Environmental Research and Protection

1. Front Matter

   Pages I-XI

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2. Sea Water

   1. Comparative Studies on Cadmium Levels in the North Sea, Norwegian Sea, Barents Sea and the Eastern Arctic Ocean

      • L. Mart, H. W. Nürnberg, H. Rützel

      Pages 201-209

3. Analysis and Quality Control

   1. Improving the Quality of Environmental Trace Analysis

      • B. Griepink

      Pages 210-212

   2. Der Weg zu leistungsfähigen Methoden der Elementspurenanalyse in Umweltproben

      • G. Knapp

      Pages 213-219

   3. The Place of Neutron Activation Analysis in Environmental Research

      • E. Steinnes

      Pages 220-220

   4. Kopplung von HPLC und chemischem Reaktionsdetektor zur Trennung und Bestimmung von bleiorganischen Verbindungen

      • Meinolf Blaszkewicz, Gabriele Baumhoer, Bernd Neidhart

      Pages 221-225

   5. Determination of Arsenic Species in Liquid and Solid Materials from the Environment and Food, and in Body Fluids

      • M. Stoeppler, M. Apel

      Pages 226-227

   6. Bedeutung von Umweltprobenbanken — Anorganisch-analytische Aufgabenstellungen und erste Ergebnisse des Deutschen Umweltprobenbankprogramms

      • M. Stoeppler

      Pages 228-235

   7. Untersuchung von Thallium in Rohstoff-und Umweltproben

      • H. Gorbauch, H. H. Rump, G. Alter, C. H. Schmitt-Henco

      Pages 236-240

   8. Zur Anwendung statistischer Methoden bei der Auswertung von Ringversuchen

      • G. Kallischnigg, J. Müller

      Pages 241-245

   9. IUPAC Interlaboratory Surveys on Cadmium in Whole Blood

      • R. F. M. Herber, M. Stoeppler, D. B. Tonks

      Pages 246-247

   10. Pretreatment Studies with Biological and Environmental Materials

       • K. May, M. Stoeppler

       Pages 248-251

   11. Kontroll-und Routinebestimmung von Zn, Cd, Pb, Cu, Ni und Co mit differentieller Pulsvoltammetrie in Materialien der Deutschen Umweltprobenbank

       • P. Ostapczuk, M. Goedde, M. Stoeppler, H. W. Nürnberg

       Pages 252-256

   12. On the Coupling of Anodic Stripping with Electrocatalysis: Application to the Determination of Copper Traces

       • M. Reignier, C. Buess-Herman

       Pages 257-258

   13. Empfindlichkeitssteigerung bei der Bleibestimmung mit AAS

       • H. W. Sinemus

       Pages 259-260

   14. The Tube-in-Tube Technique in Electrothermal Atomic Absorption Spectrometry

       • K.-R. Sperling

       Pages 261-263

   15. A New Photodigestion Device to Decompose Organic Matter in Water

       • W. Dorten, P. Valenta, H. W. Nürnberg

       Pages 264-272

   16. Determination of Cadmium, Lead, and Thallium in Materials of the Environmental Specimen Bank Using Mass Spectrometric Isotope Dilution Analysis (MS-IDA)

       • E. Waidmann, K. Hilpert, J. D. Schladot, M. Stoeppler

       Pages 273-277

4. Atmosphere and Deposition

   1. Die Anwendung von Receptormodellen zur Aerosolquellenanalyse — Ein Review

      • H. Puxbaum, B. Wopenka

      Pages 278-285

   2. Sensitive Remote and in situ Detection of Air Pollutants by Laser Light Absorption Measurements

      • W. Michaelis, C. Weitkamp

      Pages 286-292

Inorganic chemical pollutants such as S02 and NO. , which also act as the major precursors of acid rain, as well as ecotoxic heavy metals and metalloids (cadmium, lead, mercury, copper, zinc, nickel, chromium, arsenic, selenium etc. ) have gained considerable significance as regards the ecotoxic burden on vegetation, soil and natural waters, and as air pollutants. The rapid increase that has recently been noticed in severe damage to forests has suddenly aroused public interest in the ever-growing problem of inorganic chemical pollutants to a hitherto unknown extent, especially as in addition to the damage to vegetation, this also constitutes a growing hazard for man via food chains. Research on the level, fate and transfer as well as on the ecotoxic and toxic impact of inorganic pollutants has therefore gained considerable significance in science and furthermore as a sound scientific basis for relevant environmental protection regulations, in research politics and in public awareness.

• Environmental chemistry
• Schadstoff
• Umweltbelastung
• Umweltschutz
• analysis
• atmosphere
• chemistry
• environment
• mercury
• pollution
• ecotoxicology

• Institut Fresenius, Taunusstein, Germany

  Wilhelm Fresenius

• Chemieschule Fresenius, Wiesbaden, Germany

  Ingo Lüderwald

Policies and ethics