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Lolium arvense n. 田野黑麦草
They are Equisetum arvense,E. pratense,E. 、草问荆(E.;pratenseEhrhart)、林问荆(E
Varieties of Lolium perenne Linn. 黑麦草品种
Genome analysis of Festuca and Lolium hybrids. 苇状羊茅的染色体组分析.
Detection and Quantification of the Endophyte in Lolium perenne L. 黑麦草内生真菌感染状况的检测及定量分析。
Study on Genetic Diversity of Germplasm Resources of Lolium L. 黑麦草属种质资源遗传多样性研究。
The results showed that the adaption of Lolium was higher than Poa and Festuca. 结果表明：黑麦草类的适应性状和坪用性状均优于早熟禾和高羊茅类。
SOME METHODS IN PROMOTING SPORULATION OF ENDOPHYTIC FUNGI IN LOLIUM PERENNE L. 内生真菌产孢的方法。
Detection, Isolation and Identification of Endophytes in Lolium perenne L. 内生真菌的检测、分离及鉴定。
It is very difficult to control perennial weed field horsetail (Equsetum arvense L. ). 摘要问荆是一种多年生难防杂草。
People use soller arvens solar ovens to cook food and to hit heat drinking warter water to kill berire bacteria and other harmful orgerorganisms. 它们必须经常校准以跟随太阳。如果使用不当，抛物面式炉具也会引起灼伤和损害眼睛。
Any of several Eurasian grasses of the genus Lolium,especially L. temulentum or L. perenne. 黑麦草，毒麦生长在欧亚大陆的一种毒麦属草，尤指毒麦或黑麦草
EFFECT OF SALT STRESS ON SEED GERMINATION OF LOLIUM PERENNE L.AND FESTUCA ELATA KENG. 盐胁迫对金牌美达丽和猎狗种子萌发的影响。
Study on reproduction characters and constitute of seed yields of turf-type Lolium Perenne L. 草坪型多年生黑麦草生殖特性及种子产量构成的研究。
Abstract: We did a series of studies on the megasporogenesis and the formation of female gametophyte of Thlaspi arvense L. by means of traditional paraffin-sectioning. 摘要：利用常规石蜡切片技术，对菥蓂的大孢子发生和雌配子体形成过程进行了观察。
The somaclonal variation of regeneration plant derived from mature embryo of perennial ryegrass (Lolium perenne L. were analyzed with RAPD makers. 摘要以多年生黑麦草成熟胚诱导获得的再生植株为材料，利用RAPD标记方法对其体细胞变异进行了研究。
Among them, Ambrosia artemisiifolia and Lolium temulentum are two species of harmful quarantine weeds in China. 其中的2个种,即豚草和毒麦,为我国检疫性杂草。
Any of several Eurasian grasses of the genus Lolium, especially L. temulentum or L. perenne. 黑麦草，毒麦生长在欧亚大陆的一种毒麦属草，尤指毒麦或黑麦草
Furthermore, the prospects of RNA interference in Lolium genetic improvement and functional genomics are discussed. 并分析了功能基因组学的研究及RNA干扰技术在黑麦草研究中可能的应用前景。
Abstract： Lolium perenne was treated with plant growth regulator- PP333 and CCC at different concentration levels. 摘要：分别采用不同浓度的PP333(多效唑)、CCC（矮壮素）对黑麦草进行叶面喷施处理。