五叶地锦

wǔ yè dì jǐn
  • Parthenocissus quinquefolia;Virginia creeper
五叶地锦五叶地锦
五叶地锦[wǔ yè dì jǐn]
  1. 五叶地锦在青海省东部的引种栽培及其园林应用

    Introduction Culture and Garden Application on Parthenocissus quinquefolia in Eastern of Qinghai

  2. 五叶地锦和偃伏梾木苗木对土壤盐碱胁迫的生理响应花生结荚期明显受土壤水分胁迫影响。

    Physiological Response of Parthenocissus Quinquefolia and Cornus Stolonifera Seedlings to Saline and Alkali Stress The peanut was suffered from water stress at its pod setting stage .

  3. 在引进五叶地锦的组织培养过程中,用种子作外植体建立无菌体系的培养基是不加PGR的1/2MS或B5培养基;

    The results indicate as follow : ( 1 ) In P.quinquefolia tissue culture , the best medium of seed explants is B5 or 1 / 2MS without PGR ;

  4. 在0-5℃条件下干燥贮藏,地锦可保存18d,五叶地锦花粉可保存21d。

    When stored at 0-5 ℃, the pollen of two species of creeper woodbine could be conserved 18 and 21 days , respectively .

  5. 将地锦和五叶地锦杂交,未能获得杂交种。

    The hybrids failed to get when crossing P.tricuspidata with P.quinquefolia .

  6. 五叶地锦抗寒理化指标的四季变化规律

    Some cold-resistence physiology targets changing regularity of Parthenocissus quinquefolia planch . in different seasons

  7. 秋季不同色泽五叶地锦叶片生理生化特性的研究

    The Study on Physiological and Biochemical Characteristics in Different Color Leaves of Parthenocissus quinquefolia in Autumn

  8. 由此推断,地锦和五叶地锦之间的不亲和发生在柱头表面。

    It can be concluded that the cross-incompatibility was taken place on the surface of stigma .

  9. 地锦吸盘发达,附着力强,但生长较慢,五叶地锦生长快、抗性强,但吸盘不发达,附着力弱。

    P. quinquefolia has stronger resistance and grows faster , but its cupule is undeveloped , so the adsorbability is weaker .

  10. 卷须可能具有分枝,也可能无分枝,末端还会有吸盘,例如五叶地锦。

    Tendrils may be branched , or unbranched , and may have terminal adhesive disks , as in the Virginia creeper .

  11. 草本和藤本植物中,石竹和五叶地锦是优良的滞尘植物,一周平均滞尘量分别达到16.93g/m2和1.39g/m2.不同生活型滞尘能力的顺序为:草本大于灌木大于乔木大于藤本。

    The dust absorption ability of different life forms was decreased in the order of herb , shrub , tree , liane .

  12. 因此认为,五叶地锦的生物入侵风险是可以通过火烧、修剪和除草剂施用等方法得到有效控制的。

    It was concluded that the risk of Parthenocissus quinquefolia could be managed by using burning , cutting , and some chemicals .

  13. 地锦和五叶地锦的花粉可以在各自柱头表面正常萌发,花粉管可伸入花柱中,自交结实率5.6%和2.9%。

    Pollens of the two species could germinate on the surface of themselfs and pollen tubes could grow into styles . The self-fruitful rations were 5.6 % and 2.9 % separately .