查询词典 oblong-ovoid

Petals white; filaments glabrous, connectives broad, square, deltoid, oblong, rarely narrow; stigma mostly penicillate

花瓣白色花丝无毛，宽的药隔，广场，正三角形，长圆形，很少狭窄；柱头主要具毛撮 15 Callisia 洋竹草属

Perigone 5-parted, lobes inside often pink to purple, rarely white, oblong, ending in protracted spurs.

花被5深裂，裂片在通常里面粉红色的到紫色，很少白色，长圆形，结果是延长的距。

Basal leaves numerous, petiolate; blade long-ovate to oblong, 3-pinnatisect; pinnae shortly petiolulate; ultimate segments linear, entire, margins narrowly reflexed, apex acute, both surfaces glabrous.

基生叶多数，具叶柄；叶片长卵形到长圆形，3回羽状全裂；羽片具短的小叶柄；末回裂片线形，全缘，边缘狭，先端锐尖，两面无毛。

Leaf blade oblong, pinnate; pinnae opposite, sessile, ovate to orbicular, entire or 3–6-lobed to serrate.

叶片长圆形，羽状；羽片对生，无柄，卵形到圆形，全缘或3-6浅裂到锯齿。

Leaf blade oblong or lanceolate, 1–4 × 0.5–1 cm, 1-pinnate; pinnae 3–5 pairs, remote, ovate-lanceolate, 2–8 × ca. 4 mm, entire or 1–3-crenellate.

叶片长圆形或披针形， 1-4 * 0.5-1 厘米，1回羽状；羽片3-5 对，稀疏，卵状披针形， 2-8 *约4毫米，全缘或具小圆齿。

Leaf blade ovate-oblong in outline, ca. 10 × 6 cm; pinnae 5–6 pairs; ultimate segments ovate, 4–5.5 × 3–4 mm, adaxially sparsely squamose-pubescent.

叶片卵状长圆形轮廓，约10×6厘米；羽片5-6 对；末回裂片卵形， 4-5.5 * 3-4 毫米，正面疏生短柔毛。

Basal and lower petioles 4–7 cm, sheaths long and broad; blade oblong, 3–5 × 1.5–3 cm; pinnae 4–6 pairs, remote; ultimate segments ovate to ovate-lanceolate, 7–15 × 5–8 mm, entire or shallowly 2–3-toothed, base rounded-truncate or slightly cordate.

基部和下部叶柄4-7厘米，鞘长和宽的；叶片长圆形， 3-5 * 1.5-3 厘米；羽片4-6对，稀疏；末回裂片卵形的到卵状披针形， 7-15 * 5-8 毫米，全缘或2-3齿，基部圆形截形或稍心形。

Leaves usually opposite, occasionally in whorls of 3 or 4; leaf blade often ovate-oblong, pinnatifid.

叶通常对生，偶有3轮生或；叶片通常卵状长圆形，羽状半裂。

Leaves alternate, linear to linear-lanceolate or oblong-lanceolate, pinnatifid or dentate.

叶互生，线形的到线状披针形或长圆形披针形，羽状半裂的或具牙齿。

Roots usually several, fleshy; calyx lobes ovate to oblong, pinnatifid

通常的根数个，肉质；萼裂片卵形的到长圆形，羽状半裂 131 Pedicularis roylei 罗氏马先蒿

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。