Macrotrials as important factor in evaluation of agronomic traits of sunflower hybrids

IF 0.5 Q4 AGRICULTURAL ECONOMICS & POLICY
Anto Mijić, I. Liović, A. Sudarić, T. Duvnjak, B. Šimić, Antonela Markulj Kulundžić
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引用次数: 1

Abstract

Conducting macrotrials is one of the essential elements in the quantification of sunflower hybrids’ agronomic traits. Therefore, the results of macrotrials at the Čepin site in the 2010-20 period were analyzed with an objective of sunflower hybrids’ grain yield, oil content, and fungicide effect evaluation. Seventeen seed companies participated in the trials, and the total number of hybrids during the study amounted to 439. The lowest number of hybrids was in the year 2010 (27) and the highest in the year 2018 (66). The average grain yield in the untreated variant amounted to 3.7 t ha-1 and 3.8 t ha-1in treated. The highest grain yield was achieved in the year 2017: 4.6 t ha-1 in the treated and 4.5 t ha-1 in the untreated variant, respectively. The highest individual grain yield per hybrid in the treated variant (i.e., 5.8 t ha-1) was achieved in the same year. The average oil content in the untreated variant amounted to 44.04% and to 44.69% in the treated variant. The highest oil content in the treated variant was achieved in 2011 and amounted to 46.73%, while it amounted to 45.78% in the untreated variant in 2012. The highest oil content per hybrid (50.08%) was that in 2012 in the treated variant. The most effective sunflower fungicide treatment was the one in 2019, when the grain yield increased by 0.54 t ha-1, whereas the oil content was increased by 0.78%. In sunflower production, the achieved grain yield, oil content, and fungicide effect largely depend on the year. The quality and timely applied agrotechnical measures, with a high level of expertise and procedural experience, are of great importance for the obtainment of high and stable grain yields and sunflower oil contents.
宏观试验是评价向日葵杂交种农艺性状的重要因素
进行宏观试验是量化向日葵杂交种农艺性状的基本要素之一。因此,以向日葵杂交种的产量、含油量和杀菌剂效果评估为目标,分析了2010年至2010年在采平试验场的宏观试验结果。17家种子公司参与了试验,研究期间的杂交种总数达到439个。杂交种数量最低的是2010年(27种),最高的是2018年(66种)。未处理的变体的平均粮食产量为3.7吨ha-1,处理的变体为3.8吨ha-1。2017年实现了最高的粮食产量:处理后的变体和未处理的变体分别为4.6 t ha-1和4.5 t ha-1。在同一年,处理后的变体中的每个杂交种的单粒产量最高(即5.8吨ha-1)。未处理变体中的平均油含量为44.04%,处理变体中为44.69%。2011年,经过处理的变体中的含油量最高,达到46.73%,而2012年,未经处理的变体的含油量达到45.78%。每个杂交种的最高含油量(50.08%)是2012年处理过的变体。最有效的向日葵杀菌剂处理是2019年,当时粮食产量增加了0.54 t ha-1,而含油量增加了0.78%。在向日葵生产中,所实现的粮食产量、含油量和杀菌剂效果在很大程度上取决于年份。具有高水平专业知识和程序经验的优质和及时应用的农业技术措施对于获得高稳定的粮食产量和葵花油含量具有重要意义。
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来源期刊
Poljoprivreda
Poljoprivreda AGRICULTURAL ECONOMICS & POLICY-
CiteScore
1.00
自引率
14.30%
发文量
13
审稿时长
15 weeks
期刊介绍: POLJOPRIVREDA“ (AGRICULTURE), a scientific-professional journal has been issued since 1995 by the Faculty of Agriculture in Osijek and Agricultural Institute Osijek . The journal is a successor of the former one „Science and practice in agriculture and food technology“ printed from 1982 to 1994. The journal „Poljoprivreda“ is known for publishing scientific and professional articles from all fields of agricultural science and profession. The papers are reviewed. Articles are categorized by two independent referees and approved by Editorial board and Editor – in – chief. Summaries of master"s and doctor"s theses are also published as well as other contributions by the special decisions of the Editorial board.
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