近期论文
查看导师新发文章
（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）
1.刘洋，陈永娟，王晓燕*等.水库和河流沉积物中好氧甲烷氧化菌群落结构差异性研究.2018,中国环境科学,(EI)
2.刘洋，陈永娟，王晓燕*等.河流沉积物中好氧甲烷氧化菌时空分布特征.2018,湖泊科学,(EI)
3.刘洋，陈永娟，王晓燕*等.水库和河流沉积物中厌氧甲烷氧化菌群落结构时空分布特征.2018,环境科学,(EI)
4.庞树江,王晓燕*等.多时间尺度HSPF模型参数不确定性研究.2018,环境科学,(EI)
5.李泽琪，张玥，王晓燕*.2018，基于多层次分配单元的水污染负荷分配方法及应用.2018,资源科学，
6.RunzheGeng,WangXiaoyan*.AnimprovedexportcoefficientmodelforpriorityareaidentificationandloadestimationunderdifferenthydrologicalyearinMiyunreservoirwatershed,Beijing,China.2017,FreseniusEnvironmentalBulletin,26(7):4808-4816(SCI)
7.ChenYongjuan,LiuYang,WangXiaoyan*.Spatiotemporalvariationofbacterialandarchaealcommunitiesinsedimentsofadrinkingreservoir,Beijing,China.2017,AppliedMicrobiologyandBiotechnology,101(8)：3379-3391(SCI)
8.RunzheGeng,PeihongYin,QianruGong,WangXiaoyan*,AndrewN.Sharpley.BMPOptimizationtoImprovetheEconomicViabilityofFarmsintheUpperWatershedofMiyunReservoir,Beijing,China.2017,Water,9,633:1-16(SCI)
9.刘洁，庞树江,何杨洋，王晓燕*.基于小流域产流特征的磷流失关键源区识别研究.2017，农业工程学报，33(20):241-249(EI).
10.庞树江,王晓燕*.改进的流域尺度非点源总氮输出系数模型.2017，农业工程学报，33(18):213-223(EI).
11.张质明，王晓燕*等.一种基于实验结果约束条件的水质模型参数率定方法.2017,中国环境科学,37(3)：956-962(EI)
12.张质明,王晓燕*等.未来气候变暖对北运河通州段自净过程的影响.2017,中国环境科学,37(2):730-739(EI)
13.杜伊，胡玮璇，王晓燕等.北京市北运河水体中化学需氧量组分含量及其可生化性研究.2017,湿地科学，15(3):470-477
14.刘洋,于洋,王晓燕*等.北运河闸坝区水体氨氧化微生物及硝化活性特征研究.2016,环境科学学报,36(11):4044-4052
15.鲍林林，王晓燕*等.北运河沉积物中主要脱氮功能微生物的群落特征.2016,中国环境科学,36(5)：1520-1529(EI)
16.耿润哲，王晓燕*等.潮河流域非点源污染流失关键因子识别及污染控制分区.2016,中国环境科学,36(4)：1258-1267(EI)
17.陈永娟，胡玮璇，庞树江，王晓燕*.北运河水体中荧光溶解性有机物空间分布特征及来源分析.2016，环境科学,37(8):3017-3025(EI)
18.OuYang,WangXiaoyan*,etal.LandscapeInfluencesonWaterQualityinRiparianBufferZoneofDrinkingWaterSourcesArea,NorthernChina.2016,EnvironmentalEarthSciences,75,1-14DOI10.1007/s12665-015-4884-7(SCIIF1.572)
19.LinlinBao,ChenYongjuan,WangXiaoyan*.AbundanceandDistributionofAmmonia-OxidizingMicroorganismsinSedimentsofBeiyunRiver,China.2016,AnnalsofMicrobiology,66(3),1075-1086DOI:10.1007/s13213-016-1191-9(SCIIF1.232)
20.何阳洋，王晓燕*等.小流域坡面产流产沙过程及影响因子分析.2015，农业工程学报，31(24):134-141.(EI)
21.耿润哲,张鹏飞,庞树江,王晓燕*等.2015,不同气候模式对密云水库流域非点源污染负荷的影响.农业工程学报,31(22):240-249(EI)
22.陈永娟，耿润哲，王晓燕等.北运河水系主要污染物通量特征研究.2015，环境科学学报,35(7):2167-2176
23.鲍林林，陈永娟，王晓燕*.河流沉积物氮循环主要微生物的生态特征.2015,微生物学通报,42(6):1141-1150
24.耿润哲，李明涛，王晓燕*等.基于SWAT模型的流域土地利用格局变化对面源污染的影响.2015，农业工程学报，31(16):241－250(EI)
25.耿润哲，王晓燕*等.小流域非点源污染管理措施的多目标优化配置模拟.2015，农业工程学报，31(2):211-220(EI)
26.鲍林林，陈永娟，王晓燕*.北运河沉积物中氨氧化微生物的群落特征.2015,中国环境科学,35(1)：179~189(EI)
27.RunzheGeng,XiaoyanWang*,etal.PhosphorusSorptionCharacteristicsofSoilsfromDifferentLandUsesinaSmallHeadwaterwatershedofMiyunReservoirofBeijing,China.2015,FreseniusEnvironmentalBulletin,24(12):4425-4434(SCI)
28.GengRunzhe,XiaoyanWang*,etal.Spatially-distributedcost-effectivenessanalysisframeworktocontrolphosphorusfromagriculturaldiffusepollution.2015,PLOSONE,10(8):1-22e0130607.doi:10.1371/journal.pone.0130607(SCI)
