了解在尼日利亚雨林农业生态中不断变化的气候和多变性条件下提高豇豆产量的备选方案

Adetayo Adewale O, Balogun Ahmed A, B. Ifeoluwa A.
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引用次数: 0

摘要

本研究调查了在尼日利亚雨林农业生态区气候变化和多变性影响(如雨季推迟到来、提前结束和生长期缩短)下提高豇豆产量的方案。为了可持续地提高豇豆的产量,选择豇豆生长良好、产量高的播种期,研究人员选择了三个播种期,播种期从降雨开始,间隔两周。这项研究于 2021 年和 2022 年的生长季节在尼日利亚联邦技术大学阿库雷分校(北纬 7°15',东经 5°15')的地球生态学与可持续食品系统实验室(GeoLab)和尼日利亚伊巴丹农业研究与培训研究所(I.A.R&T.)的项目农场(北纬 7°22';东经 3°30')进行。这两个地点都位于尼日利亚的雨林农业生态区。使用的豇豆品种为 FUAMPEA 2(V1)、Ife Brown(V2)和 573-1-1(V3)。种植间距为 25 厘米 x 75 厘米。测量的变量包括株高、叶片数、叶面积、50%开花天数、每株梗数、每梗荚数、每荚种子数、荚长、百粒种子重量和每公顷产量。三个豇豆品种之间存在栽培品种差异,这表明它们之间存在属种差异。与 FUAMPEA 2 和 573-1-1 品种相比,Ife Brown 每株结荚数更多,荚长更短,每荚种子数更少,种子更小。一般来说,无论种植地点和豇豆品种如何,植株生长和产量参数都随着延迟种植而下降。在阿库雷种植的 FUAMPEA 2、Ife Brown 和 573-1-1 的最高产量分别为 1.48 吨/公顷、1.47 吨/公顷和 1.22 吨/公顷,而在伊巴丹种植的 V1、V2 和 V3 的最高产量分别为 1.36 吨/公顷、1.38 吨/公顷和 1.12 吨/公顷。在尼日利亚雨林地区,最好在降雨开始时种植豇豆,以获得较好的谷物产量。通过这一适应战略,气候变化对豇豆生产的负面影响得以降低,正面影响得以增强。
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Understanding options for improving cowpea production under changing climatic and variability in rain-forest agroecology of Nigeria
Options for improving cowpea production under in�uence of climate change and variability impacts such as delayed onset, early cessation and shortened length of growing season in rain forest agro-ecological zone of Nigeria was investigated in this study. In order to achieve a sustainable improvement in cowpea production using selection of planting dates option for good growth and yield of cowpea, three planting dates were selected at two weeks interval starting from the onset of rain. This research was conducted during the growing season of 2021 and 2022 at the Laboratory for Geoecology and sustainable food systems (GeoLab), Federal University of Technology Akure, Nigeria (7°15 ’ N, 5°15’E) and project farm of the Institute of Agricultural Research and Training (I.A.R&T.) Ibadan, Nigeria (7°22‘N; 3°.30‘E). Both locations are within the rain-forest agro-ecological zone of Nigeria. The varieties of cowpea used are, FUAMPEA 2(V1), Ife Brown (V2) and 573-1-1(V3). The planting spacing of 25cm x 75cmcrop was followed. Variables measured are plant height, number of leaves, leaf area, days to 50% �owering, number of peduncle per plant, number of pods per peduncle, number of seeds per pod, pod length, 100 seed weight and yield per hectare. Cultivar differences were noticed among the three varieties of cowpea which indicated their generic differences. Ife Brown and 573-1-1 matured earlier than FUAMPEA 2. Ife Brown had more pods per plant, shorter pod length, fewer numbers of seeds per pod and smaller seeds than FUAMPEA 2 and 573-1-1 varieties of cowpea. Generally, the plant growth and yield parameters decreased with delayed planting irrespective of location and variety of cowpea planted. Maximum yield for FUAMPEA 2, Ife Brown and 573-1-1 planted in Akure are 1.48tons/ha, 1.47tons/ha and 1.22 ton/ha respectively while the maximum yield of cowpea planted in Ibadan for V1,V2 and V3 are 1.36 tons/ha, 1.38 tons/ha and 1.12 ton/ha respectively. Planting of cowpea for good grain yield is best done at the onset of rains in rain-forest of Nigeria. Through this adaptation strategy, the negative effects of climate change on cowpea production are reduced and positive in�uences enhanced.
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