Firms and dematerialisation
(1999)
Towards sustainable production and consumption : preparedness for product service system concept
(2004)
Lessons Learned : Erfahrungen anderer Länder für das neue deutsche Materialeffizienzprogramm nutzen
(2005)
Wirtschaftlichkeit, Qualität und Ressourcenschutz in der Bauwirtschaft durch ganzheitliches Planen
(2005)
Der Club of Wuppertal
(2005)
The concept of corporate resource efficiency accounting : a case study in the electronic industry
(2006)
Assessing social aspects
(2006)
MIPS / hot spot analysis
(2012)
Das dematerialisierte Design
(2013)
Designguide background
(2013)
Einweg ist kein Weg : ressourceneffizient verpackt ; wieviel Umwelt brauchen Mineralwasserflaschen?
(2014)
Alltagsorientierte Lösungsansätze zur Wissensvermittlung und zur Etablierung des suffizienten Konsums werden nur sehr selten in den Konsumalltag der Verbraucherinnen und Verbraucher etabliert. Denn bis heute fokussieren Bildungs- und Forschungsansätze vorrangig die Appelle an Effizienz und Konsistenz im Kontext der nachhaltigen Entwicklung. Der vorliegende Beitrag zeigt, welche Strategien sich im Kontext des suffizienten Handelns im Alltag anwenden lassen und welche Potentiale sich für verschiedene Verbrauchergruppen eröffnen. Zur Implementierung suffizienter Handlungsweisen ist die Integration neuer sozialer Praktiken bzw. das Ausbrechen aus alten Routinen notwendig. Der Beitrag offenbart, dass heute rudimentäre Handlungsempfehlungen zum suffizienten Handeln im Alltag vorhanden sind, die bereits bewusst oder unbewusst praktiziert werden, doch bislang ohne System, und nicht gefördert durch Beratungsinstrumente der Verbraucherbildung. Beratungsinstrumente, die die Verbraucherinnen und Verbraucher aktiv ansprechen sind dauerhaft zu integrieren. Weiterführend sind Forschungsaktivitäten notwendig, um Konsumprofile der Verbraucherinnen und Verbraucher besser abzubilden und passgenaue, alltagsorientierte Maßnahmen zu entwickeln.
Design for sustainability
(2018)
The earth's capacity to absorb greenhouse gases is ultimately a critical limiting factor in the handling of metals. The fact that the demand for metals far exceeds their secondary production is extremely problematic at this point. Nevertheless, metals are crucial for climate protection and energy system transformation. Examples are the rare earth metal neodymium used in high-performance permanent magnets in wind turbines, the alkali metal lithium as the most important component in batteries, or the metal tellurium used in thin-film solar cells to generate solar power. It is therefore essential to promote the aspects of resource efficiency and to strengthen the critical role of metals in national and European policy programs. Next to a global solution, a European solo effort with predominantly market-based instruments and the effects of committed behaviour by civil society in the European Union (EU), show that the EU can make a considerable contribution to sustainable development on its own. Thus, a comprehensive approach is needed for sustainable metal management in the sense of a circular economy on the European level fostering sustainable production and consumption pathways. But, this need and the special role of metals are not seen in the current debate about resources in society and politics. Due to the fact that in public perception, metallic raw materials are often discussed as less urgent than energy or polymer raw materials, this article aims to highlight the critical role of metals.
Further, the objective of this contribution is to show which prerequisites exist for the development and establishment of a holistic metal management and where political strategies have to start. Challenges needed to be overcome to achieve such a holistic metal strategy and management are highlighted. In particular, the role of the metal industry, circular product design and labelling and corresponding indicator systems is examined. In addition, the special role of digitalisation is being worked out. Finally, conclusions are drawn and shown which aspects have to be considered for a holistic metal strategy and management.
Sustainable consumption policies affect households differently, in particular when they are confronted with limitations on income, time or freedom of movement (e.g. driving to work). And although it is possible to assess either the average or individual material footprint (per capita or via surveys), we lack methods to describe different types of households, their lifestyles and footprints in a representative manner.
We explore possibilities to do so in this article. Our interest lies in finding an applicable method that allows us to describe the footprint of households regarding their socio-demographic characteristics but also find the causes consumption behaviour. This type of monitoring would enable us to tailor policies for sustainable consumption that respect people's needs and restrictions.