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MITIGATION STRATEGY TO CONTAIN METHANE EMISSION FROM RICE-FIELDS

机译:缓解稻田甲烷排放的缓解策略

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摘要

Methane is primarily a biogenic gas, which is implicated in global climate change. Among all the sources of methane emission, paddy fields form the most dominant source. An experiement was conducted with a common paddy crop (Oryza sative var. Vishnuparag) by amending the soils with different organic manures and biofertilizers with a view to find out an inexpensive strategy to mitigate methane emission from the rice-fields. The results revealed that there was a seasonal change in the CH_4 flux, registering a peak at heading stage in all treatments.
机译:甲烷主要是一种生物气,与全球气候变化有关。在所有甲烷排放源中,稻田是最主要的排放源。通过改良土壤中的不同有机肥和生物肥料,对普通水稻作物(Oryza sative var。Vishnuparag)进行了试验,以期找到一种廉价的策略来减轻稻田甲烷的排放。结果表明,CH_4通量存在季节性变化,在所有处理中抽穗期均达到峰值。

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