成年免费视频试看区

农科院主页 网站地图 English
当前位置: 成年免费视频试看区» 最新文章

Pengqiang Du*, Hairong He, Lin Zhou *, Fengshou Dong, Xingang Liu, Yongquan Zheng *. Different biodegradation potential and the impacted soil functions of epoxiconazole in two soils. Journal of Hazardous Materials, 2022, 422, 126787

文章来源:        点击数: 次      发布时间:2022-07-15

Abstract: Epoxiconazole is an effective pesticide to control Fusarium head blight (FHB), and the application will increase. To investigate the ecotoxicity of epoxiconazole to soil microbiome, we carried out an indoor experiment in which soils from two main regions of wheat production in China (Nanjing and Anyang) were treated with epoxiconazole (0, 0.0625, 0.625, or 6.25 mg kg–1) and incubated for 90 days. Under epoxiconazole stress, for bacteria and fungi, the abundance was increased and the diversity and community were impacted. In Anyang soil, the half-life of epoxiconazole was short with more increased species (linear discriminant analysis effect size biomarkers) and more increased xenobiotics biodegradation pathways in epoxiconazole treatments. The increased species mostly due to high abundance in initial state and more positive connections of the species. Co-occurrences revealed that epoxiconazole tightened bacterial connection, and increased positive correlations in Anyang soil. The N transformation was influenced with increased nifH and amoA; and the contents of NH4+-N and NO3–-N were also increased. The functions of C, S, and manganese metabolisms were also impacted by epoxiconazole. This work expands our understanding about epoxiconazole degradation and help us to properly assess the risk of epoxiconazole in soil.


Journal of Hazardous Materials,  IF:10.59


DOI: doi.org/10.1016/j.jhazmat.2021.126787


成年免费视频试看区-试看1分钟的片禁止18-成年人试看一分钟体验区