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- Japanese cypress (Chamaecyparis obtusa S. et.z. ) 日本扁柏...japanese hinoki 日本扁柏...
- That indicated litter adjustment of crown form for Chamaecyparis obtusa var. formosana saplings. 然顶芽优势参数在冠级林木间不具显著差异,表示台湾扁柏树冠形的调适幅度较小。
- Lower-crown of suppressed trees had greatest specific leaf area values that increased photosynthetic area when Chamaecyparis obtusa var. formosana trees were shaded. 比叶面积的变化,以被压木之下层树冠内部具最大的比叶面积值,台湾扁柏林木受遮荫时,以增加叶及树冠光合面积来维持生长。
- Chamaecyparis obtusa var. formosana 台湾扁柏
- Cutting Propagation of Chamaecyparis obtusa cv. Plumosa with Green Shoots under Semi Illumination Spraying Conditions 凤尾柏半光雾绿枝扦插育苗技术
- Chamaecyparis obtusa 扁柏
- KOSEIDON appears in the thick chamaecyparis pisifera. 从茂密的云松间看见恐龙特急克赛号。
- The analysis of molecular variance revealed large genetic diversity among Chamaecyparis genotypes investigated. 此结果显示红桧各不同基因型间存在高度遗传变异。
- The distribution of stomatal apparatus and ceraceous ornamentation of the white squama-shaped leaf of Chamaecyparis pisfera spach were special. 日本花柏白色鳞形叶的气孔分布和蜡质纹饰都有一定的特殊性。
- The Yellow Cedar (Chamaecyparis Nootkatensis) is a tough, solid and very durable species that is noted for its hardness and slow growth. 黄柏(阿拉斯加桧柏)是一种强壮、坚固、非常耐久的树种,以其硬度和生长缓慢而闻名。
- RAPD (random amplified polymorphic DNA) markers were used to analyze the genetic relationships of morphological variants of Chamaecyparis formosensis. 摘要本研究利用RAPD(逢机扩增多型性DNA)方法分析形态有变异的红桧之间的遗传关系。
- Fifteen Chamaecyparis genotypes including one from natural stand were under investigation.RAPD analysis from 8 primers revealed a total of 109 bands, of which 74 were polymorphic (67.5% polymorphism). 在15个红桧外表形态变异种,筛选到8个RAPD引子,共扩增出109个条带,其中74个条带为多型性(佔总条带数的67.;5%25);
- Stauroneis amphioxys var. obtusa n. 双尖辐节藻钝形变种
- Nitzschia obtusa var. brevissima n. 钝头菱形藻短胞变种
- Laurencia obtusa var. divaricata n. 钝形凹顶藻叉开变种
- Nitzschia obtusa var. scalpelliformis n. 钝头菱形藻刀形变种
- Chamaecyparis lawsoniana [Lawson cypress] 罗氏柏
- Sawara Falsecypress ( Chamaecyparis pisifera) 日本花柏
- Historical biography of Chamaecyparis----the cypress cedars 扁柏的历史生物地理学研究
- Keywords Chamaecyparis pisifera;compounds;hexane extractives; 日本花柏;化合物;正己烷提取物;