新麦草

新麦草种子贮藏第一年的生活力变化

The Vitality Changes of Russian Wildrye Seeds in the First Year

新麦草生物学和经济学特性的研究

Research on biological and economical character of Russian wildrye

新麦草种子成熟过程中活力变化的研究

Studies on the Vigor Changes during Seed Maturation of Russian wildrye

新麦草有丝分裂及核型分析

Mitotic Division and Karyotype Analysis of Russian Wildrye Grass

放牧强度对新麦草生产特性和品质的影响

Effects on production characters and quality of Russian wildrye Grass under Different Grazing Intensities

刈割期和留茬高度对新麦草产草量及品质的影响

The Effect of Different Stubble Heights and First Clipping Period on the Yield and Quality of Russian Wildrye Pasture

放牧强度对新麦草土壤氮素分配及其季节动态的影响

The Distribution and Growing Seasonal Dynamics of Soil Nitrogen Fractions on Russian Wildrye Grass Pasture Under Different Grazing Intensities

利用荧光原位杂交和染色体C-分带技术，对普通小麦-华山新麦草的异附加系进行了研究。

The alien addition lines of Triticum-Psathyrostachys were detected by fluorescent in situ hybridization ( FISH ) and chromosomes C-banding .

结果表明，华山新麦草高度抗全蚀病菌的侵染，是一个新的野生抗全蚀病种质。

The results showed that P.huashaica was of high resistance to wheat take-all fungus and was a new resistant germplasm .

研究结果表明：新麦草种子活力随着种子的成熟而逐渐增加并于种子获得最大干重时，活力达到最高。

The results showed that : seed vigor attained maximum value when the seed dry weight reached maximum value during seed maturation .

研究认为，在酒泉地区适宜于新麦草种子生产的灌水次数为4次，每次的灌水量为600m3/hm2。

So it was reasonable for the Russian wildrye seed production that the irrigation times were four and irrigation amount was 600 m3 / hm2 in Jiuquan district .

新麦草-杂花苜蓿和杂花苜蓿-新麦草-扁穗冰草草地在轻度放牧下，总净生长量增加，在中度和重度放牧条件下分别表现为等补偿性生长和欠补偿性生长；

The other two mixed pastures dominated by alfalfa , Russian wildrye and crested wheatgrass showed extra-compensatory growth under light grazing intensity , equal-compensatory and under-compensatory growths with medium and heavy grazing intensities respectively .

一种新的麦草半化学浆生产工艺

A New Process for Wheat Straw Semi-chemical Pulping