Scheer Solar Economy Renewable Energy for a Sustainable Global Future (Earthscan, 2005)
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26Anil Cabraal, Mac Cosgrove-Davies and Loretta Schaeffer: Best Practices for Photovoltaic Household Electrification Programs. World Bank Technical Paper no 324. Washington, DC: World Bank 1996
27EUREC Agency, WIP Munich, EUROSOLAR et al: PV for World’s Villages: Final Report. November 1996
28Peter Meyns: ‘From Coordination to Integration. Institutional Aspects of the Development of SADC’. In: Heribert Dieter (ed): The Regionalization of the World Economy and Consequences for Southern Africa.
Marburg: Metropolis Verlag 1997, pp163 et seq
29Brigitte Weidlich: ‘Ein Energienetz vom Äquator bis zum Kap’ (An Energy Grid from the Equator to the Cape). Solarzeitalter no 3 1998, pp29 et seq
30Bilardo and Mureddu 1989 (see Chapter 1, note 6), p215
31Payer 1982 (see note 22), p158. Quotation taken from Greg Lanning: Africa Undermined
Chapter 5
1Roland Barthes: Mythologies. London: Vintage 1993 (first published 1972)
2Wolfgang Palz: ‘Renewable Energies in Europe: statistics and their problems’. International Journal of Solar Energy vol 17 1995, pp73 et seq
3Stockholm Environment Institute 1995 (see Chapter 3, note 3), p24
4Gustav R. Grob: New Total Approach to Energy Statistics and Forecasting. Geneva: Script World Sustainable Energy Coalition 1999
5IEA 1998 (see Chapter 3, note 2)
6Shell: ‘Energy for Developments’. Selected Paper. London: Shell International Petroleum Company, Shell Centre 1994
7Irm Pontenagel: Das Potential erneuerbarer Energien in der Europäischen Union. Ansätze zur Mobilisierung erneuerbarer Energien bis zum Jahre 2020 (The Potential for Renewable Energy in the European Union: proposals for mobilizing renewable energy towards 2020). Heidelberg: SpringerVerlag 1995
8Scheer 2001 (see Scenario, note 25), pp89 et seq
9Scheer 2001 (see Scenario, note 25), pp76 et seq
10Scheer 2001 (see Scenario, note 25), pp48 et seq
11Greenpeace: Energy Subsidies in Europe. Amsterdam: Greenpeace International 1997
12Richard Douthwaite: ‘The Growth Illusion’. In: Steven Gorelick: Small is Beautiful, Big is Subsidised. Devonshire: International Society for Ecology and Culture 1998, pp23 et seq
13Scheer 2001 (see Scenario, note 25), pp230 et seq
14Gorelick 1998 (see note 12)
15Douthwaite 1998 (see note 12)
16Douthwaite 1998 (see note 12)
334 THE SOLAR ECONOMY
17A I C N Reddy, R H William and T B Johansson: Energy after Rio: prospects and challenges. New York: United Nations Development Programme 1997, p137
18Gorelick 1998 (see note 12)
19Stockholm Environment Institute 1995 (see Chapter 3, note 3), pp39 et seq
20Umweltbundessamt (Federal Environment Ministry): Ökologische Bilanz von Rapsöl als Ersatz von Dieselkraftstoff (Environmental Cost–Benefit Analysis of Rapeseed Oil as a Subsitute for Diesel Oil). Berlin: Umweltbundessamt 1993
21Scheer 2001 (see Scenario, note 25), pp121 et seq
22Witt 1993 (see Chapter 1, note 26)
23Ralf Bischof: ‘Wenn mit Energiedichten gegen erneuerbare Energie angedichtet wird’ (Using Energy Densities to Make Renewable Energy Sound Dense). Solarzeitalter no 3 1994, pp10 et seq
24Klaus Heinloth: Die Energiefrage (The Energy Question). Wiesbaden: Vieweg 1997, pp336 et seq
25Deutsche Physikalische Gesellschaft: ‘Energie memorandum 1995 der Deutschen Physikalischen Gesellschaft. Zukünftige klimaverträgliche Energienutzung und politischer Handlungsbedarf zur Markteinführung neuer emissionsmindernder Techniken’ (Future Climate-neutral Energy Use and the Need for Political Action to Bring New Emissions-reducing Technologies onto the Market).
