基本信息
杨薇，女，副教授。博士生导师。水生态工程研究所党支部书记。主要从事湿地生态水利及生态效应方面研究。已发表学术论文60余篇，出版学术专著2部。


联系方式
??联系地址：北京市海淀区新街口外口大街19号
邮政编码：100875
Email：yangwei@bnu.edu.cn


研究方向
1. 湿地生态流量调控效应研究
2. 湿地生态系统稳定性机制
3. 湿地生态系统服务权衡机制




基本信息
杨薇，女，副教授。博士生导师。水生态工程研究所党支部书记。主要从事湿地生态水利及生态效应方面研究。已发表学术论文60余篇，出版学术专著2部。



教育经历
2004-2007 哈尔滨工业大学 环境工程专业 攻读工学博士学位
2002-2004 哈尔滨工业大学 环境工程专业 攻读工学硕士学位
1998-2002 河北建筑工程学院 给水排水专业 攻读工学学士学位




工作经历
2007-2010 北京师范大学 环境学院 讲师
2010-2011 北京师范大学 环境学院 岗位副教授
2012-今 北京师范大学 环境学院 副教授 博导




教学信息
本科生课程《环境数据分析》
《环境生态工程设计》
《专业基础综合实习》
研究生课程《环境数学》
《环境科学最新进展》
《环境学野外调查与实验方法》





科研项目
1.水专项子课题:《白洋淀-大清河生态廊道生态需水量核算技术》 2018-2020，子课题编号2018ZX**-1子课题负责人
2.国家自然科学基金面上项目:《淡水恢复工程驱动下黄河三角洲湿地生态系统服务动态权衡模型》2016-2019课题负责人
3.国家重大研发计划重点专项项目课题《河湖沼系统生态需水整体核算及调控技术》2017-2020课题技术负责人
4.国家重点研发计划重点专项项目《人类活动对典型生态系统结构与功能影响及安全阈值》2018-2021子课题负责人
5.国家自然科学基金委联合基金项目《黄河三角洲盐沼湿地退化与生态保护机制研究》2018-2022 子课题负责人
6.中国工程院咨询研究项目《我国滨海湿地生态修复技术规范战略研究》2018-2019 课题学术骨干
7.国家自然科学基金面上项目:《维持湿地服务功能的生态流量阈值研究》2013-2016课题负责人
8.国家自然科学基金青年基金:《考虑非传统水资源的城市河流生态需水规律及优化配置》2010-2012课题负责人
9.国家十一五水专项子课题：《白洋淀流域入淀水量综合保障技术与工程示范子课题》（项目号2008ZX07209-009-4）2008-2011课题负责人
10.高等学校博士学科点专项科研基金:《基于量质统一考虑的城市河流生态用水优化配置研究-以北京市为例》2009-2011课题负责人
11.北京师范大学自主科研基金:《再生水回用于景观水体的生态特征及风险评估》2011-2012课题负责人
12.国家973计划课题《围填海对湿地水生态过程影响机理和模拟》2013-2016课题学术骨干
13.国家自然科学基金重点项目《浅水草型湖泊生态水文过程演变机制与综合调控》2015-2019课题学术骨干
14.国家重点发展研发计划《梯级水电开发下流域生态系统格局变化及生态修复》2016-2020课题学术骨干
15.国家创新团队项目（水生态方向）《重大工程建设对湿地水生态过程与功能的影响及调控机理》2012-2016课题学术骨干
16.国家重大水专项《白洋淀流域生态需水保障及水生态系统综合调控技术与集成示范》2008-2012课题学术骨干
17.国家基金项目《环境水利》2006-2010课题学术骨干
18.国家自然科学基金重点项目《水坝工程的生态风险及安全调控机理研究》2009-2013课题学术骨干
19.GEF海河项目《山西省潞城市水资源与水环境综合管理规划(IWEMP)编制》2008-2009课题学术骨干




