叶间的

In general, croton is sun plant, and their light saturation and compensation points were decreased in response to shading.

光强度对植株的影响，在遮光下变叶木的节间长度会增加，但株高则无明显的影响，新生叶片数会较多。

Internodes and leaves except for midrib glabrous or very sparsely hairy; inflorescences usually branched.

除了中脉的节间的和叶无毛的或者疏生毛；花序通常分枝。

Plant to 10 m tall; fruit rounded-ovoid, 2-3 mm in diam.; leaf blade ± concolor, abaxially with grayish brown pubescence, surface of blade visible between hairs under magnification, adaxially very scabrous with erect bristles.

植株给10米高；果圆形卵形体，直径的2-3毫米；叶片多少同色，背面具淡灰棕色短柔毛，在放大时毛间的叶表面可见，粗糙具直立刚毛的正面 2 T 。 tomentosa 山黄麻

Dark glands present on at least sepals and/or anthers or leaves; stem internodes 2-lined or terete; stamens usually apparently 3(or 4)-fascicled

在至少萼片和花药或叶上的深色的腺体宿存；茎节间的2线棱或圆柱状；雄蕊通常表面上3(或4)簇生 43

Leaves opposite; stipules interpetiolar, reduced to many linear segments.

叶对生 叶柄间的托叶，退化至很多线的部分。

Leaves large, opposite; interpetiolar lines and colleters present.

叶大，相反；存在的叶柄间的线和黏液毛。

Leaves opposite, sessile or petiolate; interpetiolar stipules well developed to reduced to a transverse ridge.

叶对生，无柄或具叶柄；叶柄间的托叶发育良好到一根横梁成脊状的退化至。

Leaf sheaths scabrid; spikelets purple with bronze at apex.

节间的2-6厘米；浓密的叶背面白色短柔毛。

Culm internodes solid or subsolid; branches (3–)8–30(–45) per node; culm sheath margins glabrous or initially ciliate; leaf sheath margin initially gray ciliate, auricles ca.

Culm节间的固体或者subsolid；分枝(3-)8-30(-45)每节；竿箨边缘无毛或者最初纤毛；约叶耳，最初灰色具缘毛的叶鞘边缘毫米，叶片基部宽楔形或近圆形。

The results have showed that though there are diversity on the content of cholrophyll in the different stages of growth and development at the same breed species, the mean content of chlorophyll displays the law "low—high—low"from the trilobe to the maturing phr...

研究结果表明：同一品种在不同生长发育时期，其叶绿素含量具多样性，但从三叶期至成熟期叶绿素平均含量呈现&低-高-低&的变化规律；另外，即使在同一生长发育阶段，不同品种间的叶绿素含量也存在多样性。

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。