Physikalische Blätter vol 51 1995, pp388 et seq
26Federico Di Trocchio: Newtons Koffer: Geniale Außenseiter, die die Wissenschaft blamierten (Newton’s Suitcase: brilliant outsiders who showed science up). Frankfurt am Main: Campus Sachbuch 1998, pp244 et seq
27Viktor Gorgé: Philosophie und Physik (Philosophy and Physics). Berlin: Duncker 1960, p128
28Thure von Uexküll: Der Mensch und die Natur. Grundzüge einer Naturphilosophie (Man and Nature: Foundations for a Natural Philosophy). Bern, Francke 1953, pp46 et seq
29Joachim Radkau: Aufstieg und Krise der deutschen Atomwirtschaft (The Rise of the German Nuclear Sector and its Crisis). Reinbek bei Hamburg: Rowohlt rororo 1983, pp462 et seq
30Franz Josef Radermacher: Information Society, Globalisation and Sustainable Development. Ulm: Forschungsinstitut für anwendungsorientierte Wissensverarbeitung (FAW) Ulm 1998
Part III
1James M Utterback: Mastering the Dynamics of Innovation. Boston, Mass: HBS Press 1994, p231
REFERENCES 335
Chapter 6
1Berman and O’Connor 1996 (see Chapter 1, note 18), pp12 et seq
2Wolfgang Wismeth (ed): Photovoltaik Handbuch III (GWU Solar GmbH Handbook of Photovoltaics III). Fürth: GWU Solar GmbH 1997
3‘Von der Armbanduhr bis zum Taschenrechner: Wo die Sonne die Batterie ersetzt’ (From the Wristwatch to the Pocket Calculator: where the sun replaces batteries). Photon no 1 1998, pp46–49
4Financial Times June 1999
5Berman and O’Connor 1996 (see Chapter 1, note 18), pp203 et seq
6German Environment Ministry: UBA-Texte (Environment Ministry Papers) no 45/97 1997
7Chihiro Watanabe: Industrial Dynamism and the Creation of a ‘Virtuous Circle’: the case of photovoltaic power generation development in Japan.
Unpublished paper, May 1999
8Statistics supplied by Gesellschaft für innovative Energieumwandlung und -speicherung (EUS): Gelsenkirchen 1999
9Michael Shnayerson: The Car that Could. New York: Random House 1996, pp262 et seq
10Rudolf Weber: Der sauberste Brennstoff (The Cleanest Fuel). Oberbözberg: Olynthus Verlag 1988
11Jürgen Kleinwächter: Das Sepak-System (The Sepak System). Lörrach 1990
12Martin Werdich and Kuno Kübler: Stirling-Maschinen. Grundlagen, Technik, Anwendungen (Stirling Engines: Principles, Technologies, Applications). Staufen: Ökobuch Verlag 1999 (7th edition)
13Volker Schindler: Kraftstoffe für morgen. Eine Analyse von Zusammenhängen und Handlungsoptionen. (Fuels for Tomorrow: an analysis of the background and the options). Berlin: Springer-Verlag 1997, pp59 et seq
14Peter Winkelkötter: Aufbereitungsanlage für Biomasse (Biomass Processing Plant); Waste Energy Action: Conversion Plant for Biomass. Singapore
15Rudolf Nußstein: ‘Einsatz von Alkohol als Wasserstoffspeicher für Brennstoffzellenantriebe in Kraftfahrzeugen’ (Alcohol as a Hydrogen Storage Medium for Fuel Cell Engines in Motor-Cars). Solarzeitalter no 1 1999, pp21 et seq
16Konrad Scheffer: ‘Der Landwirt als Energiewirt: Anbauund Nutzungskonzepte von Biomasse’ (The Farmer as Energy Producer: proposals for the production and application of biomass). Solarzeitalter no 1 1999, pp26 et seq
17Volkswagen AG/ZSW: Renewable Methanol from Hydrogen for Road Transformation
18Bodo Wolf: ‘Biobenzin. Ein Beitrag zur Weiterentwicklung der Energiewirtschaft’ (Bio-Petrol: a contribution towards the further development of the energy sector). Lecture given at the Eurosolar Conference ‘Der Landwirt als Energiewirt’ (Farmers as Energy
336 THE SOLAR ECONOMY
Producers) during the Grüne Woche Berlin exhibition, 23 January 1999
19European Commission: Biofuels. Application of Biologically Derived Products as Fuels or Additives in Combustion Engines. Document reference: EUR 15647 EN 1994
20Klaus Daniels: Low Tech. Light Tech. High Tech. Bauen in der Informationsgesellschaft (Low Tech, Light Tech, High Tech: construction in the information society). Basel: Princeton Architectural Press 1998, p9
21Thomas Herzog: Solar Energy in Architecture and Urban Planning. Munich: Prestel Publishing 1996
22Tributsch 1991 (see Chapter 4, note 6)
23Sir Norman Foster and Hermann Scheer: Solar Energy in Architecture and Urban Planning. Proceedings of the Third European Conference on Architecture.
