Impact of Anthropogenic Activities on Soil Microbial, Earthworm Populations, and Carbon Mineralization in the Forest-savanna Zone of the West Mamprusi District, Ghana

The West Mamprusi District is a subset area of Northern Ghana, one of the Savanna ecosystems experiencing forest degradation as a result of human activities. Our study was carried out in the Wungu Sacred grove and its adjacent unprotected forest in the West Mamprusi District of Ghana, with specific objectives on the abundance on soil macro and micro-organisms as well as their impact on some selected soil properties. The area was stratified into two namely, Protected and Unprotected Forest. The unprotected forest was identified by activities such as bush-burning, overgrazing, logging except farming. Four plots 25m x 100m size were set up randomly in each of the forest types for sampling. Soil samples were taken at the depth of 0-20 cm. Selected soil parameters and microbial counts were determined in the Laboratory. Earthworms were enumerated by hand. The result indicates that the soil microbial counts from both sites were significant. (P < 0.05) except for Escherichia-Coli (P>0.05). The average number of earthworms in the protected site was two times higher than the unprotected sites. Anthropogenic activities have affected the soil macro and micro-organisms, thereby decreasing the nutrient supply in unprotected Forest. Result indicates that local habitat should be harness other forms of biomass energy.

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Publication Details

Journal
Asian Journal of Research in Agriculture and Forestry
Published
2025-07-25
DOI
https://doi.org/10.9734/ajraf/2025/v11i3427
Primary Topic
Soil Carbon and Nitrogen Dynamics
Type
article
Field-Weighted Citation Impact
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article

Impact of Anthropogenic Activities on Soil Microbial, Earthworm Populations, and Carbon Mineralization in the Forest-savanna Zone of the West Mamprusi District, Ghana

Lawrence Emmanuel Tolulade, Pelumi Adeshina Oderinde, Uwazuruike Chiamaka Blessing, M. Musah et al.
Asian Journal of Research in Agriculture and Forestry
Soil Carbon and Nitrogen Dynamics
article

Impact of Anthropogenic Activities on Soil Microbial, Earthworm Populations, and Carbon Mineralization in the Forest-savanna Zone of the West Mamprusi District, Ghana

Lawrence Emmanuel Tolulade, Pelumi Adeshina Oderinde, Uwazuruike Chiamaka Blessing, M. Musah, John Osiroko Attah, Olamide Ibiada Esan, John Oluwapelumi Oladeinde, Priscilla Oluchukwu Ikeri
article en

Abstract

The West Mamprusi District is a subset area of Northern Ghana, one of the Savanna ecosystems experiencing forest degradation as a result of human activities. Our study was carried out in the Wungu Sacred grove and its adjacent unprotected forest in the West Mamprusi District of Ghana, with specific objectives on the abundance on soil macro and micro-organisms as well as their impact on some selected soil properties. The area was stratified into two namely, Protected and Unprotected Forest. The unprotected forest was identified by activities such as bush-burning, overgrazing, logging except farming. Four plots 25m x 100m size were set up randomly in each of the forest types for sampling. Soil samples were taken at the depth of 0-20 cm. Selected soil parameters and microbial counts were determined in the Laboratory. Earthworms were enumerated by hand. The result indicates that the soil microbial counts from both sites were significant. (P < 0.05) except for Escherichia-Coli (P>0.05). The average number of earthworms in the protected site was two times higher than the unprotected sites. Anthropogenic activities have affected the soil macro and micro-organisms, thereby decreasing the nutrient supply in unprotected Forest. Result indicates that local habitat should be harness other forms of biomass energy.

Asian Journal of Research in Agriculture and ForestryVol. 11(3)
Lagos State University (NG), Federal University of Agriculture, Abeokuta (NG), University of Lagos (NG), Navrongo Health Research Centre (GH), National Open University of Nigeria (NG), University of Abuja (NG), University for Development Studies (GH), Olabisi Onabanjo University (NG)
Openalex Percentile: Top 75%
Soil Carbon and Nitrogen Dynamics
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