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Results: 1-11 |
Results: 11
RECOVERY OF HUMIC-REDUCING BACTERIA FROM A DIVERSITY OF ENVIRONMENTS
Authors: COATES JD ELLIS DJ BLUNTHARRIS EL GAW CV RODEN EE LOVLEY DR
Citation: Jd. Coates et al., RECOVERY OF HUMIC-REDUCING BACTERIA FROM A DIVERSITY OF ENVIRONMENTS, Applied and environmental microbiology, 64(4), 1998, pp. 1504-1509
A SIMPLE, EFFICIENT METHOD FOR THE SEPARATION OF HUMIC SUBSTANCES ANDDNA FROM ENVIRONMENTAL-SAMPLES
Authors: JACKSON CR HARPER JP WILLOUGHBY D RODEN EE CHURCHILL PF
Citation: Cr. Jackson et al., A SIMPLE, EFFICIENT METHOD FOR THE SEPARATION OF HUMIC SUBSTANCES ANDDNA FROM ENVIRONMENTAL-SAMPLES, Applied and environmental microbiology, 63(12), 1997, pp. 4993-4995
PHOSPHATE MOBILIZATION IN IRON-RICH ANAEROBIC SEDIMENTS - MICROBIAL FE(III) OXIDE REDUCTION VERSUS IRON-SULFIDE FORMATION
Authors: RODEN EE EDMONDS JW
Citation: Ee. Roden et Jw. Edmonds, PHOSPHATE MOBILIZATION IN IRON-RICH ANAEROBIC SEDIMENTS - MICROBIAL FE(III) OXIDE REDUCTION VERSUS IRON-SULFIDE FORMATION, Archiv fur Hydrobiologie, 139(3), 1997, pp. 347-378
ORGANIC-CARBON OXIDATION AND SUPPRESSION OF METHANE PRODUCTION BY MICROBIAL FE(III) OXIDE REDUCTION IN VEGETATED AND UNVEGETATED FRESH-WATER WETLAND SEDIMENTS
Authors: RODEN EE WETZEL RG
Citation: Ee. Roden et Rg. Wetzel, ORGANIC-CARBON OXIDATION AND SUPPRESSION OF METHANE PRODUCTION BY MICROBIAL FE(III) OXIDE REDUCTION IN VEGETATED AND UNVEGETATED FRESH-WATER WETLAND SEDIMENTS, Limnology and oceanography, 41(8), 1996, pp. 1733-1748
CARBON CYCLING IN MESOHALINE CHESAPEAKE-BAY SEDIMENTS .2. KINETICS OFPARTICULATE AND DISSOLVED ORGANIC-CARBON TURNOVER
Authors: RODEN EE TUTTLE JH
Citation: Ee. Roden et Jh. Tuttle, CARBON CYCLING IN MESOHALINE CHESAPEAKE-BAY SEDIMENTS .2. KINETICS OFPARTICULATE AND DISSOLVED ORGANIC-CARBON TURNOVER, Journal of marine research, 54(2), 1996, pp. 343-383
MICROBIAL REDUCTION OF CRYSTALLINE IRON(III) OXIDES - INFLUENCE OF OXIDE SURFACE-AREA AND POTENTIAL FOR CELL-GROWTH
Authors: RODEN EE ZACHARA JM
Citation: Ee. Roden et Jm. Zachara, MICROBIAL REDUCTION OF CRYSTALLINE IRON(III) OXIDES - INFLUENCE OF OXIDE SURFACE-AREA AND POTENTIAL FOR CELL-GROWTH, Environmental science & technology, 30(5), 1996, pp. 1618-1628
CARBON CYCLING IN MESOHALINE CHESAPEAKE BAY SEDIMENTS .1. POC DEPOSITION RATES AND MINERALIZATION PATHWAYS
Authors: RODEN EE TUTTLE JH BOYNTON WR KEMP WM
Citation: Ee. Roden et al., CARBON CYCLING IN MESOHALINE CHESAPEAKE BAY SEDIMENTS .1. POC DEPOSITION RATES AND MINERALIZATION PATHWAYS, Journal of marine research, 53(5), 1995, pp. 799-819
INORGANIC SULFUR TURNOVER IN OLIGOHALINE ESTUARINE SEDIMENTS
Authors: RODEN EE TUTTLE JH
Citation: Ee. Roden et Jh. Tuttle, INORGANIC SULFUR TURNOVER IN OLIGOHALINE ESTUARINE SEDIMENTS, Biogeochemistry, 22(2), 1993, pp. 81-105
EVALUATION OF FE-55 AS A TRACER OF FE(III) REDUCTION IN AQUATIC SEDIMENTS
Authors: RODEN EE LOVLEY DR
Citation: Ee. Roden et Dr. Lovley, EVALUATION OF FE-55 AS A TRACER OF FE(III) REDUCTION IN AQUATIC SEDIMENTS, Geomicrobiology journal, 11(1), 1993, pp. 49-56
COMPOSITION OF NON-MICROBIALLY REDUCIBLE FE(III) IN AQUATIC SEDIMENTS
Authors: PHILLIPS EJP LOVLEY DR RODEN EE
Citation: Ejp. Phillips et al., COMPOSITION OF NON-MICROBIALLY REDUCIBLE FE(III) IN AQUATIC SEDIMENTS, Applied and environmental microbiology, 59(8), 1993, pp. 2727-2729
ENZYMATIC IRON AND URANIUM REDUCTION BY SULFATE-REDUCING BACTERIA
Authors: LOVLEY DR RODEN EE PHILLIPS EJP WOODWARD JC
Citation: Dr. Lovley et al., ENZYMATIC IRON AND URANIUM REDUCTION BY SULFATE-REDUCING BACTERIA, Marine geology, 113(1-2), 1993, pp. 41-53
Risultati: 1-11 |