抽薹 的英文怎麼說

中文拼音 [chōutái]
抽薹 英文
bolting; producing shoots
  • : 動詞1 (把夾在中間的東西拉出; 提取) take out (from in between) 2 (從全部里取出一部分; 騰出) ...
  • : 名詞[植物學]1. (多年生草本植物) a kind of sedge2. (蒜、韭菜、油菜等的莖) the bolt of garlic, rape, etc
  1. The rape has bolted.

    油菜抽薹了。
  2. In 4 transgenic plants examined out there are two no bolting

    檢出的4株轉基因植株中,有兩株不抽薹
  3. Results showed that " bolting time " was the basic morphological index for heat resistant identification

    結果表明,抽薹時間是理想的耐熱性鑒定指標。
  4. But the starting time and duration are very different from population to population, witn flowering being prior to sprouting in the population originated from jurong county

    其中以引自於江蘇句容的半夏居群抽薹最早,且具「先花后葉」特性。
  5. The activities of pod and sod, contents of soluble protein, soluble sugar, proline and malonyldihyde were significantly correlated with the basic morphological indexes, and suitable to be applied as auxiliary indexes in heat resistant identification of head lettuce

    Pod和sod活性、可溶性蛋白和可溶性糖含量、脯氨酸含量及丙二醛含量等生理生化指標與抽薹時間顯著相關,因而可作為結球萵苣耐熱性鑒定的輔助指標。
  6. Result and conclusion : there are obvious differences in sprouting, lamina spreading, bolting and " sprout tumble ", three times of " sprouting " and so - called " sprout tumble " and two fast - growing periods for plants in most of the populations in spring and autumn respectively were observed within a year, including mass bolting in may

    結果與結論:半夏各居群在出苗、展葉、抽薹及倒苗期等生長節律方面存在著差異:大部分半夏居群在本試驗栽培條件下具明顯的3次出苗和3次倒苗現象,並且在年生長期內表現出春秋兩個生長高峰期;從抽薹開花時間看,大部分居群在5月有1個抽薹開花高峰期,但具體起始和延續時間各居群間存在著較大的差異。
  7. In order to provide the scientific basis for the good agricultural practice ( gap ) of sichuan bai zhi, rapd was firstly used to analyze the genetic polymorphism of different type from sichuan bai zhi and hangzhou bai zhi. the result showed that different color of petiole has not obvious relationship to whether to bolt or not and different localities have more influences on genetic diversity than different color of petiole

    為配合川白芷生產質量管理規范化( gap )研究,本文首次採用rapd技術對川白芷生長過程中不同形態的四個類群及杭白芷進行基因組dna多態性分析,認為川白芷葉柄顏色的不同與是否抽薹無明顯的相關性,而產地的差異對遺傳變異的影響大於因其葉柄顏色不同所造成的影響。
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