Felmersham, UK: James & James 1993, p18
24Radermacher 1998 (see Chapter 5, note 30)
25John Naisbitt: Global Paradox. New York: William Morrow 1994, pp49–51
26Philippe Quéau: ‘Auf der Überholspur der Datenautobahn’ (In the Fast Lane of the Information Superhighway). Le Monde Diplomatique (reproduced in German in: die tageszeitung) 2 February 1999, p24
27Helmut Tributsch: ‘Programm für Solarenergieforschung und –technologien’ (Programme for Solar Energy Research and Solar Technologies). Solarzeitalter no 2 1999, pp6 et seq
Chapter 7
1Carsten Alsen and Ottmar Wassermann: Die gesellschaftliche Relevanz der Umwelttoxikologie (The Social Relevance of Environmental Toxicology). IIUL Report. Berlin: Wissenschaftszentrum 1986, p6
2Heinrich Reitz: ‘Bestimmungsgründe für den Einsatz nachwachsender Rohstoffe in der chemischen Industrie’ (The Case for Renewable Materials in the Chemicals Industry). In: Nachwachsende Rohstoffe : von der Forschung zum Markt (Renewable Materials: from research to marketplace). Series Gülzower Fachgespräche. Fachagentur Nachwachsende Rohstoffe (www.fnr.de/veroff/fnr_gf06.pdf) 1998, p20
3Karl-Otto Henseling: Ein Planet wird vergiftet: Der Siegeszug der Chemie: Geschichte einer Fallentwicklung (A Planet is Poisoned. the triumph of chemistry: a case history). Reinbek bei Hamburg: Rowohlt 1992
4G Grassi: ‘Job Potential of Biomass’. In: Chartier et al (eds):
Proceedings of the 9th European Bioenergy Conference: Volume 1. Oxford: Elsevier Science 1996, pp419 et seq
5Hermann Fischer: Plädoyer für eine sanfte Chemie: Über den nachhaltigen Gebrauch der Stoffe (The Case for Soft Chemistry: on the sustainable use of materials). Karlsruhe: C F Müller Verlag 1993, p57
REFERENCES 337
6Fischer 1993 (see note 5)
7Fischer 1993 (see note 5)
8KATALYSE Institut für angewandte umweltforschung: Leitfaden Nachwachsende Rohstoffe (Handbook of Renewable Resources). Heidelberg: C F Müller Verlag 1998
9Dirk Schäfer: ‘Einsatz und Potential naturfaserverstärkte Kunststoffe in der Automobilindustrie’ (The Use and Potential of Natural Fibre Reinforced Plastics in the Car Industry). In: Nachwachsende Rohstoffe 1998 (see note 2), p48
10Fischer 1993 (see note 5)
11Theo Mang: ‘Zielgruppenanalyse für biologisch abbaubare Schmierstoffe’ (Target Group Analysis for Bio-Degradable Lubicants). In: Nachwachsende Rohstoffe 1998 (see note 2), p70
12Götz Harnischfeger: ‘Marktpotentiale von Arzneimitteln aus pflanzlichen Werkstoffen’ (Market Potential of Pharmaceuticals derived from Plant Materials). In: Nachwachsende Rohstoffe 1998 (see note 2)
13Henkel KgaA: Umwelt, Sicherheit, Gesundheit. Daten und Fakten für 1998.
