The Economic and Environmental Impacts on Clay Harvesting at Abonko in the Mfantsiman West District of Central Region, Ghana


  • Kofi Asante-Kyei Senior Lecturer, Department of Ceramics, Takoradi Polytechnic, P. O. Box 256, Takoradi, Ghana.
  • Alexander Addae Lecturer, Department of Ceramics, Takoradi Polytechnic, P. O .Box 256, Takoradi, Ghana.


clay, degradation, economical, environment, harvesting.


Basically, clay is a natural earth material with plastic properties. It becomes cohesive when kneaded, expands when wet, shrinks when dry and gains strength when fired. In Ghana, Clay is a widely distributed and abundant natural mineral resource for mainly industrial and economic importance for variety of uses. In Ghana, the most common and famous way of clay harvesting is by open pit method. Most clay harvesters normally abandon the harvested site after their harvesting activities without any effort to reclaim it. Therefore, the main purpose of the study is to find out the economic and environmental impact of clay harvesting at Abonko in the Mfantsiman West District of Central Region, Ghana. Ten (10) people were randomly selected from four sampling sites. That gave a total sample size of Forty (40) for the study. The main instruments used for collecting data were structured questionnaire, interviews, observation of site, and community base response survey. Raw data collected had been assembled, analyzed, and the results presented using frequency distribution tables. It was realized, among others that even though, the clay harvesting was lucrative business at Abonko, only land owners enjoyed the booty. The closeness of the clay harvesting sites to river bodies was a major source of pollution to the water bodies. It further came to light from the analysis that 95% of the respondents agreed that the harvested lands were not reclaimed, thereby entrapping domestic animals, and also serving as breeding grounds of mosquitoes. It was recommended among others, there should be establishment of clay harvesting business unit to ensure that the business could lure to the benefit of the whole community, educational programs should be organized for clay harvesters in the area by the Environmental Protection Agency (EPA).


[1] W. E. Worrall. Clays and Ceramic Raw Materials (2nd Edition). New York: U.S.A, Elsevier Applied Science Publishers, 1986.
[2] C. F. Speight and J. Toki. Hands in Clay (4th Edition). New York: U.S.A, McGraw-Hill Companies, 2000.
[3] Shaikh and Wik. “The Role of Clay Minerals in the Ceramic and Paper Industries”. Nordic Symposium Clay Minerals- Modern Society, Uppsala (Sweden), 20-21 Nov. 1986.
[4] H. H. Murray.” Overview of Clay Mineral Applications”. Applied Clay Science. Vol. 5, pp.379-395. 1991.
[5] Bi-Annual Journal of the Building and Road Research Institute (CSIR), Ghana. Vol.9, Jan-Dec. 2005.
[6] S. G. Ampian. “Clays In: Mineral Facts and Problems”. Washington, DC, US Bureau of Mines, Bulletin 675 Pretoria, South Africa and University of Zimbabwe, Geology Department: Harare, Zimbabwe, 1985, pp. 1- 13.
[7] F.C Okafor. “Rural Development and the Environmental Degradation verse Protection”: In P. O. Sada and T. Odemerho (Ed.). Environmental Issues and Management in Nigerian Development, 2006, pp. 150-163.
[8] K. Fedra, L.Winkelbauer, and V. R. Pantulu. “Systems for Environmental Screening”. An Application in the Lower Mekong Basin. International Institute for Applied Systems Analysis. A-2361 Laxenburg, Austria, 2005, p.169.
[9] J. C. Williamson and D.B. Johnson. “Microbiology of soils at opencast sites II. Population transformation occurring following land restoration and the influence rye grass/fertilizer amendments”. Journal Soil Science Vol. 42, pp. 9-16. 1991.
[10] M. H. Wong. “Ecological restoration of mine degraded soils, with emphasis on metal contaminated soils”. Chemosphere 50, 2003, pp.775-780.
[11] A. S. Sheoran, V. Sheoran and P. Poonia. “Rehabilitations of mine degraded land by metallophytes”. Mining Engineers Journal 10 (3), pp. 11-16, 2008.
[12] J. P. Haris, P.Birch and K. C. Short. “Changes in the microbial community and physio-chemical characteristics of top soils stockpiled during opencast mining”. Soil Use Management 5, pp. 161-168, 1989.
[13] S. W. Johnson. “Effects of Submarine Mine Tailings Disposal on Juvenile Yellow fin Sole (Pleuronectes asper): A Laboratory Study”. Marine Pollution Bulletin Vol. 36 (4). 1997
[14] R. Davies, R. Hodgkinson, A.Younger and R. Chapman. “Nitrogen loss from a soil restored after surface mining”. Journal of Environmental Quality 24, pp. 1215-1222. 1995.
[15] S. N. Davis. Hydrologeology. New York. NY. John Wiley and Sons. 1966. p. 511.
[16] R. A. Freeze and J. A. Cherry. Groundwater. Englewood Cliff, NJ. Prentice Hall: 1979, p.605.
[17] E. A. Ripley. Environmental Effects of Mining. Delray Beach, Florida: St. Lucie Press. 1996.
[18] R. P. Mason. “Mining Waste Impacts on Stream Ecology”. In C. D. Da Rosa (Ed.). Golden Dreams, Poisoned Streams, How Reckless Mining Pollutes America’s Waters and How We Can Stop It. Washington, DC: Mineral Policy Center. 1997
[19] C. Powter. “Glossary of Reclamation and Remediation Terms Used in Alberta”. Symbols in Sub-Sahara Africa. 4. pp. 205-230. 2002
[20] “The 1997 American Federal Act for Surface Mining Control and Reclamation (SMCRA, 1997)”. Available: [ 02/08/2015].
[21] S. Sterling. “Whole Systems Thinking as a Basis for Paradigm Change in Education”, PhD paper, University of Bath. 2003.
[22] F. Capra. “Ecological literacy”. Available: 1997. [30/10/ 15].
[23] F. Capra. “The Web of Life”, Harper Collins. 1995
[24] M. T. Alfred and P. Tuley. “Landforms, Soils, Climate and Vegetation on the Jos Plateau”. Land Resource Development Centre (LRDC) Miscellaneous Reports. 153 (1). 1974.
[25] F. L Jordan, M. Robin-Abbot, R. M Maier and E. P. Glenn. “A comparison of chelator-facilitated
metal uptake by a halophytes and a glycophyte”. Environment Toxicology Chemistry 21, pp. 2698-2704. 2002.
[26] J. A Smith, G. E. Schuman, E. J. Depuit and T. A. Sedbrook. “Wood residue and fertilizer amendment of bentonite mine spoils”. I. Spoil and general vegetation responses. Journal of Environmental Quality14, pp. 575-580. 1985.
[27] J.C. Wayne. Controlling Mosquitoes around the Home. The State University of New Jersey, RUTGERS. 2013.
[28] “The Mfantsiman West District Assembly Health Session”. Available: [20/10/15].
[29] G. McMahon and F. Remey. “Large Mines and the Community”. Tanzania. IDRC Publishers, 2001, p.335.




How to Cite

Asante-Kyei, K., & Addae, A. (2016). The Economic and Environmental Impacts on Clay Harvesting at Abonko in the Mfantsiman West District of Central Region, Ghana. American Academic Scientific Research Journal for Engineering, Technology, and Sciences, 18(1), 120–132. Retrieved from