短茎的

The result showed that with the increasing of density, plant height was increased, stem diameter and ear diameter was decreased, ear was shorten, rare top length、No. of ear nod、ear height was increased;brace root number and total root number was decreased, the rate of root dry weight was increased within farming layers; population dry matter accumulation was increased and plant dry matter accumulation presented the opposite trend; ear linage、kernels per ear、100-kernels weight、double-ear rate、plant yield was decreased, yield was increased and decreased successively.

结果表明：随群体密度的增加植株高度增高、茎粗、穗粗变细、果穗变短，秃尖长度、穗位节数和穗位高度呈现增加的趋势；气生根与总根数减少，耕层根系干重比例增加；群体干物质积累量随密度增加而增加，单株干物质积累量呈相反的趋势；穗行数、穗粒数、百粒重、双穗率、单株产量均随密度的增加而减低，群体产量先增后降。

Leaves sessile; blade broadly oblong or oblong-ovate to narrowly oblong or oblong-lanceolate, 2-6.5(-8)× 1-3.2 cm, thickly papery, abaxially rather paler but not glaucous; laminar glands dense, unequal dots or short streaks; intramarginal glands dense; main lateral veins 4-6-paired, with densely reticulate tertiary venation not or scarcely prominent abaxially; base cordate-amplexicaul, apex rounded to shallowly retuse.

叶无柄 叶片宽长圆形或长圆状卵形到狭长圆形或长圆状披针形， 2-6.5(-8)* 1-3.2 厘米，厚纸质，背面相当浅但不是苍白；片状腺体浓，不相等的小圆点或者短的条纹；近边缘内腺体浓； 4-6配对的主要侧脉，突出的具密网状第三脉不或几乎不；抱茎基部心形，先端圆形对浅微凹。

Stem and pedicels papillose-pubescent; leaves of 2 shapes, basal 2 different from and much larger than others; flowers slightly zygomorphic; nectary on 1 outer tepal much larger than others and spurred abaxially

茎和花梗小乳突状短柔毛；叶的2个形状，基部不同于和很多比其它的大；花有点左右对称；在背面1 外部花被片很多比其它的大和距上的蜜腺 21 FRITILLARIA karelinii 砂贝母

Corm An organ of perennation and vegetative reproduction, consisting of a short erect fleshy swollen underground stem, usually broader than high and covered with membranous scales. It stores food material in the stem and bears buds in the axils of the scalelike leaf remains of the previous years ' growth.

球茎：球形或扁球形短而肥大的地下茎，节和节间明显，节上有退化的鳞片状叶和腋芽，顶端有一个显著的顶芽，茎内储藏着大量的营养物质，有繁殖作用。

Nature provides us with an immense variety of short filaments or fibres, Seed hairs, the leaf and stem strands of plants, and the hairs of animal coats are available to us in many forms.

自然界为我们提供了各种各样的短纤维。我们可以使用的有各种形式的籽纤维，植物的茎叶纤维以及兽皮纤维。

Leaves subsessile or lower ones with petioles 1-2 mm; cauline blade ovate to lanceolate to lanceolate-elliptic, spatulate near base, 1-2.5 × 0.5-1 cm, subglabrous with faintly strigillose margin and midvein, base cuneate to broadly so, margin denticulate with 3-9 teeth per side, apex acute to obtuse.

叶近无柄或下部的具叶柄1-2毫米；茎生叶卵形的到披针形到披针形椭圆，匙形的近基部， 1-2.5 * 0.5-1 厘米，近无毛微弱具短糙伏毛的具边缘和中脉，基部楔形到宽如此，边缘具小齿具齿每边3-9，先端锐尖到钝。

Stem leaves elliptic to narrowly ovate, short strigose; pedicel 1-3.2 cm; calyx densely short strigose; corolla limb 3-4 mm wide; abaxial aperture of nutlets 1.5-2.5 mm

茎生叶椭圆形到狭卵形，；花梗1-3.2厘米；浓密的花萼短具糙伏毛；花冠瓣片3-4毫米宽；小坚果1.5-2.5毫米的背面的孔 5 Microula bhutanica 大孔微孔草

Eichhornia crassipes was water cultured in 0, 0.01, 0.t and 0.3mgCd/L. Throughout the experiment, plants in control group grew ordinarily. Root-shaped stalk is short and strong with slender majority of fibrous roots black, Leaves were dark green and smooth. Gourd-shaped balloon is inflated and round. 80% of the plants opened bright purple flowers for 3-5 days and yielded egg-shaped fruit after 15 culturing days.

在镉浓度分别为0，0.01，0.1和0.3mg／L水培溶液中，对照组中凤眼莲在整个实验期内生长正常，根状茎粗短，密生多数细长须根，呈黑色；叶片深绿色，光滑，葫芦状的气囊膨大且圆；在培养15天时80％的植物开紫色亮丽的花朵，花期3—5天后结卵圆形果。

Leaf blade broadly ovate, ovate-cordate, or suborbicular, base truncate to cordate; stems glabrous or uniformly pubescent; peduncle less than 6 cm.

宽卵形，卵状心形的叶片，或近圆形，基部截形到心形；均匀的茎无毛的或短柔毛；花序梗不到6 厘米 2

Perennial of eastern and central North America having short-stalked pink or white flowers in hairy clusters.

主茎很短并长有带有绒毛的串状白色花朵的北美东部和中部的多年生植物。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。