植物遗传资源学报。
植物遗传资源的收集、存储和处理以及它们在全球的分布，是国际作物和树木改良计划的重要成分。
Collection, storage and handling of plant genetic resources and their global distribution are essential components of international crop and tree improvement programmes.
只有分享来自各个不同区域和国家的植物遗传材料，我们才能去探索植物遗传资源的未知特性和未来的潜力。
Only the sharing of plant genetic material from different regions and countries will enable us to explore the unknown characteristics and the future potential of plant genetic resources.
2007年10月19日，罗马-粮农组织今天宣布，公平合理分享粮食和农业植物遗传资源的一个新的多边系统已经开始运作。
October 2007, Rome - a new multilateral system for the fair and equitable sharing of plant genetic resources for food and agriculture has become operational, FAO announced today.
这一多边系统是具有法律约束力的《粮食和农业植物遗传资源国际条约》的组成部分，该条约于2004年生效并已得到115个国家的批准。
The Multilateral System is part of the legally-binding International Treaty on Plant Genetic Resources for Food and Agriculture that entered into force in 2004 and has been ratified by 115 countries.
如果发明中利用了基因资源，专利申请人必须申明其所使用的所有从人、动植物或微生物中获取的遗传物质。
They require patent applicants to declare any use of hereditary material obtained from humans, animals, plants or microbes if inventions are dependent on those genetic resources.
该项技术可广泛应用于植物种子质量检测、品种选育、遗传资源的长期保存、粮食储存及食品加工原料质量分析等领域。
The method can be widely used in the fields of plant seed quality examination, plant breeding, long-term conservation of genetic germplasm grain storage and the quality analysis of food raw material.
今后必须充实甘蔗近缘植物种质资源，以期丰富甘蔗遗传的异质性，拓宽选择余地。
The genetic relationship is too narrow. Therefore, it is necessary to broaden the Saccharum related plant resources so as to enrich the sugarcane heterogeneity.
以作为果树栽培的柿属植物为对象，对其经济价值、起源、栽培历史、品种资源、品种演化、性状遗传和品种选育等方面的研究现状和进展进行了较为详细的阐述。
The Diospyros used as fruit tree was discussed in aspect of economic value, the origins, history of culture, cultivar resources, cultivar development, traits heredity, and cultivar breeding.
挖掘节水耐旱种质资源是做好植物抗旱性和WUE遗传改良的前提。
Developing water-saving and drought-resistant plant germplasm resources are the prerequisite for plant drought resistance and WUE (water use efficiency) genetic improvement.
这对大麦分类和起源演化研究、野生植物资源的保护和利用、遗传和育种工程等都具有重要的意义和学术价值。
This study should be academic value and significant in classification, origin and evolution, further protection and utilization of wild plants, and genetics and breeding engineering.
本文针对我国耐盐及盐生园林植物对盐胁迫的生理响应、耐盐机理、耐盐种质资源评价、耐盐性品种的筛选、耐盐性遗传改良、资源及园林应用等方面的研究进行综述。
This article illuminates the physiological response which forces to the salt, bears the salty mechanism, salt endurance evaluation, improvement and application of the garden plants in our country.
该网站提供了许多有价值的网络资源，包括植物学、生态学、动物学、遗传学和相关图片和工具等。
The website provides numerous valuable web resources about Botany, Ecology, Zoology, Genetics, and related pictures and tools.
该网站提供了许多有价值的网络资源，包括植物学、生态学、动物学、遗传学和相关图片和工具等。
The website provides numerous valuable web resources about Botany, Ecology, Zoology, Genetics, and related pictures and tools.
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