salt-tolerant

At present, there are no uniformly physiological indexes to the salt-tolerant character of plants. If find the rule between the apparent character and physiology of plants, this will greatly promote the development of the salt-tolerant study of plants.

目前对植物耐盐性研究尚无统一的生理指标，如能找到植物耐盐表观性状和生理规律，将极大地推动植物耐盐性研究的发展。

" The development of a salt tolerant tall fescue is an important improvement for this species," says Zengyu Wang of the Samuel Roberts Noble Foundation's forage improvement division.

美国Samuel Roberts Noble基金会草料改进处的Zengyu Wang说：“开发耐盐的高羊茅草，是对这一物种的一个重要改进”。

At present, by studying the salt tolerance mechanism of plants, using biotechnology methods to clone salt tolerance gene form the salt-tolerant plants and cultivating salt tolerance of the new crop varieties, can effectively solve the negative influence of soil salinization.

目前，通过研究植物的耐盐机制，利用生物技术方法克隆耐盐植物的耐盐基因，培育抗盐作物品种，可以有效地解决土壤盐碱化带来的不利影响。

Enhancing the ability of soybean to survive salt condition is very important to improve the yield of soybean and the utility of the salinity soil. Much attention is paid to raising salt-tolerant plants, studying salt-tolerance mechanism, locating and isolating salt-tolerance genes.

因此提高作物耐盐性，培育耐盐品种，耐盐机理的研究及耐盐基因的定位分离受到人们越来越多的关注。

Different amelioration measures on coastal saline soil have different effects. The effects of comprehensive amelioration measures are superior to single measure. The effects of carrying on land cover on the basis of digging deep groove combined with planting salt-tolerant plants are the best.

不同改良措施对滩涂土壤的改良效果不同，综合措施的改良效果优于单一措施。

Salt tolerance of plant is involved in a complex series of physiological and biochemical reactions or processes, and it is often the result of interactions among multiple genes. Until now what we have found may simply reflect some aspects of the whole salt-tolerant mechanisms of plants.

植物的耐盐性涉及一系列复杂的生理生化反应或过程，往往是多基因相互作用的结果，而已有的发现可能只是反映了整个耐盐机制中的某一个方面。

First report on Breeding of salt-tolerant rice plants

耐盐水稻品种选育初报

Climatie condition of runway area in Xining airport was reported ang the soil, vegetation and grow of drought-resistant and salt-tolerant plants were discussed.

简要报道了曹家堡机场飞行区的气候特点，讨论了土壤、植被和耐旱耐盐碱植物的种植结果。

If growing the salt-tolerant plants in salt-alkali land, this will bring the economic benefit and increased the covered content in salt-alkali land.

在盐碱地上种植耐盐植物，能产生一定的经济效益，提高盐碱地的植被覆盖率。

They are typical salt-tolerant plants. The principle of Salt-tolerance is concerned by more a growing number of researchers.

它们是典型的耐盐植物，耐盐机制受到越来越多的研究者关注。

Mangrove plants which grow in seawater environments are truly salt-tolerant plants.

红树林植物长期生长在海水中，是真正意义上的耐盐植物，是最宝贵的耐盐基因资源库。

The quality yield of Moderate salt-tolerant variety Nei Nong Da You 1 was higher than non-tolerant variety Avena magna.

中度耐盐品种内农大莜1号的产质量高于盐敏感品种大燕麦。

Meanwhile prospects for the salt tolerant molecular breeding are provided.

同时还讨论了分子水平育种的影响因子.

Breeding and Selection of Drought Resistant and Salt tolerant Wheat Variety Cang 6001

抗旱耐盐型小麦品种沧6001的选育

The study of the transgenic Arabidopsis germination rate, root length, salt-tolerant overall plants showed that the gene in a certain level enhanced the transgenic Arabidopsis salt tolerance.

通过对转基因拟南芥的萌发率、根长、整体植株的耐盐性的功能研究，显示该基因在一定水平上提高了转基因拟南芥的耐盐性。

Finally, 24 kinds of salt-tolerant plants were selected over 6 g/ kg's soil salt content.

并筛选出能在土壤含盐量6g／kg以上生长的耐盐植物24种。

For a long time, considerable domestic and international researches have been made on improvement and utilization of salinized land. Transgenic technology has been used to separate and clone important salt-tolerant genes in plants and breed genetically-modified salt-tolerant crops.

长期以来，国内外广泛开展了对盐渍土的改良和利用的研究，人们运用基因手段，从植物中分离克隆了可耐盐的相关重要基因，培植转基因耐盐作物。

Differential Expression of miRNA in Different Salt-tolerant Cotton under Salt Stress

盐胁迫条件下不同耐盐棉花miRNA差异表达研究

Consequently, study on the mechanisms of salt-tolerance in plants and breeding of salt-tolerant plants has become a key issue in plant biology nowadays.

植物耐盐机理和耐盐植物的选育研究已成为当今研究的热点。

Medium salt-tolerant plants, and is one of main vegetable in horticulture. It will be of great importance to improve its salt-tolerant through genetic engineering.

番茄是耐盐性中等的蔬菜，也是设施栽培的主要蔬菜品种，通过基因工程提高番茄的耐盐性不仅具有重要的现实意义，也具有实际可行性。

For future to study the application and in plant tolerance of the Cu/ Zn-SOD gene from Salicornia europaea lay the foundation, such as cultivating new varieties of salt-tolerant crops.

为以后研究盐角草Cu/Zn-SOD基因的应用以及在植物抗逆性作用中的应用奠定基础，如培育耐盐农作物新品种。

HAL 1 gene is an important salt tolerant gene in west.

HAL1基因是酵母中重要的耐盐基因.

Objective To study the salt-tolerant characteristic of the An . anthropophagus in Zhuhai Hengqin Island.

目的了解横琴岛嗜人按蚊盐水耐受特性.

Hereditary capacity in a broad sense of salt-tolerant induction rate is 97.9%, showing that the variation of induction rate for salt-tolerant mutants mainly depended on genetic variation with less influence of environment.

耐盐性诱导率的广义遗传力为97.9%，说明F1的耐盐突变体诱导率的变异，是以遗传变异为主，受环境影响甚微；

Growth curves of salt-tolerant soy brewing yeast and reducing sugar consumption and yield of ethanol during its growth was studied in this paper.

对耐盐酱油酵母菌的生长曲线和其生长过程中培养基中还原糖消耗和乙醇生成量变化进行了研究。

The Flora of Mangrove Forest of Hainan Island and Salt-tolerant Biology of Mangrove Plants

海南红树林植物区系与耐盐生物学研究

Salt-tolerant Plants from Selection of Napier grass Somaclones Mutants

体细胞突变体筛选法获得象草耐盐植株

Production and Salt-tolerant Research of Transgenic Rice with Betaine Aldehyde Dehydrogenase Gene

转甜菜碱醛脱氢酶基因水稻的获得及其耐盐性研究

Traditional researches focused on a small number of genes and expression field, it is difficult to reveal a comprehensive mechanism of salt-tolerant plants.

传统的研究多集中在少数基因的转入和表达领域，难以揭示植物耐盐的综合机理。

The major conclusions are as follows: 1. Improvement measures such as ditching, making ridge, planting salt-tolerant plants and land cover has a great promotion to improvement and curing of coastal saline soil.

主要研究结果如下：1.开沟、做垄、种植耐盐植物、覆被等多种改良措施对滩涂盐渍土壤的改良熟化均有促进作用。