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- Pheosiopsis cinerea canescensn. 喜夙舟蛾秦岭亚种
- Pheosiopsis cinerea ussuriensisn. 喜夙舟娥乌苏亚种
- Pheosiopsis cinerea formosanan. 喜夙舟娥台湾亚种
- Pheosiopsis cinerean. 喜夙舟娥
- Atriplex canescens (Pursh) Nutt. 四翅滨藜
- Copiapoa cinerea (Phil.) Britton & Rose ssp. haseltoniana (Backeberg) Taylor 植物更多的照片这里可以看.
- Detection of Resistances to Procymidone in Botrytis cinerea Per. 灰霉病原菌对速克灵的抗性监测。
- Nutrition components of Acrida cinerea and the evaluation of its utilization. 中华剑角蝗的营养成分与利用评价。
- Objective:To study the pharmacological action of Vernonia Cinerea(L) Less. 目的:探讨伤寒草的药理作用。
- A deciduous shrub(Amorpha canescens) of central North America,having pinnately compound leaves covered with whitish hairs. 灰毛紫穗槐一种生长于北美洲中部的落叶灌木(灰毛紫穗槐紫穗槐属),生有上面覆盖白色柔毛的羽状复叶
- A deciduous shrub(Amorpha canescens)of central North America, having pinnately compound leaves covered with whitish hairs. 灰毛紫穗槐一种生长于北美洲中部的落叶灌木(灰毛紫穗槐紫穗槐属),生有上面覆盖白色柔毛的羽状复叶
- A deciduous shrub(Amorpha canescens) of central North America, having pinnately compound leaves covered with whitish hairs. 灰毛紫穗槐一种生长于北美洲中部的落叶灌木(灰毛紫穗槐紫穗槐属),生有上面覆盖白色柔毛的羽状复叶
- And better effects can be achieved in prevention and treatment of brain cinerea than alba. 对大鼠大脑灰质的防治效果比对大鼠大脑白质的防治效果好。
- Based on the theory of module construction, branching pattern plasticity of Atyiplex canescen in different cultivated densities were studied. 摘要利用植物种群的构件结构理论,对不同栽培密度下四翅滨藜分枝格局可塑性进行了研究。
- The bleeding sap had the best fungistatic effect on Botrytis cinerea among the three pathogenic fungi. 三种病原菌中,丝瓜伤流液对灰黴病菌的抑制效果最好。
- Now, the research of B. cinerea mainly focused on gray mold defecting and its infecting reasons. 目前对于灰霉的研究主要集中于其引起感染的机制以及灰霉疫情的防治上。
- In addition, the content of protein from Botrytis cinerea declined after a time under treatment. 且处理一定时间后,可使菌丝体可溶性蛋白含量下降。
- There was significant difference among varieties for resistance to Botrytis cinerea. 对灰霉病的抵抗能力,品种间存在显著差异。
- This paper studied the compositions of cultural medium and culture conditions of D2-4 strain againt Botrytis cinerea. 对拮抗番茄灰霉病菌的D2-4菌株培养基成分和发酵条件进行研究。
- Abstract : The bacterium strain B21 isolated from leaves could strongly inhibit the growth of Botrytis cinerea. 摘要 : 对分离于叶片表面能较强抑制番茄灰霉病菌生长的拮抗细菌B21菌株进行了鉴定。