|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
土壤盐渍化研究现状及未来研究热点
DOI: 10.11821/xb201209008, PP. 1233-1245
Keywords: 盐渍土,研究进展,现状,热点
Abstract:
随着全球气候暖化问题的日益加剧,土壤盐渍化问题已经成为各国关心的全球性问题,全球约有7%的土地受到盐渍化的威胁,而且这个数字还在上升。我国是土壤盐渍化比较严重的国家,盐渍化土壤面积大,分布广,对区域农业发展构成了严重的威胁。本文对70年来我国土壤盐渍化研究的内容框架进行了梳理和概括,并结合国内外的相关研究成果对已有研究中存在的不足进行了评述;借助文献数据库和相关数据共享网络对近30年来国内外盐渍土研究的趋势和总体概况进行了总结,提出了新形势下土壤盐渍化研究的5个重点领域和方向,旨在为今后开展盐渍土研究提供新的思路。
| [1] | GhassemiF,JakemanAJ,NixHA.Salinisationoflandandwaterresources:Humancauses,extent,managementandcasestudies.Canberra,Australia,1995:1-3.
|
| [2] | GoossensR,VanRanstE.TheuseofremotesensingtomapgypsiferoussoilsintheIsmailiaProvince(Egypt).Geoderma,1998,87:47-56.
|
| [3] | WangJiali,HuangXianjin,ZhongTaiyangetal.Reviewonsustainableutilizationofsalt-affectedland.ActaGeographicaSinica,2011,66(5):673-684.[王佳丽,黄贤金,钟太洋等.盐碱地可持续利用研究综述.地理学报,2011,66(5):673-684.]
|
| [4] | YangJingsong.Developmentandprospectoftheresearchonsalt-affectedsoilsinChina.ActaPedologicaSinica,2008,45(5):837-845.[杨劲松.中国盐渍土研究的发展历程与展望.土壤学报,2008,45(5):837-845.]
|
| [5] | ZhuTingyun.TheTreatmentMethodsinSalt-effectedIrrigationArea.Beijing:AgriculturePress,1992.[朱庭芸.灌区土壤盐渍化防治.北京:农业出版社,1992.]
|
| [6] | ShiYuanchun,XinDehui.ComprehensiveTreatmentMethodsofWaterandSaltMovementandDroughtsandSalinizationintheHuang-Huai-HaiPlain.Shijiazhuang:HebeiPeople'sPress,1983.[石元春,辛德惠.黄淮海平原的水盐运动和旱涝盐碱的综合治理.石家庄:河北人民出版社,1983.]
|
| [7] | BreslerE.Simultaneoustransportofsolutesandwaterundertransientunsaturatedflowcondition.WaterResour.Res.,1973,(9):975-986.
|
| [8] | GuoQuanen.Theresponsemechanismofsoilsalinitytransferanddiversityruletoenvironmentfactor[D].Yangling,Shaanxi:NorthwestA&FUniversity,2010.[郭全恩.土壤盐分离子迁移及其分异规律对环境因素的响应机制[D].陕西杨凌:北农林科技大学,2010.]
|
| [9] | KinraideT.B.InteractionsamongCa2+,Na+andK+insalinitytoxicity:Quantitativeresolutionofmultipletoxicandameliorativeeffects.JournalofExperimentalBotany,1999,50(338):1495-1505.
|
| [10] | AcostaJA,JansenB,KalbitzKetal.Salinityincreasesmobilityofheavymetalsinsoils.Chemosphere,2011,85:1318-1324.
|
| [11] | HallLW,AndersonRD.Theinfluenceofsalinityonthetoxicityofvariousclassesofchemicalstoaquaticbiota.CRCCriticalReviewsinToxicology,1995,25(4):281-346.
|
| [12] | FrancoisLE,MaasEV,DonovanTJetal.Effectofsalinityongrainyieldandquality,vegetativegrowth,andgerminationofsemi-dwarfanddurumwheat.Agron.J.,1986,78(6):1053-1058.
