紫穗槐

紫穗槐是库区防护林的优良树种

False indigo , a fine variety for shelter forest in reservoir area

紫穗槐水土保持综合效益的研究

Study on Comprehensive Benefits of False Indigo for Soil and Water Conservation

同土层不同年份紫穗槐灌丛土壤pH值基本随种植年限延长而降低。

The pH values of the same soil reduced with the increased planting years .

以高等数学的有关理论，通过Logistic方程对加拿大杨、紫穗槐、刺槐、沙棘等4种苗木的生长规律进行了模拟研究，并对速生期进行重点分析。

The growth regulation of nursery stocks of four tree species , Canadian poplar , Amorpha , Black locust , Sar-buckthorn , were simulated with logistic equation and their quick-growing period were analyzed .

目的提高酵母工程菌中紫穗槐-4，11-二烯的产量。

OBJECTIVE To increase the amorpha-4,11-diene production in the engineered yeast .

血红蛋白促进酵母工程菌中紫穗槐-4,11-二烯产量的研究

Expression of Vitreoscilla hemoglobin improves amorpha-4,11-diene production in the engineered yeast

紫穗槐-4,11-二烯合酶及其代谢工程研究进展

Recent advances in the study of amorpha-4,11-diene synthase and its metabolic engineering

紫穗槐茎段愈伤组织诱导及再生体系的建立

Induction of callus and plant regeneration for stem segments of Amorpha fruticosa

刺槐铅运移系数高于紫穗槐。

Pb transfer coefficient of R. pseudoacacia was higher than that of A. fruticosa .

紫穗槐属的任何一种植物，具有奇数羽状叶和紫色穗状花。

Any plant of the genus Amorpha having odd-pinnate leaves and purplish spicate flowers .

紫穗槐在赣南红层路基边坡防护应用的试验研究

Experimental Study on Application of Amorpha Fruticosa in Red Embankment Slope Protection in Gannan

丛枝菌根真菌对紫穗槐固氮能力的影响

Effect of Arbuscular Mycorrhizal Fungi on the Ability of Nitrogen Fixation of Amorpha fruticosa

紫穗槐碱法纸浆的漂白性能研究

Studies on Bleachability of Soda False Indigo Pulp

紫穗槐的支撑结构分配比例最高，这样更有利于支撑其运动的叶片。

Amorpha fruticosa showed the highest supporting structure ratio , corresponding to the moveable leaves .

紫穗槐种子质量分级研究

Seed Quality Grading for Amorpha fruticosa Linn

酵母工程菌制备紫穗槐-4,11-二烯的研究

Production of amorpha-4,11-diene in engineered yeasts

结合调查已有成果，建议紫穗槐的郁闭度控制在0.6左右为宜。

Due to the investigation results , the appropriate canopy density to control is about 0.6 .

两种饲料槐的组织培养及紫穗槐的辐射诱变育种探讨一种极度灵敏的辐射计。

Tissue Culture of Two Forage Plants and Discussion of Radiation Mutagenesis ; an extremely sensitive radiometer .

第三年紫穗槐根际土壤有效锌含量提高幅度明显，高达81%。

In the third growing year , available zinc content in rhizosphere increased by up to81 % .

从混交情况看，南酸枣套种紫穗槐是一种很好的造林方式。

Mixing Choerospondias axillaris with Amorpha fruticosa together was found to be a good method for afforestation .

地埂柠条和紫穗槐的水保作用与生态及经济效益分析

Water Conservational Role of Salix lutea and Amorpha fruticosa Planted in Field Bund and Their Ecological and Economic Benefits

不同盐碱区白榆、白蜡、紫穗槐、柽柳体内离子分布特征

Ion Distributing Characteristic of Ulmus pumila , Fraxinus velutina , Amorpha fruticosa and Tamarix chinensis in Different Saline and Alkali Area

紫穗槐和火炬树高的光合能力和良好的耐旱能力是两个外来种能够定居下来的重要原因。

The higher photosynthetic ability and well drought tolerance are the important reasons that the two alien species could settle down .

5一、二、三年生紫穗槐根际土壤的全铁均大于非根际土壤。

Content of total iron in the rhizosphere of one , two , three-year-old Amorpha were all higher that in non-rhizosphere soil .

鱼药丑牛10号是用油樟、岩桂、紫穗槐、吴茱萸、安息香等植物配成的制剂。

Chouniu No.10 is a fishery medicine made from Cinnamomum Ionge-paiculatum , Cinnamomum petrophilium , Amorpha fruticosa , Evodia rut-aecarpa , Styrax hypoglauca .

6不同株龄紫穗槐根际土壤有效铁和有效锰含量均大于非根际土壤。

Content of available Fe and Mn in Amorpha rhizosphere soil were all greater than that in non-rhizosphere soil in different growing years .

考虑到投资成本，刺槐、紫穗槐可以直接种植在尾矿上，以达到固持、培肥土壤的作用。

Considering the costs , Robinia pseudoacacia and Amorpha fruticosa can directly be planted in the mine tailings , to achieve the retention of soil fertility .

在全量锰和全量锌中，第一年和第二年的紫穗槐根际低于非根际，而第三年的紫穗槐根际大于非根际。

The total content of manganese and zinc in the rhizosphere were lower than that in non-rhizosphere of first and second year growing Amorpha , and the third year was the opposite .

灌木：紫穗槐、丁香、沙棘、锦带花、火炬树、忍冬、胡枝子、铺地柏、连翘、锦鸡儿；

Bush : False indigo 、 cloves 、 sea-buckthorn 、 silk wounded in action 、 torch tree 、 honeysuckle 、 shrub lespedeza 、 cover the ground cypress 、 forsythia 、 golden pheasant ;

目前，已有大批学者开始对于紫穗槐、胡枝子和沙棘3种植物的抗性开展大量细致的研究，对于三种植物在水分胁迫下的生理响应有了基本的明确。

At present , a large number of scholars have carried out a detailed study and has a basic clear for physiological response under water stress of Amorpha fruticosa , Lespedeza bicolor and Hippophae rhamnoides .