根蘖

为根蘖型多年生草本菊科植物。

Is a root sucker form perennial herb of Compositae .

新根蘖芽为0a芽，其它龄级与分株的龄级相一致，即1a分株主根芽为1a芽，2a分株主根芽为2a芽。

New buds from a root sucker were 0 a buds , other age classes of buds were consistent with that of ramets , i.e. buds produced from taproots of 1 a ramets were 1 a buds , and so on .

ABT生根粉在枣树根蘖苗栽植中的应用效果

Application of ABT RHIZOCALINE to tiller seedlings of jujube tree

根蘖苜蓿植株根系中IAA／（Z＋ZR）低于非根蘖植株。

The ratio of IAA / ( Z + ZR ), or ( IAA + GA3 ) / ( Z + ZR ) in the root system of creeping-rooted plant are lower than that of non creeping-rooted plant .

苜蓿植株根系中内源激素（Z＋ZR）、IAA、GA3含量与苜蓿根蘖芽形成和生长有关。

It is concluded that the initiation and growth of stem primordia is associated with the contents of Z + ZR , IAA and GA3 . The distribution of endogenous hormones in the different root tissues of creeping-rooted alfalfa is uneven .

选择国外根蘖型苜蓿润布勒（Rambler）、兰吉兰德（Rangelander）品种和国内育成的综合种4号、5号、6号根蘖型苜蓿，进行生理特性及营养动态研究。

The physiological traits and nutrient dynamics of five creeping rooted alfalfa varieties were studied in this paper . The alfalfa varieties included two abroad materials , Rambler and Rangeland er , and three domestic cultivated synthetic varieties No. 4 , No.

干旱地区大枣根蘖苗栽植技术研究

Planting techniques of root turion of jujube tree in arid area

密度对根蘖型苜蓿根系的影响

Effects of Plant Density on Root System of Creeping-Rooted Alfalfa

地膜覆盖提高枣树根蘖苗成活率试验

Experiment of Increasing Jujube Sucker Survival with Plastic Covering

苜蓿根蘖性状遗传规律的研究

A Study on Inheritance of Creeping-Rooted Character in Alfalfa

短根茎或根蘖型垫状植物；

Brevi rhizome or collar tillaring cushion plant ;

根蘖型苜蓿引种的研究

Study on introduction of creeping - rooted Alfalfa

通过三个地区种植和无性扦插两种繁殖方式探讨了苜蓿根蘖发生及在不同生境条件下根蘖性状的表现，分析了边际效应对根蘖表现的影响。

The influence of marginal effect on the performance of creeping-rooted character was analysed .

产生根蘖，长出根蘖。

To produce or grow as a ratoon .

适宜放牧的根蘖型苜蓿生理特性及营养动态研究

Study on physiological traits and nutrient Dynamics of Alfalfa varieties with root shoots suitable for Grazing

根蘖苗不定根在4年生以后大量发生。

The adventitious roots breaks out profusely on the 4 year old stocks grown from suckers .

苜蓿根系酯酶及内源激素变化与根蘖发生的研究

Change of Esterase Isozyme and Endogenous Hormone in Root System and Ontogenesis of Creeping-Rooted Character in Alfalfa

本文论述了国外对根蘖型苜蓿的研究概况，总结了培育根蘖型苜蓿的方法。

It has been reviewed the studies creeping rooted and summarized the methods of breeding creeping rooted lucerne abroad .

通过选择优良无性系，组建综合品种的途径有利于根蘖性状提高。

The way to set up synthetic variety by selecting good colone is of benefit to developing creeping rooted charcter .

苜蓿的根蘖性状对于培育根蘖型及放牧型苜蓿新品种具有重要的价值。

Creeping-rooted character was very important for breeding and selection of the new variety of creeping-rooted types and grazing types alfalfa .

沙生灌木类克隆植物通过其根蘖繁殖抵抗沙埋并占有新的生态位，也为AM真菌提供了特殊的生存环境。

Clonal plants occupy new ecological niche by root-sucker reproduction surviving sand burying , which also provide special environment for AM fungi .

使用剪枝夹剪除“根蘖”，也就是树干根部附近生长的多余的枝条。

Use secateurs to cut back the ' suckers ' , which are the unwanted shoots that grow near the base of the trunk .

根蘖型苜蓿品种的根蘖植株表现在第三、二年较多，第一年和第四年以后均表现较少。

The appearance of creeping-rooted plant was better during the second and third years than during the first and later of the fourth year in the creeping-rooted varieties .

用秋末新生根蘖数量和现时种群数量可以较准确预报翌年种群数量和年龄结构。

The population size and age structure in the next year could be accurately forecasted by the number of fresh roots with budlet and present population in late autumn .

结果表明：取自根蘖条的幼化型插穗同取自树冠的插穗相比，在相同条件下，生根率、新根最大长度、扦插苗成活率均有显著提高。

The results show : under the same conditions , contrasted with cutting from tree crown , rhizogenous percent , the longest length of new root sucker have been notably increased .

沙棘有很强的根蘖能力，其根系具有类似水生植物根系的解剖特征，地上部分又有旱生植物的特征，所以沙棘应属中生植物；

Common seabuckthorn has strong tillering capacity , its root system has the dissecting characteristic similar to the root of hydrophyte , while its above-ground part has the characteristic of xerophyte , so common seabuckthorn belongs to mesad .

一般每株有水平根14～24条，集中分布在7～20厘米土层内，根蘖节分布在各级水平根上或根的交叉处。

The number of level root in each plant is 14 to 16 , which concentrated distribution in 7 ~ 20cm soil layer . The root tiller nodes appear on the level root or cross area of roots .