“spikelet”造句，怎麼用spikelet造句

The study of mechanism of 6-benzyl adenine influencing spikelet differentiation of rice

A diminutive axis of a spikelet that bears the florets, as in grasses and sedges.

The fresh weight of panicle and stem at the heading stage was correlated positively to spikelet number per panicle;

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

These accessions had a extremely significant positive partial-correlation between grains weight per plant and spikelet Numbers per spike, grains weight per spike, respectively.

The number of leaf primordia was affected by both genotype and environment, while the Numbers of bracteal, spikelet and floret primordia were affected mainly by environmental factors.

The effects of the panicle length, branch distribution, number of spikelets, seed set percentage, neck vascular bundles and plant weight per stem on spikelet number per panicle were analyzed.

For promoting the heterosis of inter-subspecific hybrids, it is essential to develop intermediate restorer lines with ideal plant type, high 1000-grain weight and rational panicle-spikelet structure.

All the P(T)GMS have higher wrapround spikelet rates and relatively lower indehiscent spikelet rates.

This may indicate that spikelet development before heading limits grain size.

Effects of increasing surface ozone concentration on spikelet formation of hybrid rice cultivars

The relationship between spikelet fertility and the green leaves area, the dry matter dynamic of leaf sheath and culm of different cultivars was analyzed.

A small, thin, usually dry, often appressed plant structure, such as any of the protective leaves that cover a tree bud or the bract that subtends a flower in a sedge spikelet.

Spikelet density is an important trait related with panicle number, spikelet number and grain weight.

One of the two chaffy basal bracts of a grass spikelet.

Generally, spikelets per panicle were more closely correlated with number of secondary branch per panicle, spikelets in secondary branch per secondary branch, and spikelet density.

Lower glume of sessile spikelet pitted between veins.

The main reason resulting in higher yield was that the higher number of total spikelet increased per unit area under the condition of appropriate seedling Numbers, plant spacing and row spacing.

The vascular bundle has a similar spikelet number load and sink load in the HPHR and Shanyou 63.