Participatory Selection of Potato (Solanum tuberosum L.) Varieties in the Midland Areas of Guji zone, Southern Ethiopia

Arega Amdie, S. Teshome, Beriso Wako
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Abstract

Potato (Solanum tuberosum L.) is one of the most important food security and cash crop for farmers in highland parts of Ethiopia, particularly in Guji zone where it is grown by farmers and seed producers abundantly. However, in the highland areas of Guji zone an access, well adapted, resistance to late blight and high yielder potato variety is highly limited. Due to this reason, there is an urgent need to develop and replace the previous underproduction varieties that suit for the area. As a result, an experiment was conducted in the highland areas of Guji Zone at Bore on-station and three farmers’ fields (Abayi kuture, Raya boda, and Bube korsa) during 2019/20 cropping season to select and recommend high yielding, and diseases resistance improved potato varieties through participatory variety selection. Six (6) improved potato varieties (Gudanie, Belete, Jalenie, Dagim, Horro, and Bubu) were used as testing crop. The treatments were arranged in randomized completed block design (RCBD) with three replications for mother trial and farmers were used as replication for baby trials. Both agronomic and farmers data were collected based on the recommended standards. Data collected from mother trail were subjected to analysis of variance where as matrix ranking was used for data collected from baby trials. The analysis of variance indicated that significant differences observed at (P≤ 0.05) among the tested Irish potato varieties for day to 50% emergence and flowering, stem number per hill, tuber number per hill, marketable and total tuber yield. However, non-significant difference was observed at (P> 0.05) among the varieties for days to days to 90% maturity, plant height, tuber weight and unmarketable tuber yield. The highest marketable tuber yield was (48.17t/ha) was recorded for Belete followed by Bubu and Gudanie (35.35 and 34.3t/ha) respectively. But, the lowest marketable tuber yield (18.07t/ha) was obtained from improved Dagim variety. In other cases, farmers were allowed to evaluate the varieties using their own criteria. Accordingly, variety Bubu and Gudanie were selected by farmers due to their resistant to disease, stem number, tuber size, tuber color, tuber eye depth, number of tubers and marketability. Therefore, these two improved Irish potato varieties are selected based on agronomic data result and farmers preference and recommended for production to the highland areas of Guji zone.
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马铃薯(Solanum tuberosum L.)的参与选择埃塞俄比亚南部古集地区中部地区的品种
马铃薯(Solanum tuberosum L.)是埃塞俄比亚高原地区农民最重要的粮食安全和经济作物之一,特别是在农民和种子生产者大量种植的古吉地区。然而,在谷集地区的高原地区,一种适应性好、抗晚疫病的高产马铃薯品种却十分有限。由于这个原因,迫切需要开发和取代以前生产不足的品种,适合该地区。为此,本试验于2019/20种植季在古集地区波尔站高原地区和3块农民田(阿巴伊、拉亚博达和布贝科尔萨)开展参与式选育,选育高产、抗病的马铃薯改良品种。6个改良马铃薯品种(Gudanie、Belete、Jalenie、Dagim、Horro和Bubu)作为试验作物。试验采用随机完全区组设计(RCBD),母亲试验采用3个重复,婴儿试验采用农民重复。农学和农民数据都是根据推荐的标准收集的。从母亲试验中收集的数据进行方差分析,其中从婴儿试验中收集的数据使用矩阵排序。方差分析表明,不同爱尔兰马铃薯品种间的日~ 50%出花期、单株茎数、单株块茎数、商品量和块茎总产量差异显著(P≤0.05)。品种间成熟期至90%、株高、块茎重和滞销块茎产量差异不显著(P < 0.05)。Belete块茎产量最高(48.17吨/公顷),其次是Bubu和Gudanie(分别为35.35和34.3吨/公顷)。而改良品种达吉姆块茎产量最低,为18.07吨/公顷。在其他情况下,农民被允许使用他们自己的标准来评估品种。因此,农民根据其抗病性、茎数、块茎大小、块茎颜色、块茎眼深度、块茎数量和适销性选择了布布和姑旦品种。因此,根据农艺资料结果和农民的喜好,选择这两个爱尔兰马铃薯改良品种,推荐在古集高原地区生产。
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