WP：风媒传粉

风媒传粉，英文为“Wind Pollination”，在学术和植物学领域常被缩写为“WP”。这一简称广泛用于科研文献、学术交流及教材编写中，既能提高书写效率，又便于快速传递信息。风媒传粉是植物繁殖的重要方式之一，依赖风力传播花粉，常见于松树、杨树等植物，在生态系统中具有关键作用。

Wind Pollination具体释义

  • 英文缩写：WP
  • 英语全称：Wind Pollination
  • 中文意思：风媒传粉
  • 中文拼音：fēng méi chuán fěn
  • 相关领域： wp 植物学

Wind Pollination的英文发音

例句

  1. Electrostatic interactions found in wind pollination process enhancement is significant, depending on the specific plant flowers and inflorescence part of the structure has to adapt to the diversity of diversity.
  2. 发现静电作用在风媒传粉(WP)过程中增强作用是显著的，因具体植物花和花序部分的结构多样性而具有适应的多样性。
  3. Predominantly outcrossing, wind pollination might be the main reasons of low genetic differentiation between families.
  4. 异交、风媒传粉(WP)等特点可能是家系之间遗传分化小的原因。
  5. Does not exist apomixis and wind pollination, gets self-compatible, but mainly outcrossing, pollination requires pollinators, bees are main pollinators.
  6. 党参不存在无融合生殖和风媒传粉(WP)，党参自交亲和，但以异交为主，需要传粉者传粉，党参的主要传粉者是蜂类。
  7. Insect and artificial pollination were essential to the rate of fertilization and fruit setting, whereas wind pollination demonstrated little effect.
  8. 虫媒和人工授粉对红荷包杏的授粉、坐果起着决定性的作用，风媒对红荷包杏的授粉基本不起作用；
  9. Pollen flow mediated by wind pollination was testified to be not existent. Results of artificial isolation or pollination showed that the fruit-sets after selfing / outcrossing were considerably high, but that outcrossing mechanism was short of in nature.
  10. 人工隔离及控制授粉试验显示，该种在人工自交／异交后均有较高结实率，但自然状态下异交机制缺乏。

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