박사

인도네시아에서 Maesopsis eminii 임목개량을 위한 선발육종 연구

남송희 2015년
논문상세정보
' 인도네시아에서 Maesopsis eminii 임목개량을 위한 선발육종 연구' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • early selection
  • genetic diversity
  • height/diameter
  • m. eminii
  • microsatellite dna marker
  • progeny test
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
173 0

0.0%

' 인도네시아에서 Maesopsis eminii 임목개량을 위한 선발육종 연구' 의 참고문헌

  • 한국임학회지
    이재선 한상억 한국임학회지 84(3):356-360 [1995]
  • 임목육종 50년
    국립산림과학원 국립산림과학원.pp.11-156 [2006]
  • 박사
  • de-LucasAI,Robledo-ArnuncioJJ,HidalgoE,andGonzalez-MartinezSC.2008.Matingsystem andpollengeneflow inmediterraneanmaritimepine.Heredity100:390-399.
  • ZobelBandTalbertJ.1984.appliedTreeImprovement.JohnWiley& Sons.New York.
  • WuHX.1999.Studyofearlyselectionintreebreeding.2.Advantagethroughshorteningthebreedingcycle.SilvaeGenetica4:78-83.
  • WrightJW.1976.IntroductiontoForestGenetics.AcademicPressInc.LondonLtd.
  • WorldBank.2006.Sustainingeconomicgrowth,rurallivelihoods,andeconomicbenefits:strategicoptionsforforestassistancein Indonesia.Jakarta,Indonesia.
  • WillanRL.1988.EconomicReturnsfrom TreeImprovementinTropicalandSub-tropicalConditions.(Revised1994ed.)DanidaForestSeedCentre.TechnicalNote,No.36.
  • Widiyatno,Soekotjo,Naiem M,PurnomoS,andSetiyantoPE.2014.Earlyperformanceof23dipterocarp speciesplanted in logged-overrain forest.JournalofTropicalForestScience26(2):259?266.
  • WeiZ,QuZ,HouC,LiuY,ZhangL,YangL,andWeiH.2015.Geneticdiversityandparentalanalysisofopen-pollinatedprogeniesofLarixolgensisseedorchard.JournalofNatureandScience1:1-6.
  • WeiXandBorralhoNMG.1998.GeneticcontrolofgrowthtraitsofEucalyptusurophyllaS.T.BlakeinSouthEastChina.SilvaeGenetica47:158?165.
  • WebbDB,WoodPJ,andSmithJ.1984.Guidetospeciesselectionfortropicalandsubtropicalplantations,2ndedition,revised.TropicalForestry PaperNo.15.Oxford:CommonwealthForestryInstitute.London,England.p.256.
  • WaxlerMSandvanBuijtenenJP.1981.EarlygeneticevaluationofLoblollypine.Can.J.For.Res.11:351-355.
  • WakeleyPC.1971.Relationofthirtieth-yeartoearlierdimensionsofSouthernpines.For.Sci.17:200-209.
  • Varis E.2011.Stand growth and managementscenarios forParaserianthesfalcataria smallholder plantations in Indonesia.M.Sc.Degree in ForestEcology.UniversityofHelsinki,DepartmentofForestSciencesViikkiTropicalResourcesInstitute(VITRI).
  • Tuomela K,Otsamo A,Kuusipalo,J,Vuokko R,and Nikles G.1996.Effectofprovenancevariationandsingling andpruning onearlygrowthofAcaciamangiumWilld.plantationonImperatacylindrica(L.)Beauv.dominatedgrassland.For.Ecol.Manage.84:241-249.
  • TauerCG andMcnew RW.1985.Inheritanceandcorrelationof growthofShortleafpineintwoenvironments.SilvaeGenet.34;5-11.
  • Suharlan A,SumarnaK,andSudionoJ.1975.Yieldtableof ten industrialwoodspecies.In:InformasiTeknis,No.39:1993.ForestResearchandDevelopmentCentre,Bogor,Indonesia.p.39.
  • Steenberg B. 1983. Forestry in developing countries. Kungl. Skogs-chLantbruksakademiensTidskrift.3:149-166.
  • StapeJL,BinkleyD,andRyanMG.2004.Eucalyptusproductionandthesupply,useandefficiencyofuseofwater,lightandnitrogenacrossageographicgradientinBrazil.For.Ecol.Manage.193:17?31.
  • SreenivasanMS andDharmarajPS.1991.MaesopsiseminiiEngl.-A fastgrowingshadetreeforcoffee.IndianCoffee55(7):17-20.
  • SqillaceAEandGanselCR.1974.Juvenile-mature correlationinSlashpine.For.Sci.20:225-229.