|
| [13] | KaterjiN,VanHoornJW,HamdyAetal.Effectofsalinityonwaterstress,growth,andyieldofmaizeandsunflower.AgriculturalWaterManagement,1996,30(3):237-249.
|
| [14] | ZengL,ShannonMC,LeschSM.Timingofsalinitystressaffectsricegrowthandyieldcomponents.AgriculturalWaterManagement,2001,48(3):191-206.
|
| [15] | GuoQuanen,WangYiquan,MaZhongmingetal.Effectofvegetationtypesonsoilsaltionstransferandaccumulationinsoilprofile.ScientiaAgriculturaSinica,2011,44(13):2711-2720.[郭全恩,王益权,马忠明等.植被类型对土壤剖面盐分离子迁移与累积的影响.中国农业科学,2011,44(13):2711-2720.]
|
| [16] | FangH,LiuG,KearneyM.Georelationalanalysisofsoiltype,soilsaltcontent,landform,andlanduseintheYellowRiverDelta,China.Environmentalmanagement,2005,35(1):72-83.
|
| [17] | ZhangMiaoxian,YangJingsong,LiDongshun.Saltmigrationcharacteristicsofsiltloamsoilbyrainstorm.ChineseJournalofEco-Agriculture,2004,12(2):47-49.[张妙仙,杨劲松,李冬顺.特大暴雨作用下土壤盐分运移特征研究.中国生态农业学报,2004,12(2):47-49.]
|
| [18] | YuShipeng,YangJingsong,LiuGuangming.ImpactonsoilsalinizationinYangtzeRiverestuarybyThree-GorgeProject.JournalofLiaoningTechnicalUniversity:NaturalScience,2009,28(6):1013-1017.[余世鹏,杨劲松,刘广明.三峡工程对长江河口土壤盐渍化演变影响.辽宁工程技术大学学报:自然科学版,2009,28(6):1013-1017.]
|
| [19] | ZhuShouquan,ShanGuangzong,HuJichangetal.PreliminaryanalysisonsoilsalinizationalonetheproposedeastrouteinSouth-to-NorthWaterTransferProject.GeographicalResearch,1984,3(4):111-118.[祝寿泉,单光宗,胡纪常等.南水北调东线沿线土壤盐渍化初步分析.地理研究,1984,3(4):111-118.]
|
| [20] | El-SabhMI.EffectoftheAswanhighdamonthedistributionofsalinityintheSuezCanal.Nature,1968,218:758-760.
|
| [21] | YuShipeng,YangJingsong,Liuguangming.Effectofclayinterlayersonsoilwatersaltmovementineasilysalinizedregions.AdvancesinWaterScience,2011,22(4):495-501.[余世鹏,杨劲松,刘广明.易盐渍区粘土夹层对土壤水盐运动的影响特征.水科学进展,2011,22(4):495-501.]
|
| [22] | LiuChunqin,YangJingsong,WuYuxietal.Soilwaterandsaltdynamicunderfilmmulcheddripirrigation.JournalofAnhuiUniversityofTechnology,2010,27(1):94-97.[刘春卿,杨劲松,吴玉喜等.覆膜滴灌条件下土壤水盐运移规律.安徽工业大学学报:自然科学版,2010,27(1):94-97.]
|
| [23] | MaWenjun,ChengQinjuan,LiLiangtaoetal.Effectofslightsalinewaterirrigationonsoilsalinityandyieldofcrop.TransactionsoftheCSAE,2010,26(1):73-80.[马文军,程琴娟,李良涛等.微咸水灌溉下土壤水盐动态及对作物产量的影响.农业工程学报,2010,26(1):73-80.]
|
| [24] | YangShuqing,YangJinzhong,ShiHaibin.Experimentalresearchoncropgrowthandsalinityofsoilunderlightsalinewaterirrigation.ChinaRuralWaterandHydropower,2008,(7):32-42.[杨树青,杨金忠,史海滨.微咸水灌溉对作物生长及土壤盐分影响的试验研究.中国农村水利水电,2008,(7):32-42.]
