Intercropping of Pea and Kheshari as Vegetables and Fodder Crop with Dwarf Type Sunflower Variety

P. Roy, F. Begum
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Abstract

To find out the optimum row arrangement of pea and khesari as intercrop with sunflower for higher productivity and return, a field experiment of intercropping pea and khesari with sunflower was conducted in Oilseed Research Centre, BARI, Gazipur during rabi season of 2020-21 and 2021-22. Six treatments were T1= Sole sunflower, T2 = One row of gardenpea in between two normal rows of sunflower (50 cm x 25 cm), T3 = Two rows of gardenpea in between two normal rows of sunflower, T4 = One row of kheshari in between two normal rows of sunflower (50cm x 25cm), T5 = Two rows of kheshari in between two normal rows of sunflower & T6= Broadcast kheshari in between two normal rows of sunflower. Although intercropping reduced sunflower yield but total productivity was increased due to addition of pea and khesari yield. Total productivity in terms of sunflower equivalent yield (SEY) (7.02 t ha-1 and 6.64 t ha-1 during 2020-21 and 2021-22 respectively) was found to be highest from T3 (two rows of pea in between two normal rows of sunflower treatment while the lowest (1.80 t ha-1 and 1.72 t ha-1) in T1 (sole sunflower) for both the years. Highest benefit cost ratio (BCR) (4.0 and 3.80 in 1st and 2nd year respectively) was recorded in T2 treatment (one row of gardenpea in between two normal rows of sunflower) with highest gross margin (Tk. 263905 ha-1 and Tk. 244012 ha-1). Bangladesh Agron. J. 2022, 25(2): 83-87
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矮生型向日葵品种间作豌豆和Kheshari蔬菜及饲料作物
为确定豌豆、卡萨里与向日葵套作的最佳行距,提高产量和收益,于2020-21和2021-22季在加济浦尔市BARI油籽研究中心进行了豌豆、卡萨里与向日葵套作的田间试验。6个处理分别是:T1=单一向日葵,T2 =两行正常向日葵之间一行栀子豆(50厘米× 25厘米),T3 =两行正常向日葵之间两行栀子豆,T4 =两行正常向日葵之间一行卡萨里(50厘米× 25厘米),T5 =两行正常向日葵之间两行卡萨里,T6=两行正常向日葵之间撒播卡萨里。间作虽然降低了向日葵的产量,但由于增加了豌豆和卡萨里的产量,总生产力提高了。以向日葵当量产量(SEY)计算的总生产力(2020-21和2021-22年分别为7.02 t ha-1和6.64 t ha-1)在T3处理(两行向日葵之间的两行豌豆处理)最高,而在T1处理(唯一向日葵)最低(1.80 t ha-1和1.72 t ha-1)。T2处理(一排栀子豌豆位于两行正常向日葵之间)的效益成本比(BCR)最高,第1年和第2年分别为4.0和3.80,毛利率最高(Tk. 263905 ha-1和Tk. 244012 ha-1)。孟加拉国阿格龙。[j] .科学通报,2014,25 (2):83-87
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审稿时长
10 weeks
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