黄芪(豆科,凤蝶科)生殖生物学、生态生活史/人口学及遗传多样性

Elias Soltani, Fatemeh Benakashani, Jerry M. Baskin, Carol C. Baskin
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引用次数: 4

摘要

黄芪是种子植物中最大的属;然而,关于其生殖生物学和生活史的信息在文献中广泛分散。多年生植物约占96%,一年生植物占4%;许多是罕见的地方性疾病。黄芪属植物是专性或兼性异交,自交亲和(SC)的近交抑制高于自交亲和(SI)。最常见的传粉者是树蜂、蔷薇和蚁蜂。平均48%的胚珠产生种子,40%的花产生果实。种子/胚珠和果实/花的比例在SC中比在SI中低。传播前昆虫对种子的捕食率为0 ~ 93%,主要捕食者为棘皮类、Bruchophagus和Tychius。种子有物理休眠,通常形成一个种子库。c3是该属植物中唯一的光合途径。种群的生长可能是周期性的,也可能是非周期性的,一个分类单元的遗传多样性可能与地理范围的大小有关,也可能与地理范围的大小无关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reproductive biology, ecological life history/demography and genetic diversity of the megagenus Astragalus (Fabaceae, Papilionoideae)
Astragalus is the largest genus of seed plants; however, information on its reproductive biology and life history is widely scattered in the literature. About 96% of the species are perennials and 4% annuals; many are rare endemics. Astragalus species are obligate or facultative outcrossers, and inbreeding depression is higher in self-compatible (SC) than in self-incompatible (SI) species. The most frequent pollinators are Bombus , Osmia and Anthophora . On average, 48% of ovules produce seeds, and 40% of flowers produce fruits. Seed/ovule and fruit/flower ratios are lower in SC than in SI species. Predispersal insect seed predation ranges from 0 to 93%, and major predators are Acanthoscelides , Bruchophagus and Tychius . Seeds have physical dormancy and typically form a seed bank. C 3 is the only photosynthetic pathway in the genus. Population growth may be cyclic or noncyclic, and genetic diversity of a taxon may or may not be related to size of geographic range.
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