2017年10月19日 21:51
304永利集团官网入口水利工程学院研究生导师基本信息表 |
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1、个人基本信息: |
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姓 名:冉凤维 |
性 别: 女 |
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出生年月:1993.12 |
技术职称: 讲师 |
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毕业院校: 湖南师范大学 |
学历(学位): 博士 |
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所在学科: 水文学与水资源 |
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2、学习和工作经历: |
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2024.06—至今 |
304永利集团官网入口,水利与海洋工程学院 |
讲师 |
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2020.09—2024.06 |
湖南师范大学,地理科学学院 |
博士 |
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2016.09—2019.06 |
江西农业大学,国土资源与环境学院 |
硕士 |
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2012.09—2016.06 |
贵州师范大学,地理与环境科学学院 |
学士 |
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3、目前研究领域: |
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1.湖泊碳循环及其对全球变化(气候变化、人类活动)的响应 2.土壤侵蚀过程及其物质驱动机制 3.社会-生态耦合系统 |
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4、主持在研或已完成主要课题: |
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1.国家自然科学基金青年项目C类,近百年湖泊泥沙有机碳状态转变的流域压力-脉冲响应机制(42507441),主持; 2.湖南省自然科学基金青年项目C类,河流尾闾沉积有机碳动态对典型历史事件的响应规律(2025JJ60248),主持。 |
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5、主要科研成果(发表学术论文、出版著作、授权发明专利): |
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1. Ran F, Wang S, Nie X, et al. Driver-response relationships in a large shallow lake since the Anthropocene: Short-term abrupt perturbations vs. long-term sustainable pressures[J]. Global Change Biology, 2024, 30(4), e17267.(SCI,中科院1区TOP) 2. Ran F, Nie X, Wang S, et al. A significant loop of lake sedimentation state links catchment eco‐surroundings and lake biogenic regime shifts[J]. Limnology and Oceanography, 2023, 68(8): 1775-1790.(SCI,中科院1区TOP,IF=4.5) 3. Wang S#, Ran F#, Nie X, Li Z, et al. Coupled effects of human activities and river-lake interactions evolution alter the sources and fate of sedimentary organic carbon in a typical river-lake system. Water Research, 2024, 255: 121509.(共一;SCI,中科院1区TOP) 4. Ran F, Nie X, Li Z, et al. Chronological records of sediment organic carbon at an entrance of Dongting Lake: Response to historical meteorological events[J]. Science of the Total Environment, 2021, 794: 148801.(SCI,中科院1区TOP) 5. Ran F, Nie X, Wang S, et al. Anthropogenic-driven chronological increase of sediment organic carbon burial in a river-lake system[J]. Environmental Research, 2022, 215: 114392.(SCI,中科院2区TOP) 6. 冉凤维, 聂小东, 王诗兰, 等.近百年来洞庭湖粒度指示的沉积环境演变特征[J].湖泊科学,2023,35(03):1111-1125.(EI,CSCD) 7. Xiao T, Ran F, Li Z, et al. Sediment organic carbon dynamics response to land use change in diverse watershed anthropogenic activities[J]. Environment International, 2023, 172: 107788. (SCI,中科院1区TOP) 8. Yang C, Li Z, Wang S, Ran F, et al. Anthropogenic activities control the source dynamics of sediment organic carbon in the lower reach of an inland river[J]. Water Research, 2023, 233: 119779. (SCI,中科院1区TOP) 9. Liu Y, Nie X, Ran F, et al. The occurrence and distribution characteristics of microbial necromass carbon in lake sediments[J]. Catena, 2024, 239: 107944. (SCI,中科院1区TOP) 10. Wang S, Nie X, Li Z, Ran F, et al. Quantification of sedimentary organic carbon sources in a land–river–lake continuum combined with multi-fingerprint and un-mixing models[J]. International Journal of Sediment Research, 2024, 39(2):230-242. In press(SCI,中科院2区) 11. Wang S, Nie X, Ran F, et al. Human activities control the source of eroded organic carbon in lake sediments over the last 100 years: Evidence from stable isotope fingerprinting[J]. Fundamental Research, 2023.(SCI,IF=6.2) 12. Sun Y, Nie X, Li Z, Wang S, Chen J, Ran F. The applicability of commonly-used tracers in identifying eroded organic matter sources[J]. Journal of Hydrology, 2021, 603: 126949. (SCI,中科院1区TOP) 13. Li Z, Wang S, Nie X, Sun Y, Ran F. The application and potential non-conservatism of stable isotopes in organic matter source tracing[J]. Science of the Total Environment, 2022, 838: 155946.(SCI,中科院1区TOP) 14. Liao W, Tong D, Li Z, Nie X, Liu Y, Ran F, Liao S. Characteristics of microbial community composition and its relationship with carbon, nitrogen and sulfur in sediments[J]. Science of the Total Environment, 2021, 795: 148848.(SCI,中科院1区TOP) |
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6、所获学术荣誉及学术影响: |
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7、联系方式: 电子邮箱:rfwei@csust.edu.cn 联系电话(微信):17373136157 课题组研究方向前沿,项目经费充足,氛围自由融洽,支撑条件完善。可为成员们提供符合自身需求与定位的多元化发展机会。热忱欢迎具有(包括但不限于)水利、地理、环境、土壤等专业背景的毕业生报考硕士研究生。诚邀校内外对科学研究有兴趣的本科生加入课题组主持或参与各类科研项目及科技竞赛。 |
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