科教成果
??
学术论文
[1] Li Xiaoxiao,Yang Wei*, Sun Tao, Su Liya. Framework of multidimensional macrobenthosbiodiversity to evaluate ecological restoration in wetlands. EnvironmentalResearch Letters. 2019, 14: 054003
[2]Pei Jun, YangWei*, Cai Yanpeng, Yi Yujun, Li Xiaoxiao. Relationship between vegetation andenvironment in an arid-hot valley in Southwestern China. Sustainability. 2018,10(12): 4774
[3]Yang Wei*,JinYuwan, Sun Tao, Yang Zhifeng, Cai Yanpeng, Yi Yujun. 2018. Trade-offs amongecosystem services in coastal wetlands under the effects of reclamationactivities. Ecological Indicators. 92, 354-366.
[4]Yang Wei*, LIXiaoxiao, Jin Yuwan, Sun Tao. 2018. The impact of multiple seashore reclamationactivitieson vegetation cover in the Yellow River Delta, China:implications based on structural equation modeling. 22,283-292.
[5]Qi Man, SunTao*, XueSufeng, Yang Wei, Shao Dongdong, Martinez-Lopez Havier. 2018.Competitive ability, stress tolerance and plant interactions along stressgradients. Ecology.99(4), 848-857.
[6] Zhang Heyue,Sun Tao*, Xue Sufeng, Yang Wei, Shao Dongdong. 2018. Habitat-mediated, density-dependent dispersal strategies affecting spatial dynamics of populations in ananthropogenically - modi?ed landscape.Science of the Total Environment. 2018, 625, 1510-1517.
[7] Pang Aiping,Li Chunhui*, Sun Tao, Yang Wei, YangZhifeng. 2018. Trade-off analysis todetermine environmental flows in a highly regulated watershed.ScientificReports. 8, 14130.
[8] Yi Yujun,Zhou Yang,Cai Yanpeng, Yang Wei, Li Zhiwei, Zhao Xu. 2018. The influence ofclimate change on an endangered riparian plant species: The root of riparianHomonoia. Ecological Indicators, 92,40-50.
[9]YangWei,Li Xiaoxiao, Pei Jun, Sun Tao, Shao Dongdong, Bai Junhong, LiYingxia. 2017. Bioavailability of trace metals in sediments of a recoveringfreshwater coastal wetland in China's Yellow River Delta, and risk assessmentfor the macrobenthic community. Chemosphere. 189, 661-671.
[10]Yang Wei*, Li Xiaoxiao, Sun Tao, Pei Jun, Li Ming. 2017.Macrobenthos functional groups as indicators of ecological restoration in thenorthern part of China’s Yellow River Delta Wetlands. Ecological Indicators.82,381-391.
[11]Yang Wei*, LiXiaoxiao, Sun Tao, Yang Zhifeng, Li Ming. 2017.Habitat heterogeneity affects the ef?cacy ofecological restoration by freshwater releases in a recovering freshwatercoastal wetland in China's Yellow River Delta. Ecological Engineering. 104,1-12.
[12]Yang Wei*, Li Ming, Sun Tao, Jin Yuwan. 2017. The joint effect oftidal barrier construction and freshwater releases on the macrobenthoscommunity in the northern Yellow River Delta (China). Ocean & CoastalManagement. 136, 83-94.
[13]Li Ming, Yang Wei*, Jin Yuwan, 2017. The joint effect of tidalbarrier construction and freshwater releases on the macrobenthos community inthe northern Yellow River Delta (China). Ocean& Coastal Management. 136,83-94.
[14]Yang Wei*, SunTao, Yang Zhifeng. 2016. Does the implementation ofenvironmental flows improve wetland ecosystem services and biodiversity? Asystematic assessment.Restoration Ecology. 24 (6), 731-742.