|
| [25] | MiYingbin,QuMing,YangJingsongetal.Effectsofrotationalirrigationwithsalinewateronsoilsalinityandcropyield.JournalofIrrigationandDrainage,2010,29(6):83-86.[米迎宾,屈明,杨劲松等.咸淡水轮灌对土壤盐分和作物产量的影响研究.灌溉排水学报,2010,29(6):83-86.]
|
| [26] | WuQinghua,ZhangWei,LinWenjingetal.Studyonsoilwaterdynamicsevolvementlawunderstrawmulchingcondition.AgriculturalResearchintheAridAreas,2009,27(4):76-82.[吴庆华,张薇,蔺文静等.秸秆覆盖条件下土壤水动态演变规律研究.干旱地区农业研究,2009,27(4):76-82.]
|
| [27] | MuyenZ,MooreGA,WrigleyRJ.SoilsalinityandsodicityeffectsofwastewaterirrigationinSouthEastAustralia.AgriculturalWaterManagement,2011,99:33-41.
|
| [28] | AljaloudAA,HussainG,AlsaatiAJetal.Effectsofwastewatersonplantgrowthandsoilproperties.AridSoilResearchandRehabilitation,1993,7(2):173-179.
|
| [29] | SlavichPG,PettersonGH.Estimatingaveragerootzonesalinityfromelectromagneticinduction(EM-38)measurements.SoilResearch,1990,28(3):453-463.
|
| [30] | SwiftCT,McintoshRE.Considerationsformicrowaveremotesensingofocean-surfacesalinity.GeoscienceandRemoteSensing,1983,(4):480-491.
|
| [31] | KerrYH,WaldteufelP,WigneronJPetal.Soilmoistureretrievalfromspace:TheSoilMoistureandOceanSalinity(SMOS)mission.GeoscienceandRemoteSensing,2001,39(8):1729-1735.
|
| [32] | YaoRongjiang,YangJingsong,LiuGuangmingetal.StudyonclassificationandevaluationofsoilsalinityprofilesusingwithelectromagneticinductionEM38.TheChineseJournalofGeologicalHazardandControl,2007,18(4):54-59.[姚荣江,杨劲松,刘广明等.电磁感应仪EM38用于土壤盐渍剖面分类与评价研究.中国地质灾害与防治学报,2007,18(4):54-59.]
|
| [33] | NaumannJC,AndersonJE,YoungDR.Linkingphysiologicalresponses,chlorophyllfluorescenceandhyperspectralimagerytodetectsalinitystressusingthephysiologicalreflectanceindexinthecoastalshrub,Myricacerifera.Remotesensingofenvironment,2008,112(10):3865-3875.
|
| [34] | YangJingsong,YaoRongjiang.EvaluationofsoilqualityinreclaimedcoastalregionsinnorthJiangsuProvince.ChineseJournalofEco-Agriculture,2009,17(3):410-415.[杨劲松,姚荣江.苏北海涂围垦区土壤质量综合评价研究.中国生态农业学报,2009,17(3):410-415.]
|
| [35] | YangQiyong,YangJingsong,LiXiaomingetal.GIS-basedsoilsuitabilityevaluationofcultivatedlandinsalinesoilimprovementdistrict.JournalofNaturalResources,2011,26(3):477-485.[杨奇勇,杨劲松,李晓明,等.基于GIS的盐渍土改良区耕地土壤适宜性评价.自然资源学报,2011,26(3):477-485.]
|
| [36] | YaoRongjiang,YangJingsong,ChenXiaobingetal.EvaluatingsoilsalinizationriskintypicalcoastalreclaimedregionsinNorthJiangsuProvince.ChineseJournalofEco-Agriculture,2010,18(5):1000-1006.[姚荣江,杨劲松,陈小兵等.苏北海涂典型围垦区土壤盐渍化风险评估研究.中国生态农业学报,2010,18(5):1000-1006.]
|
| [37] | ChenC,ThomasDM,GreenRE.Two-domainestimationofhydraulicpropertiesinmacroporesoils.SoilSci.Soc.Am.,1993,57:680-686.
