Slope Morphology and Impacts on Agricultural Productiviy in the Kom Highlands of Cameroon

Authors

  • Lawrence F. Fombe
  • Hycinth N. Tossa

DOI:

https://doi.org/10.14738/assrj.29.1474

Abstract

Very steep and rugged slopes impact significantly on agricultural processes and patterns as characterized by the Kom highland of the Northwest Region of Cameroon. The study examines the aspects of slope morphology that influence agricultural production and how the inhabitations react to slope elements (gradient, soil, climate and altitude) in an effort to increase agricultural productivity and improve on their livelihoods. Primary data was collected through the use of questionnaires, interviews, field observations focus group discussions and measurements. Secondary data on the agro-ecological zones of the study area and soil characteristics was obtained from the Divisional Delegation of Agriculture for Boyo. Information on the slope characteristics, the slope gradients and altitudinal classification was obtained from the topographic maps of the study area and GPS coordinates. The main findings indicate that agricultural practices in the Kom highlands significantly depend on slope morphology which has obliged the mountain dwellers to adopt coping mechanisms such as contour ploughing, mixed cropping and mixed farming in order to minimize the impacts of slope configuration on their farming activities.

References

Fullard, H. & Darby, H.C. (1972). The University Atlas (Fourteenth Edition)London: George Phillip and Son

Gazel,J (1958). Carte Geologique et Geologie du Cameroun, in Atlas du Cameroun, Yaoundé: ORSTORM.

Khanchoul, K. & Altschul, R (2008). The Relationship between Lithology and Slope Morphology in the Tucson Mountains, Arizona

Knowles, R. & Wareing J. (1981). Economic and Social Geography Made simple Books London

Lambi, C.M. (2001). The Impact of Human Activity on Land Degradation in Some Highland Regions of Cameroon: Implications for Development In Lambi & Eze (Ed, 2001): Environmental Issues: Problems and Prospects, Unique Printers, Bamenda

Morgan, R.P.C. (1986). Soil Erosion and Soil Conservation, Longman scientific and Technical ESSEXPP243J248

Ndenecho, E.N. (2007). Landslides and TorrentJ Channel Problems of Mountain Slopes, Unique Printers, Bamenda.

Neba,A. (2000). Modern Geography of the Republic of Cameroon, Bamenda, Neba Publishers.

Nkemasong, N.& Neba, M. (2009). Advanced Integrated Human Geography, Concepts and Techniques, AgwecamsJ Bamenda.

Rogers, N.W. & Salby, M.J. (1980). Mechanics of Shallow Translational Sliding During Summer Rainstorms, North Island, New Zealand Geografica Ann, No. 62J A pp11J21.

Skempton,A. W.& Hutchinson J.N. (1969). Stability of natural slopes and embankment sections Proc 7th inter.Cont.

Soil Mechanics, Fdn E. pp291J340. Tassah,I.T.& Lambi, C. M. (2014). Topographic Constraints and Agricultural Production in the WidekumJMenka Highlands North West Region of Cameroon, In African Journal of Social Sciences Volume 5, Number 3, Unique Printers, Bamenda, pp. 16 – 29.

Tata,E.S. Lambi, C.M,&Mirjam De Bruijin (2013). AgroJPastoral Movements in Bui Cameroon; What Prospects or Blueprints? in African Journal of Social Sciences Volume 4, Number 3, Unique Printers, Bamenda, pp.4–19

WhynneJHammond (1985). Elements of human Geography, Unwin and Allen.

Downloads

Published

2015-09-28

How to Cite

Fombe, L. F., & Tossa, H. N. (2015). Slope Morphology and Impacts on Agricultural Productiviy in the Kom Highlands of Cameroon. Advances in Social Sciences Research Journal, 2(9). https://doi.org/10.14738/assrj.29.1474