聂汉江
²师资博士后
²院系:城环学院地理科学系
²Email:nhj199008@ccnu.edu.cn,nhj199008@163.com
²QQ:1015083198
²通信地址:武汉市洪山区华中师范大学城环学院524
教育背景
²2016.09至2021.10,清华大学,水利工程,博士,导师:严登华教高、杨汉波副教授
²2012.08至2015.07,河北工程大学,水利工程,硕士,导师:何立新教授
²2008.09至2012.07,安徽农业大学,本科
工作履历
²2021.10至今,华中师范大学,师资博士后,合作导师:郝芳华教授
研究领域
²坡面生态水文过程、极端气候变化、水环境与水生态
科研项目
²国家自然科学基金区域创新发展联合基金项目“长江中游面源污染入江输移机理及滞后效应研究”,2022-2025,主要参与人员
²国家杰出青年基金项目“变化环境下水资源演变机理与适应性调控”,2018-2022,主要参与人员,负责山丘区坡面水文过程的调节机理及能力评价研究
²国家自然科学基金面上项目“枯落物对淠河上游坡面产流和汇流过程的调节机理”,2019-2022,主要参与人员,负责枯落物对坡面产/汇流调节机理及其对流域水文过程的整体调节机理研究
²国家重点研发计划项目“陆地水循环演变及其在全球变化中的作用研究”,2016-2021,主要参与人员,负责地块单元实验,明晰天然植被变化对垂向水循环过程及通量影响机理
²流域水循环模拟与调控国家重点实验室自主研究课题“生态海绵流域建设理论与关键技术”,2016-2017,主要参与人员,负责面向变化环境下流域水安全的调蓄能力综合配置研究
学术成果
²科研论文
[1]Hanjiang Nie, Tianling Qin*, Denghua Yan, et al. How do tree species characteristics affect bacterial community structure of subtropical natural mixed forests? Science of the Total Environment, 2021, 764: 144633.
[2]Hanjiang Nie, Tianling Qin*, Chuanzhe Li, et al. Trend analysis of effective precipitation in different growth stages of winter wheat in Huaihe River Plain. Theoretical and Applied Climatology, 2019, 138(3): 2043-2056.
[3]Hanjiang Nie, Tianling Qin*, Hanbo Yang, et al. Trend Analysis of Temperature and Precipitation Extremes during Winter Wheat Growth Period in the Major Winter Wheat Planting Area of China. Atmosphere, 2019, 10(5): 240.
[4]Xiaoqing Shi, Tianling Qin*, Hanjiang Nie, et al. Changes in Major Global River Discharges Directed into the Ocean. International Journal of Environmental Research and Public Health, 2019, 16(8): 1469.
[5]Zhenyu Lv, Tianling Qin*, Shanshan Liu, Hanjiang Nie, et al. Porous-Fiber Module Increases Infiltration and Reduces Runoff. Agronomy Journal, 2020, 112: 4420-4436.
[6]Yinghou Huang, Binbin Huang, Tianling Qin*, Hanjiang Nie, et al. Assessment of Hydrological Changes and Their Influence on the Aquatic Ecology over the last 58 Years. Sustainability, 2019, 11: 4882.
[7]Jianwei Wang, Kun Wang, Tianling Qin*, Hanjiang Nie, et al. Analysis and prediction of LUCC change in Huang-Huai-Hai river basin. Open Geosciences, 2020, 12: 1406-1420.
[8]Jiyang Tian, Jia Liu*, Jianhua Wang, Chuanzhe Li, Hanjiang Nie, et al. Trend analysis of temperature and precipitation extremes in major grain producing area of China. International Journal of Climatology, 2016, 37(2): 672–687.
[9]Zhenyu Lv, Tianling Qin*, Yu Wang, Shanshan Liu, Hanjiang Nie, Jianwei Wang. Hydraulic properties of the porous‐fiber module and its effects on infiltration and runoff. Agronomy Journal, 2021, 1-13.
[10]Biqiong Dong, Tianling Qin*, Shanshan Liu, Fang Liu, Hanjiang Nie, et al. Disentangling the Mutual Feedback Relationship between Extreme Drought and Flood Events and Ecological Succession of Vegetation. Polish Journal of Environmental Studies, 2021, 30(2), 1-14.
[11]Zhenyu Lv, Denghua Yan*, Tianling Qin*, Shanshan Liu, Cailian Hao, Hanjiang Nie, et al. A system framework for spatial allocation of soil management practices (SMPs) in river basins. Soil and Tillage Research, 2021, 209: 104929.
[12]Jianwei Wang, Kun Wang, Tianling Qin*, Zhenyu Lv, Xiangnan Li, Hanjiang Nie, et al. Influence of Subsoiling on the Effective Precipitation of Farmland Based on a Distributed Hydrological Model. Water, 2020, 12(7):1912.
