水土保持研究2017，Vol.24Issue(4)：368-372,5.
细菌菌体对白浆土腐殖质转化的影响
Effects of Bacterial on Humus Transformation in Albic Soil
摘要
Abstract
The albic soil was used as the material for the test,the mixed soil was used to screen the algae soil,and the dominant strains were fermented.The inoculation quantities of 1％,3％,5％ of the three kinds of bacteria were set up.Under the same conditions,the treated bacteria were cultured with the cultured albic soil.The effects of bacterial cell on the transformation of water-soluble humus in albic soil were investigated.The theoretical basis for the study of microbial mechanism of soil humus transformation and soil organic fertilization was provided.The results show that:(1) all treatments show that WSS content is a trend of decreasing first and then increasing;(2) the content of organic matter in the treatment of 1％ bacterial is the most gentle,decreases first and then increases,and the content of organic matter increases on the thirtieth day after adding 3 ％ bacterial,the content of organic matter increases from thirtieth day to sixtieth day,and the content of organic matter in treated soil is always higher than that in control on one hundred and twentieth day;(3) the contents of HE in the treated soils increase significantly after adding the bacterial,and then decrease,the HE content in the treated 3％ bacterial is the most obvious.the content of HA in each treatment decreases continuously,and the contents of HA in adding 1％ and 3％ bacterial decrease rapidly,at the end of the incubation,the FA content does not change obviously;(4) at the initial stage of culture,the number of microorganisms in the treated soils increases and then decreases,the relative content of microbial biomass carbon was higher than that of the control after adding different concentrations of bacterial,and the relative content of microbial biomass carbon of the treatment group with 1％ bacterial is the highest.关键词
白浆土/腐殖质转化/细菌Key words
albic soil/humus transformation/bacterial分类
农业科技引用本文复制引用
陈泽,赵颖,高士珩,孟敬洋,王威,程伟,崔俊涛..细菌菌体对白浆土腐殖质转化的影响[J].水土保持研究,2017,24(4):368-372,5.基金项目
国家基础研究计划项目(2009CB426308) （2009CB426308）
吉林省科技厅项目(20130206018NY) （20130206018NY）
土壤与农业可持续发展国家重点实验室开放课题项目(Y412201454) （Y412201454）
