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ED Seminar: SDNs Green Growth Report
23 February 2012, 15:00-16:30, MC 2-800
Marianne Fay, Chief Economist, SDN
GREENING GROWTHA Path to Sustainable Development
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Green growth is
economic growth that is environmentally sustainable.
It is not a new paradigm, but aims to operationalize sustainable
development by enabling developing countries to achieve robustgrowth without locking themselves into unsustainable patterns.
Green growth policies need to focus on what is required in the next 5-
10 years to avoid lock-in and irreversible environmental damage.
2
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Greening growth
1. Necessary
2. Efficient
3. Good4. Affordable
5. But challenging
6. The way forward: tailored strategies thatpromote smart behavior and tackle upfrontfinancing needs
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MAKING DEVELOPMENT SUSTAINABLEREQUIRES GREENING GROWTH
1. Necessary
4
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5
Sustainable
development
Economic
EnvironmentalSocial
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CURRENT GROWTH PATTERNS ARE NOTONLY UNSUSTAINABLE, THEY AREINEFFICIENT
2. Efficient
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Y = f(A, K, L, E)Y = f(A, K, L)
Environment as natural capital
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Loess plateau- before Loess plateau- after
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Environment as natural capital
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Environmental policies as apotential source of growth
Y = f(A(P), K(P), L(P), E(P))
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Bolstering resilience
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Strengthening laborsupply and productivity
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Promoting innovation
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9.6
9.5
9
8
7.7
7.4
6
4.8
4
4
3.9
3.8
3.83.7
3.7
3.5
3.5
2.8
2.5
2.32.1
0 2 4 6 8 10 12
Ghana
Tajikistan
China *
CAR
NigeriaIran
Pakistan
Egypt
Bangladesh
Benin
Peru
Algeria
Morocco
Colombia
Lebanon
Nepal
Syria
Guatemala
El salvador
JordanTunisia
A bad environment is costly
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Cost of Environmental Degradation
(% of GDP equivalent)
Source: Country Environmental Analyses, World Bank
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GREEN GROWTH IS MOSTLY GOODGROWTH POLICY (BUT NO SUBSTITUTEAND TRADE-OFFS HAVE TO BE MANAGED)
3. Good
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Mostly good growth policies
Get prices right and fix markets (LAND!),address coordination failures andknowledge externalities, assign propertyrights
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But no substitute
Green jobs potential depends on labor marketstructure and constraints:
Business environment in South Africa where
unemployment is around 24%
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Care must be taken that the poor benefitReplacing fuel subsidies with better targeted safety nets helps the poor
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The cost to the budget of transferring $1
to the poorest 20% of the population via
gasoline subsidies is $33
Average distribution of energy consumption subsidy benefit
across 20 countries
Source: Arze del Granado et al (2010)
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Trade-offs need to be managed
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BECAUSE MUCH OF WHATS NEEDED PAYS
FOR ITSELF AND INNOVATION HELPS
4. Affordable
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Much of whats needed pays for itself
Increased investment needsin water, energy, land $0.9-1.7 Tr/year
But potential benefits $2.9Tr./year
Rising to $3.7 Tr. for carbonat $30 per ton and energy,agriculture and watersubsidies removed.
20Source: McKinsey Global Institute (2011)
Energy
Water Steel
Land
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Innovation keeps costs in check
Stringent air
pollution regs inCA results in
refineries moreproductive thatn
in rest of US
EPA SO2reductions
realized at halfthe expected
cost
Noimpact ofEU ETS onprofit of
Germanfirms
EPA Dinosebpesticide
ban resultedin higheryields
US phase-out ofleadedgas at athird thepredicted
cost
Envtregulationsimproved
productivityof MX food
industry
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No impactof climate
levy onperform-ance of
UK firms
Environmental regulations:- lead to innovation- cost less than expected- can improve productivity- impacts vary across
industries
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POLITICAL ECONOMY, ENTRENCHEDBEHAVIORS, AND THE NEED FOR SPEEDYACTION
5. But challenging
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Political economy, social acceptability and
entrenched behaviors
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Th l h ll
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0
1
2
3
4
1950 1970 1990 2010 2030
Billions of people living in urban areas
The real challenges:The need to act fast to avoid lock-in and irreversibility
24Source: Bertaud (2004)Source: World Development Indicators
Th l h ll
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The real challenges:Access to capital
25Source: WDR (2010), OECD, and IEA
The example of climate finance
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TAILORED STRATEGIES, POLICIES THATPROMOTE SMART BEHAVIOR AND TACKLEUPFRONT CAPITAL CONSTRAINTS
6. The way forward
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Focus on whats urgent and entails
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Focus on whats urgent and entailsmore positive local co-benefits
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Co-benefits Trade-offs(to be considered at higher
level of income or paid for
by external funds)
Synergies(attractive regardless of
income, provided that financial
mechanism can be found)Inertia/
Irreversibility risk
Low inertia and
irreversibility risk
(i.e. action is not
urgent)
Lower-carbon, higher-
cost energy supply
Stricter wastewater
regulation
Drinking water andsanitation
Lower-carbon, lower-cost
energy supply
Loss reduction in supply
Demand management
High inertia and
irreversibility risk
(i.e. action in urgent)
Reduced deforestation
Coastal zone protection
Land use planning
Public urban transport
Fisheries catch
management
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Pursue smart prices and regulation policies
Get prices right
But understand their limitations: Create alternatives to improve price elasticity
Address market imperfections Political economy constraints
Combine with regulations
Address political economy Learn from success
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Inform and nudge citizens and businesses
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Inform and nudge citizens and businesses
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Innovative finance:green fund and beyond
Focus on upfront financing:
Political and commercial risk
Borrowing constraints; social vs economic return
Green finance, but also:
Leverage public and IFI resources
Local public finance
Payment for environmental services
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The mission of the Green GrowthKnowledge Platform is to:
i. enhance and expand efforts to identify and address majorknowledge gaps in green growth theory and practice, and
ii. help countries design and implement policies to movetoward a green economy
through four main sets of activities:
Knowledge
Gap Analysis Global Dialogue Green Growth
in ActionApplied Research
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GREENING GROWTHA Path to Sustainable Development