Evaluation of Vicia Species and Their Accessions for Forage Biomass Yield in Benishangul-Gumuz Region of Western Ethiopia

Mulisa Faji, A. Abebe, K. Ahmed, Workeneh Tezera, D. Mijena, Gezahagn Mengistu, Gmerium Terefe
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Abstract

A study was carried out to evaluate four Vicia accessions from 3 species for forage biomass yield performance under two environmental conditions of the Benishangul-Gumuz Region of Western Ethiopia. The evaluated Vicia species and accessions were one V. benghanlensis (6798), two V. villosa (6213 and 6792) and one V. sativa, (5172) accessions. The experiment was conducted at Tongo and Assosa forage research station of Assosa Agricultural Research Center and the locations were purposively selected to represent highland and mid-altitude agro-ecologies, respectively. The experiment was set up with a randomized complete block design with three replications. Main effects differences among genotypes and environments significantly influenced forage dry matter yield (P 0.05). V. benghanlensis 6798 gave a relatively higher total dry matter yield followed by V. villosa 6792 and V. villosa 6213 at Tongo. Therefore, based on forage dry matter yield data V. benghanlensis 6798, V. villosa 6792 and V. villosa 6213 recommend as alternative legume forage crops from evaluated Vicia accessions for study areas and comparable agro-ecologies.
埃塞俄比亚西部Benishangul-Gumuz地区紫薇属植物及其对牧草生物量产量的影响
在埃塞俄比亚西部Benishangul-Gumuz地区2种环境条件下,对3个物种的4个维齐亚种牧草生物量产量进行了研究。被评价的紫薇属植物有1个(6798)、2个(6213和6792)和1个(5172)。试验地点选择在Assosa农业研究中心的Tongo和Assosa饲草研究站,分别代表高原和中海拔农业生态。试验采用随机完全区组设计,设3个重复。不同基因型和环境的主效应差异显著影响饲料干物质产量(p0.05)。在东哥,班汉草6798的总干物质产量相对较高,其次是绒毛草6792和绒毛草6213。因此,基于饲料干物质产量数据,本研究推荐在研究区和可比农业生态环境中,从评价过的薇科植物中选择V. benghanlensis 6798、V. villosa 6792和V. villosa 6213作为替代豆科饲料作物。
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