Titlebook: Methane Emissions from Major Rice Ecosystems in Asia; Reiner Wassmann,Rhoda S. Lantin,Heinz-Ulrich Neue Book 2000 Springer Science+Busines

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R. B. Matthews,R. Wassmann,J. W. Knox,L. V. Buendiafactors of labor factors, physical capital factors, knowledge capital factors; production markets, and factor markets which are displayed. The aggregation degree and knowledge capital related to three innovation links, i.e., science, technology, production, are introduced in production function to d

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Characterization of methane emissions from rice fields in Asia. II. Differences among irrigated, raifrom deepwater rice in Prachinburi (Thailand) were lower than from irrigated rice but accumulated to equally high seasonal values, i.e., about 99 kg CH. ha.. season. due to longer seasons and assured periods of flooding. Rice ecosystems with continuous flooding were characterized by anaerobic condit

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Methane emission from irrigated and intensively managed rice fields in Central Luzon (Philippines)tilizer in place of urea resulted in a 25-36% reduction in CH. emissions. Phosphogypsum reduced CH. emissions by 72% when applied in combination with urea fertilizer. Midseason drainage reduced CH. , emission by 43%, which can be explained by the influx of oxygen into the soil. The practice of direc

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Methane emissions and mitigation options in irrigated rice fields in southeast Chinalooding; CH. emissions could further be reduced by intermittent irrigation, yielding a 30% reduction as compared with midseason drainage. The incorporation of organic amendments promoted CH. emission, but the amount of emission varied with the type of organic material and application method. Methane

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