数字农科院2.0

Long-Term Phosphorus Deficiency Decreased Bacterial-Fungal Network Complexity And Efficiency Across Three Soil Types In China As Revealed By Network Analysis

文献类型： 外文期刊

作者： Ma, L; Zhang, JB; Li, ZQ; Xin, XL; Guo, ZB; Wang, DZ; Li, DC; Zhao, BZ

作者机构：

关键词： Phosphorus Deficiency; Long-Term Experiment; Network Analysis; Keystone Species; Module

期刊名称： APPLIED SOIL ECOLOGY

ISSN： 0929-1393

年卷期： 2020 年 148 卷

页码：

收录情况： JCR（2021版）

摘要： Soil bacteria and fungi are essential constituents of arable ecosystems. Long-term phosphorus (P) deficiency has been proven to significantly affect microbial community diversity and composition. However, how P deficiency impacts the interplay between bacteria and fungi remains unclear. The objective was to explore the bacterial-fungal co-occurrence patterns in soil as influenced by long-term P deficiency, using network analysis. Bacterial and fungal community datasets were obtained from soils which have consistently and continuously been fertilized with P ( +P) or without P ( -P) for > 20 years in three long-term field experiments in China. Our results showed that the -P network was less complex and less efficient as indicated by fewer edges, lower average degree and higher average path length. Chronic P deficiency simultaneously decreased positive and negative bacterial-fungal edges, implying that both synergistic and antagonistic interactions were enhanced by P application. The keystone species differed between +P and -P network, and those from the +P network showed significant correlations with less soil properties, indicating the - P network was more sensitive to environmental disturbances. Four major modules were observed in both +P and -P networks, and they related with different soil properties, suggesting distinct habitat heterogeneity or niche partitioning. All the modules had similar ecological roles, while the module composition was altered by long-term P deficiency, indicating a possible ecological redundancy. Most of the fungi from the - P treatment were distributed in a special module negatively correlated with available P, indicating that fungi may prefer niches with low P concentration. Taken together, our results illustrated the crucial roles of P availability in microbial community assembly and investigated the responses of co-occurrence patterns to long-term P deficiency by regulating the topological properties, keystone species and module composition of the bacterial-fungal network.

分类号：

  • 相关文献

[1]Identification Of Hydatidosis-Related Modules And Key Regulatory Genes. Song, JJ, Song, MX. 2020

[2]Long-Term Benefits Of Combining Chemical F.ertilizer And Manure Applications O n Crop Yields And Soil Carbon And Nitrogen Stocks In North China Plain. Gai, XP, Liu, HB, Liu, J, Zhai, LM, Yang, B, Wu, SX, Ren, TZ, Lei, QL, Wang, HY. 2018

[3]Using The Dssat Model To S.imulate Wheat Yield And S oil Organic Carbon Under A Wheat-Maize Cropping System In The North China Plain. Liu, HL, Liu, HB, Lei, QL, Zhai, LM, Wang, HY, Zhang, JZ, Zhu, YP, Liu, SP, Li, SJ, Zhang, JS, Liu, XX. 2017

[4]Long-Term Effects Of Intensive Application Of Manure On Heavy Metal Pollution Risk In Protected-Field Vegetable Production. Zhen, HY, Jia, L, Huang, CD, Qiao, YH, Li, J, Li, HF, Chen, Q, Wan, YA. 2020

[5]Contrasting Impacts Of Long-Term Application O.f Manure And Crop S traw On Residual Nitrate-N Along The Soil Profile In The North China Plain. Gai, XP, Liu, HB, Liu, J, Zhai, LM, Wang, HY, Yang, B, Ren, TZ, Wu, SX, Lei, QL. 2019

[6]Soil organic and inorganic carbon sequestration by consecutive biochar application: Results from a decade field experiment. Siwei Shi,Qingzhong Zhang,Yilai Lou,Zhangliu Du,Qian Wang,Ning Hu,Yidong Wang,Anna Gunina,Jiqing Song. 2021

[7]Wgcna Analysis Of Salt-Responsive Core T.ranscriptome Identifies Novel Hub G enes In Rice. Xie, Hongjun,Hu, Peisong,Wei, Xiangjin,Zhu, Mingdong,Zhu, Mingdong,Yu, Yaying,Hui, Suozhen,Dossa, Komivi,Zeng, Xiaoshan,Tang, Guohua,Yu, Yinghong,Wang, Jianlong. 2019

