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时间:2017-12-08
《崩塌地喷植基材不同配方对种子发芽的影响》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、福建农业学报28(11):1099~1105,2013FujianJournalofAgriculturalSciences文章编号:1008—0384(2013J11—1099一O7陈意昌,巫清志,张俊斌,等.崩塌地喷植基材不同配方对种子发芽的影响[J].福建农业学报,2013,28(11):1099—1105.CHENY—C,WUQ—Z,ZHANG,J-B,eta1.TheCementandMushroomWasteCompostofDifferentVegetationMaterialswithHydroseedingforSeedGerminationonLandslide[J].
2、FujianJournalofAgriculturalSciences,2013,28(11):1099-1105.崩塌地喷植基材不同配方对种子发芽的影响陈意昌。,巫清志。,张俊斌,罗旭辉(1.台湾土地重划工程处,台湾台中40841;2.逢甲大学水利工程与资源保育学系,台湾台中40724;3.中兴大学,台湾台中40227;4.中州科技大学,台湾彰化51064;5.福建省农业科学院农业生态研究所/农业部福州农业环境科学观测实验站,福建福州350013)摘要:本研究采取不同比例的波特兰水泥、壤质砂土、菇类堆肥,以及对照组100菇类堆肥配方,共13组试验配方,于各基材配方中分别添加多花黑麦草及相
3、思树等种子进行室内发芽试验,探讨不同比例的基材配方对于植物种子发芽的影响,为喷植工法资材应用效益提供佐证与参据。试验结果表明,各试验配方多花黑麦草种子发芽率仍达85以上,显示植物种子发芽受水泥比例影响不显著;团粒湿筛稳定分析及保水力中比较,以菇类堆肥90+壤质砂土1O%+水泥7%配方的抗冲蚀性和28d加水后含水量为最高,为各试验配方中最佳,发芽率亦达9O%以上,对于植物种子发芽均能达到较佳效果。关键词:种子发芽率;喷植工法;基材配方中图分类号:S157文献标识码:ATheCementandMushroomWasteCompostofDifferentVegetationMaterialsw
4、ithHydroseedingfOrSeedGerminationonLandslideCHENYi—chang,WUQing-zhi。,ZHANGJun-bin,LUOXu—hui(1.LandConsolidationEngineeringBureau,Taichung,Taiwan40841,China;2.DepartmentofWaterResourcesEngineeringandConservation,FengChiaUniversity,TaichungTaiwan40724,China;3.DepartmentofSoilandWaterConservation,Chu
5、ng-HsingaUniversity,Taichung,Taiwan40227,China;4.ChungchouUniversityofScienceandTechnology,Changhua,Taiwan51064,China;5.InstituteofAgriculturalEcology,FujianAcademyofAgriculturalScgfs/F“0“ScientificObservingandExperimentalStationofAgro—EnviromentMinistryofAgriculture,Fuzhou,Fujian350013,China)Abst
6、ract:ThestudyisapplicationandimprovementofmixedmaterialsforcontinuousdevelopmentonlandslideinTaiwan.Total13testrecipesareselectedforthisstudy,containingfourtypesofPortlandcement,threetypesofloamysandysoil,threetypesofmushroomcompost,andthecontrolgroupof100mushroomcompost.Fromthetestresults,thegerm
7、inationpercentageofLoliummultiflorumwithvariousrecipesreachesuptO85,revealingthattheseedgerminationisnotsignificantlyaffectedbycementratio.Inthecomparisonofaggregatestabilityanalysiswithwet~sievingandwaterretenti
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