中国烟草科学
中國煙草科學
중국연초과학
CHINESE TOBACCO SCIENCE
2013年
4期
9-15
,共7页
殷全玉%王岩%郭夏丽%赵铭钦
慇全玉%王巖%郭夏麗%趙銘欽
은전옥%왕암%곽하려%조명흠
烟草%根际%非根际%微生物%典型相关
煙草%根際%非根際%微生物%典型相關
연초%근제%비근제%미생물%전형상관
flue-cured tobacco%rhizosphere%non-rhizosphere%microorganism%canonical correlation
为揭示烟田土壤微生物相互关系,用典型相关分析(CCA)方法研究了烤烟全生育期根际和非根际土壤中微生物之间的相关关系。结果表明:1)在根际土壤中,细菌和氨化细菌数量呈正相关关系;在非根际土壤中,细菌数量同氨化细菌、亚硝化细菌和好气性纤维素分解菌呈正相关关系。2)根际土壤细菌、放线菌数量与非根际土壤细菌数量呈正相关,但是真菌数量在根际和非根际土壤之间相关性不强。3)根际土壤中好气性纤维素分解菌、氨化细菌数量与非根际土壤呈明显的正相关,而好气性固氮菌、亚硝化细菌、硝化细菌和钾细菌数量在根际与非根际土壤间的相关性不强。在植烟土壤3大菌和6类生理功能菌群之间、烟株根际和非根际土壤微生物之间均存在相关关系。
為揭示煙田土壤微生物相互關繫,用典型相關分析(CCA)方法研究瞭烤煙全生育期根際和非根際土壤中微生物之間的相關關繫。結果錶明:1)在根際土壤中,細菌和氨化細菌數量呈正相關關繫;在非根際土壤中,細菌數量同氨化細菌、亞硝化細菌和好氣性纖維素分解菌呈正相關關繫。2)根際土壤細菌、放線菌數量與非根際土壤細菌數量呈正相關,但是真菌數量在根際和非根際土壤之間相關性不彊。3)根際土壤中好氣性纖維素分解菌、氨化細菌數量與非根際土壤呈明顯的正相關,而好氣性固氮菌、亞硝化細菌、硝化細菌和鉀細菌數量在根際與非根際土壤間的相關性不彊。在植煙土壤3大菌和6類生理功能菌群之間、煙株根際和非根際土壤微生物之間均存在相關關繫。
위게시연전토양미생물상호관계,용전형상관분석(CCA)방법연구료고연전생육기근제화비근제토양중미생물지간적상관관계。결과표명:1)재근제토양중,세균화안화세균수량정정상관관계;재비근제토양중,세균수량동안화세균、아초화세균화호기성섬유소분해균정정상관관계。2)근제토양세균、방선균수량여비근제토양세균수량정정상관,단시진균수량재근제화비근제토양지간상관성불강。3)근제토양중호기성섬유소분해균、안화세균수량여비근제토양정명현적정상관,이호기성고담균、아초화세균、초화세균화갑세균수량재근제여비근제토양간적상관성불강。재식연토양3대균화6류생리공능균군지간、연주근제화비근제토양미생물지간균존재상관관계。
Canonical correlation analysis (CCA) was applied to assess the relationship of rhizosphere and non-rhizosphere microorganisms of flue-cured tobacco plants. The results indicated that (1) the population of bacteria was positively correlated with those of ammonifying bacteria in rhizosphere soil. On the other hand, in non-rhizosphere soil, in addition of ammonifying bacteria, the population of bacteria was also positively correlated with nitrite bacteria and aerobic cellulose decomposing bacteria. (2) The populations of bacterial and actinomycete in tobacco plant rhizosphere could be predicted by the populations of bacterial in non-rhizosphere soil, whereas the population of fungi in rhizosphere was not closely linked to those in non-rhizosphere. (3) The populations of ammonifying and aerobic cellulose decomposing bacteria in rhizosphere were significantly positive correlated with those in non-rhizosphere. However, the populations of aerobic nitrogen fixing bacteria, nitrite and nitrifying bacteria, and kalium solubilizing bacteria in non- rhizosphere were not in close association with those in rhizosphere. In conclusion, there is a strong relationship between three microbial groups and six microbial physiological groups as well as between tobacco rhizosphere and non-rhizosphere soil microbe. The relationship between microbial flora in tobacco rhizosphere is different from non-rhizosphere soil.