Tackling Under-Development in the Niger-Delta through a Dynamic Approach

By Ovuokeroye Edih

Master's Thesis from the year 2016 in the subject Geography / Earth Science - Economic Geography, grade: B, course: MANAGEMENT, language: English, abstract: The study analyzed a mathematical model that would help to facilitate the development of the Niger Delta region in a phase by phase approach. The region has been bedeviled with the problem of underdevelopment culminating into youth restiveness, violence and militancy, poverty and environmental degradation despite the abundant oil wealth. The study utilized secondary data. A network model was drawn to practically and mathematically demonstrate the journey from under-development towards development and analyzed by applying the forward recursive equation formulated for study. The problem of under-development in the Niger-Delta is no longer a mean issue because it has transcended from national to international dimension. It is complex and hydra-headedsince it has resulted to youth restiveness and taking of arms against the government. Jobless youths are tired of failed promises to provide job opportunities and enabling environment for private businesses. More so, the activities of oil exploration and exploitation have depleted the ecosystem. Environmental degradation through theactions of oil spills aredestroyingfarm lands and rivers.In such a precarious situation in the Niger- Delta, Mere political pronouncements or jamborees cannot and will not solve this sickness from its roots. This is why a multi- dimensional approach must be applied and the government must develop the Niger-Delta area. It is against this backdrop that, the researcher is working on the possibility of developing adynamic plan for solving the problem of under-development plaguing the Niger-Delta region.

• Format: Paperback
• Language: English
• ISBN: 3346580784
• ISBN13: 9783346580788
• Release Date: May 2022
• Publisher: Grin Verlag
• Length: 50 Pages
• Weight: 0.17 lbs.
• Dimensions: 0.1" x 5.8" x 8.3"