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Waste reduction / Ecological footprint / Biocapacity / Mathis Wackernagel / Global Footprint Network / Global hectare / Carrying capacity / Ecological economics / Sustainable development / Environment / Earth / Sustainability


Document Date: 2009-06-16 00:46:23

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City

Renewables / Washington / DC / Oakland / /

Company

Cambridge University Press / Elsevier B.V. / Oxford University Press / EC O LO GIC A L E CO / Wilson / John Wiley and Sons / 474 EC O LO GIC A L E CO / /

Continent

Africa / North America / /

Country

Romania / Uruguay / Niger / Côte D'Ivoire / Burundi / Bangladesh / Mexico / Sweden / United Arab Emirates / Libya / Congo / Cuba / Norway / France / Russia / Malawi / Brazil / /

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Facility

United States Capitol / /

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IndustryTerm

resource accounting tool / ecological footprint accounting / ecosystem services / biophysical accounting tool / food / toxic chemicals / urban infrastructure / /

MarketIndex

HDI / UNDP Human Development / UN Human Development / Environmental Sustainability / /

Organization

Cambridge University / World Commission on Environment and Development / Yale Center for Environmental Law and Policy / European Parliament / National Academy of Sciences / OECD / National Academy of Science / United Nations / United Nations Development Programme / Oxford University / Brundtland Commission / /

Person

Salazar / Truman / Étienne Cedex / Steven H. Goldfingera / Justin A. Kitzesa / /

Position

Directorate General for Research / Corresponding author / Chair / /

Product

Ecological Footprint / /

ProgrammingLanguage

C / L / /

ProvinceOrState

California / /

PublishedMedium

Proceedings of the National Academy of Sciences / /

Region

Central Europe / Eastern Europe / Western Europe / Asia Pacific / /

Technology

pdf / Renewables-Based Technology / http / /

URL

www.footprintstandards.org / www.footprintnetwork.org / http /

SocialTag