Publications
Publications
Sustainable Prevention of Resource Conflicts
(Report 5)
Raw material conflict occurs in various forms: in the form of supply bottlenecks and crises, violent disputes, or even war; as well as due to the effects of environmental destruction, whereby the sources of people's livelihoods are lost. Raw material conflict is a reality in many instances, but in others is merely postulated.
Sustainable Prevention of Resource Conflicts
(Report 3.4)
"Rare earths are to China what oil is to the Middle East," stated Deng Xiaoping in 1992 (Wang 2007). China accounts for 97 percent of global rare earth production, and as such the world is more dependent on it than it is on oil from the Middle East. That situation is significant because rare earths, although usually used only in small amounts, are of great strategic relevance.
Sustainable Prevention of Resource Conflicts
(Report 3.3)
In Bolivia's western highlands, at an altitude of some 3,600 metres, lie the largest identified reserves of lithium in the world.
Sustainable Prevention of Resource Conflicts
(Report 3.2)
The Democratic Republic of Congo has enormous economic potential thanks to its raw material wealth. However, since 1996 (if not before) DR Congo has been seen as a classic example of the linkage between the exploitation of raw materials and the financing of war.
Quantifying emission reduction contributions by emerging economies
Further action is needed that goes far beyond what has been agreed so far under the United Nations Framework Convention on Climate Change (UNFCCC) and the Kyoto Protocol to ‘prevent dangerous anthropogenic interference with the climate system’, the ultimate objective of the UNFCCC. It is out of question that developed countries (Annex I countries) will have to take a leading role.
Water Framework Directive - The way towards healthy waters
Official implementation of the Water Framework Directive on 22 December 2000 marked the beginning of a new era in the annals of water management. The Water Framework Directive sets the ambitious goal of attaining “good status” for Europe’s rivers, lakes, groundwater bodies and coastal waters by 2015 in accordance with a clearly defined timeline.
Standardisation of Emission Factors for the Exposure Assessment under REACH
The project analyzed the process of different industry associations of developing and documenting specific environmental release categories (spERCs). Issues regarding the information structure and type of justification provided in the fact sheets documenting the derivation of spERCs were described and analyzed at a general level. For selected spERCs, more in-depth analyses were conducted.
Noise action planning in agglomerations
According to the environmental noise directive 2002/49/EG noise maps had to be prepared for major roads, major railways, major airports and agglomerations with more the 250.000 persons until 06/30/2007. Based on this results action plans had to be developed.
Comparative analysis of estimated and measured BCF data (OECD 305)
Bioaccumulation potential of chemicals is frequently assessed from bioconcentration, conventionally measured according to OECD 305 (Bioaccumulation: Flow-through Fish Test) (OECD,1996) and expressed as Bioconcentration Factor (BCF).
Recycling of Household Waste in Armenia
Recycling of Household Waste in Armenia: Personnel training, data collection including waste analyses, recommendations for waste management actions. -- Final Report.
Report on the Implementation of Integrated Coastal Zone Management in Germany
This Report on the Implementation of Integrated Coastal Zone Management in Germany (National ICZM Report) has been drawn up in response to the request made in February 2010 by the European Commission, when it invited the EU’s coastal Member States to provide up-to-date overviews of the progress achieved in the implementation of ICZM during the period from 2006 to 2010 on the basis of the guidel
What Matters 2011
The Federal Environment Agency’s mission is to provide sciencebased advice to the German Government. The Agency’s core activities include early identification of problems, identifying current or foreseeable environmental impacts as well as potential environmental issues and develop solutions to face these hazards.