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Genetic resources of vegetable crops: a survey in the Brazilian germplasm collections pictured through papers published in the journals of the Brazilian Society for Horticultural Science

机译:蔬菜作物的遗传资源:对巴西种质资源收集的一项调查,照片通过在巴西园艺科学学会期刊上发表的论文进行了描述

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The research on plant genetic resources is essential for the conservation of genetic diversity and accessions' divergence studies, as a basis for plant breeding. Aiming to know the state of art in this subject, a historical survey was carried out in Revista de Olericultura and in Horticultura Brasileira, from 1961 to 2006, searching for papers dealing with vegetable crops genetic resources. In each of the papers, the species studied, first author institution, publication year, applied software, number of accessions and descriptors, and the multivariate techniques used were registered. Based on these characteristics, papers were grouped using multivariate analysis. Sixty-one papers dealt somehow with genetic resources in the time covered by the survey, from which 91.8% were published after 1990 (60.7% from 2001 to 2005). The use of multivariate analysis was reported in 57.3% of the papers, with an average of 2.3 and maximum of 6 multivariate procedures per paper. The Tocher Method, reported in 34% of the papers, was the most frequently used multivariate analysis. Twenty-five species were studied. Capsicum was the most frequently studied genus, either considering number of papers (seven) or accessions (664). Research institutions located in the Southeast region concentrated the highest number of papers. UFV (Federal University of Vi?osa), UENF (North Fluminense State University Darcy Ribeiro), Embrapa Vegetables, and UNESP (S?o Paulo State University) Campus of Jaboticabal responded for 45% of the papers. There was an improvement in the adequacy of the statistical techniques used along time, due mainly to the development of free-access software. The software Genes was the most frequently reported in the papers surveyed. Nevertheless, almost 50% of the authors did not mention the software used for data analysis. Quantitative morphoagronomic and evaluation descriptors were the most often used. The multivariate analysis allowed grouping the papers in nine clusters.
机译:作为植物育种的基础,植物遗传资源的研究对于保护遗传多样性和种质差异研究至关重要。为了了解该学科的最新技术水平,1961年至2006年在Revista de Olericultura和Horticultura Brasileira进行了历史调查,以寻找有关蔬菜作物遗传资源的论文。在每篇论文中,都记录了所研究的物种,第一作者的机构,出版年份,应用软件,登录号和描述符的数量以及所用的多元技术。基于这些特征,使用多变量分析对论文进行分组。在调查所涵盖的时间内,有61篇论文以某种方式处理了遗传资源,其中1990年后发表了91.8%(2001年至2005年为60.7%)。在57.3%的论文中报告了多变量分析的使用,每篇论文平均使用2.3,最多进行6个多变量程序。 34%的论文报道了托彻方法,这是最常用的多元分析方法。研究了25种。辣椒是研究最频繁的属,考虑论文数(七篇)或保藏号(664)。位于东南地区的研究机构集中了最多的论文。雅伯卡巴尔的UFV(维奥萨联邦大学),UENF(北弗卢米嫩塞州立大学达西里贝罗),Embrapa蔬菜和UNESP(圣保罗州立大学)校区在Jaboticabal的研究中占45%。随着时间的流逝,使用统计技术的适当性有所提高,这主要是由于开发了免费访问软件。在调查的论文中,最经常报告基因软件。但是,几乎有50%的作者没有提到用于数据分析的软件。定量形态农学和评价指标是最常用的。多元分析允许将论文分为九类。

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