Opuntia streptacantha 种子萌发和种子性状的种群间差异

IF 0.4 4区 农林科学 Q4 HORTICULTURE Journal of the Professional Association for Cactus Development Pub Date : 2023-12-16 DOI:10.56890/jpacd.v25i.528
Israel Cruz-Jiménez, J. A. de-Nova, M. L. Guerrero-González, Joel Flores, Pablo Delgado Sánchez
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引用次数: 0

摘要

仙人掌广泛分布于墨西哥的干旱和半干旱生态系统中,环境变化会影响种子的物理和生理特征。在此,我们对Opuntia streptacantha种子的物理和生态生理特征进行了评估,以确定它们是否受地点的影响。来自墨西哥六个地区八个地点的 O.研究了墨西哥六个州的八个地点的 Opuntia streptacantha 种子,分别是 Sain Alto、Villa de Guadalupe、Villa González Ortega(萨卡特卡斯州)、Zaragoza(圣路易斯波托西州)、Lagos de Moreno(哈利斯科州)、San Luis de La Paz(瓜纳华托州)、Cardonal(伊达尔戈州)和 Santiago Tepetitlán(墨西哥州);拉戈斯-德莫雷诺和圣地亚哥-特佩蒂特兰是不太干燥的地方,而冈萨雷斯-奥尔特加别墅和卡多纳尔是较干燥的地方。最长的种子产自萨拉戈萨(3.81 毫米)、冈萨雷斯-奥尔特加别墅(3.72 毫米)和瓜达卢佩别墅(3.70 毫米);最宽和最厚的种子产自圣路易斯-德拉巴斯(分别为 3.44 毫米和 2.16 毫米)。瓜达卢佩别墅(9.92 千克/小时-1)、拉各斯德莫雷诺(9.90 千克/小时-1)和圣地亚哥特佩蒂特兰(9.67 千克/小时-1)的种子体积重量最大。San Luis de La Paz(1.31 克)的每千克种子重量最高,Cardonal(8874 粒)的每千克种子数量最高。含水量最高的种子产自 Villa González Ortega(9.81%),硬度最低的种子产自 Santiago Tepetitlán(17.95 磅)和 Lagos de Moreno(16.55 磅)。来自该国西部地区(拉各斯德莫雷诺)的种子发芽率最高(26%),因为该物种在西部地区的数量较少且环境较为湿润。种子硬度与种子发芽率呈负相关,软种子的发芽率最高。种子重量与发芽率之间没有相关性。种子性状与影响种子质量的环境因素有关。在制定生态恢复计划时,需要考虑不同地点的种子物理性状和种子发芽率。
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Interpopulation variation in seed germination and seed traits of Opuntia streptacantha
Cacti have a wide distribution in the arid and semi-arid ecosystems of Mexico, with environmental variations affecting both physical and physiological seed traits. Herein, the physical and ecophysiological traits of Opuntia streptacantha seeds were evaluated to determine whether they are affected by sites. The seeds from eight sites of O. streptacantha from six Mexican states were studied, Sain Alto, Villa de Guadalupe, Villa González Ortega (Zacatecas), Zaragoza (San Luis Potosí), Lagos de Moreno (Jalisco), San Luis de La Paz (Guanajuato), Cardonal (Hidalgo) and Santiago Tepetitlán (Estado de México); being Lagos de Moreno and Santiago Tepetitlán the less dry sites and Villa González Ortega and Cardonal the drier ones. The longest seeds were from Zaragoza (3.81 mm), Villa González Ortega (3.72 mm) and Villa Guadalupe (3.70 mm); the widest and thickest seeds were from San Luis de La Paz (3.44 and 2.16 mm, respectively). The highest volumetric weight was found in seeds from Villa Guadalupe (9.92 kg hL-1), Lagos de Moreno (9.90 kg hL-1) and Santiago Tepetitlán (9.67 kg hL-1). The site San Luis de La Paz (1.31 g) had the highest weight of 1000 seeds and Cardonal (8874 seeds) the highest number of seeds per kilogram. The seeds with the highest moisture content were those from Villa González Ortega (9.81%), and the seeds with the lowest hardness were those from Santiago Tepetitlán (17.95 lbf), and Lagos de Moreno (16.55 lbf). The seeds from the western region of the country (Lagos de Moreno), where the species is less abundant and the environment is moister, showed the highest germination (26%). The seed hardness was negatively correlated with seed germination, with soft seeds having the highest germination. No correlation between seed weight and germination was found. The seed traits are related to environmental factors that influence the seed quality. The physical seed traits and seed germination from different sites for ecological restoration plans need to be considered.
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来源期刊
Journal of the Professional Association for Cactus Development
Journal of the Professional Association for Cactus Development Agricultural and Biological Sciences-Plant Science
CiteScore
1.10
自引率
33.30%
发文量
10
期刊介绍: The editors of the Journal of the Professional Association for Cactus Development, are very excited to be a part of the excellent editorial committee and to work together to create the synergism between scientists, growers, legislators, and business people so vital to the development of this industry to serve the people of arid lands.
期刊最新文献
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