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Results: 1-9 |
Results: 9
CROSS-ENHANCEMENT OF CARBOFURAN BIODEGRADATION IN SOIL SAMPLES PREVIOUSLY TREATED WITH CARBAMATE PESTICIDES
Authors: MORELCHEVILLET C PAREKH NR PAUTREL D FOURNIER JC
Citation: C. Morelchevillet et al., CROSS-ENHANCEMENT OF CARBOFURAN BIODEGRADATION IN SOIL SAMPLES PREVIOUSLY TREATED WITH CARBAMATE PESTICIDES, Soil biology & biochemistry, 28(12), 1996, pp. 1767-1776
NONSPECIFIC INFLUENCE OF PH ON MICROBIAL ADAPTATION AND INSECTICIDE EFFICACY IN PREVIOUSLY-TREATED FIELD SOILS
Authors: SUETT DL JUKES AA PAREKH NR
Citation: Dl. Suett et al., NONSPECIFIC INFLUENCE OF PH ON MICROBIAL ADAPTATION AND INSECTICIDE EFFICACY IN PREVIOUSLY-TREATED FIELD SOILS, Soil biology & biochemistry, 28(12), 1996, pp. 1783-1790
PCR DETECTION OF THE MCD GENE AND EVIDENCE OF SEQUENCE HOMOLOGY BETWEEN THE DEGRADATIVE GENES AND PLASMIDS FROM DIVERSE CARBOFURAN-DEGRADING BACTERIA
Authors: PAREKH NR HARTMANN A FOURNIER JC
Citation: Nr. Parekh et al., PCR DETECTION OF THE MCD GENE AND EVIDENCE OF SEQUENCE HOMOLOGY BETWEEN THE DEGRADATIVE GENES AND PLASMIDS FROM DIVERSE CARBOFURAN-DEGRADING BACTERIA, Soil biology & biochemistry, 28(12), 1996, pp. 1797-1804
EFFECT OF INOCULANT DENSITY, FORMULATION, DISPERSION AND SOIL NUTRIENT AMENDMENT ON THE REMOVAL OF CARBOFURAN RESIDUES FROM CONTAMINATED SOIL
Authors: DUQUENNE P PAREKH NR CATROUX G FOURNIER JC
Citation: P. Duquenne et al., EFFECT OF INOCULANT DENSITY, FORMULATION, DISPERSION AND SOIL NUTRIENT AMENDMENT ON THE REMOVAL OF CARBOFURAN RESIDUES FROM CONTAMINATED SOIL, Soil biology & biochemistry, 28(12), 1996, pp. 1805-1811
DIVERSITY OF CARBOFURAN-DEGRADING SOIL BACTERIA AND DETECTION OF PLASMID-ENCODED SEQUENCES HOMOLOGOUS TO THE MCD-GENE
Authors: PAREKH NR HARTMANN A CHARNAY MP FOURNIER JC
Citation: Nr. Parekh et al., DIVERSITY OF CARBOFURAN-DEGRADING SOIL BACTERIA AND DETECTION OF PLASMID-ENCODED SEQUENCES HOMOLOGOUS TO THE MCD-GENE, FEMS microbiology, ecology, 17(3), 1995, pp. 149-160
RAPID DEGRADATION OF THE TRIAZINONE HERBICIDE METAMITRON BY A RHODOCOCCUS SP ISOLATED FROM TREATED SOIL
Authors: PAREKH NR WALKER A ROBERTS SJ WELCH SJ
Citation: Nr. Parekh et al., RAPID DEGRADATION OF THE TRIAZINONE HERBICIDE METAMITRON BY A RHODOCOCCUS SP ISOLATED FROM TREATED SOIL, Journal of Applied Bacteriology, 77(5), 1994, pp. 467-475
CARBOFURAN-DEGRADING BACTERIA FROM PREVIOUSLY TREATED FIELD SOILS
Authors: PAREKH NR SUETT DL ROBERTS SJ MCKEOWN T SHAW ED JUKES AA
Citation: Nr. Parekh et al., CARBOFURAN-DEGRADING BACTERIA FROM PREVIOUSLY TREATED FIELD SOILS, Journal of Applied Bacteriology, 76(6), 1994, pp. 559-567
EVIDENCE FOR THE ENHANCED BIODEGRADATION OF NAPROPAMIDE IN SOIL
Authors: WALKER A PAREKH NR ROBERTS SJ WELCH SJ
Citation: A. Walker et al., EVIDENCE FOR THE ENHANCED BIODEGRADATION OF NAPROPAMIDE IN SOIL, Pesticide science, 39(1), 1993, pp. 55-60
STUDIES ON A MIXED BACTERIAL CULTURE FROM SOIL WHICH DEGRADES THE HERBICIDE LINURON
Authors: ROBERTS SJ WALKER A PAREKH NR WELCH SJ WADDINGTON MJ
Citation: Sj. Roberts et al., STUDIES ON A MIXED BACTERIAL CULTURE FROM SOIL WHICH DEGRADES THE HERBICIDE LINURON, Pesticide science, 39(1), 1993, pp. 71-78
Risultati: 1-9 |