创建保护生态系统是拯救濒临灭绝的海棠属的保护友好途径

Nabieva A.Yu., T. Fershalova
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引用次数: 0

摘要

中西伯利亚植物园(CSBG)的研究人员在生态地理学原理的基础上创造了独特的受保护生态系统,为许多陆生秋海棠的蓬勃生长提供了精确的土壤和小气候条件。秋海棠被成功地引入到CSBG中,作为多元热带森林的下层组成部分,并且很好地适应了阴凉潮湿的条件。维护丰富的秋海棠科植物是基于对秋海棠自然栖息地成像的概念,以确定环境因素,如照度、温度、湿度和基质偏好。以雌花段和花序梗为外植体,对4种海棠基因型进行了离体再生。这些再生体比传统的再生体有更好的生长能力,它们的花在离体条件下发育到开花。该技术为海棠离体保护的高效微繁方案开辟了一条新途径。
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The Creation of Protected Ecosystems as the Conservation-Friendly Way to Save Genus Begonia from Extinction
The unique protected ecosystems created by the Central Siberian Botanical Garden (CSBG) researchers on the basis of ecological – geographical principle allowed the establishment of exact soil and microclimate conditions, favorable to the vigorous growth of many terrestrial Begonias. Begonias are successfully introduced in the CSBG as an understorey component of the pluristratal tropical forest and well adapted to the shady, humid conditions. Maintenance of rich Begoniaceae collection was based on the concept of imaging the natural habitat of the Begonias to determine environmental factors such as illuminance, temperature, humidity and substrate preference. In vitro regeneration of 4 Begonia genotypes was carried out starting from female flower segments and peduncles as explants. These regenerants have a better capability to grow than traditionally obtained ones and their flowers developed to anthesis in vitro. The techniques open a new way for an efficient micropropagation protocol for Begonia species conservation in vitro.
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