研究队伍
院士专家
百人计划
杰出青年
研究员
副研究员
人才招聘
“百人计划”招聘
姓名:
李锋瑞性别:
男
专家类别:
省、部级有突出贡献专家/享受政府特殊津贴专家/中国科学院百人计划入选者/博士生导师学历:
博士
电话:
**传真:
无
电子邮件:
lifengrui@lzb.ac.cn个人主页:
无
邮政编码:
730000通讯地址:
甘肃省兰州市东岗西路320号
简历:
1993年在兰州大学生物系获生态学博士学位
1993–1995年在荷兰瓦格宁根大学农学系做博士后研究
1996–1998年在兰州大学干旱农业生态国家重点实验室工作
1998–1999年在美国耶鲁大学森林与环境研究院访问学者
1999年底入选中科院“百人计划”。
2000年以来,主要以科尔沁沙地生态系统和荒漠绿洲生态系统为研究区域,系统开展了科尔沁沙地植被退化-土壤风蚀-土地沙漠化过程互馈机理及调控途径、荒漠绿洲生态系统土壤动物群落区系分布特征及其对生态水文环境变化的响应、戈壁荒漠灌丛植被斑块格局的地面/土壤节肢动物多样性维持与保育功能、土地利用变化与土地管理对植被-土壤水文-生物群落协同演变的联合驱动机制等方面的研究。
先后主持完成了中科院“百人计划”项目、国家973项目专题、中科院寒旱所二期知识创新工程前沿领域项目、中科院创新团队国际合作伙伴计划项目课题及国家自然科学基金面上项目等多项科研课题。出版学术专著1部,在AnnalsofBotany、SoilBiology&Biochemistry、JournalofVegetationScience、Agriculture,Ecosystems&Environment、PlantandSoil、Ambio、Catena、Soil&TillageResearch、BiodiversityandConservation、JournalofInsectConservation、JournalofAridEnvironments、ActaOecologica、AgriculturalWaterManagement、GrassandForageScience等多种国际主流期刊发表论文36篇,在国内核心期刊发表论文120余篇。发表的论文被74种国际SCI期刊他引500余次。目前是多种国际SCI期刊论文的审稿人。
研究方向:
(1)人文地理学(主要研究领域为荒漠绿洲生态系统地上/地下组分的相互关系及其对气候变化和人类活动的响应)
(2)生态学(主要研究领域为灌丛斑块类型和植物多样性与地面/土壤动物多样性的关系及其协同进化机理)
职称:
研究员
职务:
生态与农业研究室副主任
社会任职:
甘肃省省政协常委、省政协人口与资源环境委员会委员、甘肃省知联会副会长。
获奖及荣誉:
代表论著:
[1]LiFR,LiuJL,LiuCA,YangR,RenW,2012.Effectsofnativedesertvegetationconversiontoplantationsonsoilfaunacommunityassembly.SoilBiology&Biochemistry(inpress)
[2]LiFR,LiuJL,LiuCA,LiuQJ,NiuRX,2012.Shrubsandspeciesidentityeffectsonthedistributionanddiversityofground-dwellingarthropodsinaGobidesert.JournalofInsectConservation,Online20July2012,DOI10.1007/s10841-012-9512-1.
[3]LiuJL,LiFR,LiuCA,LiuQJ,2012.InfluencesofshrubvegetationondistributionanddiversityofagroundbeetlecommunityinaGobidesertecosystem.BiodiversityandConservation21:2601–2619.
[4]ZhouZY,LiFR,ChenSK,ZhangHR,LiG,2011.Dynamicsofvegetationandsoilcarbonandnitrogenaccumulationover26yearsundercontrolledgrazinginadesertshrubland.PlantandSoil341:257–268.
[5]WangQ,LiFR,ZhaoL,ZhangEH,ShiSL,ZhaoWZ,SongWX,VanceMM,2010.Effectsofirrigationandnitrogenapplicationratesonnitratenitrogendistributionandfertilizernitrogenloss,wheatyieldandnitrogenuptakeonarecentlyreclaimedsandyfarmland.PlantandSoil337:325–339.
[6]LiFR,2009.Habitatdegradation,topographyandrainfallvariabilityinteracttodetermineseeddistributionandrecruitmentinsanddunegrassland.JournalofVegetationScience20:847–859.
[7]LiFR,ZhaoWZ,LiuJL,HuangZG,2009.Degradedvegetationandwinderosioninfluencesoilcarbon,nitrogenandphosphorusaccumulationinsandygrasslands.PlantandSoil317:79–92.
[8]LiFR,ZhaoWZ,KangLF,LiuJL,HuangZG,2009.Seeddistributionoffourco-occurringgrassesaroundArtemisiahalodendronshrubsinasandyhabitat.ActaOecologica35:444–451.
