英语人>网络例句>生叶 相关的搜索结果
网络例句

生叶

与 生叶 相关的网络例句 [注:此内容来源于网络,仅供参考]

Basal and lower cauline leaves petiolate; petiole 2–6 cm; blade ovate in outline, up to 15 × 18 cm; pinnae lanceolate to narrowly ovate, 2–15 × 2–8 cm.

基部和下部茎生叶具叶柄;叶柄2-6厘米;叶片卵形轮廓,可达15×厘米;羽片披针形到狭卵形, 2-15 * 2-8 厘米。

Basal leaves petiolate, sheathing; leaf blade 1-pinnate; pinnae sessile, remote.

生叶具叶柄,具鞘;叶片1回羽状;羽片无柄,稀疏。

Basal and lower cauline leaves petiolate; petiole 2–7 cm; blade triangular-ovate to ovate-lanceolate in outline, up to 20 × 17 cm; pinnae ovate-lanceolate, 2–6 × 1–2.5 cm.

基部和下部茎生叶peti? olate;叶柄2-7厘米;叶片三角状心形到卵状披针形轮廓,可达20×17厘米;羽片卵状披针形, 2-6 * 1-2.5 厘米。

Basal leaves not rosulate, simple, entire or variously dentate or pinnatifid.

生叶不莲座状,单,全缘或各种地具牙齿或。

Basal leaves petiolate, rosulate, simple, entire or dentate, rarely pinnatifid or pinnatisect.

生叶具叶柄,莲座状,单,全缘的或具牙齿,很少羽状半裂的或羽状全裂。

Basal leaves petiolate, rosulate or not, simple, entire, dentate, pinnatifid, or pectinate-pinnatifid.

具叶柄的基生叶,与否莲座状,单,全缘,具牙齿,羽状半裂,或栉状。

Cauline leaves pinnatisect or pinnatifid, broader; stems pilose with trichomes to 1 mm

生叶羽状全裂或者羽状半裂,宽;茎具柔毛的具毛状体到1毫米 2 C。

Cauline leaves petiolate or uppermost subsessile, 1- or 2-pinnatisect, rarely pinnatifid.

生叶具叶柄或者最重要近无柄,羽状全裂1或2,很少羽状半裂。

Basal leaves petiolate, not rosulate, simple, entire, sinuate-dentate, or pinnatipartite.

具叶柄的基生叶,不莲座状,单,全缘,具牙齿,或羽状深裂。

Basal leaves petiolate, rosulate or not, simple, pinnatipartite, or pinnatisect, often withered by flowering.

具叶柄,莲座状的基生叶与否,单,羽状深裂,羽状全裂的或,通常以花枯萎。

第22/100页 首页 < ... 18 19 20 21 22 23 24 25 26 ... > 尾页
推荐网络例句

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应,而且减少跟风的可能性。

The new PS20 solar power tower collected sunlight through mirrors known as "heliostats" to produce steam that is converted into electricity by a turbine in Sanlucar la Mayor, Spain, Wednesday.

聚光:照片上是建在西班牙桑路卡拉马尤城的一座新型PS20塔式太阳能电站。被称为&日光反射装置&的镜子将太阳光反射到主塔,然后用聚集的热量产生蒸汽进而通过涡轮机转化为电力