29.GengRunzhe,XiaoyanWang*,etal.DevelopingandtestingaBestManagementPracticesToolforestimatingeffectivenessofnonpointsourcepollutioncontrol.2015,EnvironmentalEarthSciences,74(4):3645-3659(SCI)
30.XiaoyanWang*,etal.Impactofcarbonsourceamendmentonammonia-oxidizingmicroorganismsinreservoirripariansoil.2015,AnnalsofMicrobiology,65:1411–1418(SCIIF1.039)
31.OuY,WangXY*,etal.Assessmentofspatio-temporalpatternsofwaterqualityandapportionmentofpollutionsourcesinthewatersupplywatershedofBeijing,China.2014,FreseniusEnvironmentalBulletin,23(2):408-417(SCI)
32.YinChengqing,WangXiaoyan.Diffusepollution:Ahiddenthreattothewaterenvironmentofthedevelopingworld.2014,JournalofEnvironmentalScience,26(9):1769(SCI)
33.AndrewSharpley,XiaoyanWang.Managementagriculturalphosphorusforwaterquality:LessonsfromtheUSAandChina.2014,JournalofEnvironmentalScience26(9):1770-1782(SCI)
34.XiaoyanWang*,etal.Abundanceandcommunitystructureofammonia-oxidizingmicroorganismsinreservoirsedimentandadjacentsoils.2014,AppliedMicrobiologyandBiotechnology,98(4):1883–1892(SCI)
35.张质明，王晓燕*.基于全局敏感性分析方法的WASP模型不确定性分析.2014,中国环境科学,34(5):1336-1346(EI)
36.耿润哲，王晓燕*等.基于模型的非点源污染最佳管理措施效率评估研究进展.2014,生态学报,34(22):6397-6408
37.张质明，王晓燕*.基于GLUE法的多指标水质模型参数率定方法.2014，环境科学学报,34(7):1853-1861
38.王萃，鲍林林，王晓燕*.密云水库底泥和库滨区土壤中氨氧化细菌的多样性和丰度特征.2013，环境科学学报,33(12):3334-3340
39.耿润哲，王晓燕*等.基于数据库的农业非点源污染最佳管理措施效率评估工具构建.2013，环境科学学报,33(12):3292-3300
40.李明涛,王晓燕*.潮河流域景观格局与非点源污染负荷关系研究.2013,环境科学学报,33(6):2296-2306
41.耿润哲，王晓燕*等.密云水库流域非点源污染负荷估算及特征分析.2013,环境科学学报,33(5):1484-1492
42.孟凡德，耿润哲，欧洋，王晓燕*.最佳管理措施（BMPs）评估方法研究进展.2013,生态学报,33(5):1357-1366
43.张汪寿，李晓秀，王晓燕*等.基于多准则分析的非点源污染评价和分区—以北京怀柔区北宅小流域为例.2013,环境科学学报,33(1):258-266
44.欧洋，王晓燕*，耿润哲.密云水库上游流域不同尺度景观特征对水质的影响.2012,环境科学学报,32(5):1219-1226
45.张汪寿，李晓秀，王晓燕*.北运河武清段水污染时空变异特征.2012,环境科学学报,32(4):836-846
46.ZhimingZhang,XiaoyanWang*,etal.TheOverPollutedWaterQualityAssessmentofWeiheRiverBasedonStatistics.2012,ProcediaEnvironmentalScience,13:1271-1282(EI)
47.ZhangYue,WANGXiaoyan*,etal.Methodofmulti-levelwasteloadallocationsystemforWeiheXian-Xianyangunit.2012,ProcediaEnvironmentalScience,13:943-953(EI)
48.Zhangwangshou,WANGXiaoyan*,etal.DiffuseexportofnutrientsunderdifferentlandusesintheirrigationareaoflowerBeiyunheRiver(China).2012,ProcediaEnvironmentalScience,13:1363-1372(EI)
49.YuYang,WANGXiaoyan*,etal.DegradationofInorganicNitrogeninBeiyunRiverofBeijing,China.2012,ProcediaEnvironmentalScience,13:1069-1075(EI)
50.XiaoyanWANG*,etal.ImpactofCriticalSourceArea(CSA)onAnnAGNPSSimulation.2011,WaterScienceandTechnology,64(9):1767-1773(SCI)
51.OuYang,WangXiaoyan*.GISandordinationtechniquesforstudyingwatershedcharacteristicsinfluenceonriverwaterquality.2011,WaterScienceandTechnology,64(4):861-870(SCI)
52.王晓燕*，林青慧.DEM分辨率与子流域划分对AnnAGNPS模型模拟的影响.2011,中国环境科学,31:2065-2070(EI)
53.张汪寿，李晓秀，王晓燕*.北运河下游灌区不同土地利用方式非点源氮素输出规律.2011,环境科学学报，31(12):2698-2706
54.李建辉，李晓秀，张汪寿，王晓燕*.基于地统计学的北运河下游土壤养分空间分布探讨.2011,地理科学，31(8):1001-1006
55.XiaoyanWANG*,etal.EffectofDEMmeshsizeonAnnAGNPSsimulationandslopecorrection.2010,EnvironmentalMonitoringandAssessment,171(1-4):267-277(SCI)