[15]Jin Yuwan,Yang Wei*,Sun Tao, Yang Zhifeng, Li Ming.2016. Effects of seashore reclamation activities on the health of wetlandecosystems: a case study in the Yellow River Delta, China. Ocean & CoastalManagement. 123, 44-52.
[16]Li Ming, Yang Wei*, Sun Tao, Jin Yuwan. 2016. Potential ecologicalrisk of heavy metal contamination in sediments and macrobenthos in coastalwetlands induced by freshwater releases: a case study in the Yellow RiverDelta, China. Marine Pollution Bulletin. 103(1-2), 227-239.
[17]Li Ming, YangWei*, Sun Tao. 2015. Effects of freshwater releaseson the delivery of ecosystem services in coastal wetlands of the Yellow RiverDelta using an improved input-state-output approach. Wetlands. 36, 103-112.
[18]Yang Wei*, Sun Tao,Yang Zhifeng, Li Ming. 2016. Effect of seashorereclamation activities on the macrobenthos community in coastal wetlands of theYellow River Delta, China: a literature review and systematic assessment. Ocean& Coastal Management.129, 1-9.
[19]Zhang Heyue, SunTao*, Shao Dongdong, Yang Wei. 2015. Fuzzy logicmethod for habitat suitability evaluation in an estuary affected by LandReclamation. Wetlands. 36, 19-30.
[20]Shen XM, Sun Tao*,Tang Shi, Yang Wei. 2015. Short-term response ofaquatic metabolism to hydrologic pulsing in the coastal wetlands of YellowRiver Delta. Wetlands. 36,81-94.
[21]Yang Wei*, Yang Zhifeng. 2014. Integrating ecosystem-servicetradeoffs into environmental flows decisions for Baiyangdian Lake. EcologicalEngineering. 71(4), 539-550.
[22]Yang Wei*, Yang Zhifeng. 2014. Analyzing hydrologicalregimevariability and optimizing environmental flow allocation to lake ecosystems inasustainable water management framework: model development and a casestudy for China's Baiyangdian watershed. ASCE-Journal of HydrologicEngineering.19, 993-1005.
[23]Yang Wei *, Yang hifeng. 2014. Evaluation of sustainableenvironmental flows based on the valuation of ecosystem services: a case studyfor the Baiyangdian Wetland,China. Journal of Environmental Informatics. 24(2),90-102.
[24]Yang Wei *, Yang Zhifeng. 2014. Effects of long-term environmentalflow releases on the restoration and preservation of Baiyangdian Lake, aregulated Chinese freshwater lake. Hydrobiologia. 730(1), 79-91.
[25]Yang Wei *, Yang Zhifeng. 2013. Development of a long-term,ecologically oriented dam release plan for the Lake Baiyangdian Sub-basin,Northern. China. Water Resource Management. 27,485-506.
[26]Yang Zhifeng, Qin Yan,Yang Wei. 2013. Assessing and classifyingplant-related ecological risk underwater management scenarios in China’s YellowRiver Delta Wetlands. Journal of Environmental Management.130, 276-287.
[27]Qin Yan, Yang Zhifeng, Yang Wei*. 2014. Valuation of the loss ofplant-related ecosystem services caused by water stress in the wetland ofChina’s Yellow River Delta. Acta Ecologica Sinica. 34, 98-105.
