| 1. | Progress and prospect of the lolium - festuca complex
羊茅黑麦草种群研究进展及前景展望 |
| 2. | Protocol establishment of tall fescue transgene by biolistics
基因枪介导的高羊茅基因转化体系的建立 |
| 3. | Effect of foliar application of fe on some nutrient in tall fescue
叶面喷施铁制剂对高羊茅养分因子的影响简报 |
| 4. | Studies on seed productive characteristics of different varieties in turf - type tall fescue and red fescue
不同品种草坪型羊茅种子生产性能研究 |
| 5. | 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。 |
| 6. | The number and bio - mass of grass per area was increased , so did as chlorophyll
结果表明，种衣剂处理高羊茅种子能够提高其出苗率，促进生长发育。 |
| 7. | Grass varieties grown include timothy hay , smooth brome grass , meadow brome grass , wheat grasses , tall fescue , orchard grass and wild rye
栽培的牧草品种包括梯牧草无芒雀麦草草地雀麦草冰草高羊茅野茅和野麦。 |
| 8. | This study was focused on the physiological strain of tall fescue ( festuca arundinacea schreb ) on different salt stress levels
本文研究了高羊茅( festucaarundinaceaschreb )在nacl模拟的不同盐分环境下的生理反应，以及这种反应与处理时间的关系。 |
| 9. | As the salt levels increased , the capacity of uptake selectivity and transport selectivity of k + would increased also on some degree
随着盐分水平的增加，高羊茅对k ~ +的选择吸收( uptakeselectivity )和选择运输( transportselectivity )能力都有不同程度的增强。 |
| 10. | Results of field experiment indicated that the emergency ratio was increased when the seed treated by seed coating chemicals ( scc ) , and the growth and development of grass also be promoted
摘要通过田间试验检测4种不同类型种衣剂包衣处理对高羊茅生长发育的影响。 |