56.ZhimingZhang,XiaoyanWANG*,etal.WatersimulationmethodbasedonBPNNresponseandanalyticgeometry.2010,ProcediaEnvironmentalSciences，2：226–453(EI)
57.XiaoyanWANG*,etal.Absorption/desorptionofsoilphosphorusmobilizationinasmallwatershed,China.2010,GeochimicaetCosmochimicaActa,74(12)(SCI)
58.WangXiaoyan*,etal.ApplicationoftheSEBALmethodinwaterresourcesmanagementintheYellowRiverDeltaofChina.2010,DesalinationandWaterTreatment,19(3):212-218(SCI)
59.XiaoyanWANG*,QingFENG,YafanZHANG,JieYIN,ShuhuaiDUAN,VladimirNOVOTNY.PublicperceptionsforenvironmentalmanagementinsourceareaofdrinkingwaterofBeijing,China.2010,EnvironmentalEngineeringResearch，15(1):49-56
60.VladimirNovotny,XiaoyanWang,etal.ComparativeAssessmentofPollutionbytheUseofIndustrialAgriculturalFertilizersinFourRapidlyDevelopingAsianCountries.2010,Environment,Developments,andSustainability,12(4):491-509(SCI)
61.杨龙，王晓燕*等.基于磷阈值的富营养化风险评价体系研究.2010,中国环境科学,30(S1):29-34(EI)
62.欧洋，王晓燕*.景观对河流生态系统影响研究进展.2010，生态学报，30(23):6624-6634
63.XueYifeng,WangXiaoyan*，etal.Simulationofnon-pointsourcepollutiononthebasinofChaoheRiverbyHSPFmodel.2009,JournalofSichuanUniversity(EngineeringEdition),41(2)：357-363(EI)
64.WangXiaoyan*，etal.RelationshipbetweenthevariationofwaterqualityinriversandthecharacteristicsofwatershedatMiyun,Beijing,China.2009,ChineseJournalofGeochemistry,19(1):112-118(EI)
65.王晓燕*等.最佳管理措施对非点源污染控制效果的预测—以北京密云县太师屯镇为例.2009，环境科学学报，29(11):2440-2450
66.王晓燕*等.基于物质流分析的北京密云水库上游流域磷循环特征研究.2009，环境科学学报，29(7)：1549-1560
67.OuYang,WangXiaoyan*.Identificationofcriticalsourceareas(CSAs)fornonpointsourcepollutioninMiyunwatershednearBeijing,China.2008,WaterScienceandTechnology,58(11):2235-2241(SCI)
68.LinQinhui,WangXiaoyan*.SoilErosionPredictionUsingRUSLEwithGIS—AcasestudyinupperChaobaiRiverbasinofChina.IEEEInternationalGeoscienceandRemoteSensingSymposium(IGARSS)2006,7.31-8.04，Denver,ColoradoUSA(EI).
69.WangXiaoyan*.ManagementonagriculturalnonpointsourcepollutioninChina:Currentstatusandchallenges.2006,WaterScienceandTechnology,53(2):1-9(SCI)
70.WangXiaoyan*,etal.EconomicapproachforControlAgriculturalNonpointSourcePollutioninChina.2005,ChineseGeographicalScience,15(4):297-302(SCI)
71.WangXiaoyan*.DiffusepollutionfromlivestockfeedinginChina.2005,ChineseJournalofGeochemistry，24(2),189-193(EI)
72.王晓燕*等.北京密云水库石匣小流域非点源污染物流失量的定量研究.2004,地理科学，24(2):227-231
73.WangXiaoyan*.NutrientlossfromvariouslandareasinShixiasmallwatershedofMiyuncounty,Beijing,China.2003,ChineseJournalofGeochemistry,22(2):173-178(EI)
74.王晓燕*等.北京密云水库石匣小流域土地利用方式与氮磷流失规律.2003,环境科学研究，16(1):33-36
75.WangXiaoyan,etal.CharacterofdiffusepollutioninthewatershedofMiyunreservoir,Beijing,China.2002,ChineseJournalofGeochemistry,21(1):89-95.(EI)
76.WangXiaoyan,etal.Studyonthedistributionofnon-pointsourcepollutioninthewatershedofMiyunreservoir,Beijing,China.2001,WaterScienceandTechnology,44(7):35-40(SCI)
77.王晓燕，等.北京永定河水体有机有毒污染物致突变性研究.2001,地球化学,30(6):612-616
京公网安备 11010802027423号