José Ángel Alcántara-Jiménez, César Cristóbal-Hernández, Jesús Salmerón-Erdosay, Ángel Osvaldo Alcántara-Nazario, R. Berdeja-Arbeu
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引用次数: 0
摘要
种子特性的研究对低落叶林的遗传改良具有重要意义。为了开展这项研究,考虑了墨西哥共和国三个州的34个地方:格雷罗州,莫雷洛斯州和墨西哥州,它们被分为:G. Dulce, Dulce, G. Amargo, Amargo, G. Simple, Simple和后者的几个发现两个地方有5个不同的基因型,每个基因型随机选择10个种子。目的是表征guamúchil在不同地区的种子,获得有关这棵树的信息,并产生具有理想特征的树;用三丰游标测量种子的长度、宽度和厚度,用精密天平测定重量。进行方差分析,比较均数,以检测基因型之间的差异。各变量间无显著差异。然而,长度平均值最高的基因型是来自Chilapa de Álvarez, Gro的G. Dulce。宽度来自于从美国莫尔州Alpuyeca采集的Bitter基因型。在特拉帕的G. Dulce基因型中发现的厚度。其中,产自Gro Zumpango del Río镇的Amargo基因型重最高。
Caracterización de la semilla de guamúchil Pithecellobium dulce (Roxb.) Benth
The characterization studies in seeds are of interest and importance for any genetic improvement program of the low deciduousforest. To carry out this research, 34 localities from three states of the Mexican Republic were considered: Guerrero, Morelos andthe State of Mexico, they were separated into groups which were: G. Dulce, Dulce, G. Amargo, Amargo, G. Simple, Simple andseveral in the latter find two localities that presented 5 different genotypes, 10 seeds were randomly selected per genotype. Theobjective was to characterize the seeds of guamúchil in different regions, to obtain information regarding this tree, as well as togenerate trees with desirable characteristics; Measurements were carried out with a mitutoyo vernier for the length, width andthickness of the seed, the weight was determined with a precision balance. Analysis of variance, comparison of means, wereperformed to detect differences between genotypes. No significant differences were found in the variables. However, the genotypesthat presented the highest value in the mean for the length was G. Dulce from Chilapa de Álvarez, Gro., While the width was fromthe Bitter genotype that was collected from Alpuyeca, Mor., In the thickness of found in the G. Dulce genotype from Tlapa, Gro.,and the highest weight was of the Amargo genotype from the town of Zumpango del Río, Gro.