Assessment of Soil Fertility and Fertilizer Recommendations for Perl Millet (Pennisetum Glaucum) Production in Kano, Nigeria

Mansur Abdul Mohammed, Fatima Jamila Usman, Maryam Ibrahim Bello, Sule Haruna Bibot
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Abstract

The deteriorating soil fertility and land deprivation have particularly affected the farms that peasant farmers dependon and therefore, threaten their food security. The research aimed at assessing the fertility status; evaluate thenutrient supply and fertilizer recommendation for millet production. Millet farm was purposively selected withinwhich 1 square kilometre was delineated and 100 grids were formed, therefore 10 grids were systematicallyselected for soil sampling. The soil samples were collected in each grid using composite sampling techniquesand then taken to laboratory for the analyses of some soil fertility parameters. The results were analysed usingdescriptive statistic and, Quantitative Evaluation of Fertility of Tropical Soils (QUEFTS Models) was used todetermine the supply of N, P and K. The results shows that the mean values of pH (6.01 ±0.55), EC (0.02 ±0.01),N (0.15 ±0.03), P (13.63 ±0.62) and K (0.19 ±0.09) in the area and they were all ranked as moderate level. Theamount of N, P and K supply to the crop by soil are 7.6%, 42.25 ppm and 6.8 cmol/kg for N, P and K respectively.Based on the nutrient status, Urea (65kg) or 20:10:10, SSP (167kg) or TSP (67kg) and Mop (50kg) wererecommended for pearl millet production; therefore, the cost of the input (fertiliser application) will reduce andincrease in productivity.
尼日利亚卡诺生产谷子(Pennisetum Glaucum)的土壤肥力评价和肥料建议
土壤肥力恶化和土地被剥夺尤其影响到农民所依赖的农场,从而威胁到他们的粮食安全。该研究旨在评估生育状况;评估谷子生产的养分供应和肥料建议。有目的地选择谷子农场,圈定1平方公里,形成100格,系统地选择10格进行土壤取样。采用复合采样技术在每个网格中采集土壤样本,然后带到实验室进行土壤肥力参数分析。结果表明:该地区土壤pH(6.01±0.55)、EC(0.02±0.01)、N(0.15±0.03)、P(13.63±0.62)、K(0.19±0.09)平均值均为中等水平;土壤对作物的N、P、K供给量分别为7.6%、42.25 ppm和6.8 cmol/kg。根据营养状况,推荐使用尿素(65kg)或20:10:10,SSP (167kg)或TSP (67kg)和Mop (50kg);因此,投入(化肥施用)的成本将降低并提高生产率。
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