  • SchoenDJandBrownAHD..1991.Intraspecificvariationinpopulationgenediversityandeffectivepopulationsizecorrelateswiththematingsystem inplants.Proc.Natl.Acad.Sci.,USA88:4494-4497.
  • ScaranelloMAS,AlvesLF,VieiraSA,CamargoPB,JolyCA,andMartinelliLA.2012.Height-diameter relationships of tropicalAtlantic moist forest trees insoutheasternBrazil.Sci.Agric.69(1):26-37.
  • SandrasegaranK.1966.PermanentSamplePlotInformationonStocking,GrowthandYieldofMaesopsiseminiiEngl.ResearchPamphletNo.49.ForestResearchInstituteMalaysia,Kepong.
  • SPGS.2009.TreePlantingGuidelinesforUganda.
  • RuotsalainenS.2002.Managing breeding stockintheinitiationofalong-term treebreedingprogram [dissertation].FinnishForestResearchInstitute,ResearchPapers.p.875.
  • RumpinSeedSourcesandNursery TechnologyCentre(RSSNC).2006.ImplementationPlanForExperimentalForest,pp.2-8,pp.69-70.
  • RumpinSeedSourcesandNuresryTechnologyCentre(RSSNC).2007b.FinalreportonExperimentalForest.Indonesia.
  • RumpinSeedSourcesandNuresryTechnologyCentre(RSSNC).2007a.GeneticMarterialSelectionandCollectionforPotential-PlantationTreeImprovementinIndonesia.pp.4-13.
  • RosleineD.2013.Recoveryprocessofdegradedforestsinprotectedareas,WestJava,Indonesia,GraduateSchoolofScienceandEngineeringKagoshimaUniversity.
  • Romm J.1989.Forestryfordevelopment:somelessonsfrom Asia.TheJournalofWorldForestResourceManagement4(1):37-46.
  • RitlandK.2004.Multilocusmatingsystem program MLTR.version3.1.UniversityofBritishColumbia,Canada.http://genetics.foresty.ubc.ca/ritland/programs.
  • RitlandK.2002.Extensionsofmodelsfortheestimationofmatingsystemsusingnindependentloci.Heredity88:221-228.
  • RitlandK andJainS.1981.A modelfortheestimationofoutcrossingrateandgenefrequenciesusingindependentloci.Heredity47(1):35-52.
  • Ritland.K..1989.Correlation mating in the partialselfer,Mimulus guttatus.Evolution 43:pp.848-859.
  • Radciffe R..1985.A note on the cultivation and growth of Maesopsis eminiiEngl.(Musizi).TheIndianForester111:760-764.
  • PoorterL,Bongers L,Sterck FJ,and W?llH.2003.Architecture of53rain forest tree species differing in adult stature and shade tolerance.Ecol.84:602?608.http://dx.doi.org/10.1890/0012-9658(2003)084[0602:AORFTS]2.0.CO;2.
  • PeakallR.and Smouse ME..2006.GENALEX 6.41 :Genetic analysis in Excel.Population geneticsoftwareforteaching and research.MolecularEcology Notes6:288-295.
  • O’MalleyDM andBawaKS.1987.Matingsystemsofatropicalrainforesttreespecies.Am.J.Bot.74:1143-1149.
  • O’ConnellLM,MosselerA,andRajoraOP.2006.Impactsofforestfragmentationonthematingsystem andgeneticdiversityofwhitespruce(Piceaglauca)atthelandscapelevel.Heredity97:418-426.
  • OtsamoR.2000.Secondaryforestregenerationunderfast-growingforestplantationsondegradedImperatacylindricagrassland.New Forests19:69-93.
  • Otsamo A.2001.Forestplantations on Imperata grasslands in Indonesia -establishment,silvicultureandutilisationpotential.DoctoralThesis,UniversityofHelsinkiTropicalForestryReports23.p.85.
  • OhCY,HanSU,Kim CS,KangKS,andLeeBS.2008.Geneticgainanddiversityin a clonalseed orchard ofPinuskoraiensisundervariousthinning intensities.KoreanJ.Breed.Sci.40:263-268.
  • ObidzinskiK andDermawanA.2010.SmallholdertimberplantationdevelopmentinIndonesia:whatispreventingprogress?InternationalForestryReview 12(4):339-348.
  • Nuryanto K.2007.EffectofMedia and Cutting Position from Node to RootSystem ofMaesopsiseminiiShootCutting,SSNTDP,Jakarta,Indonesia.
  • Noh ER,and Yim KB.1979.Study on theheritabilitiesof Pinusdensiflora.KoreanJ.For.Soc.44:36-42.
  • Nkafamiya II,Barminas JT,Aliyu BA,and Osemeahon SA.2011.Swellingbehaviourofkonkoli(Maesopsiseminii)galactomannanhydrogels.InternationalRes.J.PlantSci.2(3):78-86.http://www.interesjournals.org/IRJPS.
