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Klimawandel, Hungerkrise, Rohstoffknappheit und Naturzerstörung stehen auf der internationalen Tagesordnung. Dennoch geht in der Politik, in der Wirtschaft und im Alltag Vieles weiter wie bisher: Für Flughäfen werden neue Start- und Landebahnen geplant, neue Kohlekraftwerke sollen gebaut werden und Heizpilze sprießen aus dem Boden. Im Zweifelsfalle sind der Politik die Ankurbelung der Nachfrage und die Interessen der Autoindustrie wichtiger als der Klimaschutz. Und selbstverständlich sollen Lebensmittel, T-Shirt und Turnschuhe wenig kosten. Armut in Entwicklungsländern hin, Umweltverschmutzung in Schwellenländern her. Die Notwendigkeit einer nachhaltigen Politik wird vielfach beschworen - und ungebrochen dem Wirtschaftswachstum Vorrang eingeräumt.
Der Klimawandel ruft nach nichts weniger als einem Zivilisationswandel. Das war die Ausgangslage für ein interdisziplinär angelegtes Forschungsprojekt des Wuppertal Instituts unter der Leitung von Prof. Dr. Wolfgang Sachs. Es wurde im Sinne einer Zwischenbilanz gefragt, "ist Deutschland zukunftsfähiger geworden und wie haben sich die Bedingungen mit der Globalisierung verändert?".
Eine Steigerung der Ressourceneffizienz ist - wie auch die Förderung der Internetnutzung - politisches Ziel in Europa. Offen ist aber, welchen Beitrag eine verstärkte Nutzung neuer internetgestützter Dienstleistungsangebote wie E-commerce zur Entkopplung von Wachstum und Ressourcenverbrauch leisten kann. Erste Hinweise gibt ein laufendes Forschungsprojekt zum Online-Banking.
This report focuses on the contribution of ICT to improvements in resource efficiency and transport intensity at the macro, meso and micro levels. It presents the research on environmental effects of e-business and e-work.
The research strand explored the implication of ICT and its applications from the micro- (case study), meso- (different e-business types) and macro-level (macro-economic and policy level).
The "macro-analysis-module" aimed at quantifying the potential contribution of e-business and ICT to dematerialisation and resource productivity. The analysis followed a top-down approach complementary to the case study based microanalyses. It compromised the analysis of energy-use and selected material flows (CO(2)) of three EU Member States to determine whether there is any macro-level evidence of dematerialization and increased resource productivity resulting from e-business and ICT.
From a micro and meso level perspective, the research object has been the provision of new IT based applications instead of "traditional" products, services and customs (e-commerce and telework). The research quantified the resource- and transport efficiency of e-business in different case studies and identified key factors determining the impact on resource- and transport efficiency.
The environmental impacts of mobile computing : a case study with HP ; final report ; Digital Europe
(2003)
This report includes the results and calculations of the HP case study within the Digital Europe project. This case study investigates the environmental effects of mobile computing devices as an element of the growing ICT infrastructure for applications such as ecommerce, egovernment and telework. Specifically, the resource intensity of a notebook computer and a handheld device will be analysed and discussed.
This report presents the calculations and findings as well as the resulting recommendations from the Barclays Plc case study within the Digital Europe project. Chapter 2 gives the background to the case study; chapter 3 investigates the environmental aspects; and chapter 4 highlights social aspects of different banking scenarios. Chapter 5 outlines future scenarios in the sector and chapter 6 finally makes recommendations for business and government.
The paper reviews the current knowledge on the use of biomass for non-food purposes, critically discusses its environmental sustainability implications, and describes the needs for further research, thus enabling a more balanced policy approach. The life-cylce wide impacts of the use of biomass for energy and material purposes derived from either direct crop harvest or residuals indicate that biomass based substitutes have a different, not always superior environmental performance than comparable fossil based products. Cascading use, i.e. when biomass is used for material products first and the energy content is recovered from the end-of-life products, tends to provide a higher environmental benefit than primary use as fuel. Due to limited global land resources, non-food biomass may only substitute for a certain share of non-renewables. If the demand for non-food biomass, especially fuel crops and its derivates, continues to grow this will inevitably lead to an expansion of global arable land at the expense of natural ecosystems such as savannas and tropical rain forests. Whereas the current aspirations and incentives to increase the use of non-food biomass are intended to counteract climate change and environmental degradation, they are thus bound to a high risk of problem shifting and may even lead to a global deterioration of the environment. Although the "balanced approach" of the European Union's biomass strategy may be deemed a good principle, the concrete targets and implementation measures in the Union and countries like Germany should be revisited. Likewise, countries like Brazil and Indonesia may revisit their strategies to use their natural resources for export or domestic purposes. Further research is needed to optimize the use of biomass within and between regions.