Soil salinization is a severe environmental problem that restricts plant productivity and
ecosystem functioning. Straw amendment could increase the fertility of saline soils by …

Rice straw breakdown is sluggish, which makes agricultural waste management difficult,
however pretreatment procedures and cellulolytic fungi can address this issue. Through ITS …

Understanding the effects of straw return and N fertilization on soil organic matter (SOM)
transformations will help maintain crop production and soil function, which can ultimately …

Background Straw retention is a substitute for chemical fertilizers, which effectively maintain
organic matter and improve microbial communities on agricultural land. The purpose of this …

Aims In order to understand the response of soil microbial communities to the long‐term of
decomposed straw return, the modifications of soil microbial community structure and …

Soil salinization is a major constraint of agriculture in semiarid ecosystems. In this study soil
microcosms were applied to evaluate the impact of a lower-and higher-level salinization …

This study investigated the development of fungal community composition in arable soil
during the degradation of straw residue. We explored the short-term responses of the fungal …

As a consequence of climate change, a rising sea level results in increased saltwater
intrusion and soil salinity problems in Bangladesh. The affected agricultural soils are …

Straw, mainly dry stalks of crops, is an agricultural byproduct. Its incorporation to soils via
microbial redistribution is an environment-friendly way to increase fertility. Fertilization …

Improving the soil structure and fertility of saline–alkali land is a major issue in establishing a
sustainable agro-ecosystem. To explore the potential of different straw returning in …