Oslo / New Delhi / Winnipeg / New York / Washington / DC / Philadelphia / Washington / D.C. / MIPS / Vancouver / Toronto / Graz / Washington / London / San Jose / /
Company
Columbia University Press / Human Sciences Press Inc. / Fresenius / Oxford University Press / /
Country
Switzerland / Germany / Netherlands / Belgium / France / Japan / Austria / United States / Canada / Korea / India / Costa Rica / Denmark / /
Event
Environmental Issue / Dividend Issuance / /
Facility
University of British Columbia / University of Waterloo Faculty / The University / The University of British Columbia / International Institute / University of British Columbia School / Memorial Road / Westminster Institute / Wuppertal Institute / /
IndustryTerm
Energy conservation / electronic fish-finding devices / fossil energy consumption / aggregate energy consumption / energy intensive / flood control / through technology / fossil energy consumers / material efficient manufacturing processes / scale using present technology / energy sources / degraded energy / direct fossil energy consumption / energy use / per capita energy / food products / agricultural products / tech catching technology / energy efficiency gains / short-term energy / erosion / low-entropy energy / energy content / present technology / intact systems / food / energy / self-maintaining using solar energy / energy land / forest products / energy intensity / waste assimilation / gross world product / demographic accounting / energy/matter / life support services / material-efficient technologies / food production / dynamic systems / larger energy footprint / food footprint / energy efficient technologies / life-support services / self-organising nonequilibrium systems / energy efficiency / electricity savings / biomass energy equivalent / estimated average daily energy consumption / unaccounted essential services / /
NaturalFeature
Baltic Sea / /
Organization
Columbia University / British Columbia School / World Commission on Environment and Development / Dutch government / Westminster Institute for Ethics / International Institute for Sustainable Development / Wuppertal Institute in Germany / University of Waterloo Faculty of Environmental Studies / World Bank / World Congress / International Society for Ecological Economics / Universitat / Government of Norway Symposium / American Teilhard Association for the Study of Man / Oxford University / University of British Columbia / Brundtland Commission / /
Revisiting Carrying Capacity: Area-Based Indicators of Sustainability by William E. Rees, The University of British Columbia Conventional wisdom suggests that because of technology and trade, human carrying capacity is i