[13]Zhenyu Lv, Tianling Qin*, Yu Wang, Jianxin Mu, Shanshan Liu, Hanjiang Nie. Effects of Recent and Potential Land Use and Climate Changes on Runoff and Sediment Load in the Upper Yellow River Basin, China. Polish Journal of Environmental Studies, 2020, 29(6), 1-16.
[14]Shan He, Tianling Qin*, Fang Liu, Shanshan Liu, Biqiong Dong, Jianwei Wang and Hanjiang Nie. Effects of Slope Ecological Restoration on Runoff and Its Response to Climate Change. International Journal of Environmental Research and Public Health, 2019, 16, 4017.
[15]Fang Liu, Tianling Qin*, Denghua Yan, Yu Wang, Biqiong Dong, Jianwei Wang, Hanjiang Nie, et al. Classification of instream ecological water demand and crucial values in a semi-arid river basin. Science of the Total Environment, 2020, 712: 136409.
[16]沈振乾,秦天玲,聂汉江, 等. 森林枯落物对流域水文过程调节机理研究进展. 世界林业研究, 2019, 32(01):39-44.(中文核心)
²授权发明专利
[1]聂汉江,严登华,秦天玲,沈振乾,史婉丽,张诚. 一种枯落物浸水试验装置: 中国, ZL201810726340.0. 2021/03/23
[2]秦天玲,聂汉江,严登华,沈振乾,史婉丽,张诚. 一种枯落物吸水与释水特性试验系统及其试验方法:中国, ZL201810724823.7. 2020/10/23
[3]秦天玲,聂汉江,严登华,史婉丽,沈振乾,翁白莎,王浩.一种自动式枯落物原样采集装置:中国, ZL201810286265.0. 2020/12/01
[4]沈振乾,严登华,聂汉江,秦天玲,史婉丽,王浩,刘芳,何珊,张明珠. 一种野外枯落物含水量测定装置:中国, ZL201810295119.4. 2020/07/24.
[5]刘佳,李传哲,田济扬,聂汉江,于福亮,穆文彬,邱庆泰,范玲雪. 一种分布式河北模型构建方法及其应用:中国, ZL201610576830.8. 2018/05/01.
[6]沈振乾,秦天玲,严登华,聂汉江,史婉丽,石晓晴. 一种区分枯落物分解层与土壤层的方法:中国, ZL201810814362.2. 2020/05/19.
[7]李传哲,刘佳,田济扬,王浩,聂汉江,于福亮,穆文彬,王洋. 具有不同预见期的地下水分区预测模型的构建方法及应用:中国, ZL201610575922.4. 2018/02/06.
[8]王英,严登华,蒋云钟,龚家国,聂汉江,徐婷,孙若尘. 一种提高冬小麦水分利用效率的方法和系统:中国, ZL201710164165.6. 2020/04/21.
[9]刘佳,李传哲,田济扬,于福亮,王浩,聂汉江,史婉丽,谭亚男. 一种基于陆气耦合的水资源调度方法:中国, ZL201610576856.2. 2018/08/03.
[10]刘佳,李传哲,田济扬,严登华,于福亮,王洋,聂汉江. 一种用于数值大气模式的典型降雨事件选取方法:中国, ZL201610248862.5. 2017/08/25.
[11]刘佳,李传哲,田济扬,于福亮,王浩,严登华,聂汉江,王洋,邱庆泰. 一种多源气象信息数据同化方法及其在降雨预报中的应用:中国, ZL201610576857.7. 2018/08/17.
[12]李传哲,刘佳,王洋,于福亮,田济扬,邱庆泰,聂汉江,张梦婕,谭亚男. 一种基于山区的层次化农村供水水源优化配置方法:中国, ZL201611120437.4. 2017/10/13.
[13]李传哲,刘佳,田济扬,于福亮,王洋,史婉丽,聂汉江. 一种调压式弹性灌水器:中国, ZL201610289039.9. 2019/04/30.
[14]刘佳,李传哲,田济扬,于福亮,王洋,邱庆泰,聂汉江. 一种优化的雷达数据同化方法:中国,ZL201610943069.7. 2017/03/29.
[15]李传哲,刘佳,范玲雪,王建华,王洋,于福亮,田济扬,聂汉江,孙锐. 一种节水水龙头及其节水方法:中国, ZL201610249070.X. 2017/02/08.
[16]李传哲,刘佳,程双虎,李明良,田济扬,范玲雪,于福亮,聂汉江. 一种基于组合评价的地下水分区预测方法:中国, ZL201610290602.4. 2017/05/17.
[17]刘佳,李传哲,王建华,邱庆泰,穆文彬,田济扬,于福亮,王洋,聂汉江,顾艳玲. 一种可同时使用多个环刀取样的自动取样器:中国, ZL201710011765.9. 2018/12/28.
[18]刘佳,李传哲,王建华,邱庆泰,王浩,于福亮,王洋,谭亚男,田济扬,聂汉江. 一种深层土壤多点同步打孔测量方法:中国,ZL201710298149.6. 2018/06/08.