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落花生新品種台南16號之育成

Development of Peanut Variety Tainan No.16

摘要


落花生新品系「NS0770號」於2009年7月21日通過命名,登記為「台南16號」。台南16號係以雜交育種方法育成,母本為雲林縣虎尾地區花紫籽粒地方栽培種,父本為嘉義縣六腳地區深紫籽粒地方栽培種。人工雜交於2003年春作進行,2003~2005年以混合法進行雜交後代分離與培育及選拔優良單株,2006~2008年進行品系試驗。台南16號屬瓦倫西亞型,株高為39.5〜46.4 cm。種皮為深紫色,富含花青素。生育日數春作為播種後130~145天,秋作為110~125天。春作、秋作的平均公頃莢果產量分別為2,378公斤及1,989公斤。平均剝實率為60.3%~67.1%。千粒重為432公克;百莢重為185~189公克。在田間自然發病情形下,較台南14號耐銹病及葉斑病。適合於雲林地區栽培。

關鍵字

落花生 品種改良 花青素

並列摘要


Peanut (Arachis hypogaea L.) cultivar Tainan No. 16 is a high-yielding, Valencia-type developed by Tainan District Agricultural Research and Extension Station (Tainan DARES) in 2009. It was selected by bulk method during 2003 to 2005 from cross local cultivar of Yun-lin Huwei and Chiayi Liujiao made in the spring crop of 2003. The single plant selection was made in F6 generation, in the spring crop of 2006. Tainan No. 16 was evaluated in a series of trials during 2006~2009 at the experimental field of Tainan DARES, and at the major peanut production area in Taiwan with the designation NS0770.Peanut Tainan No. 16 is a middle maturing cultivar and required approximately 130 to 145 days and 110 to 125 days to mature, respectively, in the spring and the fall environments in Taiwan. It has deep purple seed coat, which is abundant in anthocyanins. The average dry pod yield of Tainan No. 16 is 2378 kg/ha in the spring crop and 1989 kg/ha in the fall crop. The plant height is about 41.6 to 47.1 cm, shelling percentage is about 59.5 to 67.1%, hundred-pod weight is about 185 to 189 g, and thousand-kernel weight is 432 g. Tainan No. 16 has significantly differed from the commercial cultivar, Tainan No. 14, in resistance to foliar diseases, and leaf spot. According to series field trials, Tainan No. 16 can grown in Yun-lin region.

被引用紀錄


陳駿笙(2015)。光催化奈米結構光觸媒產生微米氫氣泡〔碩士論文,國立清華大學〕。華藝線上圖書館。https://doi.org/10.6843/NTHU.2015.00172
Chen, S. H. (2012). 多電源域MTCMOS設計技術研究 [doctoral dissertation, National Tsing Hua University]. Airiti Library. https://doi.org/10.6843/NTHU.2012.00492
Huang, K. Y. (2011). 利用視覺導向影像穩定技術之演算法與硬體架構設計 [master's thesis, National Taiwan University]. Airiti Library. https://doi.org/10.6342/NTU.2011.02476

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