Based on the Miseq platform of Illumina company, we explored the effect of short-term and
long-term copping continuous with soybean on the composition diversity of the bacterial …

The flora structure of soil bacteria is an important part of soil ecological environment quality.
In order to find out the changes of bacterial flora structure in the rhizosphere soil after …

Abstract Changes in the structural diversity of bacterial communities in soybean
rhizospheres play important roles in plant growth and crop productivity. However, there are …

In agroecosystems, different cropping patterns cause changes in soil physicochemical
properties and thus in microbial communities, which in turn affect crop yields. In this study …

Bacterial communities in rhizosphere and root nodules have significant contributions to the
growth and productivity of the soybean (Glycine max (L.) Merr.). In this report, we analyzed …

Since the domestication of soybean (Glycine max) about 4,500 years ago, thousands of
local cultivars have been developed around the world. In Japan, black soybeans grown in …

Highly diverse communities of bacteria inhabiting soybean rhizospheres play pivotal roles in
plant growth and crop production; however, little is known about the changes that occur in …

In order to reveal the changes of bacterial community structure and diversity in rhizosphere
soil of different fruit vegetables under greenhouse continuous cropping, the 16 S rRNA gene …

In spite of the techniques based on the amplification of 16S rRNA genes (16S rDNA) to
compare bacterial communities that are now widely in use in microbial ecology, little is …

Imbalanced soil bacterial community is thought to be a crucial factor for continuous cropping
obstacle. Through analyzing bacterial community by Illumina MiSeq technology, this study …