分枝的

The type of branching of the basal vegetative shoots is also important.

这基部的营养体的嫩枝的类型分枝也重要。

Branches usually pendulous in mature trees; wings of nutlet ca. 2 × as wide as nutlet

在成熟的乔木里，分枝通常下垂；小坚果的翅约2 *和小坚果一样宽 22 Betula pendula 垂枝桦

According to the describing method of Maoxue Li et al, we first confirmed the C-banding of Leymus multicaulis is 2n=28=5CT+2CTI(superscript +)+2CT(superscript +)+2CT(subscript +)+1CTI(subscript +)+1C+1T+1TI, and the C-banding of Cichorium intybus L. cv. Puna is 2n=18=2CT+4CTI(subscript +)+1CT(subscript +)+1CT(superscript +)+1CT(subscript +)I(subscript +).

根据李懋学等（1991年）对C-分带的描述方法，首次确认多枝赖草染色体的C-分带为2n=28=5CT+2CTI+2CT+ICTI+ICTI+1C+1T+1TI，普那菊苣各染色体的C-分带为2n=18=2CT+4CTI+1CT+ICTI+1CTI。

Leaf blade usually small, less than 6(-7) cm; branches and twigs tuberculate or black warty

小的叶片通常，6(-7)厘米的不到；分枝和小枝具瘤或黑色疣 7

Remnant stubbles, branch marks and annulate marks were important morphological features to help determine the times of quasi-dichotomous branching.

茎的残茬、枝痕和根颈上的环状痕是辅助判断根颈分枝回数的重要形态特征。

Lianas to 15 m. Trunk stout; branches lenticellate, branchlets densely dark brown pubescent.

藤本植物到坚固15米树干；具皮孔的分枝，小枝浓密深色的棕色短柔毛。

Plant branching from lower part of stem, branchlets stout; leaf blade ovate; capsule subglobose or subsquare, apex retuse, winged; seeds with appendage

来自茎，小枝粗的下半部分的植株分枝；叶片卵形蒴果近球形或者近正方形，先端微凹，具翅；种子具附属物 31

Branches 7–12 per node, rarely more than 20, slender, without secondary branching.

分枝7-12 每节，20的超出的很少，纤细，没有次生分枝。

Stem twisted, sinuate, gray-brown to black-brown, rough; older branches crowded, with numerous lateral, dwarf, dry branches; annual branches green, usually 5-10 mm.

茎扭曲，具深波状，灰棕色到黑色棕色，粗糙；密集的老枝，侧，具多数矮小的，干燥分枝；一年生枝绿色，通常5-10毫米。

Evergreen shrubs, or ascending subshrubs, to 3 m tall; branches and twigs brown and green, usually 4-angled.

常绿灌木，上升的或，令3米高的是；分枝和小枝棕色和绿色，通常四棱形。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。