Aerobic production of methane in the sea. National Geosociety 1: 473–478. View ArticleKarl DM , Beversdorf L , Bjorkman KM , Church MJ , Martinez A , DeLong EF . 2008 . Aerobic production of methane in the sea . Nature Geoscience 1 : 473 – 478 ....
methane production was thought to be a strictly anaerobic process confined primarily to anoxic sediments. However, supersaturation of methane in oxygenated waters has been consistently observed in lakes and the ocean (termed the ‘methane paradox’), indicating that methane can...
To document the sources and fate of methane in shallow marine waters, we investigate methane fluxes, production pathways, and methanotrophic activity using a suite of biogeochemical approaches in the near-shore and outer shelf waters of the East China Sea (ECS). Furthermore, combining our MOx rat...
Biogas and methane production in an aerobic reactor. Pilot plant trial and construction of a mathematical modelTecnologia Del Agua
leachate in our analysis reached an average value of 427 mg/L. This value correlates with the results obtained by Sarasa et al. [51], who analysed a COD of 508 mg/L was found. Due to the low COD values, we can assume a low production of methane in the anaerobic biodegradability test...
of low activity; (2) top-class soccer assistant referees have moderate aerobic energy production during games with episodes of high aerobic and anaerobic ... P Krustrup,M Mohr,J Bangsbo - 《J Sports Sci》 被引量: 213发表: 2002年 Energy cost of moderate-duration resistance and aerobic exer...
The aim of this work is to study the effects and the role of exogenous aerobic bacteria mixture (EABM) on methane production and biodegradation of MSW in bioreactors. The results showed that the addition of EABM could effectively enhance hydrolysis and acidogenesis processes of MSW degradation, ...
Microbial communities involved in aerobic and anaerobic methane cycling in a meromictic ferruginous subarctic lake Access to full text articles is controlled by IP number or by user password. Your current IP number is 220.181.108.111 This IP was not recognized as belonging to a subscribing institute...
in shallow lakes, where light penetrates into anoxic water depths, aerobic methane oxidation can be sustained through in situ oxygen production by photosynthetic algae27,35. Lateral and/or vertical intrusions of oxic waters into anoxic depths were also proposed to sustain methanotrophic activity in ...
production in wetlands is mediated by methanogenic archaea [14]. Recent evidence indicates that both fungi [15] and cyanobacteria [16] have the capacity to produce CH4in aerobic conditions, though the quantitative importance of these taxa in methane production remains unresolved. Methane produced in ...