  • NirsatmantoA,SetyajiT,and SuripS.2013.Trendofrealized geneticgainobserved in second-generation seedling seed orchardsofAcacia mangium inSouthKalimantan,Indonesia.J.For.Res.10(1):57-64.
  • NeiM.1978.MolecularEvolutionary Genetics.ColumbiaUniversity Press,NewYork.p.512.
  • NeiM.1978.Estimation ofaverageheterozygosity andgeneticdistancefrom asmallnumberofindividuals.Genetics89:583-590.
  • Ndema A and Missanjo E.2015.Tree Growth Response ofPinusoocarpaAlong Different Altitude in Dedza Mountain Forest Plantation.Agri.For.Fisheries4(1):24-28.
  • NationalResearchCouncil,1991.Managing globalgeneticresources:foresttrees,ISBN 0-309-04390-5.NationalAcademicPress,Washington,D.C.p.228.
  • Namkoong,G.andM.T.Conkle..1976.TimetrendsingeneticcontrolofheightgrowthinPonderosapine.For.Sci.22;pp.2-12.
  • Namkoong G,UsanisRA,and Silem RR.1972.Age-relatedvariation in geneticcontrolofheightgrowthinDouglas-fir.J.Theor.AppliedGenet.42;15-159.
  • NamSHandZulfahmi.2006.Implementationplanforexperimentalforest,PublishedbyRSSNC.
  • NaitoY,KanzakiM,IwataH,ObayashiK,LeeSL,MuhammadN,OkudaT,andTsumuraY.2008.Density-dependentselfinganditseffectsonseedperformanceinatropicalcanopytreespecies,Shoreaacuminata(Dipterocarpaceae).For.Ecol.Manage.256:375?383.
  • NairPKR.1989.Agroforestrysystemsinthetropics.KluwerAcademicPublishers,DordrechtandICRAF,Nairobi.p.672.
  • NaSJ,LeeHS,Kim IS,KangKS,andHanSU.2014.EstimationofGeneticGainandDiversity underGenetic Thinning Models in a Breeding Seed Orchard ofQuercusacutissima.JournalofAgriculture& LifeScience48(2):51-58.
  • MurawskiDA and Hamrick JL.1991.The effectofthe density offloweringindividualsonthematingsystemsofninetropicaltreespecies.Heredity67:167-174.
  • Murashige T,and Skoog F.1962.A revised medium forrapid growth andbioassayswithtobaccotissuecultures.Physiolplant15:478?479.
  • MullinTJ,AnderssonB,BastienJC,BeaulieuJ,BurdonRD,DvorakWS,KingJN,KondoT,KrakowskiJ,andLeeSJ.2011.Economicimportance,breedingobjectivesand achievements.In:Plomion C,BousquetJ,and Kole C (Eds.),Genetics,genomicsandbreedingofconifers.Abingdon:CRCPress;pp.40?127.
  • Mulawarman,Roshetko JR,Sasongko SM,and Irianto D.2003.Tree seedmanagement-seedsources,seedcollectionandseedhandling:afieldmanualforfieldworkersandfarmers.InternationalCentreforResearchinAgroforestryandWinrockInternational,Bogor,Indonesia.
  • Morris DM,Parker WH,and Seabrook R.1992.Some considerations whenselecting young jack pine familiesusing growth andform traits.Can.J.For.Res.22:429-425.
  • MoriguchiY,TaniN,ItooS,KanehiraF,TanakaK,YomogidaH,TairaH,andTsumuraY.2005.Geneflow andmatingsystem infiveCryptomeriajaponicaD.Donseedorchardsasrevealedbyanalysisofmicrosatellitemarkers.TreeGenetics& Genomes1:174-183.
  • MoriguchiY,Taira H,TaniN and Tsumura Y..2004.Variation ofpaternalcontribution in a seed orchard of Cryptomeria japonica determine usingmicrosatellitemarkers.CanJForRes34:pp.1683-1690.
  • MolPW andWiersum KF.1990.Communalmanagementof forestsinSouthandSoutheastAsia,WageningenAgriculturalUniversity,Wageningen.
  • MinistryofForestry(MoF).2007.DataStrategisKehutanan.
  • MinistryofForestry(MoF).2006.Rencanapembangunanjangkapanjangkehutanantahun2006-2025.Jakarta.
  • MinistryofForestry(MoF).1992.ManualKehutanan.Indonesia,Jakarta.
  • Ministry ofForestry(MoF).2010.Daftarrealisasipencadangan arealHTR danIUPHHK-HTR(s/d12Pebruari2010).Jakarta.http://www.dephut.go.id/files/HTR_12_Peb_2010.pdf
  • MillarMA,Byrne M,Nuberg I,and Sedgley M.2008.High outcrossing andrandom pollen dispersalin a planted stand ofAcacia saligna subsp.Salignarevealedbypaternityanalysisusingmicrosatellites.TreeGenetics& Genomes4:367?377.DOI10.1007/s11295-007-0115-z.
  • MesenJF, BoshierDH,andCornelliusJP.1994.GeneticimprovementoftreesinCentralAmerica,withparticularreferencetoCostaRica,pp249?255.In:LeakeyRRBandNewtonAC(Eds),TropicalTrees:thepotentialfordomesticationandtherebuildingofforestresources,HMSO,London.
  • MengLai,XiaomeiSun,DongshengChen,YunhuiXie,andShougongZhang.2014.Age-related trends in genetic parameters for Larix kaempferi and the.irimplicationsforearlyselectionBMCGenetics,15(Suppl1):S10http://www.biomedcentral.com/1471-2156/15/S1/S10
  • McKinleyCR andvanBuijtenenJP.1998.Principlesand techniquesofselectioninTreeBreeding.In:MandalAK andGibsonGL(Eds.),1998.ForestGeneticsandTreeBreeding.CBSPublishersand Distributors.New Delhi.pp.1-15.
  • McKeandSE.1988.Optimum ageforfamilyselectionforgrowthingenetictestsofloblolypine.ForestSci.34:400-411.
  • Matziris DI.. 2000. Genetic variation genetic gain from Black pine treeimprovement.SilvaeGenet.49(1):96-104.
  • MathesonA.,EldridgeDJ,BrownAG,andSpencerDJ.1986.Woodvolumegainsfromfirst-generationradiatapineseedorchards. ForestResearchCSIRO,Canberra,DFRUserSeriesNo.4.
  • ManurungGES,RoshetkoJM,BudidarsonoS,andTukanJC.2006. DudukuhantreefarmingsystemsinWestJava:How tomobilizeself-strengtheningofcommunity-basedforestmanagement?WorldAgroforestryCentre(ICRAF)?Bogor,Indonesia,WinrockInternationalandWorldAgroforestryCentre(ICRAF)? Bogor,Indonesia.
  • MaidM andBhumibhamonS.2009.TimorMountainGum ImprovementProgram inEasternThailand.J.SustainableDevelop.2(1):176-181.
  • LindgrenD andMullinTJ.1998.Relatednessandstatusnumberinseedorchardcrops.Can.J.For.Res.28:276-283.
  • LindgrenB.2011.TheeconomicimpactinIndonesiaandAustraliaofinvestmentinplantationforestryresearch,1987?2009.ACIAR ImpactAssessmentSeries71.AustralianCentreforInternationalAgriculturalResearch:Canberra.p.89.
  • Lindgren D and Matheson AC.1986.An algorithm forincreasing the geneticquality of seed from seed orchards by using the better clones in higherproportions.SilvaeGenet.35:173-175.
  • LiB,McKeanS,andWeirR.1999.Treeimprovementandsustainableforestry-impactoftwocyclesofloblollypinebreedingintheU.S.A.For.Genet.40(5-6):169-173.
  • Leksono B,SusilowatiS,and Rosiawan H.1996.Provenance trialofAcaciamangium and Acacia crassiocarpa in Riau Province,Indonesia.In:TropicalPlantation Establishment: Improving Productivity through GeneticPractices(Rimbawanto A, Widyatmoko A, Suhaendi H, Furukoshi T, Eds),ProceedingsInternationalSeminar,19-21December,1996,Yogyakarta,Indonesia.ForestTreeImprovementResearchandDevelopmentInstitute,PartIII,pp.12-21.
  • LantzCW.1975.Naturalvariation-raw materialforgeneticgain.In:ForestTreeImprovement - The third decade,B.Thielges,(ed.) 24th Annual Forestrysymposium,LouisianaStateUniversity,Division ofContinuing Education.BatonRouge,Louisiana.pp.15-18.
  • LambethCC,GladstoneWT,andStonecypherRW.1983.StatisticalefficiencyofrowandnoncontiguousfamilyplotsingenetictestsofLoblollypine.SilvaeGenet.32;24-28.
  • LacazeJF.1978.Advancesinspeciesandprovenanceselection.Unasylva30:17-20.
  • KwonYR,RyuKO,ChoiHS,KwonHY,andAhnYH..2007.Growthperformanceamong 12 provenances of 30-year-old loblolly pine (Pinus taeda) in Wonju,southernpartofKorea.KoreanJ.Breed.Sci.39:412-418.
  • Kwon YR,Ryu KO,Kim IS,andLeeKY.2006.Growth performanceofPinusdensifloraintroducedfrom sixprovenancesofJapanatChungju,Korea.JournalofKoreaForestSociety95(3):250-255.
