Assessment of Community’s Resilience to Flooding in the Flood-prone Areas of the Core Niger Delta, Nigeria

Main Article Content

D. A. Week
C. H. Wizor
O. S. Eludoyin

Abstract

The study assessed the community’s resilience to flooding in the flood-prone areas of the Core Niger Delta, Nigeria. The study adopted the descriptive survey design. 790 respondents were selected using a multistage stratified sampling technique in Bayelsa, Delta and Rivers States. Descriptive and inferential statistics were used in the analysis of data. Findings showed that the level of community’s resilience to floods in the core Niger Delta included distribution of relief materials by community flood control committee (61.9%); helping flood control committee to effectively use the equipment to detect early flood warning (56.5%), the response committee effectively measured and assessed the extent and risk after every flood incident (52.1%), National Emergency Management Agency (NEMA) or the State Emergency Management Agency (SEMA) engaging members of the community flood control committee on capacity building on ways of mitigating flood menace (51.7%); and community constructing flood barks, drainage, dam, etc. in order to control or manage flood incidents (51.1%). The study revealed that the frequency (F=2.661, p<.05) and magnitude (F=1.355, p<.05) of flood determined its intensity in communities in the study area. The study recommended among others that communities should set up an efficient and effective flood control committee in order to effectively tackle the impacts of flood menace, including the Ministry of Agriculture enhancing the knowledge of local farmers in using new and improved inputs and techniques (i.e. smart agriculture) for planting crops that can be harvested before the flooding.

Keywords:
Core Niger Delta, flood, flood prone areas, resilience, Nigeria

Article Details

How to Cite
Week, D. A., Wizor, C. H., & Eludoyin, O. S. (2019). Assessment of Community’s Resilience to Flooding in the Flood-prone Areas of the Core Niger Delta, Nigeria. Journal of Geography, Environment and Earth Science International, 23(4), 1-13. https://doi.org/10.9734/jgeesi/2019/v23i430183
Section
Original Research Article

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