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GIS Based Oil Spill Risk Assessment Model for the Niger Delta's Vegetation


Affiliations
1 China University of Geosciences, 388 Lumo Road, Hongshan District, Wuhan, China
 

Frequent oil spills in the Niger Delta have severely influenced the environment in oil production and transportation areas. Vegetation degradation is one of the remarkable results of oil spills in the region. Hence, GIS was used to build an Oil Spill Risk Assessment Model for Vegetation (OSRAMV) in the southern part of the Rivers state, mainly in the Bonny district to define areas under high levels of oil spill hazard and vegetation areas under high oil spill risk. Oil Spill Hazard Model (OSHM) was examined to ensure its accuracy by recorded oil spill impacted areas; 71.6% of impacted areas pixels were in severe hazard areas. Whereas none of impacted areas were located in very low, or low oil spill hazard areas. The final OSRAMV showed that 66.5% of the examined oil spill sites were located in high risk areas.

Keywords

GIS, Oil Spill, Niger Delta, Remote Sensing, Risk Assessment Model.
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  • GIS Based Oil Spill Risk Assessment Model for the Niger Delta's Vegetation

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Authors

Bahaa Mohamadi
China University of Geosciences, 388 Lumo Road, Hongshan District, Wuhan, China
Zhong Xie
China University of Geosciences, 388 Lumo Road, Hongshan District, Wuhan, China
Fujiang Liu
China University of Geosciences, 388 Lumo Road, Hongshan District, Wuhan, China

Abstract


Frequent oil spills in the Niger Delta have severely influenced the environment in oil production and transportation areas. Vegetation degradation is one of the remarkable results of oil spills in the region. Hence, GIS was used to build an Oil Spill Risk Assessment Model for Vegetation (OSRAMV) in the southern part of the Rivers state, mainly in the Bonny district to define areas under high levels of oil spill hazard and vegetation areas under high oil spill risk. Oil Spill Hazard Model (OSHM) was examined to ensure its accuracy by recorded oil spill impacted areas; 71.6% of impacted areas pixels were in severe hazard areas. Whereas none of impacted areas were located in very low, or low oil spill hazard areas. The final OSRAMV showed that 66.5% of the examined oil spill sites were located in high risk areas.

Keywords


GIS, Oil Spill, Niger Delta, Remote Sensing, Risk Assessment Model.