|
| [38] | EllsworthTR,ShousePJ,SkaggsTHetal.Solutetransportinunsaturatedsoil:Experimentaldesign,parameterestimation,andmodeldiscrimination.SoilSci.Soc.Am.J.,1996,60(2):397-407.
|
| [39] | GuoR,FengQ,SiJetal.Progressinthestudyofmodelsforwaterandsalinitytransportinsoils.JournalofGlaciologyandGeocryology,2008,30(3):527-534.
|
| [40] | HansonB,HopmansJW,SimunekJ.Leachingwithsubsurfacedripirrigationundersaline,shallowgroundwaterconditions.VadoseZoneJournal,2008,7(2):810.
|
| [41] | LiR,ShiH,TakeoAetal.SchemeofwatersavingirrigationinautumnbasedonSHAWmodelinInnerMongoliaHetaoirrigationdistrict.TransactionsoftheChineseSocietyofAgriculturalEngineering/NongyeGongchengXuebao,2010,26(2):31-36.
|
| [42] | ZhongChongxin,ZhuoRongzong.SpartinaanglicawasimportedintoChinafortwentyyears.JournalofNanjingUniversity,1985(specialissue):31-35.[仲崇信,卓荣宗.大米草在我国的二十二年.南京大学学报,1985(专辑):31-35.]
|
| [43] | 天津攻克滨海盐碱绿化难题,江苏沿海全面推广[EB/OL].凤凰网,http://finance.ifeng.com/roll/20101118/2908215.shtml.
|
| [44] | LeteyJ,HoffmanGJ,HopmansJWetal.Evaluationofsoilsalinityleachingrequirementguidelines.AgriculturalWaterManagement,2011,98(4):502-506.
|
| [45] | ShiYuanchun.ReclamationofSaline-alkaliSoils:Diagnosis,ManagementandReclamation.Beijing:SciencePress,1986.[石元春.盐碱土改良:诊断、管理、改良.北京:农业出版社,1986.]
|
| [46] | ZhaoMingfan.Thestatusandtendencyofsalt-effectedsoilresearch.WorldForestryResearch,1994,(1):84-86.[赵明范.世界土壤盐渍化现状及研究趋势.世界林业研究,1994,(1):84-86.]
|
| [47] | MaviMS,MarschnerP,ChittleboroughDJetal.Salinityandsodicityaffectsoilrespirationanddissolvedorganicmatterdynamicsdifferentiallyinsoilsvaryingintexture.SoilBiologyandBiochemistry,2011,45:8-13.
|
| [48] | ChenEnfeng,WangRuyong,WangChunyu.Theprogressandtendencyofsalinesoilemendationinchina.ChineseJournalofSoilScience,1979,(1):1-4.[陈恩凤,王汝镛,王春裕.我国盐碱土改良研究的进展与展望.土壤通报,1979,(1):1-4.]
|
| [49] | QuallsRG,HainesBL.Geochemistryofdissolvedorganicnutrientsinwaterpercolatingthroughaforestecosystem.SoilSci.Soc.Am.J.,1991,55(4):1112-1123.
|
| [50] | KuiterAT,MulderW.Watersolubleorganicmatterinforestsoils.PlantandSoil,1993,152(2):225-235.
|
| [51] | TemminghoffEJM,VanderZeeSEATM,DeHaanFAM.Coppermobilityinacopper-contaminatedsandysoilasaffectedbypHandsolidanddissolvedorganicmatter.Environ.Sci.&Tech.,1997,31(4):1109-1115.
|
| [52] | KaiserK,ZechW.Ratesofdissolvedorganicmatterreleaseandsorptioninforestsoils.SoilScience,1998,163(9):714.
|
| [53] | GrassoD,ChinY,WeberWJ.Structuralandbehavioralcharacteristicsofacommercialhumicacidandnaturaldissolvedaquaticorganicmatter.Chemosphere,1990,21(10):1181-1197.