(Environment, Safety, Health. Data and Facts for 1998). Düsseldorf: Henkel KgaA 1998
14Fischer 1993 (see note 5), pp66 eq seq
15Report of the German Parliamentary Commission of Inquiry ‘Gestaltung der technischen Entwicklung, Technikfolgen-Abschätzung und Bewertung’ (Shaping Technological Development, Evaluating and Assessing the Consequences of Technologies). Nachwachsende Rohstoffe 23/90 1990, pp47 et seq
16Chemielexikon (Dictionary of Chemistry) vol 1. Stuttgart: Georg Thieme Verlag 1989, p426
17Abdel Mottaleb: Proceedings of the 4th International Conference on Solar Energy Storage and Applied Photochemistry. Cairo January 1997
18United Nations Environment Programme (UNEP): Global Biodiversity Assessment. Cambridge: Cambridge University Press 1995
19Wolfgang Franke: Nutzpflanzenkunde (Crop Science). Stuttgart: Georg Thieme Verlag 1989
20Jack Herer. Die Wiederentdeckung der Nutzpflanze Hanf (The Rediscovery of Hemp). Munich: Heyne 1994
21Bundesanstalt für Geowissenschaften und Rohstoffe 1999 (see Chapter 3, note 6), p18
22Hall and Rosillo-Calle 1999 (see Chapter 2, note 3)
23H Lundquist: Whole Tree Harvesting: ecological consequences. Maritimes Region Information Report M-X-191. Canada 1994
24Daniel Querol: Genetic Resources: our forgotten treasure. London: Zed Books 1992, pp26 et seq
25Fischer 1993 (see note 5), p122
26José Lutzenberger: ‘Die Absurdität der modernen Landwirtschaft’ (The Absurdity of Modern Agriculture). Solarzeitalter no 3 1999, pp3 et seq
338 THE SOLAR ECONOMY
27Vandana Shiva: Biotechnology and the Environment. Pol Pinong: Third World Network pp34 et seq
28José Lutzenberger 1999 (see note 26)
29Vandana Shiva: Biopiracy: the plunder of nature and knowledge. New Delhi: South End Press 1998, pp43 et seq
30Ricarda A Steinbrecher and Pat Roy Mooney: ‘Terminator Technology: the threat to world food security’. The Ecologist vol 28 no 5 1998, pp276 et seq
31Ulrich Dolata: Politische Ökonomie der Gentechnik (The Political Economics of Genetic Manipulation). Berlin: edition sigma 1996, pp183 et seq
32Aufbruchstimmung 1998. Report über die Biotechnologie-Industrie in Deutschland
(1998 Optimism. Report on the Biotech Industry in Germany). Stuttgart: Ernst & Young 1998, p14
Chapter 8
1Peter Hennicke: Least-Cost Planning als Element einer Einsparstrategie: Konzept und Erfahrungen in der Bundesrepublik. (Least-Cost Planning as an Austerity Measure: concept and experiences in the FRG). Wuppertal 1993
2German Parliamentary Commission of Enquiry 1990 (see Chapter 7, note 15), p50
3Rainer von Oheimb et al: Energie und Agrarwirtschaft (Energy and Agriculture). Münster 1987, pp40 et seq
4Jules N Pretty: Regenerating Agriculture: policies and practice for sustainability and self-reliance. London: Earthscan 1995
Part IV
1Dankwart Guratzsch: ‘Naturkatastrophen häufen sich dramatisch’ (Dramatic Increase in the Frequency of Natural Disasters). Die Welt 25 June 1999
2Scheer 1994 (see Scenario, note 25), pp210 et seq
Chapter 9
1Eurosolar: Solar Power Boats for Venice. study for the European Commission.
Bonn: Eurosolar 1995
2Hermann Scheer: ‘Das deutsche 100.000-Dächer-Photovoltaik- Programm’ (The 100, 000 Roofs Photovoltaics Programme in Germany). Solarzeitalter no 4 1998, pp1 et seq
3Irm Pontenagel: ‘Solarenergie bricht Schweizer Parteifronten auf’ (Solar Energy Crosses Party Lines in Switzerland). Solarzeitalter no 2 1997, pp1 et seq
REFERENCES 339
4Timothy J Brennan et al.: A Shock to the System: restructuring America’s electricity industry. Washington, DC: Resources for the Future 1996
5Eurosolar: EURERULE: Rechtliche Rahmenbedingungen für Erneuerbare Energien in der EU (EURERULE: The legal framework for renewable energy in the EU.) Bonn: Eurosolar 1999
6European Commission 1997 (see Scenario, note 27)
7Rothe Report to the European Parliament. Document reference: PE 225-891/1/32. 7 May 1998
8Hermann Scheer: ‘EU-Einspeiserichtlinie und Einspeisegesetze für Erneuerbare Energien versus Einführungsquoten’ (EU Laws and Directives on Electricity Supply to the National Grid versus Import Quotas). Zeitschrift für neues Energierecht no 2 1998, pp3 et seq
9Eurosolar (ed): Der Markt für Grünen Strom (The Market for ‘Green’ Electricity) Bochum: Eurosolar 1998. (See eg Evert Jan Krajenbrink: ‘Grüner Strom auf dem kalifornischen offenen Strommarkt’ (Green Electricity on the Open Market in California), pp45 et seq
10Infas Sozialforschung GmbH: ‘Meinungen zu alternativen Energien’ (Opinions on Alternative Energy Sources). Solarzeitalter no 1 1998, pp11 et seq
11Reginald Scholz: ‘Liberalisierung läßt die Preise fallen’ (Liberalisation allows prices to fall). Sonnenenergie & Wärmetechnik no 2 1999, pp14 et seq
12Ursula Sladek: ‘Ein Irrweg. Ökostrom per Durchleitung gefährdet Einspeisegesetz’ (On the Wrong Track: Green electricty via intermediaries jeopardizes grid feed-in act). Neue Energie no 4 1999, pp28 et seq
13Klaus Traube: ‘Umweltverbände zertifizieren Anbieter von Grünem Strom’ (Certification of Green Electricity Suppliers by Environmental Organizations). Solarzeitalter no 2 1999, pp4 et seq
14Heinz Ossenbrink: ‘Energieleistung der Zukunft: Eine Chance für die erneuerbaren Energien’ (Energy Generation in the Future: an opportunity for renewable energy). Solarzeitalter no 4 1998, pp6–10
15Joseph A Schumpeter: Capitalism, Socialism and Democracy. New York: Harper & Brothers 1950 (3rd edition)
Chapter 10
1Eurosolar: ‘Entwicklung und Arbeitsplatzpotential Erneuerbarer Energien in der Europäischen Union’ (The Development of Renewable Energy and its Job-Creation Potential in the EU). Solarzeitalter no 3 1997, pp11 et seq
2Udo E Simonis: Globale Umweltpolitik. Ansätze und Perspektiven (Global Environment Policy: approaches and perspectives). Mannheim: Bibliographes Institut and F A Brockhaus 1996
3German Parliament: Antwort der Bundesregierung auf die Kleine Anfrage der Fraktion Bündnis 90/Die Grünen (Government reply to question tabled by the Green Party). Paper 13/2156. Berlin: Bundestag 1995
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4Dennis R Henderson: ‘Between the Farm Gate and the Dinner Plate: motivations for industrial change in the processed food sector’. In: Organisation for Economic Co-operation and Development: The Future of Food. Paris: OECD 1998, pp111 et seq
5Johann Heinrich von Thünen: Der isolierte Staat in Beziehung auf Landwirtschaft und Nationalökonomie (The Isolated State with Reference to Agriculture and the National Economy). Aalen: Scientia Verlag 1990 (first published 1826)
6Julius K Nyerere: ‘Sind universelle Sozialstandards möglich?’ (Are Universal Social Standards Possible?). epd-Entwicklungspolitik no 12 1998, pp37 et seq
7Heribert Prantl: ‘Wenn Bürger nicht mehr brav sein wollen’ (When Citizens Disobey). Süddeutsche Zeitung 21–22 March 1998
8Alfred Rest: ‘Need for an International Court for the Environment’.
Environmental Policy and Law 1994, pp173 et seq
9Frank Biermann: ‘Völkerrecht und Weltumweltpolitik’ (International Law and Global Environment Policy). In: Udo E Simonis (eds): Weltumweltpolitik (Global Environment Policy). Berlin: edition sigma 1996
10Scheer 2001 (see Scenario, note 25), pp176 et seq
11Ross Gelbspan: The Heat is On: the high-stakes battle over earth’s threatened climate. Reading, Mass/Harlow: Addison-Wesley 1997
Chapter 11
1Arran E Gare: Postmodernism and the Environmental Crisis. London: Routledge 1995, p34
2Wilhelm Ostwald: Die energetischen Grundlagen der Kulturwissenschaften
(The Energy Basis of the Humanities). Leipzig 1909, pp2 et seq
3Jeremy Rifkin: The End of Work: the decline of the global workforce and the dawn of the post-market era. London: Penguin 2000
4Mathias Greffrath: ‘Freizeit, die sie meinen’ (Freedom They Mean).
Süddeutsche Zeitung 24 June 1998
5Johano Strasser: Wenn der Arbeitsgesellschaft die Arbeit ausgeht (When the Working Society Runs Out of Work). Zürich: Pendo 1999
6Elmar Altvater: The Poverty of Nations: a guide to the debt crisis from Argentina to Zaire London: Zed Books 1991
Index
agriculture 127, 220–225, 228, 243–245, 316–320
agrochemical production 243–244 arable farming 244
architecture 124, 198–199 armed conflict 107–108 artificial light 142
Asian region 111–113 attitudes 62–63, 97, 166–170,
173–174, 206–207, 252 automobile industry 51
see also cars
autonomous power generation attitudes to 168–169, 173–174 cogeneration 196
energy statistics 142–143 technology potential 130–131,
174–181, 199–201, 204 aviation 258, 297–300
batteries 175–176, 185–187, 193 biodiversity 207–208, 218–219 biogas xv, 66, 70, 130, 157, 184,
195, 205, 209, 222, 245, 272, 275, 319
biological energy regulation strategies 198
biolubricants 215–217 biomass
fossil fuel contrast 65–66, 140–141
gasification 70, 195, 209 hybrid systems 184 production 221–223 storage 192, 194–195 supply chains 69–73 terminology 8
see also biogas
biotechnology 11–12, 225–230 bourgeoisie 15–17
BP Solar 145 brown coal see lignite
buildings 197–199, 238–240
capacity 182–184, 242 carbon dioxide levels 192
cars 188–189, 194, 196–197, 215, 259
cartels 44, 49–61 Central Asia 109 centralization
attitudes to 166, 167 developing countries 130–131 power generation 82–84 productivity 155–156 urbanization 17, 123
certification systems 268 chemical industry
gene-oriented biotechnology 227 Germany 218
renewable resources 208–209, 279
waste products 223
chemicals, gas–oil complex 51–52 China 111, 112
CHP see combined heat and power plants
cities 121–122, 291–292 civilization 16, 324
coal 40, 100–101
cogeneration 191, 196, 239–240, 272
colours 216
combined heat and power plants (CHP) 191
commodities markets 307 compatibility 172, 173 compensatory measures xiii–xiv competition
electricity prices 28, 267–268, 282–283
global xvi,12–14,
green suppliers 265–272 resource exhaustion 113–115
342 THE SOLAR ECONOMY
complementary technologies 179, 202
compressed air 188–189 concentration
business 84–85 industrial 88, 251 power generation 82–84
conferences x–xi, 309 conflicts
armed 107–108
energy industries 280–281 grid feed-in laws 260–265 resources 9, 93–94, 115, 323
conglomerates 18–19, 44–49 consensus x, xii–xiii, 19, 311 consumption
Asian region 111–113 electricity statistics 142 fossil fuels 94–97, 100, 103 global energy 6
predictions 105 stand-by power 180–181
contracting models, energy 233–234
conversion processes 192–195 corporations 18–19, 117 cost–benefit analysis 157–158,
231–232 costs
agricultural energy 243–245 avoiding 237–245 calculation inadequacies 149
comparisons 77, 78, 214–215, 233–237
disasters 322 environmental 93 flexibility 234
grid feed-in laws 261–262 labour 209–210
market demand 224 megacities 126–127 prices contrast 154
solar 238–240, 240–243 transition 231–233
see also prices
creative destruction 277 crisis 103, 324 cross-sectoral synergy 56–57,
49–56, 318–319 crude oil 38–39, 105
decentralization attitudes to 166–170 costs 241–242 energy storage 196
freight subsidies 300–301 municipal self-sufficiency
269–276 re-regionalization 84–87 renewable energy 200
defence expenditure 114–115 deforestation 207–208 demand 50–51, 103–105
denial 94–97, 104–105, 315–316 dependency
hypercentralized generation 84 international 16
metal ores 44
resource 2–5, 7, 9–12, 33, 133–136
developing countries 91–92, 120, 292–296
development agriculture 317–320
environment links 21–25, 33 fossil fuels 135–136 pressures 55
resource bases 2–5 subsidies 150
direct generation 74–75 disasters, environmental 247–248,
322
disorientation 315–316 displacement 18
distribution grids 46–47, 56–57, 59, 77–78, 173
division of labour 324–325 domestic
commodities markets 307 electricity losses 177–178 level generation costs 242–243 production 292–293
eco-taxation 256–257 efficiency 156–159, 233 electricity
concentration 46–49 consumption 96, 142 cross-sectoral expansion 56–57 energy–industrial combine 53–56 generation costs 240–241 independent markets 265–269