冰草属

对冰草属植物的5种22个居群分8个取样梯度的混合样的醇溶蛋白多样性分析表明，当取样量达到12粒以上，醇溶蛋白图谱表现基本一致。

The gliadin banding pattern with 8 level of bulked seed samples of 22 populations of 5 species in Agropyron Gaertn . was analyzed . When bulked seed samples surpassed 12 ( included 12 ) seeds , the gliadin banding patterns was relatively uniform .

冰草属植物种质资源遗传多样性研究

Study on Genetic Diversity of Agropyron Gaertn Germplasm Resources

冰草属（AgropyronGaertn.）植物遗传多样性取样策略基于醇溶蛋白的研究

Sampling Strategy for Genetic Diversity in Agropyron Gaertn . Based on Gliadin

几种冰草属植物种子萌发期及幼苗期抗旱性比较研究

Study of the Drought Resistance Comparision on the some Wheatgrasses in the Germination Period and Seeding Stage

建议在利用生化指纹进行冰草属居群间及种间的遗传多样性研究中，混合取样量最低应保持在12个个体及以上方能代表居群整体，反映居群的整体遗传特性。

Therefore , bulked seed samples above 12 could be chosen to represent whole populations based on the genetic diversity of gliadin .

同时，蒙古冰草是冰草属中珍贵的二倍体物种，不仅具有较高的饲用价值，还具有重要的生态价值和遗传育种价值。

Meanwhile , it is a precious diploid species with genetic and feeding value , ecological value and breeding value in Agropyron Gaertn . There are abundant germplasm resources of Mongolian wheatgrass in China .

蒙古冰草（AgropyronmongolicumKeng）为禾本科冰草属多年生草本植物，主要分布在我国北方地区。

Agropyron mongolicum Keng , a perennial grass , belongs to Agropyron in Gramineae , which is mainly distributed in the north China .