|
| [54] | LiRui,QuMing.Effectsofdissolvedorganicmatteronenvironment.EcologyandEnvironment,2004,13(2):271-275.[李睿,屈明.土壤溶解性有机质的生态环境效应.生态环境,2004,13(2):271-275]
|
| [55] | LinCF,LeeDY,ChenWTetal.Determinationofstabilityconstantforthedissolvedorganicmatter/copper(II)complexusingareal-timefullspectrafluorescencespectrophotometer.CommunicationsinSoilScience&PlantAnalysis.1993,24(19/20):2585-2593.
|
| [56] | MaasEV.Salinityandcitriculture.TreePhysiology,1993,12(2):195-216.
|
| [57] | AldakheelYY.AssessingNDVIspatialpatternasrelatedtoirrigationandsoilsalinitymanagementinAlHassaOasis,SaudiArabia.JournaloftheIndianSocietyofRemoteSensing,2011:1-10.
|
| [58] | ChenZirui,WangJinghong,HeGaobin.ThedistributionandevolutionofthenorthernJiangsucoastalsalinesoil.Soil,1986,(4):208-210.[陈子锐,王景宏,何高斌.苏北滨海盐渍土的分布及演变.土壤,1986,(4):208-210.]
|
| [59] | LiuGuangming,YangJingsong.Saltdynamicsinsoilunderconditionsofdifferentgroundwatertablesandsalinities.ActaPedologicaSinica.2003,40(1):65-69.[刘广明,杨劲松.地下水作用条件下土壤积盐规律研究.土壤学报.2003,40(1):65-69.]
|
| [60] | ZhangMiaoxian,YangJingsong,LiDongshunetal.Optimumgroundwaterdepthsfordifferentoptimizedobjectives.ChineseJouralofSoilScience,2001,32(suppl.1):72-75.[张妙仙,杨劲松,李冬顺等.各种优化目标的最佳地下水埋藏深度探讨.土壤通报,2001,32(增刊1):72-75.]
|
| [61] | SuarezDL,WoodJD,LeschSM.EffectofSARonwaterinfiltrationunderasequentialrain-irrigationmanagementsystem.AgriculturalWaterManagement,2006,86(1/2):150-164.
|
| [62] | WalterC,McbratneyAB,DouaouiAetal.SpatialpredictionoftopsoilsalinityintheChelifValley,Algeria,usinglocalordinaryKrigingwithlocalvariogramsversuswhole-areavariogram.SoilResearch,2001,39(2):259-272.
|
| [63] | WangZunqin.Salt-effectedSoilinChina.Beijing:SciencePress,1993.[王遵亲.中国盐渍土.北京:科学出版社,1993.]
|
| [64] | YaoZhongying,ZhaoZhengling,SuXiaolin.Applicationofsubsurfacepipedrainageindrought-proneregion.JournalofTarimUniversity,2005,17(2):76-78.[姚中英,赵正玲,苏小琳.暗管排水在干旱地区的应用.塔里木大学学报,2005,17(2):76-78.]
|
| [65] | ZhaoShaoyong.Applicationofsubsurfacepipedrainagetechnology.NingxiaA&FTechnology,2005,(6):67.[赵少勇.暗管排水技术应用.宁夏农林科技,2005,(6):67.]
|
| [66] | GaoChangyuan.Openditchdrainageandtubewelldrainage.GroundWater,2001,23(4):194.[高长远.明沟排水与竖井排灌.地下水,2001,23(4):194.]
|
| [67] | LiHuiping.Improvingthesalt-effectedsoilbyusingirrigation.HeilongjiangScienceandTechnologyofWaterConservancy,2010,(4):45-46.[李慧萍.冲洗改良盐碱土.黑龙江水利科技,2010,(4):45-46.]
|
| [68] | LiLiqun.BasicKnowledgeonSalineSoil.Beijing:SciencePress,1986.[黎立群.盐渍土基础知识.北京:科学出版社,1986.]
|
| [69] | WangXuefeng,YouWenrui.Irrigationleachingrequirementofsalt-effectedsoilwithahighlysalinizedsurfacehorizon.ActaPedologicaSinica,1994,31(2):190-196.[王学锋,尤文瑞.表层盐化土壤的灌溉淋洗需要量.土壤学报,1994,31(2):190-196.]
