种植制度对土壤微生物负荷的影响:来自喀拉拉邦Wayanad地区湿地生态系统的证据

P. Asiya, M. Menon, Girigan Gopi, V. Das
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引用次数: 2

摘要

本研究列举了喀拉拉邦瓦亚纳德地区湿地水稻、香蕉和槟榔土壤样品中的微生物群落。Nenmeni、kaniyambata和Pozhuthana Gramapanchayat稻田的活菌总数分别为120x10-6 cfu、121x10-6 cfu和147x10-6 cfu,真菌总数分别为30x10-3 cfu、32 x10-3 cfu和37 x10-3 cfu。Nenmeni、kaniyambata和Pozhuthana Gramapanchayat槟榔的细菌总活菌数分别为66 × 10-6 cfu、80 × 10-6 cfu和118 × 10-6 cfu,真菌总活菌数分别为14 × 10-3 cfu、18 × 10-3 cfu和30 × 10-3 cfu。Nenmeni和Pozhuthana香蕉田细菌总活菌数为51 × 10-6 cfu, kaniyambata Gramapanchayath香蕉田细菌总活菌数为56 × 10-6 cfu。Nenmeni和Kaniyambatta的活菌落为18 × 10-3 cfu, Pozhuthana Gramapanchayath的活菌落为24 × 10-6 cfu。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Cropping Systems on Soil Microbial Load: Evidence from Wetland Ecosystems of Wayanad District, Kerala
This study enumerated the microbial communities in soil samples from rice, banana and arecanut from the wet lands of Wayanad district Kerala. The total viable bacterial count in the paddy field was 120x10-6 cfu, 121x10-6 cfu and 147x10-6 cfu in Nenmeni, Kaniyambatta and Pozhuthana Gramapanchayat and that of fungi was 30x10-3 cfu, 32 x10-3 cfu and 37 x10-3 cfu. Likewise, the total viable count of bacteria in areca nut at Nenmeni, Kaniyambatta and Pozhuthana Gramapanchayat was 66 x10-6 cfu, 80 x10-6 cfu, 118 x10-6 cfu and that of fungi was 14 x10-3 cfu, 18 x10-3 cfu, and 30 x10-3 cfu. The total viable count of bacteria in banana field at Nenmeni, and Pozhuthana was 51 x10-6 cfu and that of Kaniyambatta Gramapanchayath was 56 x10-6 cfu. The viable fungal colony at Nenmeni and Kaniyambatta was 18x10-3 cfu and that of Pozhuthana Gramapanchayath was 24 x10-6 cfu.
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