[9]LiFR,2008.Presenceofshrubsinfluencesthespatialpatternofsoilseedbanksindesertherbaceousvegetation.JournalofVegetationScience19:537–548.
[10]LiFR,KangLF,GaoXQ,HuaW,2007.Traffic-relatedheavymetalaccumulationinsoilsandplantsinNorthwestChina.SoilandSedimentContamination16:473–484.
[11]LiFR,WangT,ZhangAS,ZhaoLY,KangLF,ChenW,2005.Wind-dispersedseeddepositionpatternsandseedlingrecruitmentofArtemisiahalodendroninamovingsandyland.AnnalsofBotany96(2):69–80.
[12]LiFR,ZhangAS,DuanSS,KangLF,2005.PatternsofreproductiveallocationinArtemisiahalodendroninhabitingtwocontrastinghabitats.ActaOecologica28:57–64.
[13]LiFR,ZhaoLY,ZhaoXY,ZhangTH,LiG,2005.Therelativeimportanceofpre-andpost-germinationdeterminantsforrecruitmentofanannualplantcommunityonmovingsandyland.AnnalsofBotany96(7):1182–1191.
[14]LiFR,KangLF,ZhangH,ZhaoLY,ShiratoY,TaniyamaI,2005.ChangesinintensityofwinderosionatdifferentstagesofdegradationdevelopmentingrasslandsofInnerMongolia,China.JournalofAridEnvironments62:567–585.
[15]LiFR,ZhaoLY,ZhangH,ZhangTH,ShiratoY,2004.WinderosionandairbornedustdepositioninfarmlandduringspringintheHorqinSandyLandofeasternInnerMongolia,China.Soil&TillageResearch75:121–130.
[16]LiFR,LiG,KangLF,HuangZG,WangQ,LiuJL,2004.EffectsofanurseshrubonseeddepositionandseedlingrecruitmentoftheannualAgriophyllumsquarrosum.WebEcology7:94–105.
[17]LiFR,ZhangH,ZhaoLY,ShiratoY,WangXZ,2003.Pedoecologicaleffectsofasand-fixingpoplar(PopulussimoniiCarr.)forestinadesertifiedsandylandofInnerMongolia,China.PlantandSoil256:431–442.
[18]LiFR,ZhangH,ZhangTH,ShiratoY,2003.VariationsofsandtransportationratesinsandygrasslandsalongadesertificationgradientinnorthernChina.Catena53:255–272.
[19]LiFR,GaoCY,ZhaoHL,LiXY,2002.SoilconservationeffectivenessandenergyefficiencyofalternativerotationsandcontinuouswheatcroppingintheLoessPlateauofnorthwestChina.Agriculture,Ecosystems&Environment91:101–111.
[20]LiFR,ZhaoAF,ZhouHY,ZhangTH,ZhaoX,2002.EffectsofsimulatedgrazingongrowthandpersistenceofArtemisiafrigidainsemiaridsandyrangelands.GrassandForageScience57:239–247.
[21]LiFM,YanX,LiFR,GuoAH,2001.Effectsofdifferentwatersupplyregimesonwateruseandyieldperformanceofspringwheatinasimulatedsemi-aridenvironment.AgriculturalWaterManagement47:25–35.
[22]LiFR,CookS,GeballeGT,BurchWR,2000.Rainwaterharvestingagriculture:anintegratedsystemforwatermanagementonrainfedlandinChina’ssemi-aridareas.Ambio29:477–483.
[23]LiFR,ZhaoSL,GeballeGT,2000.Waterusepatternsandagronomicperformanceforsomecroppingsystemswithandwithoutfallowcropsinasemi-aridenvironmentofnorthwestChina.Agriculture,Ecosystems&Environment79:129–142.
[24]LiFR,2000.Theeffectsoffrequencyofcuttingandcultivarontheperiodofleafexpansioninwhiteclovergrowninmixedswards.GrassandForageScience55:280–285.
[25]LiFR,1999.SeverityofdamagetoTrifoliumrepensleavesbycertaininvertebratespeciesinmixedperennialryegrass/whitecloverswards:responsetocultivar,cuttingfrequencyandswardcharacteristics.GrassandForageScience54:137–143.
[26]CookS,LiFR,WeiHL,2000.RainwaterharvestingagricultureinGansuProvince,China.JournalofWaterandSoilConservation55:112–114.
承担科研项目情况:
1.黑河中游不同土地利用/覆被下地下生态过程对水文环境变化的响应(国家自然科学基金重大研究计划培育项目,批准号:**,2011–2013年)
2.灌丛植被斑块格局的地面/土壤动物多样性维持与变异机制(国家自然科学基金面上项目,批准号:**,2012–2015年)
其他备注: