OALib Journal期刊
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簸箕柳种内杂交f1群体株高生长曲线的拟合
DOI: 10.3969/j.issn.1000-2006.2013.04.003, PP. 13-16
Keywords: 簸箕柳,生物量,株高,生长曲线拟合
Abstract:
对簸箕柳f1杂交组合的450株子代在1a内的苗高生长进行了测定,利用logistic、gompertz和vonbertalanffy等3种非线性模型对其生长变化规律进行拟合及分析,结果显示,3种模型的拟合度(r2)均在0.98以上。logistic和gompertz模型的早期拟合值与实际值偏离较大,而vonbertalanffy模型在整个测定时期其拟合值与实际值均很接近,拟合度可达0.994。由此可建立理想的统计模型来追踪簸箕柳f1苗高生长率的变化。
References
[1] | 赵雨明,卢桂宾,贺义才.帅枣系品种枝条果实生长发育动态[j].东北林业大学学报,2011,39(9):45-48.zhaoym,lugb,heyc.dynamicsofgrowthanddevelopmentofziziphusjujubaserialcultivars[j].journalofnortheastforestryuniversity,2011,39(9):45-48.
|
[2] | 刘永翠.杷柳的栽培技术及管理要点[j].蔬菜栽培技术,2010(9):7-9.
|
[3] | chenguangcai,liuzhikun,zhangjianfeng,etal.phytoaccumulationofcopperinwillowseedlingsunderdifferenthydrologicalregimes[j].ecologicalengineering,2012,44:285-289.
|
[4] | 戴国俊,王金玉,杨建生,等.应用统计软件spss拟合生长曲线方程[j].畜牧与兽医,2006,38(9):28-30.daigj,wangjy,yangjs,etal.thefitnessofgrowthcurveequationusedbystatisticalsofwarespss[j].animalhusbardry&veterinaymedcine,2006,38(9):28-30.
|
[5] | jaffréicf,pletchersd.statisticalmodelsforestimatingthegeneticbasisofrepeatedmeasuresandotherfunction-valuedtraits[j].genetic,156(2):913-922.
|
[6] | ricklefsre.agraphicalmethodoffittingequationstogrowthcurves[j].ecology,1967,48(6):978-983.
|
[7] | westgb,brownjh,enquistbj.ageneralmodelforontogeneticgrowth[j].nature,2001,413:628-631.
|
[8] | wurl,macx,yangmck,etal.quantitativetraitlociforgrowthtrajectoriesinpopulus[j].geneticalresearch,2003,81(1):51-64.
|
[9] | kuhihd,kebreabe,lopezs,etal.anevaluationofdifferentgrowthfunctionsfordescribingtheprofileofliveweightwithtime(age)inmeatandeggstrainsofchicken[j].poultryscience,2003,82(10):1536-1543.
|
[10] | 马育华.植物育种的数量遗传学基础[m].南京:江苏科学技术出版社,1980.
|
[11] | annchristinrönnberg-wästljung,urbangullberg,christinanilsson.geneticparametersofgrowthcharactersinsalixviminalisgrowninsweden[j].canadianjournalofforestresearch,1994,24(9):1960-1969
|
[12] | silviamonteoliva,gabrielasenisterra,raúlmarlats.variationofwooddensityandfibrelengthinsixwillowclones(salixspp.)[j].iawajournal,2005,26(2):197-202.
|
[13] | 罗梅,郑小贤,王方.金沟岭林场枫桦的生长过程分析[j].中南林业科技大学学报,2012,32(7):45-48.luom,zhengxx,wangf.analysisofgrowthprocessofbetulacostatelinjingoulingforestfarm[j].journalofcentralsouthuniversityofforestry&technology,2012,32(7):45-48.
|
[14] | hangsrd,schoenaujj,vanreeskcj,etal.theeffectofirrigationonnitrogenuptakeanduseefficiencyoftwowillow(salixspp.)biomassenergyvarieties[j].canadianjournalofplantscience,2012,92(3):563-575.
|
[15] | lindegaardkn,barkerjha.breedingwillowsforbiomass[j].aspectsofappliedbiology,1997,49:155-162.
|
[16] | smartlb,cameronkd.geneticimprovementofwillow(salixspp.)asadedicatedbioenergycrop[c]//geneticimprovementofbioenergycrops.newyork:springer,2008.
|
[17] | 中国植物志编委会.中国植物志:20卷,第2分册[m].北京:科学出版社,1984.
|
[18] | tognetti1r,massaccia,mugnozzags.fifthinternationalpoplarsymposium:‘poplarsandwillows:fromresearchmodelstomultipurposetreesforabio-basedsociety’[j].treephysiology,2011,31(12):1289-1292.
|
[19] | hozumik.analysisofgrowthcurveofstemvolumeinsomewoodyspeciesusingtheu-wdiagram[j].botmag,1987,100(1):87-97.
|
[20] | niklaskl.plantallometry:thescalingofformandprocess[m].chicago:universityofchicagopress,1994.
|
[21] | zdzis?awpakowski,robertadamskia,marlenakokocinskaa.cross-fiberdrywooddarcypermeabilityofenergeticwillowsalixviminalisv.orm[j].dryingtechnology,2009,27(12):1379-1383.
|
[22] | tsarouhasv,gullbergv,lagercrantzv.anaflpandrflplinkagemapandquantitativetraitlocus(qtl)analysisofgrowthtraitsinsalix[j].theorapplgenet,2002,105:277-288.
|
[23] | 张俊,孙玉军,许俊利.东北地区兴安落叶松人工林生长过程研究[j].西北林学院学报,2008,23(6):179-181.zhangj,sunyj,xujl.researchongrowingprocessoflarixplantationinnortheastofchina[j].journalofnorthwestforestryuniversity,2008,23(6):179-181.
|
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