Hydrogen-dependent evolution of methane from salt marsh sediments and whole-cell
suspensions of Methanobacterium thermoautotrophicum and Methanobacterium fornicicum …

In two intertidal marshes, the vertical distribution in the sediment and inhibition by
ammonium of methane oxidation were investigated by slurry incubation experiments. The …

A gel-stabilized system with counter gradients of CH4 and O2 was used to grow
methanotrophs from wetland, agricultural and forest soils and lake sediment. Columns of …

Diffusive gas transport at high water contents and physiological water stress at low water
contents limited atmospheric methane consumption rates during experimental …

Anaerobic lake sediment incubated in vitro was investigated for its ability to mimic natural in
situ sediment activities, using rate of methane production for the comparison. Two lakes with …

Microbial methanogenesis was examined in sediments collected from Lake Mendota,
Wisconsin, at water depths of 5, 10, and 18 m. The rate of sediment methanogenesis was …

Inhibition of Methanogenesis in Marine Sediments by Acetylene and Ethylene: Validity of the
Acetylene Reduction Assay for Anaero Page 1 APPuZD MICRBIOLOGY, Oct. 1975, p …

The addition of 20 mm-molybdate to sediment slurry in order to inhibit sulphate-reducing
bacteria increased the amount of methane formed. Only a small proportion (7.8%) of the total …

The effect of soil microbial processes on production and/or consumption of atmospheric
trace gases was studied in four different soils which were preincubated in the presence of …

The methanotrophs Methylomonas angile (type I) and Methylosinus trichosporium (type II)
produced nitrite, nitrate and N2O during growth on methane, apparently by heterotrophic …