在自然条件下长期储存蔬菜种子的实验

F.B.o. Musaev, S. Beletskiy, O. V. Ushakova
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引用次数: 0

摘要

活体保存作物植物的遗传多样性和栽培植物的遗传集合是国家的一项重要任务。种子是储存遗传物质的一种方便形式,因为种子标本体积小,只需相对较少的照料,并能保持较长的存活期。通过创造最佳储存条件,可以大大延长由基因决定的种子存活期。因此,有必要寻找或创造能使种子保持尽可能长存活期的环境条件。世界上有现代化的高科技种子贮藏设施,但在紧急情况下,自然贮藏设施(其中一个位于塔伊米尔半岛)将处于更有利的地位。自 1974 年以来,在一些研究机构的参与下,开展了一项实验,研究在永久冻土条件下不同类型包装中的各种产品的安全性。育种实验室的员工挑选了七种主要蔬菜作物的 27 个品种的种子;按照计划的三个提取日期(2022 年、2028 年和 2034 年),将样品一式三份进行种植。
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Experiment on long-term storage of vegetable seeds under natural conditions
Preservation of the genetic diversity of crop plants and genetic collections of cultivated plants in a living state is an important state task. Seeds are a convenient form of storing genetic material, as the specimens are small in volume, require relatively little care, and remain viable for a long period. The genetically determined period of seed viability can be signifi cantly extended by creating optimal storage conditions. Therefore, it is necessary to search for or create environmental conditions under which seeds could remain viable for as long as possible. There are modern high-tech seed storage facilities in the world, but in the event of emergency situations, natural storage facilities, one of which is located on the Taymyr Peninsula, will be in a more advantageous position. Since 1974, an experiment has been carried out to study the safety of various products in diff erent types of packaging in permafrost conditions with the participation of a number of research institutions. Employees of the breeding laboratories selected seeds of 27 varieties of seven main types of vegetable crops; the samples were planted in triplicate, in accordance with the planned three extraction dates: in 2022, 2028, and 2034.
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