TY - JOUR A2 - Li, Zhun AU - Ruley, J. A. AU - Tumuhairwe, J. B. AU - Amoding, A. AU - Westengen, O. T. AU - Vinje, H. PY - 2020 DA - 2020/12/24 TI - Rhizobacteria Communities of Phytoremediation Plant Species in Petroleum Hydrocarbon Contaminated Soil of the Sudd Ecosystem, South Sudan SP - 6639118 VL - 2020 AB - The Sudd wetland is one of the oil-rich regions of South Sudan where environmental pollution resulting from oil extraction activities has been unprecedented. Although phytoremediation is the most feasible technique, its efficacy reduces at high TPH concentration in soil. This has made rhizoremediation the most preferred approach. Rhizoremediation involves use of a combination of phytoremediation and biostimulation. The process is catalyzed by the action of rhizobacteria. Therefore, the objective of this study is to characterize rhizobacteria communities prevalent in phytoremediation species growing in hydrocarbon-contaminated soils biostimulated with cattle manure. The treatments studied were plant species only (T1), plant species and hydrocarbons (T2), plant species and manure (T3), and plant species, manure, and hydrocarbons (T4). The rhizobacteria communities were determined using pyrosequencing of 16S rRNA. In the treatment with phytoremediation species, hydrocarbons 75 g · kg^-1土壤，牛粪5 g·kg^-1土壤（T4），有显着增加（ P. < 0.05 ）在具有最高OTU的流离虫曲率丰富 H. Rufa.（4980）和最低的 S. Arundinaceum.（3955）。在同一治疗中，细菌界多样性高 H. Rufa.（Chao1,10310）和最少的 S. Arundinaceum.（Chao 1,8260）含有植物，常规和肌动菌作为优势植物。同样，在用牛粪处理的受污染土壤中，有显着增加（ P. < 0.05 ）在丰富的relizobacteria属 假单胞菌跨植物修复物种占主导地位。 H. Rufa.由此统治 芽孢杆菌，fusibacter，和 rhodocccus.; G. Barbadense.主要与之相关 琵琶和 分枝杆菌，和 T. Diversifolia.居住在 芽孢杆菌和 琵琶。根际 O. longistaminata.由此统治 芽孢杆菌，fusibacter，和 琵琶，而 S. Arundinaceum.很大程度上居住在 鞘粉。这些relizobacteria属应该适用于苏达德地区的生物修复。SN - 1687-918X UR - HTTPS：//Doi.org/10.1155/2020/6639118 Do - 10.1155 / 2020/6639118 JF - 国际微生物学杂志PB - Hindawi Kw - ER -