1.Establishment of efficient regeneration system from three - dimensional stem segments of tetraploid Robinia pseudoacacia L .
四倍体刺槐立体茎段高效再生体系的建立。
2.Studies on genetic variation , correlation and selection of salinity tolerance traits of Robinia pseudoacacia families .
刺槐家系耐盐性状的变异、相关分析及选择。
3.It is suggested that changing light environment is the main factor for inducing leaflet movement of Robinia pseudoacacia , and the rhy.
这说明变化的光环境是引起刺槐复叶运动的主要原因，而节律性运动不是刺槐复叶运动的诱导因素。
4.INFLUENCE OF PLANT HORMONES ON ORGANOGENESIS AND PLANTLET REGENERATION OF Robinia pseudoacacia L.
植物激素对刺槐器官发生及其植株再生影响的研究。
5.Callus induction and cell suspension culture of Robinia pseudoacacia 'Idaho'
香花槐愈伤组织的诱导与细胞悬浮培养技术
6.Soil water changing of artificial Robinia perseudoscacia at different site conditions Yan an experimental area was studied.
本文研究了延安研究区不同立地类型的刺槐林地土壤含水量的变化。
7.Native to North America, this species attacks leaf of black locust tree, Robinia pseudoacacia L.
该害虫原产北美洲东部，危害刺槐叶片。
8.Studies on the hard stem cutting propagation technique of Robinia pseudoacacia L .
四倍体刺槐硬枝扦插技术研究。
9.Rooting Culture of Tetraploid Robinia Pseudoacacia L .
四倍体刺槐组培瓶苗生根培养研究。
10.By soil degradation index (DI) shows that Pinus increase soil fertility , no significant effect on soil fertility in robinia forest. 3.
由土壤退化指数（DI）分析表明，油松林提高土壤肥力，刺槐对土壤肥力无显著影响。