The purpose of this research is Effect of planting methods and plant density, on yield and yield component of fodder maize. Salinity is a major abiotic factor that limits agricultural crop production. More than 8 million hectare of world fields involved saline soils. Effect of different planting methods and plant density on yield and yield components of fodder maize studied during 2011 growth season. KSC704 variety of fodder maize planted in rural district of Abravan at south east of Mashhad. Main plots belonged to three levels of planting method (Furrow planting, ridge planting and double rows of planting on ridge). Sub plots belonged to three levels of plant density (90,000; 110,000 and 130,000 plant/ha). A split plot experiment conducted base on randomized complete design with three replications. Results showed that different planting methods had significant effect on fodder yield, ear weight, quality index and leaf area index of plants. Furrow planting with 130,000 plant density, produced the highest fodder yield by mean of 56.33 t/ha.
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机译：这项研究的目的是种植方式和植物密度对饲料玉米的产量和产量构成的影响。盐度是限制农作物产量的主要非生物因素。超过800万公顷的世界田地涉及盐渍土。在2011年生长季节研究了不同种植方式和植物密度对饲料玉米产量和产量构成的影响。在马什哈德东南部的Abravan农村地区种植的KSC704饲料玉米品种。主要地块属于三个种植方式（沟栽，垄栽和垄上双排种植）。子样地属于植物密度的三个级别（90,000; 110,000和130,000植物/公顷）。分割图实验基于随机完整设计并进行了三个重复。结果表明，不同种植方式对饲料产量，穗重，品质指数和叶面积指数有显着影响。种植密度为130,000的犁沟播种，平均产量为56.33 t / ha，最高。
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