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Results: 1-25/42
Authors:
Stegmann, R
Citation: R. Stegmann, Treatment of contaminated soil - Fundamentals, analysis, applications - Introduction, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 3-7
Authors:
Thoenes, HW
Citation: Hw. Thoenes, Hazardous waste contaminated sites and soil, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 11-14
Authors:
Miehlich, G
Citation: G. Miehlich, Do contaminated soils have to be decontaminated?, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 15-19
Authors:
Rulkens, WH
Citation: Wh. Rulkens, An overview of soil and sediment treatment research in the Netherlands, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 21-34
Authors:
Steinhart, H
Kacker, T
Meyer, S
Biernoth, G
Citation: H. Steinhart et al., How much analytical work do we need?, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 37-47
Authors:
Bundt, J
Citation: J. Bundt, Methods for the determination of mineral oil hydrocarbons in soil materials for the evaluation of remediation measures, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 49-62
Authors:
Reimers, C
Citation: C. Reimers, Determination of the TPH- and PAH-content of mineral oil contaminated soils by thin-layer chromatography, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 63-81
Authors:
Haupt, ETK
Kacker, T
Steinhart, H
Citation: Etk. Haupt et al., Solid state NMR spectroscopy: a tool to study the reaction of humic acids with C-13-labelled polyaromatic hydrocarbons (PAHs), TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 83-94
Authors:
Garms, C
Francke, W
Citation: C. Garms et W. Francke, Syntheses of C-13-labelled polycyclic aromatic compounds, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 95-131
Authors:
Matz, G
Schroder, W
Citation: G. Matz et W. Schroder, Field analytical techniques for the analysis of contaminated soil, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 133-148
Authors:
Ahlf, W
Fruhling, W
Neumann-Hensel, H
Citation: W. Ahlf et al., Advances in biological assessment of chemical-impacted soils, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 151-159
Authors:
Kordel, W
Hund-Rinke, K
Citation: W. Kordel et K. Hund-rinke, Ecotoxicological assessment of soils - Bioavailability from an ecotoxicological point of view, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 161-177
Authors:
Mahro, B
Muller, R
Kasche, V
Citation: B. Mahro et al., Bioavailability - the key factor of soil bioremediation, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 181-195
Authors:
Alexander, M
Citation: M. Alexander, Bioavailability of organic compounds sequestered in soils, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 197-202
Authors:
Wick, LY
Springael, D
Harms, H
Citation: Ly. Wick et al., Bacterial strategies to improve the bioavailability of hydrophobic organicpollutants, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 203-217
Authors:
Kastner, M
Richnow, HH
Citation: M. Kastner et Hh. Richnow, Formation of residues of organic pollutants within the soil matrix - Mechanisms and stability, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 219-251
Authors:
Annweiler, E
Richnow, HH
Michaelis, W
Citation: E. Annweiler et al., The significance of bound residues in the bioremediation process of PAH contaminated sites, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 253-269
Authors:
Eschenbach, A
Mescher, H
Wienberg, R
Mahro, B
Citation: A. Eschenbach et al., Humification of PAH and TNT during bioremediation - Evaluation of long term risk and sustainability, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 271-291
Authors:
Winterberg, R
Citation: R. Winterberg, Humification as a remediation strategy for TNT contaminations: Applications and limitations, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 293-298
Authors:
Tiehm, A
Stieber, M
Citation: A. Tiehm et M. Stieber, Strategies to improve PAH bioavailability: Addition of surfactants, ozonation and application of ultrasound, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 299-323
Authors:
Muller, R
Mahro, B
Citation: R. Muller et B. Mahro, Bioaugmentation: Advantages and problems using micro organisms with special abilities in soil decontamination, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 325-341
Authors:
Hupe, K
Koning, M
Luth, JC
Heerenklage, J
Stegmann, R
Citation: K. Hupe et al., Optimisation of microbial soil treatment, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 343-354
Authors:
Lotter, S
Heerenklage, J
Stegmann, R
Citation: S. Lotter et al., Carbon balance and modelling of oil degradation in soil bioreactors, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 355-363
Authors:
Feitkenhauer, H
Hebenbrock, S
Deppe, U
Markl, H
Antranikian, G
Citation: H. Feitkenhauer et al., Degradation of xenobiotics at elevated temperatures, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 365-384
Authors:
Kiene, A
Miehlich, G
Grongroft, A
Citation: A. Kiene et al., Influence of oil-contamination on N-mineralisation in soils, TREATMENT OF CONTAMINATED SOIL: FUNDAMENTALS, ANALYSIS, APPLICATIONS, 2001, pp. 385-398