Suitability Evaluation of Soils of Ohimini Area of Benue State, Nigeria for Sustainable Rainfed Arable Crop Production

Suitability Evaluation of Soils of Ohimini Area of Benue State, Nigeria for Sustainable Rainfed Arable Crop Production ( Vol-2,Issue-6,November - December 2017 )

Author: Agber P. I, Adoyi A, Gani A. T

ijeab doi crossref DOI: 10.22161/ijeab/2.6.14

Keyword: Suitability, Evaluation, Rainfed, Maize, Rice, arable Crops.

Abstract: Suitability evaluation of soils of ohimini area of Benue state, Nigeria for sustainable rainfed arable crop production was carried out. This study evaluates the suitability and limitations of soils of Ohimini area of Benue State for sustainable maize and Rice production. The research was carried out in Atlo,Ochobo, Atakpa, Ojano,Ijami and Anmoda areas within Ohimin area of Benue State, Nigeria. Soil sampling was carried out from July to August, 2014 at six different locations at 0 - 15 cm and 15 – 30. The bulk samples were air dried and gently crushed using mortar and pestle. The samples were then passed through 2 mm sieve for laboratory analysis. The suitability of the soils was assessed for Rice and Maize by matching their characteristics with the requirements of the crops and their critical limits. The suitability class of a soil is that indicated by its most limiting characteristics. Thus the classes S1, S2, S3 and N represent highly, moderately, marginally and not suitable respectively. The interpretation of critical limit of analytical parameter was done according to the procedure stated by Esu (1991). The soils were generally rated suitable for Rice and Maize production; however, CEC was identified as the most limiting factor. Based on the results, the N status of the soil should be increased by practicing O- minimum tillage and planting crops that are capable of fixing N. Organic carbon level should also be raised through appropriate organic matter maintenance strategies.


[1] Adesemuyi EA (2014). Suitability Assessment of soils for Maize (Zea mays) production in a humid tropical area of South-western Nigeria. Int. J. Adv. Res. 1(2): 538-546.
[2] Brady,N.C and R Weil (2010).Element of the nature and properties of soils.3rd edition,Pearson Education,Inc.,Upper Saddle Rier,New Jersey07458.163pp.
[3] Bray,R.H and L.T. Kurtz(1945).Determination of total organic available forms of P in the soil, soil science 59:39-45.
[4] Bouyoucos, G.H. (1951) A Recalibration of the Hydrometer Method for making mechanical analysis of the soil. Argon J. 43: 434-438
[5] Dent D, Young A (1981). Soil Survey and Land Evaluation. George Alien and Unwin Ltd., London, UK.
[6] Esu,I.E(1991)Detailed Soil survey of NIHORT Farm at Bunkure, Kano state, Nigeria, institute for Agricultural Research. Ahmadu Bello University Zaria,Nigeria 72 pp.
[7] FAO (1976). A Frame work for Land Evaluation. FAO Soils Bull. 32: FAO, Rome, 87pp.
[8] Fasina A.S, and Adeyanju , S(2006). Suitability classification of some granitic soils of humid west Nigeria for rain fed maize, cassava and swap rice production. Niger. J. Soil Sci. 16:1-9.,
[9] Jackson, B (1965) USA monograph No 9 methods of soil analysis part ǀǀ Kang, B.T
[10] IITA (1989). The cowpea biotechnology and natural pest control Research Briefs 9 . (2) 1-3 international institute of Tropical Agriculture, lbadan, Nigeria.
[11] Idoga, S and Ogbu, J. O (2012). Agricultural potentials oh the Anbilla Plateau of Benue state, Nigeria. Nig. Journal of Soil Sci. 22(2) : 224 – 238.
[12] IITA, (1979). Selected Methods for Soil and plants Analysis. Manual Series No. 1 IITA, Ibadan Nigeria.
[13] Ojanuga, A.G (2006).Management of fadama soils for Food Security and Poverty. Soil science Society of America (SSA 1975).Glossary of soil science terms. Medison, Wiscon sin.
[14] Sys C. (1985). Land Evaluation in State University of Ghent part I and II
[15] Tisdale,,S.L., Nelson and J.D.Beaton (1985).Soil Fertility and Fertilizer 4th Edn. MacMillian publishers, New York, pp 382-391.

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