激光生物学报2018，Vol.27Issue(1)：60-68,59,10.DOI:10.3969/j.issn.1007-7146.2018.01.009
水稻-油菜双序列复种免耕、翻耕土壤真菌多样性
Diversity of Filamentous Fungus Community in Paddy Fields with Different Tillage Methods
摘要
Abstract
To study the diversity and community structure of filamentous fungus in rice-oilseed multiple cropping fields with convertional-tillage(CT) and no-tillages(NT). Micro-organism population analysis were studied based on ITS se-quences analyzed by MiSeq. The results showed that 221 105 vaild sequences was obtained, it covered 1 356 OTU,7 phylums,121 families and 230 generaes;The index analysis showed that the relative abundance and community diversi-ty of the NT samples were slightly higher than that of the CT samples. On the phylums level, the relative abundance of Ascomycota in NT samples was lower than that in CT and the zygotes and basidites was higher than that in CT;The vaild sequences of Carpoligna、Trametes、Filobasidium、Mortierella in NT samples was higher than that in CT and Chaetomium、Podospora、Thanatephorus was lower than that in CT on the generaes level. The physical and chemical factors of soil or-ganic matter determination showed that the total nitrogen and available potassium content in NT samples were higher than those in CT samples. There are indifferences filamentous fungus population structure in rice-oilseed multiple cropping fields with convertional-tillage(CT) and rice-oilseed multiple cropping and no-tillages(NT).The composition and abun-dance of flora has a certain effect on the soil physical and chemical factors.关键词
翻耕(CT)/免耕(NT)/物种多样性/群落结构Key words
convertional-tillage(CT)/no-tillages(NT)/fungus community/fungus diversity分类
农业科技引用本文复制引用
陈力力,刘金,李梦丹,张立钊,邹应斌,黄敏..水稻-油菜双序列复种免耕、翻耕土壤真菌多样性[J].激光生物学报,2018,27(1):60-68,59,10.基金项目
国家水稻产业技术体系栽培与土肥岗位专家项目(CARS-01-34) （CARS-01-34）
