| INDICATOR |
DEFINITION |
CALCULATION |
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| CARBON PRODUCTIVITY |
Ratio of GDP per unit of greenhouse gas emissions |
Total GDP production (expressed in US$) (Source: WB) divided by the production of carbon dioxide equivalent (CO2e) emissions (Source: IPCC), 2007 |
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| EMBODIED CARBON IN EXPORTS |
Percentage of carbon emissions embodied in exports |
Carbon dioxide (CO2) emissions embodied in exports expressed as a percentage of the production-based emissions (Source: Peters & Hertwich, 2007, using 2001 data) |
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| LOW-CARBON ELECTRICITY |
Share of net electricity produced from low-carbon sources |
The sum of solar, wind, geothermal, nuclear, and hydroelectric power generated divided by total net electricity generated (Source: EIA), 2006 (or latest available date) (% of total million tonnes of oil equivalent) |
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| LOW-CARBON ENERGY PATENTS |
Domestic low-carbon related patents per million people |
Gross number of patent applications filed under the PCT relating to renewable energy, fuel cells and nuclear (source: Patent Transfer Office) divided by population (source: WB) for 2005 and multiplied by 1,000,000 |
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| ENERGY SECTOR EXPENDITURE ON R&D |
Private energy sector R&D expenditures per GDP |
Energy sector R&D expenditures in 2008 US$ and exchange rates in 1,000,000 divided by current US$ GDP in 1,000 (Source: WB for GDP data) |
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| GOVERNMENT EXPENDITURE ON LOW-CARBON ENERGY R&D |
Government low-carbon energy R&D expenditures per GDP |
R&D expenditures in 2008 US$ and exchange rates in 1,000,000 divided by current US$ GDP in 1,000 (Source: IEA OECD R&D Database, WB for GDP data) |
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| THE NUMBER OF SUSTAINABILITY MBA PROGRAMS |
Sustainability MBA programs per million people. This represents a proxy for the production of skilled managers adept at understanding business needs through the lens of sustainable development |
Number of MBA programs with a sustainability stream, as per listings in Beyond Grey Pinstripes study (2009) divided by population (source: WB) multiplied by 1,000,000 |
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| SHARE OF LOW-CARBON TECHNICAL GRADUATES |
Percentage of total postsecondary graduates in low-carbon disciplines |
Number of post-secondary graduates in the fields of science and technology divided by the total number of post-secondary graduates (Source: UNESCO 2005) |
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| POST-SECONDARY EDUCATION SPENDING PER STUDENT AS A SHARE OF GDP PER CAPITA |
Ratio of per student spending against GDP per capita |
Reported current government spending on post-secondary education, divided by the total number of pupils in post-secondary education, expressed as a percentage of per capita GDP (Source: UNESCO 2006) |
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| CLEAN TECHNOLOGY IPO |
Average annual domestic IPO value in US$ |
Average IPO value for clean technology firms, expressed in US$, 2006 (or latest available date). (Source: Cleantech Group) |
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| CLEAN TECHNOLOGY VENTURE CAPITAL |
Venture capital investments in clean technology per $000s GDP |
Total venture capital dedicated to clean technology, represented as a share of GDP (Source: Cleantech Group for Investments, WB for GDP data) |
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| LOW-CARBON STIMULUS SPENDING |
Percent of total economic stimulus plan (2008/09) funding directed to low-carbon power initiatives |
Percentage of total economic stimulus plan funding directed to low-carbon power (renewables, CCS/other), energy efficiency (building EE, low-carbon vehicles), rail and grid. (Source: HSBC 2009) |
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| LOW-CARBON GROWTH PLAN |
Existence of a national strategic
plan to assist the country in
shifting its development path to
a low-carbon economy |
Yes or No (Various sources) |
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| GHG TARGETS & ACCOUNTABILITY |
Existence of (1) a medium-term
GHG targets, (2) a central
independent body to measure
progress and performance, (3)
a public reporting role for the
central independent body, and
(4) a mandatory peer-review of
GHG emission forecasting and
measurement. |
(Yes or No)
Calculated as follows:
0 if all No
25 if 1 Yes
50 if 2 Yes
75 if 3 Yes
100 if 4 Yes
(Various sources) |
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| CARBON PRICE COVERAGE & STRINGENCY |
Stringency of domestic carbon price as a weighted average by coverage |
Product of: (Emissions covered/total emissions) and the (Maximum annual compliance price). For countries with multiple sub-national prices, the following formula was used: Σ (all regions,
sectors with price) [maximum price * (Emissions covered/total
emissions)] (Various sources) |