  • KurinobuSandRimbawantoA.2002.GeneticimprovementofplantationspeciesinIndonesia-SummaryofProjectAchievement(JICA ForestTreeImprovementPhaseII).:RimbawantoA,andSusantoM (Eds).ProceedingsofInternationalConferenceonAdvancesinGeneticImprovementofTropicalTreeSpecies.CentreforForestBiotechnologyandTreeImprovement,Yogyakarta,Indonesia.pp.1-6.
  • KurinobuS,DaryonoP,Naiem M,andMatsuneK.2007.A stem taperequationcompatible to volume equation for Paraserianthes falcatariain Pare,EastJava,Indonesia: its implications for the plantation management. Journal of ForestResearch12:473?478.
  • Kurinobu S,NirsatmantoA,andLeksonoB.1996.Prediction ofgeneticgain bywithin plotselection in seedling seed orchards ofand with an application ofretrospectiveselectionindex.:DietersMJ,MathesonAC,NiklesDG,HarwoodCE,WalkerSM (Eds).Treeimprovementforsustainabletropicalforestry.ProceedingoftheQFRI-IUFRO Conference,Caloundra,Australia,27October-1November1996.pp.158-163.
  • Kumar S and Lee J.2002.Age-age correlations and early selection forend-of-rotationwooddensityinRadiatapine.For.Genet.9:323-330.
  • KrisnawatiH,KallioM,andKanninen M.2011.Acaciamangium Willd.:ecology,silvicultureandproductivity.CIFOR,Bogor,Indonesia.p.12.
  • KremerA.1992.Predictionsofaga-agecorrelationsoftotalheightbasedonserialcorrelations between heightincrements in Maritime pine (Pinus pinaster Ait.).Theor.AppliedGen.85;152-158.
  • Kramer H and Akca A.1995.Leitfaden zur Waldme lehre.J.D.Sauerlander,Frankfurta.M.
  • Kj rED,and FosterGS.1996.Economicgainsfrom treeimprovementofteak.TechnicalNoteNo43.TheWorldBank/DanidaForestSeedCentre.
  • Kj r ED,Lauridsen EB,and Wellendorf H.1995.Second Evaluation of anInternational Series of Teak Provenance Trials. Danida Forest Seed Center.Humlebaek.Denmark.
  • Kingston B.1974.Growth and yield ofMaesopsiseminiiin Uganda.TechnicalNoteNo.200/74,UgandaForestDepartment.
  • KingGM.,GugerliF,FontiP,andFrankDC.2013,Treegrowthresponsealonganelevationalgradient:climateorgenetics?Oecologia,doi:10.1007/s00442-013-2696-6.
  • KienND,JanssonG,HarwoodC,andThinhHH.2009.Geneticcontrolofgrowthandform inEucalyptusurophyllainNorthernVietnam.J.Tropic.For.Sci.21(1):50?65.
  • KenyaForestryResearchInstitute.2009.Maesopsiseminii.TreeSeedInformationLeafletNo.26.
  • KangKSandSonSG.2012.GrowthPerformancesof100Open-pollinatedFamiliesinanEarlyTestofMaesopsisinwest-Java,Indonesia.For.Sci.Technol.8(3):173-178.
  • KangKS,El-KassabyYA,HanSU,andKim CS.2005.Geneticgainanddiversityunder different thinning scenarios in a breeding seed orchard of Quercusaccutissima.For.Ecol.Manage.212:405-410.
  • KangH..1985.Juvenileselectionintreebreeding;Somemathematicalmodels.SilvaeGenet.34:75-84.
  • Kang KS,El-KassabyYA,ChoiWY,HanSU,andKim CS.2003.GeneticgainanddiversitycausedbygeneticthinninginaclonalseedorchardofPinusdensiflora.SilvaeGenet.52(5-6):220-223.
  • Kang KS,Bila AD,Lindgren D,and ChoiWY.2001.Predicted drop in genediversity over generations in the population where the fertility varies amongindividuals.SilvaeGenet.50:200-205.
  • Ivkovi?M.,Wu HW,McRaeTA,and Matheson AC.2006.Developing breedingobjectivesforradiatapinestructuralwoodproduction.II.Sensitivityanalyses.Can.J.For.Res.36:2932-2942.
  • Indufor.2012.Strategicreview onthefutureofforest plantations.reportfortheForestStewardshipCouncil(FSC),Bonn,Germany.
  • IPB,2007.GeneticMaterialSelection and Collection ofPotential-Plantation TreeSpecies.RSSNC.
  • HuschB,BeersTW,andKershaw JA..2003.ForestMensuration.Edke-4.Hoboken,NewJersey:JohnWiley& Sons.
