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首页> 外文期刊>Journal of food, agriculture & environment >Sowing dates and density evaluation of amaranth (cv. Koniz) as a new crop.
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Sowing dates and density evaluation of amaranth (cv. Koniz) as a new crop.

机译:as菜(cv。Koniz)作为新作物的播种日期和密度评估。

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摘要

For evaluation the possibility of amaranth cultivation as a new crop with high value nutrient and high production potential in Tabriz region, an experiment was conducted on randomized complete block design in 3 replicates using two factors as planting density (10, 20, 30 and 40 plants per m2) and sowing date (20-Apr, 5-May, 20-May, 3-Jun and 18-Jun) in 2008-2009 crop season. The results showed that delay in sowing reduced plant height at least 13.02 up to 33.17%, the number of inflorescences per plant from 23.35 to 56.69%, number of seeds per plant from 22.75 to 71.44%, grain yield per plant from 27.41 to 79.88% and plant biomass from 39.34 to 79.91%. This shows the importance of sowing date determination of this crop in the region. Increasing plant density led to increase in the number of inflorescences per plant up to 56.69% and reduced the number of seeds per plant to 63.74% but the yield per area unit increased in low density and decreased in very high density (40 plant m2). Interaction between sowing delay and increasing plant density decreased leaf area at least 19.63 up to 97.15%, oil in seeds from 22.20 up to 98.26%, oil in shoots from 34.38 to 93.81%, seed protein content from 2.99 to 92.23% and shoot protein content from 3.74% up to 65.81%. Therefore, early sowing dates with low density increased growth period, reduced competition and increased production potential of amaranth.
机译:为了评估Tab菜在大不里士地区作为具有高价值养分和高生产潜力的新作物种植的可能性,使用两个因素作为种植密度(10、20、30和40种植物),进行了3​​次重复的随机完整块设计试验每m 2 )和播种日期(2008-2009作物季节)(4月20日,5月5日,5月20日,6月3日和6月18日)。结果表明,播种延迟使株高至少降低了13.02,最高达到33.17%,每株花序数从23.35至56.69%,每株种子数从22.75至71.44%,每株谷物产量从27.41至79.88%。植物生物量从39.34%增至79.91%。这表明确定该地区该作物播种日期的重要性。增加植物密度导致每株植物的花序数增加高达56.69%,使每株植物的种子数减少至63.74%,但单位面积的产量在低密度下增加而在极高密度下减少(40株m 2 )。播种延迟与植物密度增加之间的相互作用使叶面积至少减少19.63,最高达到97.15%,种子中的油从22.20最高达到98.26%,芽中的油从34.38降低到93.81%,种子蛋白含量从2.99降低到92.23%从3.74%上升到65.81%。因此,低密度的早播期增加了生育期,减少了竞争并提高了a菜的生产潜力。

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