Utilization of Superior New Variety of Rice (VUB) to Increase Farmer Productivity and Income

I. Susanti, F. N. Azis, M. Saeri
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引用次数: 2

Abstract

E fforts are needed to increase rice production. One of the technology components is superior varieties. Many new high yielding varieties have been produced by IAARD, but not all varieties are adaptive in one location. This study aims to determine the new high yielding varieties that benefit farmers. The assessment was carried out from May to September 2017, in the village of Warujayeng, Tanjunganom District, Kab. Nganjuk. There are 13 new high yielding varieties used, namely: Inpari-4; Inpari-6; Memberamo; Ciherang; Established-P05; Inpari-30 / C-Sub-1; Inpari32; Inpari-33; Inpari-42; Inpari-43; Inpara-2; Inpara-8 and Inpara-9. The results showed that the highest productivity was achieved by Inpari-43 (8.51 t / ha), followed by Inpari-42 (8.13 t / ha), while the lowest yield was Inpara-2 (5.84 t / ha). The highest profit was achieved by the Inpari 43 variety of Rp. 23,121,900, - there was an increase of 65.8% compared to the existing varieties (Ciherang). The highest R / C ratio is Inpari 43 of 2.09. All VUB tested the value of R / C Ratio is> 1, which means efficient.
利用水稻优良新品种提高农民生产力和收入
需要努力增加水稻产量。技术成分之一是优良品种。IAARD已经培育出许多新的高产品种,但并不是所有的品种都能适应一个地方。这项研究旨在确定有利于农民的新的高产品种。评估于2017年5月至9月在卡布省Tanjunganom县Warujayeng村进行。Nganjuk。利用了13个新的高产品种,分别是:Inpari-4;Inpari-6;Memberamo;Ciherang;Established-P05;inparis -30 / C-Sub-1;Inpari32;Inpari-33;Inpari-42;Inpari-43;Inpara-2;Inpara-8和Inpara-9。结果表明,Inpari-43产量最高(8.51 t / ha), Inpari-42产量次之(8.13 t / ha), inpari -2产量最低(5.84 t / ha)。利润最高的是Inpari 43品种,Rp. 23,121,900,与现有品种(Ciherang)相比增长了65.8%。最高的R / C比率是Inpari 43的2.09。所有VUB测试的R / C Ratio值均> 1,即高效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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