  • HuangW,LuukkanenO,JohansonS,KaarakkaV,RaisanenS,andVihemakiH.2001.Agroforestry for biodiversity conservation of nature reserves: functional groupidentificationandanalysis.AgroforestrySystems55:65-72.
  • HolsingerKE.2000.Reproductivesystemsand evolutionin vascularplants.Proc.Natl. Acad.Sci.USA 97:7037-7042.
  • HodgeGRandWhiteTL.1992.Geneticsparameterestimatesfor growthtraitsatdifferentagesinslashpineandsomeimplicationsforbreeding.SilvaeGenetica41:252-252.
  • Hegde M,Palanisamy K,and YiJS.2013.Acacia mangium Willd.- A FastGrowingTreeforTropicalPlantation.J.For.Sci.29(1):1-14.
  • HardnerC and Tibbits W.1998.Inbreeding depression forgrowth,wood andfecunditytraitsinEucalyptusnitens.For.Genet.5:11?20.
  • HanSU,SongJH,andYiJS.2007b.Estimationofearlyselectionusingage-agecorrelation by stem analysis in Pinus koraiensis.In:Korean White Pine(Pinuskoraiensis)Ⅱ,Jae-SeonYi(Ed.),TheSocietyforKoreanWhitePine.pp.51-60.
  • HanSU,OhCY,Kim CS,andYiJS.2008.Realizedgeneticgainsandheritabilitiesforgrowthtraitsinopen-pollinatedprogeniesofAbiesholophyllaMax.J.For.Sci.24:41-46.
  • HanSU,OhCY,Kim CS,Kim YJ,KangKN,andLeeSM.2007a.Timetrendsforgeneticparametersofgrowthtraitsinopen-pollinatedprogeniesofPinusdensiflora.KoreanJ.Breed.Sci.39(4):457-463.
  • HanSU,ChoiSK,andShim SY.1986:15thyearresultsofprogenytestofPinusdensiflora S.etZ.in Korea.Research Reportofthe ForestGenetics ResearchInstitute(22):65-69.
  • HanSU,ChoiSK,KwonHM,andChangDK.1987.Geneticparameterestimatedfrom 16-yearoldopen-pollinatedprogeniesofPinuskoraiensisS.etZ.inKorea.Res.Rep.lnst.For.Gen.Korea23:52-56.
  • Han SU,Sohn SI,Kim JH,and Jhun GS.1991.Determination of age-agecorrelationandoptimum selectionagethroughjuvenileselectionefficiencyinPinusdensifloraS.etZ.KoreanJ.Breed.Sci.23(2):139-144.
  • Han SU,Kang KS,Cheon BH,andKim CS.2007c.Realized GeneticGainsandHeritabilitiesforHeight,DBH,andVolumeGrowthinOpen-PollinatedProgeniesofPinusThunbergii.KoreanJ.Breed.Sci.39(1):15-19.
  • HallJM,GillespieTW,andMwangokaM.2011.Comparison ofAgroforestsandProtected Forestsin theEastUsambaraMountains,Tanzania.Environ.Manage.48:237-247.237?247.DOI10.1007/s00267-010-9579-y.
  • GunnBV andMidgleySJ.1991.Exploringandassessingthegeneticresourcesoffourselected tropicalacacias.pp.45-69,Advancesin tropicalacacia research -Proceedings of an international workshop held in Bangkok, Thailand, 11-15February1991.
  • GlobalForestResourcesAssessment2010?mainreport.FAO ForestryPaperNo.163.
  • GlennTCandSchableNA.2005.MethodsinEnzymology395:202-222.
  • Girardina CAJ, Farfan-Riosb W, Garciab K, Feeleyc KJ, J rgensend PM,MurakamieAA,PerezdLC,SeidelfR,PaniaguagN,ClarosdAFF,MaldonadofC,SilmanbM,SalinasaM,ReynelhC,NeillDA,SerranoiM,CaballeroeCJ,CuadroshMLT, Mace MJ, Killeenk TJ, and Malhia Y. 2013. Spatial patterns ofabove-ground structure,biomass and composition in a network ofsix Andeanelevationtransects.PlantEcol.& Divers.7(1-2):161-171.
  • Gelder A van and Wiersum FK.1983.Wood production in tropicalagriculturalsystems.In:Wiersum FK (Ed.).Strategiesanddesignsforafforestation,reforestationandtreeplanting.Pudoc,Wageningen.p.432.
  • Gaiotto FA,Grattapaglia D,and Vencovsky R.2003.Genetic structure,matingsystem,andlong-distancegeneflow inheartofpalm (EuterpeedulisMart.).J.ofHeredity94(5):399-406.
  • FyfeJLandBaileyNTJ.1951.Plantbreedingstudiesinleguminousforagecrops.I.Naturalcrossbreedinginwinterbeans.J.AgriSci41:371-378.
