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Effect of soil fertility amendment, planting density and growing season on Chenopodium quinoa Willd (Quinoa) in Zimbabwe

机译:土壤肥力修正,种植密度和生长季节在津巴布韦藜(藜麦)的影响

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Chenopodium quinoa Willd (quinoa) is a crop that originated from the Andes and has been recently introduced in Zimbabwe so the agronomic performance is unknown yet. A 3-year field experiment was carried out at the Women’s University in Africa research farm, Marondera, Zimbabwe. The research evaluated the response of quinoa to different cattle manure application rates, plant population ha~(?1) and growing seasons. A 3?×?3?×?2 factorial in a completely randomized block design with three replicates was used in the experiment. Cherry Vanilla Quinoa variety was established under three cattle manure application rates (0, 9 and 18?t ha~(?1)), three planting densities (29629, 55555 and 80 000 plants ha~(?1)) and two growing seasons per year (summer and winter). Analysis of variance was done to compare the effects of the treatments on quinoa growth parameters. There was significant (P ?
机译:Chenopodium Quinoa Willd(藜麦)是一种源于安第斯山脉的作物,最近在津巴布韦引入,因此农艺表现尚不清楚。在津巴布韦的非洲研究场所的妇女大学进行了一个为期3年的野外实验。该研究评估了奎奴亚藜对不同牛粪应用率的响应,植物人口HA〜(?1)和生长季节。一个3?×3?3?2在完全随机块设计中,在实验中使用了三种重复。樱桃香草奎奴亚藜品种是在三个牛粪施用率下建立(0,9和18?T ha〜(?1)),三种种植密度(29629,55555和80 000植物Ha〜(?1))和两个生长季节每年(夏天和冬天)。对方差分析进行了比较对藜麦生长参数治疗的影响。在牛粪应用率×植物种群HA〜(?1)×?在所有测量的响应变量中的季节生长季节,有重要( p?0.05)×植物种群ha〜(?1)×?生长季节。由于种植密度,植物阶段比夏天的未变化的地块更加倾向于修正的土壤肥力。在冬季,在9?t ha〜(?1)冬季,在冬季记录最高谷物产率(2.5℃〜(?1))和千粒重(tgw)(2.5μg)?+?55,555植物ha〜(?1 )在18℃〜(?1)?夏季,虽然在18℃〜(?1)?+?夏天80,000株植物HA〜(?1)中,较低的TGW(0.2?g)和谷物产量(0.1≤kΩ·(?1))。奎奴亚藜可以在冬天或夏天生长9?t ha〜(?1)?+?55555植物谷物或生物量的植物ha〜(α1)。

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