提格雷早熟型Tef {Eragrostistef(Zucc) Trotter}品种的适应性

C. Nigus, Yonas G Mariam, Muez Mehari, Haftamu H Kiross
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引用次数: 0

摘要

Tef是埃塞俄比亚最重要和适应性更广的谷类作物。最限制tef生产的是低产品种、生物(如病虫害)和非生物(如干旱)、肥力耗竭和不适当的农艺做法以及tef机械化的困难性质。本研究的目的是评价早熟tef品种的适应性。对Tef品种的早熟性和适应性进行了3个地点和2年以上的评价。试验包括8个品种和1个局部检查,采用RCBD设计,分3个重复。方差分析表明,抽穗期、成熟期、株高、穗长、籽粒产量和生物量产量在基因型和地理位置间存在显著差异(P<-0.001)。然而,除了成熟期外,品种和地点在所有性状上的相互作用并没有提供证据。继Boset之后,Simada成熟得早,表现也不错。因此,这两个品种的种植提高了研究地区和类似农业生态的tef产量。品种分配到各自的生态位可以提高tef的生产力。总的来说,在适当的地方评价tef品种,开发早熟和高产的目标品种,增加了该地区和国家的产量。需要进一步的育种工作来发展耐旱和高产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adaptation of Tef {Eragrostistef(Zucc) Trotter} Varieties for Early Maturing Types in Tigray
Tef is the most important and wider adaptable cereal crop in Ethiopia. The most limiting tef productions are low yielding cultivars, biotic such as pest and diseases and abiotic such as drought, fertility depletion and inappropriate agronomic practice and difficulty nature of tef for mechanization. The objective of the study was to evaluate the adaptability of early maturing tef varieties. Tef varieties were evaluated for their earliness and adaptability at three locations and over two years. The trial included 8 varieties and one local check with the design of RCBD in three replications. The analysis of variance showed that there was significant difference (P<-0.001) between genotypes and locations for the days to heading, days to maturity, plant height, panicle length, grain yield and (P<-0.05) for biomass yield. However, it does not provide evidence for interaction between the varieties and locations on all traits except for days to maturity. Simada was early maturing and well performing, following Boset. Therefore, cultivation of both varieties enhances the production of tef in the study areas and similar agro-ecologies. Allocation of varieties to their niche might increase the productivity of tef. In general, evaluation tef varieties in the right place and development of target variety for earliness and yield performance increase production in the region as well as the nation. Further work needed breeding to develop drought tolerant and higher yielding.
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