摘要
The inventory of benthic macroinvertebrate species was carried out in some streams of the Mefou catchment area, from August 2021 to August 2022, in order to determine the biological groups that make up the population and characterise these environments. The dataset acquired during this study made it possible to update the existing database and contribute to the knowledge of the biological groups associated in these environments, and to provide additional information on the existing ones in relation to bioindication. Overall 80 families were identified and, on the basis of frequencies of occurrence greater than 75%, 22 families were retained as potential biological indicators. The remarkable diversity of insects and the low abundance of Diptera reflect the low degradation of environments and the good quality of water. The high diversity indices obtained reflect the maintenance of the favourable ecological conditions that favours the development of a balanced and, integrated biological community capable of adapting to changes.
The inventory of benthic macroinvertebrate species was carried out in some streams of the Mefou catchment area, from August 2021 to August 2022, in order to determine the biological groups that make up the population and characterise these environments. The dataset acquired during this study made it possible to update the existing database and contribute to the knowledge of the biological groups associated in these environments, and to provide additional information on the existing ones in relation to bioindication. Overall 80 families were identified and, on the basis of frequencies of occurrence greater than 75%, 22 families were retained as potential biological indicators. The remarkable diversity of insects and the low abundance of Diptera reflect the low degradation of environments and the good quality of water. The high diversity indices obtained reflect the maintenance of the favourable ecological conditions that favours the development of a balanced and, integrated biological community capable of adapting to changes.
作者
Eric B. Biram à Ngon
Sylvie B. Chinche
Josephine Ndjama
Jean Dzavi
Donald L. Nyame Mbia
Mathias Nwaha
Serge R. Gwos Nhiomock
Blaise R. Mboye
Ivone L. Tchaouapi
Ulrich Tchouta
Chamberline Ngalamou
Samuel Foto Menbohan
Eric B. Biram à Ngon;Sylvie B. Chinche;Josephine Ndjama;Jean Dzavi;Donald L. Nyame Mbia;Mathias Nwaha;Serge R. Gwos Nhiomock;Blaise R. Mboye;Ivone L. Tchaouapi;Ulrich Tchouta;Chamberline Ngalamou;Samuel Foto Menbohan(Research Centre for Water and Climate Change, Institute of Geological and Mining Research, Yaoundé, Cameroon;Department of Fisheries and Aquatic Resources Management, Buea, Cameroon;Laboratory of Hydrobiology and Environment, University of Yaoundé, Yaoundé, Cameroon;Laboratory of Hydrobiology and Ichthyology, Libreville, Gabon)