四棱的

Cauline leaves often denticulate, sparsely ciliate; mature fruit terete or slightly 4-angled, abruptly constricted to beaklike apex 0.5-1.5 mm; fruiting pedicels (4-)6-10(-12) mm, slightly shorter or slightly longer than fruit

经常的茎生叶具小齿，疏生缘毛；圆柱状的成熟果或稍四棱形，对喙状先端突然缢缩毫米；果梗(4-)6-10(-12)毫米，稍短或稍长于果 2 G。 pendula 垂果四棱荠

Cauline leaves subentire or entire, not ciliate; mature fruit distinctly 4-angled, attenuate to beaklike apex (2-)2.5-3 mm; fruiting pedicels 1.5-3(-4.5) mm, much shorter than fruit

茎生叶近全缘的或全缘，不具缘毛；成熟果清楚四棱形，对喙状渐狭先端2-2.5-3毫米；果梗1.5-3(-4.5)毫米，远短于果 3 G。 ikonnikovii 短梗四棱荠

Study on comparative morphology of dissimilitude in winged bean breed,compare with kinship of dissimilitude breed.

以四棱豆豆荚长、宽、高、豆夹宽高比、豆粒百粒重、每个豆荚豆粒数及豆荚特异性形状等指标为依据，对不同的四棱豆品种进行形态学研究，比较不同品种之间的亲缘关系。

Seeds 1 or 2 per valve, cylindric or quadrangular, reticulate or pitted; hilum at adjoining end of 2 seeds.

每裂爿种子1或2，圆筒状或四棱的，网状或具洼点；种脐连在2种子的末端。

Stems quadrangular, lightly grooved to nearly winged, glabrous or white crisped hairy.

四棱的茎，轻而易举具凹槽对近具翅，或白色使卷曲有毛。

Shen iron walnut handle, less lines, but the value of some very special collection from the many walnut walnut iron, such as Sparganium, Schnabelia, olecranon, triple valve, snakeskin pattern, iron ingots, tripe, etc.

铁核桃手感沉，纹路较浅，但一些极具收藏价值的异形核桃多出自铁核桃，如三棱、四棱、鹰嘴、三联瓣、蛇皮纹、铁元宝、牛肚、铁观音等。

Calyx tube 4-angled in cross section, pubescent along angles

萼筒四棱形的在横断面上，短柔毛沿着棱 16 P。

Highly significant positive correlation between β-amylase activity and protein content was found for two-rowed barleys, but not four- and six-rowed barleys.

淀粉酶活性与籽粒蛋白质含量之间，二棱大麦品种存在极显著的正相关，而四棱和六棱大麦品种的相关不显著。

Amylase activity in most barley varieties ranged from 500 U/g to 1500 U/g, and on average of all varieties with the same row type, two-rowed barleys had the highest β-amylase activity.

多数大麦品种的β-淀粉酶活性变动在500～1500U/g之间，二棱大麦的平均值明显高于四棱和六棱大麦。

Compared with four-row and six-row, tow-row type presents short plant height, node length under short spike, long spike, less number of grain in a spike and heavy grain.

与四棱和六棱相比较，二棱材料极显著地表现出矮杆、穗下节间长度短、穗子长、穗粒数少、千粒重大的特点；四棱材料株高、穗长、穗粒数、千粒重居中，产量显著高于其它类型；六棱材料穗粒数极明显地高于其它棱型。

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。