Effect of intercropping system on yield, economics and land equivalent ratio of cabbage in the trans-gangetic plains of Punjab

Parminder Singh, Amandeep Kaur
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Abstract

A field experiment was conducted during winter season of 2022-2023 at vegetable experimental farm, Department of Agriculture, Khalsa College, Amritsar, Punjab to study the effect of intercropping system on yield, economics and Land equivalent ratio of cabbage in the trans-Gangetic plains of Punjab. The investigation was laid out in RBD with seven treatments replicated thrice with sole cabbage having spacing of 60×45 cm. Sole cropping of cabbage recorded significantly maximum values for most of the yield characters like plant height, head circumference, marketable heads per plot, head weight, maximum head diameter, head height, cabbage yield per plot and yield per hectare. Economically, cabbage+radish intercropping B:C ratio (5.20) was adjudged as the best followed by sole cabbage cropping having B:C ratio (4.83). Also the Land equivalent ratio (LER) was maximum in cabbage+radish intercropping 1.74 followed by cabbage + palak intercropping 1.43. Therefore intercropping in cabbage results to maximize the yield and economics of cabbage farmers under Amritsar conditions. Inclusion of garden pea or raddish in cabbage inter rows may be adopted by cabbage growers.
间作制度对旁遮普跨河平原白菜产量、经济性和土地当量比的影响
为研究间作制度对旁遮普跨恒河平原大白菜产量、经济效益和土地当量比的影响,于2022-2023冬季在旁遮普阿姆利则卡尔萨学院农业部蔬菜试验农场进行了田间试验。以大白菜为对照,7个处理,重复3次,间距为60×45 cm。单作白菜在株高、穗围、亩产商品数、穗重、最大穗径、穗高、亩产、亩产等产量性状上均有显著的最大值。经济效益方面,白菜+萝卜套作B:C比为5.20,其次是白菜单作B:C比为4.83。白菜+萝卜套作的土地等效比(LER)最大,为1.74,其次是白菜+白羊菜,为1.43。因此,在阿姆利则条件下,白菜的间作可以使白菜农民的产量和经济效益最大化。卷心菜种植者可以在卷心菜行间种植豌豆或萝卜。
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