Assessment of wildlife abundance indicators, human activities and their dependence on development projects in the Campo-Ma'an National Park, Southern Cameroon

Author:

ENGOLO Gareth Martinien ZO'OBO1,ABESSOLO Charles Innocent MEMVI2,YAOUBA BASSIROU1,MBOG Séverin MBOG1,NGOKO Patrice POLMBAYE1,BITONDO Dieudonné1

Affiliation:

1. National Polytechnic School of Douala, University of Douala

2. Campo-Ma'an National Park

Abstract

Abstract

The accumulation of projects in the vicinity of protected areas can influence the density and abundance of the wildlife species they contain, thereby contributing to the failure to achieve management objectives. The aim of this study is to analyse changes in indicators of wildlife abundance and human activity within the Campo-Ma'an National Park and to assess their dependence on the development projects implemented, in order to take into account the pressures the park is experiencing as a result of their accumulation.To do this, an analysis of the content of 08 documents shows that variations in the number of individuals and kilometre index of abundance of critical species are decreasing, from 335, 1304, 16898 and 0. 1 in 2008 to 114, 718 and 0.012 in 2020 for elephants, great apes and mandrills respectively. Dependency analysis using SPSS shows that elephants, great apes and mandrills have dependencies of -0.722, -0.276 and − 0.596 respectively with the different projects implemented. Analysis of the changes in the human activity indicators shows that they are increasing and that there is a strong dependence on the number of projects, of the order of 0.913. It is therefore necessary to improve the implementation of projects in order for the Park to fulfil its role as a protected area.

Publisher

Springer Science and Business Media LLC

Reference20 articles.

1. Ajonina G, Amougou JA (2010) Etat d’Environnement de Campo-Ma’an Cameroon- Rapport WWF-MINEP (Issue Novembre 2010). https://doi.org/10.13140/RG.2.2.17791.71841

2. Barnes RFW (1993) Indirect methods for counting elephants in forest. Pachyderm, 16(January 1993), 24–30

3. Bitondo D (2017) Rapport: Revue des Etudes d’Impact Environnemental et Social (EIES) et des Plans de Gestion Environnementale et Sociale (PGES) de quelques projets d ’ infrastructures, extractifs et agro-industriels dans l ’ Unité Technique Opérationnelle de Campo M

4. Buckland ST, Anderson DR, Burnham KP, Laake JL (1993) Distance Sampling Estimating abundance of biological populations.

5. Essai d ’ analyses de la conception paysanne de l ’ évolution, de la gestion et de l ’ utilité du Parc National de Mozogo-Gokoro (Cameroun) en vue de son aménagement;Constant R;Int Journalof Biol Chem Sci,2013

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