详细信息
单叶省藤组培苗与实生苗的造林效果分析 被引量:2
A comparison on planting effect of tube seedling and normal seed seedling of Calamus simplicifolius
文献类型:期刊文献
中文题名:单叶省藤组培苗与实生苗的造林效果分析
英文题名:A comparison on planting effect of tube seedling and normal seed seedling of Calamus simplicifolius
作者:杨锦昌[1] 尹光天[1] 曾炳山[1] 冯昌林[2] 李荣生[1] 杨榕[3]
第一作者:杨锦昌
机构:[1]中国林业科学研究院热带林业研究所;[2]中国林业科学研究院热带林业实验中心;[3]安徽省阜阳市颖东区绿化办
年份:2005
卷号:25
期号:4
起止页码:352-355
中文期刊名:福建林学院学报
外文期刊名:Journal of Fujian College of Forestry
收录:CSTPCD;;北大核心:【北大核心2004】;CSCD:【CSCD_E2011_2012】;
基金:国家"十五"攻关"棕榈藤培育及藤材防光变色技术研究"(2004BA506B02);ITTO资助项目"基于人工林资源中国棕榈藤业可持续发展的能力建设"(PD100/01Rev.3)
语种:中文
中文关键词:单叶省藤;组培苗;实生苗;造林
外文关键词:Calamus simplicifolius; tube seedling; normal seed seedling; afforestation
分类号:S722.3
摘要:通过在黄梁木和八宝树林分下设置组培丛芽苗与组培单芽苗、组培单芽苗与实生苗造林试验,对不同苗木的造林效果进行分析.研究结果表明:组培单芽苗的保存率、萌蘖数和萌蘖率总体上高于丛芽苗;丛芽苗造林后1.5 a的母茎长显著大于单芽苗,3~4 a时二者无显著差异,而造林后8 a单芽苗的母茎长超过丛芽苗,二者间存在显著差异;在造林后4 a内丛芽苗的藤丛总茎长明显大于单芽苗,造林后8 a丛芽苗的总茎长略优于单芽苗,但二者之间的差异不显著.组培单芽苗的保存率、萌蘖数和萌蘖率均高于实生苗;两者母茎长和藤丛总茎长在不同年龄时均无显著差异.
Two silvicultural trials, covering multiple shoot seedhng (MSS) vs single shoot seedhng (SSS) planted under the stand of Anthocephalus chinensis, and SSS vs normal seed seedling (NSS) under the stand of Duabanga grandiflora were established. In the trial of MSS vs SSS under A. chinensis plantation, the survival rate and suckering ability of SSS were generally higher than those of MSS; the length of mother stem of MSS was significantly higher than that of SSS at the age of 1.5 years, and there was no significant difference between them at 3 and 4 years, but the length of mother stem of SSS was significantly higher than that of MSS at 8 years; total clump length of MSS was higher than that of SSS significantly within 4 years, but there is no significant difference of total clump length between the two types of seedling at 8 years. In the trial of SSS vs NSS under D. grandiflora plantation, the survival rate and suckering ability of SSS were both higher than those of NSS ; there were no significant differences of mother stem length and of total clump length between SSS and NSS.
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