鹰嘴豆间作系统的相对产量、竞争、土地利用和经济效益

A. Dhaka, R. D. Jat, Bhagat Singh, Prakriti Dhaka, Satish Kumar, Sandeep Kumar
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引用次数: 0

摘要

背景:鹰嘴豆是世界上第三重要的食用豆类。鹰嘴豆的收益低于苎麻、亚麻籽和葫芦巴。因此,种植模式逐渐从单一种植鹰嘴豆转变为鹰嘴豆与苎麻、亚麻籽和葫芦巴的间作。与单作相比,间作具有潜在的优势。由于缺乏鹰嘴豆与茜草、亚麻籽和葫芦巴间作的相对产量、竞争、土地利用和经济效益方面的信息,因此进行了本实验。实验方法在连续两个冬季(即 2020-21 年和 2021-22 年),在希萨尔的 CCSHAU 进行了田间试验,采用随机区组设计,包括 19 个处理,重复三次。该研究的目的是评估以鹰嘴豆为基础的间作套种与葫芦巴、亚麻籽和萝蔔的行间比为 4:4、5:3、6:2、3:5 和 2:6 的间作套种及其单作。结果鹰嘴豆+胡芦巴(6:2)间作被认为是最有效和最合适的,其LER(1.20)、CEY(2396 千克/公顷)、LUE(119.3)、ATER(1.18)、A(0.53)、RCC(4.18)、MAI(18838)、SPI(2208)、IAI(34.6)、净收益(96170 卢比/公顷)和收益成本比(3.79)均显著较高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Relative yield, competition, land use and economic performance of chickpea-based intercropping systems
Background: Chickpea is the third-most important food legume in the world. Chickpea is less remunerative than raya, linseed and fenugreek. Hence there is a gradual shift in cropping patterns from sole chickpea to its intercropping with raya, linseed and fenugreek. Intercropping offers potential advantages over sole cropping. Since information on the relative yield, competition, land use and economics of chickpea intercropping with raya, linseed and fenugreek is lacking, hence the present experiment was undertaken. Methods: A field experiment was performed at CCSHAU, Hisar, during two consecutive winter seasons, i.e., 2020-21 and 2021-22, following a randomized block design comprising nineteen treatments, replicating thrice. The study was aimed to evaluate the chickpea-based intercropping in row replacement system with fenugreek, linseed and raya as an intercrop with row ratio of 4:4, 5:3, 6:2, 3:5 and 2:6 for chickpea + intercrop along with their sole crop. Result: Chickpea + fenugreek (6:2) intercropping was found utmost efficient and suitable, having significantly higher LER (1.20), CEY (2396 kg/ha), LUE (119.3), ATER (1.18), A (0.53), RCC (4.18), MAI (18838), SPI (2208), IAI (34.6), net return (Rs. 96,170/ha) and benefit cost ratio (3.79).
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