leguminosae 中文意思是什麼

leguminosae 解釋
豆科植物類
  1. The shellac erythrophyll is from the parasitism the resinous substance shellac which in places the such as india, thailand, burma, china leguminosae, on the mulberry branch plant s lac insect secretes with the thin sodium carbonate watery solution extract fine but, assumes the reddish purple color either the bright red powder or the liquid, by shellac acid a and shellac acid b, c, e and so on is composed, serves as the edible erythrophyll, when the acidity assumes the orange, is extremely stable

    紫膠紅紫膠紅色素是從寄生於印度、泰國、緬甸、中國等地的豆科、桑科植物上的紫膠蟲所分泌的樹脂狀物質紫膠用稀碳酸鈉水溶液萃取精緻而得，呈紅紫色或鮮紅色粉末或液體，由紫膠酸a和紫膠酸b 、 c 、 e等組成，用作食用紅色素，酸性時呈橙色，非常穩定。
  2. At the same time, this paper also describes the fluctuation of soil nutrients and the contrast between soil of leguminosae and non - vegetation covering. the results are as follows : 1 ) despite the mesophyte leaf form of the ten pioneer species there were significant differences in leaf anatomical characters among them and some differences among different plants of an individual

    結果表明研究區喀斯特先鋒植物葉片在不同種類之間具有明顯差異，這些差異除受遺傳因子控制外，環境因子（主要為光照和水分）也有重要作用；生活型不同對先鋒植物葉片特徵有一定影響，但未表現出規律性。
  3. The results showed that 345 species, belonging to 179 genera, 77 families were distributed in this area, taking a ratio of 71. 3 %, 45. 1 % and 42. 4 % in chinese oil plants respectively, 11 families including euphorbiaceae, lauraceae, ulmaceae, rutaceae, magnoliaceae, celastraceae, leguminosae, rosaceae, cruiferae, compositae and caprifoliaceae were dominant families that had 10 or more species. 66 species of important oil plants were briefly introduced

    結果表明，該區油脂植物共有77科179屬345種，佔全國油脂植物科屬種的71 . 3 % 、 45 . 1 % 、 42 . 4 % ，含10種以上的科有大戟科、樟科、榆科、蕓香科、木蘭科、衛矛科、豆科、薔薇科、十字花科、菊科和忍冬科等11個科，為該地區油脂植物的優勢類群。
  4. There are more than 100 kinds of acaricidal plants such as meliaceae, compositae, thymelaeaceae, solanaceae, leguminosae, chenopodiaceae, labiatae, umbelliferae etc

    目前殺蟎植物主要有楝科、菊科、瑞香科、茄科、豆科、藜科、唇形花科、傘形花科等共計約100餘種。
  5. The sesults show that there were 48 species ( variety ) of plant belonging to 14 families as hosts of b. tabaci, among which cucurbitaceae, solanaceae, cruciferae, euphorbiaceae, labiatae, leguminosae and malvaceae are the main host families, and the plants of families of cucurbitaceae and solanaceae are damaged most seriously

    結果表明，煙粉虱的寄主有14科48種（變種） ，主要寄主植物是葫蘆科、茄科、十字花科、豆科、錦葵科、菊科等；其中，茄科和葫蘆科的植物受害最重。
  6. Gramineae, myrsinaceae, bambusoidea. mostly leguminosae, specifically aphis and coccids. mainly damage gramineae, leguminosae. some species are main vermins to paddies, sugar canes and bananas

    主要危害禾本科植物、豆科植物，有的種是水稻、甘蔗、香蕉等植物的主要害蟲。
  7. Nitrogen fixation trees of leguminosae and non - leguminosae are important biological nitrogen fixation resources

    摘要豆科及非豆科固氮樹種是重要的生物固n資源。
  8. The result showed that all the three plants which belong to leguminosae and live with similar environment stress are not identical with the morphology at all

    觀察表明：三種植物雖同屬豆科並受到了相同的環境脅迫，採取了並非完全相同的抗鹽方式。
  9. Heteranthery exists in several angiosperm families, such as melastomataceae, solanaceae, lytbraceae, leguminosae and pontederiaceae, but the aspects and extent of differentiation often vary in taxa

    異型雄蕊在野牡丹科、茄科、千屈菜科、豆科、雨久花科等多個科中都有分佈，但其分化與程度常隨類群而異。
  10. 4 ) soil nutrient of leguminosae also higher than non - vegetation soil ; while organic matter and available k increased, there was no significant change in total n ( it increased slightly ) ; available p and soil ph decreased

    4 ）豆科植物較無植被覆蓋地，土壤養分朝著良性循環轉變。土壤有機質、速效鉀含量提高，全氮含量稍有增加，速效磷含量降低， ph值有所下降；這些變化主要發生在土壤表層。
  11. To examine the distribution of vegetative storage proteins in woody plants, we sampled at random 70 tree species of tropical hardwoods in 64 genera of 18 families and 30 tree species and 1 variety of temperate deciduous hardwoods in 28 genera of 15 families. we further investigated more systematically the distribution, ultrastructure of vegetative storage proteins in rosaceae ( 17 species and 3 varieties in 12 genera ), leguminosae ( 10 species and 1 variety in 9 genera ) and meliaceae ( 16 species and 2 varieties in 12 genera ), identified many vegetative storage proteins and tested their irnmuno - relatedness in meliaceae and in other families

    在此基礎上，較廣泛地研究了營養貯藏蛋白質在18科64屬70種熱帶樹木和15科28屬30種2變種溫帶落葉樹木中的分佈，較系統地研究了營養貯藏蛋白質在薔薇科（ 12屬17種3變種） 、豆科（ 9屬10種1變種）和楝科（ 12屬16種2變種）中的分佈、超微結構及其分離鑒定和糠科樹木營養貯藏蛋白質的免疫相關性。
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