|
| [70] | HulugalleNR,WeaverTB,GhadiriHetal.ChangesinsoilpropertiesofaneasternAustralianvertisolirrigatedwithtreatedsewageeffluentfollowinggypsumapplication.LandDegradation&Development,2006,17:527-540
|
| [71] | 土壤盐渍化[EB/OL].互动百科,www.hudong.com/wiki/%E5%9C%9F%E5%A3%A4%E7%9B%90%E6%B8%8D%E5%8C%96?prd=citiao_right_xiangguancitiao.
|
| [72] | KangY,ChenM,WanS.Effectsofdripirrigationwithsalinewateronwaxymaize(ZeamaysL.var.CeratinaKulesh)inNorthChinaPlain.AgriculturalWaterManagement,2010,97:1303-1309.
|
| [73] | FengChen,DangGaobing,XieJiancangetal.Salt-toleranteffectofricegrass-maizeandimprovementonsalinesoil.BulletinofSoilandWaterConservation,2011,31(6):47-50.[冯琛,党高兵,解建仓等.大米草玉米的耐盐效果及对盐渍化土壤的改良试验.水土保持通报,2011,31(6):47-50.]
|
| [74] | RenZH,GaoJP,LiLGetal.Aricequantitativetraitlocusforsalttoleranceencodesasodiumtransporter.NatureGenetics,2005,37(10):1141-1146.
|
| [75] | GuangdongAgriculturalSciencesEditorialOffice.Thebreakthroughoftransgenicsalt-tolerantricebreedinginSanmen,ZhejiangProvince.GuangdongAgriculturalSciences,2010,(10):234.[《广东农业科学》编辑部.转基因耐盐水稻新品种培育在浙江三门突破.广东农业科学,2010,(10):234.]
|
| [76] | 泰国培育成功最耐盐的水稻[EB/OL].生物通网,www.ebiotrade.com/newsf/2001-9/L019113113.htm.
|
| [77] | MetternichtGI,ZinckJA.Remotesensingofsoilsalinity:potentialsandconstraints.RemoteSensingofEnvironment,2003,85(1):1-20.
|
| [78] | HuntG.,SalisburyJ,Lenhoff,C.Visibleandnearinfraredspectraofmineralsandrocks:V.Halides,phosphates,arsenates,venadatesandborates.ModernGeology,1972,3:121-132.
|
| [79] | EklundP,KirkbyS,SalimA.Dataminingandsoilsalinityanalysis.InternationalJournalofGeographicalInformationScience,1998,12:247-268.
|
| [80] | Alhammadi,MS,GlennEP.DetectingdatepalmtreeshealthandvegetationgreennesschangeontheeasterncoastoftheUnitedArabEmiratesusingSAVI.InternationalJournalofRemoteSensing,2008,29(6):1745-1765.
|
| [81] | MougenotB,PougetM,EpemaG.Remotesensingofsalt-affectedsoils.RemoteSensingReviews,1993,7:241-259.
|
| [82] | Yong-LingW,PengG,Zhi-LiangZ.AspectralindexforestimatingsoilsalinityintheYellowRiverDeltaRegionofChinausingEO-1hyperiondata.Pedosphere,2010,20(3):378-388.
|
| [83] | ZhangTT,ZengSL,GaoYetal.Usinghyperspectralvegetationindicesasaproxytomonitorsoilsalinity.EcologicalIndicators,2011,11:1552-1562.
|
| [84] | Maier-ReimerE,HasselmannK.TransportandstorageofCO2intheocean:Aninorganicocean-circulationcarboncyclemodel.ClimateDynamics,1987,2(2):63-90.
|
| [85] | LiYan,WangQinxue,MaJianetal.Water,heatandco2transferoverasalinedesertinthearidarea.ActaGeographicaSinica,2004,59(1):33-39.[李彦,王勤学,马健等.盐生荒漠地表水、热与CO2输送的实验研究.地理学报,2004,59(1):33-39.]