[28]Yang Wei *, Yang Zhifeng, Qin Yan. 2011. An optimization approachfor sustainable release of e-flows for lake restoration and preservation: modeldevelopment and a case study of Baiyangdian Lake, China. Ecological Modelling.222 (14), 2448-2455.
[29]Yang Wei *. 2011.A multi-objective optimization approach toallocate environmental flows to the artificially restored wetlands of China’sYellow River Delta. Ecological Modelling. 222(2):261-267.
[30]Yang Wei *. 2011.Variations in the ecosystem service values inresponse to changes in environmental flows: a case study of Baiyangdian Lake,China. Lake and Reservoir Management. 27(1): 95-104.
[31]Zheng Chong, Yang Wei*, Yang Zhifeng. 2011. Strategies formanaging environmental flows based on the spatial distribution of waterquality: A case study of Baiyangdian Lake, China.Journal of EnvironmentalInformatics. 18(2), 84-90.
[32]Yang Wei *, Yang Zhifeng. 2010. An interactive fuzzy satisfyingapproach for sustainable water management in the Yellow River Delta, China.Water Resources Management. 24 (7),1273-1284.
[33]Sun Lian, Cai Yanpeng, Yang, Wei, et al., Climatic variationswithin the dry valleys in southwestern China and the influences of artificialreservoirs. Climatic Change. 2019,155(1): 111-125.
[34]Zhang Pingping, Cai, Yanpeng, Yang, Wei, et al. Multiplespatio-temporal patterns of vegetation coverage and its relationship withclimatic factors in a large dam-reservoir-river system. Ecological Engineering.2019, 138: 188-199.
[35]Ding Yu, Liu Haifei, Yang Wei. Numerical predication of theshort-term trajectory of microplastic particles in Laizhou Bay. Water. 2019,11: 2251
[36]Ding, Yu, Liu Haifei, Yang, Wei, Xing Liming. The assessment ofecological water replenishment scheme based on the two-dimensionallattice-Boltzmann water age theory. Journal of Hydro-environment Research.2019, 25: 25-34.
[37]Liu Hongrui, Yin Xinan, Xu Zhihao, Cai Yanpeng, Yang Wei. Effectsof reservoir operation methods on downstream ecological disturbance andeconomic benefits. River Research and Applications. 2019, 35(7): 955-965
[38]Yin XA, Yang ZF,Yang W, Zhao YW, Chen H. 2010. Optimized reservoiroperation to balance human and river in ecosystem needs: model development, anda case study for the Tanghe reservoir, Tang river basin, China. HydrologicalProcesses. 24(4),461-471.
[39]Wei Yang, Jun Nan, Dezhi Sun. 2008. An online water qualitymonitoring and management system developed for the Liming river basin inDaqing, China. Journal of Environmental Management. 88(3), 318~325.
[40]Yang W*, Sun DZ,Yang ZF. 2008. A simulation framework for waterallocation to meet the environmental requirements of urban rivers: modeldevelopment and a case study for the Liming River in Daqing City, China,Environmental Fluid Mechanics.8(4), 333-347.
[41]Dezhi Sun, Wei Yang. 2007. Genetic algorithm solution of greynonlinear water environment management models developed for the river Liming inDaqing, China. Journal of Environmental Engineering-ASCE. 133(3), 287-293.
[42]W. Yang, D. Z.Sun. 2006. A genetic algorithm-based fuzzymulti-objective programming approach for environmental water allocation. WaterScience and Technology: Water Supply.6(5), 43-50.
