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首页> 外文期刊>World journal of agricultural sciences >The Effect of Barley ( Hordeum vulgare L.) Seed Source on Quality, Yield and Yield Component in Tigray, Ethiopia
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The Effect of Barley ( Hordeum vulgare L.) Seed Source on Quality, Yield and Yield Component in Tigray, Ethiopia

机译:大麦(Hordeum Vulgare L.)种子来源对埃塞俄比亚德格雷替金中的质量,产量和产量组分的影响

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The objective of this study was to illustrate the performance of different seed qualities of barley varieties for yield and related traits. It was conducted in four locations of southern, southeastern and eastern zone of Tigray during 2018 meher (June-October) main cropping season at farmers’ field. Three farmers sourced and three C1 improved varieties of barley were tested in randomized complete block design using four replications. The barley seeds with C1 class were obtained from seed producing cooperatives and farmer source were collected from surrounding farmers. The presence of significant variations among the tested varieties for most plant characters indicated that there is variability among the tested varieties. Significant variation in plant height and spike length was observed among varieties in the study locations and taller was recorded with both Felamit and Fetina and the shortest in HB1307 whereas the taller spike length was observed with Fetina and Felamit. Mean value of total tillers and spikelet per spike showed significant different due to main effect of variety and maximum was recorded inFetina and HB1307 for tillers but maximum spikelet was recorded in Felamit. Significant different in mean thousand seed weight, economic and biomass yield was observed and maximum economic yield was recorded in HB1307. The higher mean thousand seed weight was recorded across all locations except at Hagereselam. Mean significant different was observed with straw yield and harvest index and statistical on par straw yield was observed among varieties in all locations whereas maximum harvest index was seen with HB1307 in study location. No variation was detected statistically on barley yield due to main effect of seed quality. This study indicated that prevailed of favorable growing conditions during the experimental season has contributed for equivalent performance of growing varieties across all locations regardless of seed quality. The result indicated that additional minimum improvement should be essential for barley yield and related traits. Therefore, attention should be given for further exploitation of genetic variability for varietal improvement to enhance better yield and ensured food security.
机译:本研究的目的是说明大麦品种种子质量的性能,以获得产量和相关性状。在2018年梅尔(10月至10月)主要种植季节在农民领域的主要种植季节,它是在南部,东南和东部地区的四个地点进行的。使用四种复制在随机完整块设计中测试了三个农民和三个C1改进的大麦品种。含有C1级的大麦种子是从种子生产合作社获得的,从周围的农民收集农民来源。对于大多数植物角色的测试品种中存在显着变化的存在表明,测试的品种之间存在可变性。在研究地点中的品种之间观察到植物高度和尖峰长度的显着变化,并且用FELAMIT和Fetina记录了更高的,并且HB1307中最短的是,用胎儿和Felamit观察到更高的尖峰长度。由于种类的主要效果和最大值的主要效果,均为耕地的主要效果,均为耕地的主要效果,但为分蘖的总效果显示出显着差异,但在Felamit中记录了最大穗状花序。观察到的千种种子重量,经济和生物量产量的显着不同,HB1307记录了最大的经济产量。除了HageSelam之外,所有位置都记录了千种子重量越高。由于秸秆产量观察到平均显着不同,并且在所有地点中的品种之间观察到秸秆屈服和秸秆产量的收获指数和统计学,而在研究位置的HB1307中可以看到最大收获指数。由于种子质量的主要效应,在大麦产量上没有检测到任何变化。本研究表明,在实验季节期间占有良好的日益增长的条件,这促成了在所有地区种类生长的等同性能,而不管种子质量如何。结果表明,大麦产量和相关性状的额外最低改善应该是必不可少的。因此,应注意进一步利用遗传可变性以进行品种改善,以提高更好的收益率和确保粮食安全。

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