|
| [86] | LiuRan,WangQinxue,TangLisongetal.Seasonalvariationinwater,heatandCO2fluxesanditsdrivingforcesoverasalinedesert.ActaEcologicaSinica,2009,29(1):67-75.[刘冉,王勤学,唐立松等.盐生荒漠地表水热与二氧化碳通量的季节变化及驱动因素.生态学报,2009,29(1):67-75.]
|
| [87] | LiuYunlong,LuJun,WangRenchaoetal.Soilstructure,nutrientaccumulationandwaterretentioncharacterinerodedhillyredsoilaftervirescence.JournalofSoilandWaterConservation,2000,14(4):79-82.[柳云龙,吕军,王人潮等.低丘侵蚀红壤垦种绿化后土壤结构、养分积聚和持水性能.水土保持学报,2000,14(4):79-82.]
|
| [88] | YuRenpei,YangDaoping.StudiesontheprocessofsoilalkalizationI.theeffectofsodiumbicarbonateonthealkalizationofsoil.ActaPedologicaSinica,1982,19(4):344-350.[俞仁培,杨道平.土壤碱化过程与实质的研究:重碳酸钠对土壤碱化的作用.土壤学报,1982,19(4):344-350.]
|
| [89] | ZhengDaxian,ShaJiqin.ThechangeinsoilpropertiesunderbeefwoodshelterbeltontheaeoliansandycoastinFujiananditsinfluenceonthereforestationoftheslashland.ActaGeographicaSinica,1994,49(4):345-352.[郑达贤,沙济琴.福建滨海木麻黄林下土壤性质的变化及其对林带更新的影响.地理学报,1994,49(4):345-352.]
|
| [90] | YuShipeng,YangJingsong,LiuGuangming.StudyonpreventionandcontrolofsecondarysoilsalinizationunderintensifyingirrigationandstrawreturninginHuang-Huai-HaiPlainfarmland.JournalofIrrigationandDrainage,2009,28(3):1-4.[余世鹏,杨劲松,刘广明.优化灌溉与秸秆还田防控黄淮海平原农田土壤次生盐渍害研究.灌溉排水学报,2009,28(3):1-4.]
|
| [91] | SivapalanM,RuprechtJK,VineyNR.Waterandsaltbalancemodellingtopredicttheeffectsofland-usechangesinforestedcatchments.1.Smallcatchmentwaterbalancemodel.HydrologicalProcesses,1996,10(3):393-411.
|
| [92] | SivapalanM,VineyNR,RuprechtJK.Waterandsaltbalancemodellingtopredicttheeffectsofland-usechangesinforestedcatchments:2.Coupledmodelofwaterandsaltbalances.HydrologicalProcesses,1996,10(3):413-428.
|
| [93] | SivapalanM,VineyNR,JeevarajCG.Waterandsaltbalancemodellingtopredicttheeffectsofland-usechangesinforestedcatchments.3.Thelargecatchmentmodel.HydrologicalProcesses,1996,10(3):429-446.
|
| [94] | DennenyCM,ElliottHA.Soiladsorptionofcadmiumfromsolutionscontainingorganicligands.JournalofEnvironmentalQuality,1982,11(4):658-663.
|
| [95] | 我国成功培育出耐盐小麦新品种[EB/OL].新华网,http://news.xinhuanet.com/newscenter/2009-05/03/content_11303840.htm.
|
| [96] | ZhangKunpu,YangXiufeng,ZhangMin.Salt-tolerant,high-yeildwinterwheatvariety:DEKANG961.ChinaRuralScience&Technology,2003,(9):22.[张坤普,杨秀风,张敏.耐盐、高产冬小麦新品种:德抗961.中国农村科技,2003,(9):22.]
|
| [97] | LiBaoguo,LiYunzhu,ShiYuanchun.Thirtyyears(1973-2003):Researchonsoilwaterandsaltmovement.JournalofChinaAgriculturalUniversity,2003,(Suppl.1):5-19.[李保国,李韵珠,石元春.水盐运动研究30年(1973-2003).中国农业大学学报,2003,(增刊1):5-19.]
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
