在低地和高原上的木瓜属植物的种类和质量

Fajrilla Akhirta Masrya, M. R. Suhartanto, E. Palupi, Sulassih
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引用次数: 0

摘要

本研究的目的是比较ipb11基因型番木瓜在海拔261 m的低地和海拔1090 m的高原上的植株性能、果实和种子品质。该研究于2017年1月至4月进行。番木瓜的种植位于低地的Pasir Kuda实验园和高地的Pasir Sarongge实验园。在果品采后实验室对果实的性能和化学品质进行了观察。在Leuwikopo实验园筛选室进行了种子质量测试。对9株植株进行了植株性能观察,对每株3个果实样品进行了果实性能和化学品质观察。9个重复,每个重复50粒,进行种子质量分析。研究数据采用T检验分析。结果表明,在Pasir Sarongge试验园种植的IPB 11基因型木瓜茎长较大,叶片数量较多,果实数量较多,果实大小较大,可食性较高。在巴西库达试验园种植的IPB 11基因型番木瓜果实,其PTT含量和种子活力均高于巴西萨隆日试验园。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Keragaan dan Kualitas Tanaman Pepaya Genotipe IPB 11 (Carica papaya L.) di Dataran Rendah dan Dataran Tinggi
The aim of this research was to compare plantperformance, fruit and seed quality of papaya IPB 11 genotype planted in thelowland (261 m asl) and highland (1090 m asl). The research was conducted from January to April 2017 . The planting of papaya is located in the Pasir Kuda Experimental Garden for lowland and Pasir Sarongge Experimental Garden for highland.Observation of fruit performance and fruit chemical quality was conducted at Post h arvest Laboratory of PKHT . Testing of seed quality was conducted at Screenhouse of Leuwikopo Experimental Garden. Plant performance was observed on 9 plants, whereas fruit performance and chemical quality was observed on 3 fruit sampels per plant. Seed quality analysis was carried out on 9 replication, 50 seeds per replication. Research data was analyzed using T test.The results showed that papaya IPB 11 genotypes planted in Pasir Sarongge Experimental Garden had larger stem size, more number of  leaves, more number of  fruit, larger fruit size, and higher edible portion. Fruit of papaya IPB 11 genotype planted in Pasir Kuda Experimental Garden has higher PTT content and has higher seed viability than in Pasir Sarongge Experimental Garden.
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