  • FranklinEC.1979.ModelrelatinglevelsofgeneticvariancetostanddevelopmentoffourNorthAmericanconifers.SilvaeGenet.28:207-212.
  • FofanaIJ,LidahYJ,DiarrassoubaN,N’guettaSPA,SangareA,andVerhaegenD.2008.GeneticstructureandconservationofTeak(Tectonagrandis)plantationsinCoted’Ivoire,revealedbysitespecificrecombinase(SSR).TropicalConservationSci.1(3):279-292.
  • FederovAA.1966.Thestructureofthetropicalrainforestandspeciationinthehumidtropics.J.Ecol.54:1-11.
  • Faridah-Hanum IandMaesenLJGvander(Eds.).1997.PlantResourcesofSouth-EastAsiaNo11.AuxillaryPlants.pp.184-187.BackhuysPublishers,Leiden,theNetherlands.
  • FalconerDSandMackayTFC 1996.IntroductiontoquantitativeGenetics.FourthEditionPrenticeHall.p.464.
  • FSC.2012.Strategic Review on the Future ofForestPlantations.INDUFOR:A12-06869.p.108.
  • FAO/UNEP.1981.Tropicalforestresourcesassessmentproject.ForestresourcesoftropicalAfrica.PartII:Countrybriefs.FAO,Rome.
  • FAO.FAO 2001.StateoftheWorld’sForests.Rome.p.200.
  • FAO.2012.StateoftheWorld’sForests2012.Rome.ftp.fao.org/docrep/fao/003/y0900e/.
  • FAO.2010.GlobalForestResourcesAssessment2010?mainreport.FAO ForestryPaperNo.163.pp.85-108.Rome.www.fao.org/docrep/013/i1757e/i1757e00.ht`.
  • FAO.2000.The globaloutlook forfuturewood supply from forestplantations.GlobalForestProductsOutlookStudy.WorkingPaperSeries.Working PaperNo:GFPOS/WP/03.ChristopherBrown.Forestry Officer(Plantations).Forestry PolicyandPlanningDivision,Rome.http://www.fao.org/docrep/003/x8423e/x8423e00.htm.
  • FAO 1995.Forestresourcesassessment1990.Tropicalforestplantationresources.ForestryPaper128.FAO,Rome.p.81.
  • EnvironmentalConservationTrustofUganda(ECOTRUST).2012.Socio-economicFeasibility Assessmentfora Proposed Carbon ManagementSchemeforRuralCommunitiesinMountElgonDistrictsofMbale,BududaandManafwa.
  • El-Kassaby YA,Funda T,and LaiBSK.2010.Femalereproductivesuccessvariation in a Pseudotsuga menziesiiseed orchard as revealed by pedigreereconstructionfrom abulkseedcollection.J.ofHeredity101:164-168.
  • DanidaForestSeedCentre,SeedLeaflet,No.48,November2000.
  • Cornellius JP.1994.The effectiveness ofplus-tree selection foryield.For.Ecol.Manage.67:22?34.
  • CoomesDA and Allen RB.2007.Effectsofsize,competition andaltitudeontreegrowth.JournalofEcology95:1084?1097.
  • CollevattiRG,GrattapagliaD,andHayJD.2000.Highresolutionmicrosatellitebased analysis of the mating system allows the detection of significantbiparental inbreeding in Caryocar brasiliense, an endangered tropical treespecies.Heredity86:60-67.
  • Cloutier D,Kanashiro M.,CiampiAY,and Schoen DJ.2007.Impact ofselective logging on inbreeding and gene dispersalin an Amazonian treepopulation of Carapa guianensis Aubl. Molecular Ecology 16: 797-809.DOI:10.1111/j.1365294X.2006.03193.x.
  • CleggM..1980.Measuringplantmatingsystems.Bioscience30:814-818.
  • ChoiHS,RyuKO,andHyunJO.2009.GrowthCharacteristicsofEasternWhitePine(PinusstrobusL.)with Six Provenancesin a Hwasong Plantation.Kor.J.Breed.Sci.41(3):271-278.
  • ChoiHS,Ryu KO,Jeon DS,Kim KH,Ahn CG,and Ahn YH.2008.GrowthperformanceofPinusstrobusatfourplantationsinKorea.KoreanJ.Breed.Sci.40:377-386.
  • ChaseMR,MollerC,KesseliR,and Bawa KS.1996.Distantgeneflow intropicaltrees.Nature383:398-399.
  • ChaixG,GerberS,RazafimaharoV,VigneronP,VerhaegenD,andHamonS.2003.Geneflow estimationwithmicrosatellitesinaMalagasyseedorchardofEucalyptusgrandis.Theor.ApplGenet.107:705?712.DOI10.1007/s00122-003-1294-0.