[8]Effects of long-term bare fallow during the winter-wheat growth season on the soil chemical properties, fungal community composition, and the occurrence of maize fungal diseases in North China. Wang Y.,Ji L.,Li Q.,Wu Y.,Li C.,Kong L.,Wang X.. 2021

[9]Indigenous functional microbial communities for the preferential degradation of chloroacetamide herbicide S-enantiomers in soil. Han L., Liu T., Fang K., Li X., You X., Li Y., Wang X., Wang J.. 2022

[10]Changes In Microbial Community Structure During Pig Manure Composting And Its Relationship To The Fate Of Antibiotics And Antibiotic Resistance Genes. Liu, YW, Cheng, DM, Xue, JM, Weaver, L, Wakelin, SA, Feng, Y, Li, ZJ. 2020

[11]Network Analysis Reveals The Strengthening Of Microbial Interaction In Biological Soil Crust Development In The Mu Us Sandy Land, Northwestern China. Zhou, H, Gao, Y, Jia, XH, Wang, MM, Ding, JJ, Cheng, L, Bao, F, Wu, B. 2020

[12]Composition, Predicted Functions, And Co-Occurrence Networks Of Fungal And Bacterial Communities_ Links To Soil Organic Carbon Under Long-Term Fertilization In A Rice-Wheat Cropping System. Chen, J, Guo, QK, Liu, DH, Hu, C, Sun, JW, Wang, XB, Liang, GQ, Zhou, W. 2020

[13]Soybean Fe-S cluster biosynthesis regulated by external iron or phosphate fluctuation. Qin, Lu,Wang, Meihuan,Liang, Xuejiao,Wu, Zhigeng,Zuo, Jia,Feng, Xiangyang,Ye, Hong,Qin, Lu,Chen, Liyu,Lin, Zhihao,Zhao, Jing,Liao, Hong.

[14]Genotypic variation of rice in phosphorus acquisition from iron phosphate: Contributions of root morphology and phosphorus uptake kinetics. Li, Y. F.,Luo, A. C.,Wei, X. H.,Yao, X. G.. 2007

[15]Identification of Glycine Max MicroRNAs in response to phosphorus deficiency. Sha, Aihua,Ba, Hongping,Shan, Zhihui,Zhang, Xiaojuan,Wu, Xuejun,Qiu, Dezheng,Zhou, Xinan,Sha, Aihua,Ba, Hongping,Shan, Zhihui,Zhang, Xiaojuan,Wu, Xuejun,Zhou, Xinan,Chen, Yinhua.

[16]OsPTF1, a novel transcription factor involved in tolerance to phosphate starvation in rice. Yi, KK,Wu, ZC,Zhou, J,Du, LM,Guo, LB,Wu, YR,Wu, P.

[17]NaCl Facilitates Cell Wall Phosphorus Reutilization in Abscisic Acid Dependent Manner in Phosphorus Deficient Rice Root. Yang Xiaozheng,Liu Yusong,Huang Jing,Tao Ye,Wang Yifeng,Shen Renfang,Zhu Xiaofang. 2023

[18]Effect of Rice-Straw Biochar Application on the Acquisition of Rhizosphere Phosphorus in Acidified Paddy Soil. Yikai Zhang,Huizhe Chen,Jing Xiang,Jiahuan Xiong,Yaliang Wang,Zhigang Wang,Yuping Zhang. 2022

[19]Phosphorus Addition Enhances Gross Microbial N. Cycling In Phosphorus-Poor S oils: A N-15 Study From Two Long-Term Fertilization Experiments. Cheng, Y, Wang, J, Sun, N, Xu, MG, Zhang, JB, Cai, ZC, Wang, SQ. 2018

[20]Dynamic variation of nutrient absorption, metabolomic and transcriptomic indexes of soybean (Glycine max) seedlings under phosphorus deficiency. Li, Mingxia,Zhou, Ji,Liu, Qi,Mao, Lili,Li, Haoru,Li, Shuying,Guo, Rui. 2023

作者其他论文 更多>>