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Methane Emissions and Ruminants
Microbe Magazine, 2009It was with great interest that I discovered the recent article entitled “Metabolic Teamwork between Gut Microbes and Hosts” in the July 2009 issue of Microbe (p. 323). Microbiologists, like myself, who work with gastrointestinal tract anaerobes are always interested in seeing this area of science highlighted in publications such as Microbe. Thanks for
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Methane emissions from natural wetlands
Environmental Monitoring and Assessment, 1996Methane is considered one of the most important greenhouse gases in the atmosphere. Because of the strict anaerobic conditions required by CH4-generating microorganisms, natural wetland ecosystems are one of the main sources of biogenic CH4. The total natural wetland area is estimated to be 5.3 to 5.7 × 10(12) m(2), making up less than 5% of the Earth ...
Z, Wang, D, Zeng, W H, Patrick
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Methane emission of the Amsterdam urban area
1995Within the Dutch National Research Programme on Climate Change, the emission of methane from urban areas was considered to be one of the uncertain sources in the national methane budget. Amsterdam was chosen to be the urban area for methane emission assessment. An emission inventory was made and concentration fields were calculated using the Danish OML
Veenhuysen, D., Hofschreuder, P.
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Methane Emissions from the Amazon Floodplain
1997Methane (CH4) is an important greenhouse gas that also affects the chemistry and oxidation capacity of the atmosphere (Cicerone and Oremland 1988). The current burden of methane in the atmosphere is about 4700Tg (1 Tg =1 million tons) (Wahlen et al. 1989), and the global annual emission is ca. 505 Tg CH4 year−1 (Crutzen 1991). Ca.
Wassmann, R., Martius, C.
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Multiple processes contribute to methane emission in a riparian cottonwood forest ecosystem
New Phytologist, 2021Leonard Selinger +2 more
exaly
Nitrogen Application Stimulates Methane Emissions
Global Change BiologyNitrogen fertilizer plays a vital role in rice cultivation, yet its excessive application significantly intensifies methane emissions from rice paddies. Therefore, the urgent adoption of effective agronomic interventions is crucial to mitigate methane emissions resulting from nitrogen fertilizer application.
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