Organisational and Community Conflicts in the Niger-Delta Region of Nigeria

Abstract

This study examines the organisational and community conflicts in the Niger Delta region of Nigeria. The specific objectives of the study are to examine the effects of environmental degradation caused by oil exploration on the health, agriculture, and well-being of communities in the Niger Delta Region; investigate the relationship between socioeconomic and political marginalisation and community restiveness in the Niger Delta Region; and assess the effectiveness of youth-inclusive dialogue and negotiation strategies in resolving oil-related conflicts in the region. A cross-sectional design was used by administering copies of questionnaire to stakeholders in the Niger Delta Region. These stakeholders include community leaders in three selected states in the region. The states include Bayelsa. Delta, Edo, and Rivers states. Out of three hundred copies of questionnaire administered, 262 copies were retrieved and used for data analysis. The remaining copies were either not retrieved or were not properly completed. The data collected were analyzed using different statistical tools such as frequency count, percentages, and mean with the aid of Statistical Packages for Social Sciences (SPSS) software. The study found that environmental degradation caused by oil exploration significantly harms the health, agriculture, and overall well-being of Niger Delta communities. It was also revealed that socioeconomic and political marginalisation are closely linked to the persistent restiveness witnessed in the Niger Delta communities. However, the study shows that youth-inclusive dialogue and negotiation strategies were perceived as effective in resolving oil-related conflicts. It is recommended that policymakers and oil firms should prioritise infrastructure development, ensure equitable distribution of oil revenues, and involve community members particularly marginalised groups in decision-making processes to address socioeconomic and political exclusion and reduce restiveness.