[43]Yang W*, Yang ZF,Bi XX. 2009. Water resources allocation based onET management: a case study of Lucheng City, China. River Basin Research andPlanning Approach. 491-496.
[44]Yang W*, Yang ZF. 2009. Estimation of dynamic e-flows release ofBaiyangdian Lake, a shallow freshwater lake, China. ISEM 2009, pp193.
[45]Wei Yang*, Zhifeng Yang, Chong Zheng. 2011. Sustainableenvironmental flow management based on lake quality protection: the case ofBaiyangdian Lake, China. Procedia Environmental Sciences. The 19th ISEM. Sep20-23, 2011, Beijing, China.
[46]Chong Zheng, Wei Yang*. 2011.Optimized allocation of waterresources in Baiyangdian watershed, China. Procedia Environmental Sciences. The19th ISEM. Sep 20-23, 2011,Beijing,China.
[47]Yan Qin, Zhifeng Yang, Wei Yang. 2010. A novel index system forassessing ecological risk under water stress in the Yellow River Delta Wetland.Procedia Environmental Sciences.2,535-541.
[48]Wei Yang*, ZhifengYang. 2009.A multi-objective optimizationapproach for the ecological water allocation of the wetlands in the YellowRiver Delta, China. International Conference on Implementing EnvironmentalWater Allocation.
[49]Wei Yang*, ZhifengYang. 2009.Estimation of dynamic e-flows releaseof Baiyangdian Lake, a shallow freshwater lake, China. The 17th Biennial ISEMConference. Quebec, Canada.
[50]杨薇，赵彦伟，刘强，孙涛. 白洋淀生态需水：进展及展望. 湖泊科学. 2019.
[51]杨薇，靳宇弯，孙立鑫，孙涛，邵冬冬. 基于生产可能性边界的黄河三角洲湿地生态系统服务权衡强度. 自然资源学报, 2019,34(12): 2516-2528
[52]裴俊，杨薇*，王文燕. 2018. 淡水恢复工程对黄河三角洲湿地生态系统服务的影响.北京师范大学学报（自然科学版）. 54(1), 104-112.
[53]杨薇*，裴俊，李晓晓，孙涛，王文燕. 2018. 黄河三角洲退化湿地生态修复效果的系统评估及对策.北京师范大学学报（自然科学版）. 54(1), 98-103.
[54]李晓晓，杨薇*，孙涛，邵冬冬. 2018. 黄河故道尾闾湿地大型底栖动物群落对生态补水的响应研究. 北京师范大学学报（自然科学版）. 54(1), 64-72.
[55]杨薇*,李晓晓,李铭,孙涛. 2017. 基于Logistic回归模型的黄河三角洲淡水恢复湿地大型底栖生物种群分布模拟. 生态学报.37(22), 1-10.
[56]靳宇弯,杨薇*,孙涛, 李铭. 2015. 围填海活动对黄河三角洲滨海湿地生态系统的影响评估. 湿地科学. 13(6): 682-689.
[57]秦燕, 杨薇*，李铭，谢涛. 2015 基于土壤水分运移模拟的黄河三角洲湿地生态缺水量研究. 湿地科学. 13(6): 690-695
[58]杨薇*, 杨志峰, 孙涛. 2008. 湿地生态需水量与配水研究进展. 湿地科学. 6(4), 531-535.
·国家发明专利
1.杨志峰, 尹心安, 陈贺, 杨薇. 一种兼顾人类和生态需求的水库兴利库容确定方法. 国家发明专利（专利号：ZL0.6）
2.杨志峰，尹心安，杨薇，陈贺. 一种面向河流生态流量维持的水库优化调度方法. 国家发明专利（专利号：ZL6.3）
3.杨志峰，尹心安，杨薇. 一种基于水库调度的河流生态流量管理方法. 国家发明专利（专利号：ZL 3.5）
4.杨志峰, 尹心安, 杨薇. 面向河流生态系统保护的流域地表水可利用量确定方法. 国家发明专利（专利号：ZL9.5）
5.杨志峰, 郑冲, 杨薇. 一种考虑污染胁迫的浅水湖泊生态需水量估算方法.国家发明专利.（专利号：ZL 4.1）
6.杨志峰, 于世伟, 陈贺, 杨薇. 一种人为干扰河流生态需水阈值计算方法. 国家发明专利（申请号：8.9）
7.杨志峰, 杨薇. 一种面向生态服务功能维持的湿地生态需水计算方法. 国家发明专利.（申请号: 29）
8.杨薇，李晓晓，孙涛.一种利用食物网稳定性评价湿地生态补水实施效果的方法.北京师范大学.申请号：8.3
9.邵冬冬，周薇薇，孙涛，杨薇.一种植物长期暴露于浅水波环境的模拟装置.北京师范大学.申请号：1.2
·专著
1.杨志峰,崔保山,孙涛,陈贺,杨薇. 湿地生态需水机理、模型和配置. 北京：科学出版社.2012.
2.杨薇，杨志峰，孙涛，赵彦伟，李晓晓. 2018. 湿地生态流量调控模型及效应.北京：科学出版社 ISBN 978-7-03-059722-9
·奖励
1.杨志峰, 崔保山, 孙涛, 白军红, 陈贺, 杨薇, 尹心安, 刘强, 赵旭, 李媛, 王强, 刘新会, 赵彦伟, 陈彬. 湿地生态需水整合模型、优化配置与生态调度技术. 2011.教育部高等学校科学研究优秀成果奖科技进步一等奖.
2.白军红, 刘静玲, 杨薇. 2012年北京师范大学教育教学成果二等奖.
3.2013年北京师范大学“京师英才”奖.





社会任职
??中国生态学会会员
中国环境科学学会会员
北京生态修复学会会员





其他信息




研究方向
1. 湿地生态流量调控效应研究
2. 湿地生态系统稳定性机制
3. 湿地生态系统服务权衡机制




联系方式
??联系地址：北京市海淀区新街口外口大街19号
邮政编码：100875
Email：yangwei@bnu.edu.cn



ENGLISH