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]
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Rhizomes without bulbils; basal leaves petiolate or sessile.
没有珠芽的根状茎;基生叶具叶柄的或无梗。
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Basal leaves caespitose, petiolate, sheathing at base; blade 3–4-pinnate; ultimate segments linear, entire.
基生叶丛生,具叶柄,具鞘的在基部;叶片3-4羽状;末回裂片线形,全缘。
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Stem usually 2-8 cm, occasionally to 20 cm; basal leaf blade not more than 2 cm.
茎通常2-8厘米,偶有对20厘米;基生叶不超过2 厘米 56
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Stem leaves linear to linear-lanceolate, 1.5-3.5 × 0.2-0.4 cm, apex acuminate and with a white, cartilaginous spine.
茎生叶线形的到线状披针形, 1.5-3.5 * 0.2-0.4 厘米,先端渐尖和具一白色,软骨质的刺。
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Basal leaves long petiolate, linear-oblong, pinnatisect.
基生叶具长叶柄,线状长圆形,羽状全裂。
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Basal leaves with petioles (0.5-)1.5-4 cm, ciliate with simple trichomes; leaf blade 1- or 2-pinnatesect, oblong or ovate in outline, 1.5-6 × 0.7-3 cm; ultimate segments linear-oblong, oblong, or rarely ovate, 1.5-15 × 0.5-3 mm, apex obtuse or subacute.
基生叶具叶柄(0.5-)1.5-4厘米,单的具缘毛具;轮廓的叶片1或2 pinnatesect,长圆形或卵形, 1.5-6 * 0.7-3 厘米;线状长圆形的末回裂片,长圆形,卵形的或很少, 1.5-15 * 0.5-3 毫米,先端钝的或近尖的。
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A long-spurred orchid with base leaves and petals converging under the upper sepal.
一种长花距的兰花,有基生叶及靠合在上萼片之下的花瓣。
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A long-spurred orchid with base le a ves a nd pet a ls converging under the upper sep a l.
一种长花距的兰花,有基生叶及靠合在上萼片之下的花瓣。
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A Eurasian plant of the composite family having many-rayed yellow flower heads and deeply notched basal leaves.
蒲公英欧亚大陆的一种菊科植物,长有许多放射状的黄色花头,和具有很深锯齿状的基生叶。
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Bracts several, similar to the upper cauline leaves, pinnate, rarely entire; bracteoles linear or filiform, 2–3 × umbellules, reflexed.
苞片数个,类似于上面茎生叶,羽状,很少全缘;小苞片线形或者丝状, 2-3 倍小伞形花序,反折。
- 推荐网络例句
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The split between the two groups can hardly be papered over.
这两个团体间的分歧难以掩饰。
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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。
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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