Water, Air and Soil Pollution: Focus

Preface
pp. 1-2(2)
Authors: Schmidt N.; Stottmeister U.

The Application of Stable Isotopes for Assessing the Hydrological, Sulfur, and Iron Balances of Acidic Mining Lake ML 111 (Lusatia, Germany) as a Basis for Biotechnological Remediation
pp. 3-14(12)
Authors: Knöller K.; Strauch G.

Hydrogeological Basis for Biotechnological Remediation of the Acidic Mining Lake `RL 111', Lusatia (Germany)
pp. 15-25(11)
Authors: Bozau E.; Strauch G.

Speciation of Solutes in Drainage and Pore Waters of Two Former Lignite Mines (Germany)
pp. 27-36(10)
Authors: Brüschke K.; Pleßow A.; Heinrichs H.

Geochemistry of Iron and Sulfur in the Zone of Microbial Sulfate Reduction in Mine Tailings
pp. 37-56(20)
Authors: Fortin D.; Rioux J.-P.; Roy M.

Potential Remobilization of Toxic Anions during Reduction of Arsenated and Chromated Schwertmannite by the Dissimilatory Fe(III)-Reducing Bacterium Acidiphilium cryptum JF-5
pp. 57-67(11)
Authors: Regenspurg S.; Gößner A.; Peiffer S.; Küsel K.

Composite Biofilms grown in Acidic Mining Lakes and assessed by Electron Microscopy and Molecular Techniques
pp. 69-79(11)
Authors: Lünsdorf H.; Wenderoth D.F.; Abraham W-R.

Microbial Fe(III) Reduction in Acidic Mining Lake Sediments after Addition of an Organic Substrate and Lime
pp. 81-96(16)
Authors: Wendt-Potthoff K.; Frömmichen R.; Herzsprung P.; Koschorreck M.

Functions of Straw for In Situ Remediation of Acidic Mining Lakes
pp. 97-109(13)
Authors: Koschorreck M.; Frömmichen R.; Herzsprung P.; Tittel J.; Wendt-Potthoff K.

Bacterioplankton Community Structure and Dynamics in Enclosures During Bioremediation Experiments in an Acid Mining Lake
pp. 111-121(11)
Authors: Pöhler I.; Wenderoth D.F.; Wendt-Potthoff K.; Höfle M.G.

Chemical Changes in Sediment Pore-Waters of an Acidic Mining Lake After Addition of Organic Substrate and Lime for Stimulating Lake Remediation
pp. 123-140(18)
Authors: Herzsprung P.; Friese K.; Frömmichen R.; Göttlicher J.; Koschorreck M.; Tümpling Jr. W.V.; Wendt-Potthoff K.

Assessment of Bacterial Degradation of Aromatic Hydrocarbons in the Environment by Analysis of Stable Carbon Isotope Fractionation
pp. 141-152(12)
Authors: Meckenstock R.U.; Morasch B.; Kästner M.; Vieth A.; Richnow H.H.

Quantification of Polymerisation Processes During The Oxidative Degradation of ¹⁴C-Labelled Chlorophenols
pp. 153-159(7)
Authors: Geyer R.; Richnow H.H.; Schlosser D.

Two Pilot Plant Reactors Designed for the In Situ Bioremediation of Chlorobenzene-contaminated Ground Water: Hydrogeological and Chemical Characteristics and Bacterial Consortia
pp. 161-170(10)
Authors: Vogt C.; Alfreider A.; Lorbeer H.; Ahlheim J.; Feist B.; Boehme O.; Weiss H.; Babel W.; Wuensche L.

Intrinsic and Stimulated In SituBiodegradation of Hexachlorocyclohexane (HCH)
pp. 171-181(11)
Authors: Langenhoff A.A.M.; Staps J.J.M.; Pijls C.; Alphenaar A.; Zwiep G.; Rijnaarts H.H.M.

Bioremediation of Chlorobenzene-Contaminated Groundwater on Granular Activated Carbon Barriers
pp. 183-193(11)
Authors: Lorbeer H.; Starke S.; Gozan M.; Tiehm A.; Werner P.

Assessment of Population Dynamics of Specific Strains in Groundwater Bioaugmentation Experiments by Two Different Molecular Techniques
pp. 195-203(9)
Authors: Wenderoth D.F.; Rosenbrock P.; Pieper D.; Höfle M.G.