Water, Air and Soil Pollution: Focus

Editoria. International Research: Teaching, Contacts and Collaborations
pp. 1-1(2)
Author: Trevors J.

Preface
pp. 3-3(2)
Authors: Kalogerakis N.; Psillakis E.

Use of fungal technology in soil remediation: A Case Study
pp. 5-14(10)
Authors: aek V.; Cajthaml T.; Bhatt M.

In situ bioremediation of a hydrocarbon polluted site with cyclodextrin as a coadjuvant to increase bioavailability
pp. 15-23(9)
Authors: Bardi L.; Ricci R.; Marzona M.

Evidence for biodegradation and volatilisation of dissolved petroleum hydrocarbons during in situ air sparging in large laboratory columns
pp. 25-33(9)
Authors: Johnston C.D.; Desvignes A.

Three Different Topics for Bioremediation Application on Soils and Waters Contaminated with Aromatic Compounds, by Using Immobilized Bacteria
pp. 35-46(12)
Authors: Lobo C.; Sanchez M.; Garbi C.; Ferrer E.; Martinez-Iñigo M.J.; Allende J.L.; Martín C.; Casasús L.; Alonso-Sanz R.; Gibello A.; Martin M.

Bacteria Degrading PCBs and CBs Isolated from Long-Term PCB Contaminated Soil
pp. 47-55(9)
Authors: Demnerova K.; Stiborova H.; Leigh M.B.; Pieper D.; Pazlarova J.; Brenner V.; Macek T.; Mackova M.

Microbial Communities in Composite Biofilms Participating in the Degradation of PCB
pp. 57-64(8)
Authors: Abraham W-R.; Lünsdorf H.; Strömpl C.; Nogales B.; Moore E.R.B.; Timmis K.N.

Treatment of creosote-contaminated groundwater in vegetated sorption/bio-barriers in cold climates
pp. 65-72(8)
Authors: Rasmussen G.; Olsen R.A.

The Effect of Interaction Between White-rot Fungi and Indigenous Microorganisms on Degradation of Polycyclic Aromatic Hydrocarbons in Soil
pp. 73-79(7)
Authors: in der Wiesche C.; Martens R.; Zadrazil F.

Investigating the Use of Iron Reducing Bacteria for the Removal of Arsenic from Contaminated Soils
pp. 81-90(10)
Authors: Papassiopi N.; Vaxevanidou K.; Paspaliaris I.

Persistence of the De-Icing Additive Benzotriazole at an Abandoned Airport
pp. 91-101(11)
Authors: Breedveld G.D.; Roseth R.; Sparrevik M.; Hartnik T.; Hem L.J.

Biodegradation of Aliphatic and Aromatic Hydrocarbons: Specificity among Bacteria Isolated from Refinery Waste Sludge
pp. 103-115(13)
Authors: Katsivela E.; Moore E.R.B.; Kalogerakis N.

Potential and Limitations of Microbial Reductive Dechlorination for Bioremediation Applications
pp. 117-129(13)
Authors: Pavlostathis S.G.; Prytula M.T.; Yeh D.H.

Long-Term Maintenance of Rapid Atrazine Degradation in Soils Inoculated with Atrazine Degraders
pp. 131-142(12)
Authors: Goux S.; Shapir N.; Fantroussi S.E.; Lelong S.; Agathos S.N.; Pussemier L.

Heavy Metals Removal by Biosorption and Flotation
pp. 143-151(9)
Authors: Matis K.A.; Zouboulis A.I.; Lazaridis N.K.

Utilisation of Supernatants of Pure Cultures of Streptomyces thermocarboxydus NH50 to Reduce Chromium Toxicity and Mobility in Contaminated Soils
pp. 153-160(8)
Authors: Desjardin V.; Bayard R.; Lejeune P.; Gourdon R.

Bioremediation of Chromate by Sulfate-Reducing Bacteria, Cytochromes c₃ and hydrogenases
pp. 161-169(9)
Authors: Michel C.; Giudici-Orticoni M-T.; Baymann F.; Bruschi M.

Landfill Leachate Ecotoxicity Experiments using Lemna minor
pp. 171-179(9)
Authors: Mackenzie S.M.; Waite S.; Metcalfe D.J.; Joyce C.B.

Influence of Metals on Lindane Adsorption onto Pine Bark
pp. 181-188(8)
Authors: Ratola N.; Botelho C.; Alves A.

Microbial Inoculants on Woody Legumes to Recover a Municipal Landfill Site
pp. 189-199(11)
Authors: Quatrini P.; Scaglione G.; Incannella G.; Badalucco L.; Puglia A.M.; La Mantia T.

Screening of wood rotting fungi potentially useful for the degradation of organic pollutants
pp. 201-210(10)
Authors: Rigas F.; Marchant R.; Dritsa V.; Kapsanaki-Gotsi E.; Gonou-Zagou Z.; Avramides E.J.

Removal of Cinnamic Acid Derivatives from Aqueous Effluents by Fenton and Fenton-like Processes as an Alternative to Direct Biological Treatment
pp. 211-221(11)
Author: Mantzavinos D.

Kinetic Study of Naphthalene Biodegradation in Aerobic Slurry Phase Microcosms for the Optimisation of the Process
pp. 223-231(9)
Authors: Bestetti G.; Collina E.; Di Gennaro P.; Lasagni M.; Pitea D.

Remediation of Persistent Organic Pollutants Using a Novel Two-Phase Soil Washing Biosorption Process
pp. 233-242(10)
Authors: Juhasz A.L.; Smith E.; Smith J.; Naidu R.

Selection of Autochthonous Plant Species from SE Spain for Soil Lead Phytoremediation Purposes
pp. 243-250(8)
Authors: García G.; Faz Á.; Conesa H.M.

Uptake and Metabolism of TNT and GTN by Plants Expressing Bacterial Pentaerythritol Tetranitrate Reductase
pp. 251-258(8)
Authors: Hannink N.K.; Rosser S.J.; French C.E.; Bruce N.C.

Phytoremediation of Selected Explosives
pp. 259-267(9)
Authors: Vank T.; Nepovím A.; Podlipná R.; Zeman S.; Vágner M.

Accumulation of Heavy Metals by in vitro cultures of plants
pp. 269-276(8)
Authors: Kaliová-pirochová I.; Punocháová J.; Kafka Z.; Kubal M.; Soudek P.; Vank T.

Ability of Poplar (Populus spp.) to Detoxify Chloroacetanilide Herbicides
pp. 277-283(7)
Authors: Komives T.; Gullner G.; Rennenberg H.; Casida J.E.

A Kinetic Study of Aerobic Propane Uptake and Cometabolic Degradation of Chloroform, cis-Dichloroethylene and Trichloroetylene in Microcosms with Groundwater/Aquifer Solids
pp. 285-298(14)
Authors: Frascari D.; Kim Y.; Dolan M.E.; Semprini L.

Erratum
pp. 299-299(2)