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1·Lower glume of sessile spikelet pitted between veins.

在脉之间具洼点的无梗小穗的更低的颖片。

2·Culms up to 1. 5 m; upper glume of sessile spikelet thinly pilose.

秆可达1。5米；稀疏的无梗小穗的上面颖片具柔毛。

3·The length of the lower glume is very variable, even within a single raceme.

更低的颖片的长度非常易变，即使在一单个的总状花序内。

4·This is formed by the swollen lowest rachilla internode and adnate lower glume.

膨胀的最低的小穗轴节间和贴生的更低的颖片形成这。

5·Pedicels of spikelet pair equal, as long as rachis internode; upper glume with 0. 5-1 mm mucro.

小穗对的花梗等于，倍于轴节间；上面颖片具0。5 - 1毫米短尖头。

6·Hybrid rice seeds show a serious glume dehiscence which is a genetic characteristic of male sterile lines.

杂交水稻种子存在较严重的裂颖现象，这是不育系的一种遗传特性。

7·Whether the empty glume of rice spikelete came from leaf or rudimentary spikelete still remains less understood.

而水稻小穗中护颖的性质究竟是叶的突变形式还是退化的小花也一直没有定论。

8·Compared with Liuqianxin A, 731A has a shorter period of flowering days, a smaller angle of glume opening and a longer glume opening time.

与六千辛A相比，731A开花持续天数较短，开颖角度较小，柱头外露率低，开闭时间略长。

9·After the larvae invaded into the glume, the main factors reducing the yield loss rate of wheat belong to antibiotic or tolerant resistance.

因此认为抑制初孵幼虫浸入后小麦损失率的主要原因是抗生性和耐害性。

10·While the relationship between the resistance to preharvest sprout and its glume hardness has not been revealed in synthetic hexaploidy wheat.

然而，人工合成小麦的穗发芽抗性与其颖壳硬度的关系尚不清楚。

颖

1·Lower glume of sessile spikelet pitted between veins.

在脉之间具洼点的无梗小穗的更低的颖片。

2·The length of the lower glume is very variable, even within a single raceme.

更低的颖片的长度非常易变，即使在一单个的总状花序内。

3·Compared with Liuqianxin A, 731A has a shorter period of flowering days, a smaller angle of glume opening and a longer glume opening time.

与六千辛A相比，731A开花持续天数较短，开颖角度较小，柱头外露率低，开闭时间略长。

4·Culms up to 1. 5 m; upper glume of sessile spikelet thinly pilose.

秆可达1。5米；稀疏的无梗小穗的上面颖片具柔毛。

颖片

1·Pedicels of spikelet pair equal, as long as rachis internode; upper glume with 0. 5-1 mm mucro.

小穗对的花梗等于，倍于轴节间；上面颖片具0。5 - 1毫米短尖头。