on of planned measures
Alloca/on of loss
Polluter pays principle
User pays
Rich
Poverty eradica/on
Tech. stds Diff. care
Fin. assistance
Poor
Capacity bldg
CBRC
Leadership paradigm
Liability paradigm
Insurance
76
Litigation
76
Export credit CO2 is pollutant
Violation of human and environmental
Rights Violation of WTO
Notice to companies
National governance: Trends
§ Merger of neo-liberal and democratic ideals • Lean government • Decentralization • Public participation • Private participation
§ Merger of scientific information and paternalism • Technical • Economic • Social • Political
78
Questions galore: Research agenda for a generation!
§ Theory • Limits vs infinity • Systemic versus focus: Fragmentation is inevitable • Conceptual confusion: SD, GE, GS, IG: where to? • Changing governance – for better or worse • Spectrum of developed to developing
§ Practice • Turf battles • The politics of scaling • Engaging everyone, who is accountable; will goals be met?
§ Markets and government • Markets: bigger markets means greater governance!! Not just
private, but public • Taming the global arena: Constitutionalism?