芒属

中国华南地区芒属植物遗传多样性的SSR分析

Genetic Diversity of Miscanthus Species in South China Revealed by SSR Markers

玉米SSR引物在芒属植物遗传多样性分析的应用研究

Genetic diversity analysis of Miscanthus species by maize SSR primers

本文利用SSR分子标记技术，探讨华南地区芒属植物品种间的遗传多样性。

By the utilization of SSR markers technique , we discussed the genetic diversity among 120 varieties of Miscanthus .

叶绿体DNA微卫星标记（Chloroplastsimplesequencerepeat，cpSSR）是研究芒属群体遗传结构、遗传多样性以及系统地理学的有力工具。

Chloroplast simple sequence repeat ( cpSSR ) marker is one of powerful molecular tools for studying Miscanthus population structure , diversity and phylogeography .

中国是世界上芒属植物的分布中心，资源十分丰富。

China is the center of Miscanthus of the world .

中国是世界芒属植物资源的分布中心。

China is the distribution center of Miscanthus germplasms .

国际上，芒属植物被认为是最有潜力的能源作物之一。

Internationally , Miscanthus Anderss is considered one of the most potential plant of energy crops .

目前，有关芒属植物生殖生物学方面的试验性研究鲜有报道，芒的生殖生物学特性尚待研究。

At present , the study on reproductive biology of Miscanthus Anderss is rarely reported . The study of the reproductive characteristics of Miscanthus sinensis is inadequate .

芒属植物被认为是最有潜力的能源作物之一，目前人们已经将其用作生物乙醇生产原料和发电燃料。

Is considered as one of the most potential energy plants . At present , it has been used as a raw material of alcohol production and power .

种子采收时间对芒属植物种子萌发率影响显著，最佳采收时间应根据不同的品种（材料）确定。

There was significant influence of harvest-time of seeds of Miscanthus on the germination rate , and the best harvest-time of seed should be determined according to different varieties .

近年来，欧洲各国重视芒属植物的基因型选择和栽培技术改进，在耕地准备、越冬、施肥和植保等方面都作了较多研究。

In recent year , the European countrys have pay great attentions on the genotype selection and the cultivation techniques of Miscanthus . They have made a lot of research on the preparation of cultivated land , overwintering , fertilization and plant protection in Miscanthus .

芒属植物是一种具有巨大利用价值的能源植物，其在盐碱地上的推广种植将会带来巨大的经济价值和生态效益，而目前对芒属植物耐盐性的研究较少，且不够系统。

Miscanthus plant is a kind of energy plant that has enormous value . If it can be extended in saline and alkaline land , it will bring us huge economic value and ecological benefit . Nevertheless , studies on salt tolerance of Miscanthus plant are neither systematic nor comprehensive .

几种理化因子对芒苔属植物种间杂交亲和性效应的比较

Comparison of effects of several physical and chemical factors on compatibility of Interspecific crossing of brassica