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5 LCA (2)

5 LCA (2) 2000

 
 The MIIM LCA PhD Club. During 1998, the number of completed PhDs on Life Cycle Assessment (LCA) seemed to be larger than any previous year. In order to mark this achieve-ment, a special series is being published in this journal. In the introductory paper (Vol. 4, No. 3, pp. 175-179), the Class of MIIM outlined the results of their research work over the last few years. A number of common points and tendencies have emerged through this work. First of all, the scope-dependency of LCA models. Secondly, a number of theses focus on the interaction between LCA and decision-making. Thirdly, the benefits of pluralism in impact assessment and allocation have been advocated. Further papers (pp. 85-95) map out the intel-lectual journeys undertaken in the development of the theses and discuss key findings in more detail.

LCA

 
 
4ATable of Contents * 
 
63-64Increasing Credibility of LCA * 
Weidema Bo Pedersen
 
65-67Towards Region-Specific, European Fate Factors for Airborne Nitrogen Compounds Causing Aquatic Eutrophication * * 
Huijbregts Mark; Seppälä Jyri
 
68-72LCA and Post-hoc Application of Sustainability Criteria: * 
Upham Paul
 
72Overview of Ph.D. dissertations, projects and research papers * 
 
73-74Integrated Product Policy (IPP) * 
Schmidt Wulf-Peter
 
74Moving from Problems to Solutions - 2nd National LCA Conference * 
Grant Tim
 
75-77Uncertainty Analysis and Toxicity Classification in Life-Cycle Assessment Using the Case-study of Gas Purification Systems **
Meier Markus A.; Hungerbühler Konrad
77Spatial Differentiation in Life Cycle Impact Assessment * 
Potting José
 
78Life Cycle Inventories for the Production of Detergent Ingredients * 
Klöpffer Walter
 
79-83Economic Allocation in LCA. A Case Study About Aluminium Window Frames **
Werner Frank; Richter Klaus
 
84Launch of the Damage Function Sub-Committee in the National LCA Project of Japan * 
 
85-95Allocation in Life Cycle Inventory Analysis for Joint Production **
Frischknecht Rolf
 
96-104The Relative Mass-Energy-Economic (RMEE) Method for System Boundary Selection **
Raynolds Marlo; Fraser Roydon; Checkel David
 
105-112Life Cycle Assessments for Waste, Part III: **
Tukker Arnold
 
113-124A New Calculation Model for Interpreting the Results of an LCA **
Vogtländer Joost Geert; Bijma Arianne

 *  these articles are accessible for free
 ** these articles are peer-reviewed

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