Evaluation of the Agronomic Performances of a Promising Peanut Variety from the Research Environment (Flower 11) and a Local Variety (Sudanese) under the Agro-Ecological Conditions of the Bagarine Community Learning Center

A. A. Doutoum, Alcherif Hamid Mahamat, H. Abba, Seid Djalah, Issa Justin Laogue, Mahamat Ali Mustapha
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Abstract

This study aims was to evaluate a promising peanut variety from the research environment (ITRAD, Fower 11) and a local variety (Sudanese) under the agro-ecological conditions of the Bagarine site. The experimental design was a randomized complete block (Fischer Block) with 3 replications implemented in four sites (Abeche, Amleyouna, Abougoudame and Adre). During the 2019-2022 agricultural campaign, varieties of improved peanut seeds presented a very good emergence rate and then a Fisher device was adopted. The results obtained showed that with regard to the vegetative parameters, the improved variety flower 11 recorded a satisfactory and superior emergence rate, plant height and collar diameters compared to the local variety (Sudanese) which is therefore revealed to be less efficient. Regarding production parameters, the improved variety Flower 11 presented satisfactory yields of pods, seeds and biomass than that of the local variety. Observations focused on peanut kernels and biomass yields. This analysis using a partially nested model were applied to evaluate the differences between returns, the effect of each factor (variety, repetition, site and year) and their interactions. Site and variety effects were significant for peanut seed production of two types compared during the 2019-2022 agricultural season. We recommend to those responsible for the integrated resilience project to popularize this variety in the project intervention area and to future researchers to conduct the same trial in other sites in the province with an organic soil amendment.
在 Bagarine 社区学习中心的农业生态条件下,评估来自研究环境的一个前景看好的花生品种(花 11)和一个当地品种(苏丹)的农艺性能
本研究的目的是在巴加林地区的农业生态条件下,对研究环境中的一个有前途的花生品种(ITRAD,Fower 11)和一个当地品种(苏丹花生)进行评估。实验设计为随机完全区组(费歇尔区组),在四个地点(阿贝歇、阿姆利乌纳、阿布古达梅和阿德雷)实施 3 次重复。在 2019-2022 年农业活动期间,改良花生种子品种的出苗率非常高,因此采用了费舍尔装置。结果表明,在无性系参数方面,改良品种花 11 的出苗率、株高和颈圈直径都令人满意,优于当地品种(苏丹),而当地品种的效率较低。在产量参数方面,与当地品种相比,改良品种花 11 的豆荚、种子和生物量产量令人满意。观察的重点是花生仁和生物量产量。采用部分嵌套模型进行分析,以评估收益差异、各因素(品种、重复、地点和年份)的影响及其相互作用。在 2019-2022 年农季期间,对两种类型的花生种子生产进行比较,地点和品种效应显著。我们建议综合抗灾项目的负责人在项目干预区推广该品种,并建议未来的研究人员在该省其他地点进行同样的试验,并使用有机土壤改良剂。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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