Heavy Metals: A Problem Solved?

Preface. Part I: Introduction. I.1. General Introduction; E. van der Voet, et al. I.2. Basic concepts and approaches; E. van der Voet, et al. Part II: Models for the Analysis and Management of Heavy Metals in the Netherlands. II.1. General modeling issues for economic and substance flow models; M.N. Bouman. II.2. FLUX, a tool for substance flow analysis; X. Olsthoorn, J. Boelens. II.3. Economic analysis of Material-Product Chains; P.P.A.A.H. Kandelaars, J.C.J.M. van den Bergh. 11.4. Heavy-metal balances of agricultural soils; S.W. Moolenaar, T.M. Lexmond. II.5. Dynabox: A dynamic multi-media fate model for the case of heavy metals; R. Heijungs. II.6. Sustainability indicators for the case of heavy metals; .E van der Voet, et al. 11.7. Combining SFA and economic models; M.N. Bouman, et al. Part III: Applications of the Developed Models. III.1 Metals in the Netherlands: application of FLUX, Dynabox and the indicators; E. van der Voet, et al. III.2. Applications of Material-Product Chain analysis; P.P.A.A.H. Kandelaars, J.C.J.M. van den Bergh. III.3. Applications of dynamic balances in agricultural systems; S.W. Moolenaar, T.M. Lexmond. Part IV: Toward Sustainable Metals Management: Three Scenarios for Copper and Zinc Management in the Netherlands. IV.1. Introduction; E. van der Voet, L. van Oers. IV.2. The generation of solutions for the environmental problems related to zinc and copper in the Netherlands; E. vander Voet, L. van Oers. IV.3. Results of the scenario calculations; L. van Oers, et al. IV.4. Discussion and conclusions; E. van der Voet, L. van Oers. Part V: Discussion, Conclusions and Recommendations. V.1. Summary of results. V.2. Conclusions. V.3. Recommendations. Glossary.