  • Canavera,DS.1975.VariationamongtheoffspringofselectedlowerMichiganjackpines.SilvaeGenet.24:12-15.
  • CamposT,CunhaMO,SousaACB,TeixeiraRB,RaposoA,SebbennAM,andWadtLHO.2013.Matingsystem parametersinahighdensitypopulationofandirobasintheAmazonforest.Pesq.Agropec.Bras.,Brasilia48:504-509.
  • CampinhosE.1991.Sustainableplantationsofhigh-yieldEucalyptustreesforproductionoffiber:TheAracruzcase.New Forests17:129?143.
  • CIFOR.2007.IntensivelyManagedForestPlantationsinIndonesia:Overview ofRecentTrendsandCurrentPlans.ChristopherBarr.MeetingofTheForestDialogue.
  • BurczykJ,LewandowskiA,andChalupkaW.2004.Localpollendispersalanddistance gene flow in Norway spruce (Picea abies [L.] Karst.) For.Ecol.Manage.197:39-48.
  • Burczyk J,Adams WT and Shimizu JS.1995.Mating patterns and pollendisperal in a natural knobcone pine (Pinus attenuata Lemmon.) stand.Heredity77:251-260.
  • BuchholzT.2003.SilviculturalpotentialofMaesopsiseminii?astudyontreequality.WaldbauInstitutAlbert-LudwigsUniversitat,Freiburg.http://www.uni-freiburg.de/waldbau/I-TOO.
  • BuchholzT,Weinreich A,and TennigkeitT.2010.Modeling heliotropictreegrowth?acasestudyonMaesopsiseminii.ForestEcologyandManagement260(10):1656?1663.
  • BuchauchholzT,TennigkeitT,and Weinreigh A.2004.Maesopsiseminii- achallenging timbertreespeciesinUganda- aproductionmodelforcommercialforestryandsmallholders.PaperpresentedataIUFRO conference.
  • Brown AHD.1990.Genetic characterization of plant mating systems,pp.145-162.In:BrownAHD etal(Eds).PlantPopulationGenetics,BreedingandGeneticResources.SinaurAssociates,Inc.,Sunderland,USA.
  • BoothTH andTurnbullJW.1994.Domesticationoflesser-knowntropicaltreespecies- TheAustralian experience.In:Leakey RRB,andNewton AC (Eds).TropicalTrees:ThePotentialforDomestication and theRebuilding ofForestResources.London,HMSO:pp.189?194.
  • BhatKM,ValdezRB,andEstoquiaDA.1998.WoodProductionandUse.In:Roshetko, JM (Ed.). Albizia paraserianthes Production and Use, A fieldmanual.WinrockInternational,Morrilton,Arkansas,USA.pp.18-19.
  • BeyCF.1979.GeographicvariationinJuglansnigrainthemidwesternUnitedStates.SilvaeGenet.28;132-135.
  • AssisTF andResendeMDV.2011.Geneticimprovementofforesttreespecies.CropBreed.AppliedBiotech.S1:44-49.
  • AsdiniS.2012.Early EvaluationofMaesopsiseminiiEngl.Inaprogenytrialat5 Years-Old.MasterDissertation,Sekolah Pascasarjana.Institute Pertanian,Bogor,Indonesia.
  • AppiahM.2003.Domesticationofanindigenoustropicalforesttree:Silviculturaland socio-economic studies on Iroko (Milicia excelsa)in Ghana,Ph.D.dissertation,DepartmentofForestEcology,UniversityofHelsinkiTropicalForestryReports25.
  • AniSandAminahH.2006.PlantationTimberonMaesopsiseminii.JournalofTropicalFor.Sci.18(2):87-90.
  • AllardRW.1960.Principlesofplantbreeding.JohnWileyandSons,Inc.,NewYork.p.485.
  • AguiarA,Almeida MH,and Borralho N.2003.Genetic ControlofGrowth,Wood Density and Stem CharacteristicsofPinuspinasterin Portugal.SilvaLusitana11(2):131-139.
  • AgroforestryDatabase4.0(Orwaetal.2009).Maesopsiseminii.
  • AdamsWT and Birkes DS.1991.Estimating mating patternsin foresttreepopulations.In:FineschiS,etal.(Eds)BiochemicalMarkersinthePopulationGeneticsofForestTrees,pp.157-172.SPB AcademicPublishing,TheHague,Netherlands.
  • AdamsGW and Morgenstern EK.1991.Multiple-traitselection in jack pine.Can.J.For.Res.21:439-445.
  • AO.2010.GlobalForestResources Assessment2010 ? main report.FAO.ForestryPaper.No.163.p.85-108.Rome.www.fao.org/docrep/013/i1757e/i1757e00.htm.