Titlebook: Microbiology of Atmospheric Trace Gases; Sources, Sinks and G J. Colin Murrell,Donovan P. Kelly Conference proceedings 1996 Springer-Verlag

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Donovan P. KellyAlvaro Figueroa y Torres, who as Minister of the Interior (.) was in charge of the security detail for the wedding wrote that he would never forget the blood splatter, the cries of anguish and pain, and the acrid smell of the explosive materials used for the bomb. Romanones suggested that what nause

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A Global Perspective on Sources and Sinks of Biogenic Trace Gases: an Atmospheric System Driven by y much’ and hence perhaps “not so important”. As Schlegel (1976) put it: “Not long ago these gases were regarded to be curious compounds, far away from the main routes of research and from a quantitative point of view they were considered unimportant. Calculations ... culminated in the conclusion th

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Physiological Limitations of Methanotrophic Activity ,,ces therein); 2) 25% of the methane that diffuses into plants and 80% of the methane diffusing to the sediment-water (or air) interface is oxidized (King, 1990b; Epp and Chanton, 1993; King, in prep.).

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Microbial Degradation of Atmospheric Halocarbons,, and refers to a one carbon molecule containing no hydrogens and two fluorines. By inference from its CFC designation two chlorines must also be included. Similarly, the compound HFC-134 has a resultant sum of 224, which implies a two carbon molecule containing two hydrogens and four fluorines (tet

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Environmental Molecular Biology Approaches: Promises and Pitfalls,tion is also essential for ascertaining how these populations and their relevant trace gas functions (utilization or production) respond to environmental changes. Ultimately, one of the goals of this work is to be able to predict with some certainty how trace gas cycling will be affected by climate

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Molecular Ecology of Methanotrophs, and . are related to bacteria in the γ-subdivision of the ., contain bundles of intracytoplasmic membranes and utilize the ribulose monophosphate (RuMP) pathway for formaldehyde assimilation into biomass.