查询词典 Liliaceae

Old World tropical herbaceous perennial of the agave family; in some classifications considered a genus of Liliaceae.

龙舌兰科一个旧大陆热带多年生草本属；有些分类认为它是百合科的一个属。

Fritillaria thunbergii belonged to Liliaceae was perennial herb. In growing season low temperature could result in great harm to its growth.

浙贝母为百合科多年生的草本植物，具有很高的药用经济价值，而种植中冷害是其生长的一大危害。

sarmentosum, Guilan, hook-lan, lan crane folding, Western Europe or aircraft also known as grass spider grass, Liliaceae Chlorophytum session for perennial evergreen foliage plants.

又称垂盆草、桂兰、钩兰、折鹤兰，西欧又叫蜘蛛草或飞机草，为百合科吊兰届多年生常绿观叶植物。

Named as Day Lily or Lily Flower, Hemerocallis citrina Baroni is belonging to the Liliaceae.

金针菜 百合科，萱草属是一种多年生草本植物的花蕾。

Liliaceae Hemerocallis is the perennial herb, fleshy roots, leaves long and narrow, long and thin out the top of the sticks Orange or orange flowers, very beautiful, it does not for people to watch is called lily buds, but also can be used for human consumption of vegetables, North and South in our country is widely planted.

萱草是百合科多年生草本植物，根茎肉质，叶狭长，细长的枝顶端开出桔红或桔黄色的花，十分艳丽，它不仅供人观赏，花蕾叫金针，也可作蔬菜供人食用，在我国南北方广为栽植。

Liliaceae Hemerocallis Hemerocallis is a perennial herb, fleshy rhizome, leaves long, slender top out orange or orange flowers, very beautiful, it is not only for people watching, called the lily buds, but also as a vegetable for human consumption , in the widely cultivated in South and North.

萱草 萱草是百合科多年生草本植物，根茎肉质，叶狭长，细长的枝顶端开出桔红或桔黄色的花，十分艳丽，它不仅供人观赏，花蕾叫金针，也可作蔬菜供人食用，在我国南北方广为栽植。

Lilium spp. the genernic name of all lilium types which belong to monocotyledon Liliaceae.

百合是单子叶植物亚纲百合科百合属的所有种类的总称。

Liliaceae A large family of monocotyledonous plants. Their taxonomy is much in dispute, with groups that were formerly sections now regarded with new evidence as being separate families.

百合科：单子叶植物中的一个大科，其分类方面还存在争议，现在认为百合科的一部分植物可以作为其他独立的科。

Major results were summarized as follows:(1) A total of 58 tree species from 53 genera in 36 families among which 8 species were Rosaceae, 5 species were Liliaceae, 5 species were Eriaceae, 3 species were Ranunculaceae, 3 species were Compositae, 2 species were Cupressaceae, 2 species were Caprifoliaceae, 2 species were Umblliferae, and other 28 tree species were only one receptively. These were recorded in the 8 plots of the A. georgei var. smithii forest;(2) Number of families, genera, species and Margalef index correlated negatively with altitude (P.05), with a peak at 3600 m.(3) Shannon-Wiener index correlated negatively with altitude (P.01), and maintained stable at the altitudes between 3700~4100 m, evenness with altitudes, however, this trend was insignificant.(4) Jaccard index increased sharply with increasing altitude at the altitudes between 3600~4100 m, and was lower between different vegetation types at the altitudes between 4100~4200. Cody index β(subscript c decreased with an increasing altitude, but there were 2 troughs between 4000~4100 m and 4200~4300 m.(5) Maximum tree height H(subscript max and HH(subscript max=37 mcorrelated negatively with altitude (P.05); but basal area and BA BA(subscript max=5.3m^2 correlated with altitudes, however, this trend was insignificant.

结果表明：(1)在调查的8个急尖长苞冷杉林样地内共有植物58种，分属于36科53属，其中植物较多的科有蔷薇科8种、百合科5种、杜鹃花科5种、毛茛科3种、菊科3种、柏科2种、忍冬科2种、伞形科2种，其余的28科各只有1个种；(2)物种科、属、种数、Margalef指数D(下标 M与海拔存在显著的负相关性(P.05)，在分布急尖长苞冷杉最低海拔3600m处出现物种丰富度的最大值；(3)多样性指数与海拔之间有极显著的负相关性(P.01)，并且在3700~4100m之间多样性指数保持稳定；均匀度指数与海拔梯度之间存在负相关性，但不显著；(4)Jaccard指数C(下标 j在海拔3600~4100m随海拔的升高而升高，在生境过渡带的4100~4200m之间Jaccard指数C(下标 j较低；Cody指数β(下标 c随海拔的升高呈下降的趋势，但在4000~4100m和4200~4300m 海拔区间出现2个低谷；(5)最大树高H(下标 max和最大胸径DBH(下标 max与海拔之间存在显著负相关性(P.05)；胸高断面积之和和立木密度与海拔之间存在负相关性，但不显著。

This paper do not agree with Traub and Moldenke's idea. This paper also sustain Cronquist's opinion through pollen morphology which considers the genus Lycoris and Liliaceae have close relationship. Lycoris should be put in Liliaceae.

本文从石蒜属植物花粉形态角度分析，支持Cronquist的观点，认为石蒜属和百合科的亲缘关系很近，应该放入百合科内。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。