代表性论文 | [1]Guiling Zheng, Xiaoxia Hao, Binyan Hong, Dongmei Jiang, Hongxi Qian, Lin Bai*. Thermophilic-vermicomposting enhances nitrogen retention and reduces greenhouse gas emissions via microbial gene regulation, International Biodeterioration & Biodegradation[J],207 (2026) 106231. [2]Xiaoxia Hao , Guilin Zheng, Huanzhen Li, Shuo Liu, Li Zhu, Dongmei Jiang, Lin Bai *. Pyrimidine biosynthesis repression fuels cost and survival of trimethoprim/sulfamethoxazole – Resistant E. coli[J], Journal of Hazardous Materials,506(2026)141642. [3]Xiaoxia Hao, Lijia Jiang, Mengting Chen, Shuo Liu, Li Zhu,Dongmei Jiang, Lin Bai *.Antibiotic sensitivity as a key Determinant: B. Subtilis Reshapes the Microecology to mitigate antibiotic resistance genes during composting[J], Bioresource Technology,447(2026)134222. [4] Regulation of antibiotic resistance gene rebound by degrees of microecological niche occupation by microbiota carried in additives during the later phases of swine manure composting , Ecotoxicology and Environmental Safety[J] ,( 2025).118112.责任作者; [5] Optimizing KH2PO4 addition to enhance nitrogen retention in swine manure composting Integrated mechanisms of enzyme activity, microbial community, and denitriffcation genes, Journal of Environmental Chemical Engineering[J],13( 2025) 117609.责任作者; [6] Migration and risk assessment of heavy metals from swine manure in an organic fertilizer - soil - ryegrass - rex rabbit system, Science of the Total Environment[J],959(2025)178332.责任作者; [7] Humus Soil Inhibits Antibiotic Resistance Gene Rebound in Swine Manure Composting by Modulating Microecological Niches, Microorganisms [J], (2025)130571.责任作者; [8] Optimizing anaerobic acidogenesis: Synergistic effects of thermal pretreatment of composting, oxygen regulation, and additive supplementation, Sustainability[J], 17(14):6494.责任作者; [9] Improving pig manure compost quality but increasing bioavailability of Cd by substituting insoluble carbon with easily degradable organic carbon[J],Discover Sustainability,(2025) 6:1275.责任作者; [10] Bacillus subtilis reduces antibiotic resistance genes of animal sludge in vermicomposting by improving heat stress tolerance of Eisenia foetida and bacterial community adjustment[J],Environmental Research (2023)219: 115088.责任作者; |
专利、新品种、教材、专著等 | 专利: 1、一种畜舍进出风口空气净化系统,2020.10,实用新型专利,排名1; 2、一种低碳循环型福利化公猪站站及其构建方法,2022.10,发明专利,排名2; 3、一种具有保健作用的猪饮水添加剂及其用途,2021.09,发明专利,排名2; 4、一种商品猪安全生产系统,2021.07,发明专利,排名2; 5、一种横向通风猪舍,2020.10,实用新型专利,排名2; 6、一种用于控制实验条件的好氧堆肥装置 ,2020.10,实用新型专利,排名2; 7、一种便捷式多存储空间蚯蚓盒,2019.07,实用新型专利,排名2; 8、耳标夹,2019.07,实用新型专利,排名2; 9、一种猪场智能饮水系统及其操作方法,2023.02,发明专利,排名3; 10、一种有机肥自动堆肥装置 ,2020.06,实用新型专利,排名3; 11、一种低成本好氧堆肥装置/ZL202320109519.8,2023.11,实用新型专利,排名1; 12、一株Parageobacillus toebii PMBT002及其应用/ ZL 202310466754.5,2023.11,发明专利,排名8; 13、一株Brevibacillus aydinogluensis PMBT001及其应用/ ZL 202310466732.9,2024.1,发明专利,排名8。 14、一株牛奶类芽孢杆菌 SCAUF07 及其应用/ ZL 2025 1 0159716.4,2025.7,发明专利,排名10。 15、一株Lysinibacilluslouembei SCAUH16及其应用/ ZL 2025 1 0159578.X,2025.8,发明专利,排名9。 16、一种生物质过滤异位发酵装置/ ZL 2024 2 2619593.1,2025.12,实用新型专利,排名1。 参编专著和教材: 《规模养猪新技术》,中国农业出版社,2001. 《养兔关键技术》,四川科技出版社,2003年. 《猪标准化规模养殖图册》,中国农业出版社,2013年. 副主编教材: 《家畜环境卫生学及牧场设计》,西南师范大学出版社,2015.1 参编教材: 《智慧牧场》,高等教育出版社,2023.6 |