In Nigeria, there is dearth of studies on recent changes on accelerated marine processes along the national coastlines despite their importance as ports for navigation and marine commerce as well as a bridge for aquatic and terrestrial life. This study, which deals with a time series analysis of recent changes in the Niger Delta Coastline using Satellite Imagery is an attempt at filling this gap. Landsat TM images of 1986 and Landsat ETM+ of 2003 both covering the Niger Delta area of Nigeria were used for this study and the images were processed using Erdas Imagine Version 8.7 and Arc Info 9.1 for the GIS operations. The results of the analyses show among other things that coastline erosion was dominant over accretion of sediment deposition...
Coastal areas are increasingly endangered by climate change and associated sea level rise, which cou...
This study was carried out using the 3S-Technology Approach involving geographic information system,...
The coastal zone of Mekong delta is suffering under intense pressures from climate change as well as...
The study examined the shoreline changes over time in Bonny Island of Rivers State, Nigeria. Satelli...
The purpose of this study was to analyse the shoreline movement of the Niger delta, specifically foc...
The study examined the shoreline changes over time in Bonny Island of Rivers State, Nigeria. Satelli...
This study analyzes the morphological changes occurring at the arcuate Niger Delta shoreline by iden...
The city of Lagos, Nigeria has undergone rapid increase in population due to economic and commercial...
In the last decades, the Niger Delta region has experienced rapid growth in population and economicv...
Despite threats emanating from the influence of climate and non-climate forcing on the barrier islan...
The study of shoreline changes is essential for updating the changes in shoreline maps and managemen...
Accelerated sea level rise (SLR) is the most important climate change impact for coastal areas. Howe...
Shoreline mapping, determination of itsdeterioration and bathymetry overtime resulting from the soci...
Modifications du littoral décennales dans le l ittoral boueux de l'Etat d'Ondo , Niger...
The landuse/landcover pattern of a region is an outcome of natural and socio-economic factors includ...
Coastal areas are increasingly endangered by climate change and associated sea level rise, which cou...
This study was carried out using the 3S-Technology Approach involving geographic information system,...
The coastal zone of Mekong delta is suffering under intense pressures from climate change as well as...
The study examined the shoreline changes over time in Bonny Island of Rivers State, Nigeria. Satelli...
The purpose of this study was to analyse the shoreline movement of the Niger delta, specifically foc...
The study examined the shoreline changes over time in Bonny Island of Rivers State, Nigeria. Satelli...
This study analyzes the morphological changes occurring at the arcuate Niger Delta shoreline by iden...
The city of Lagos, Nigeria has undergone rapid increase in population due to economic and commercial...
In the last decades, the Niger Delta region has experienced rapid growth in population and economicv...
Despite threats emanating from the influence of climate and non-climate forcing on the barrier islan...
The study of shoreline changes is essential for updating the changes in shoreline maps and managemen...
Accelerated sea level rise (SLR) is the most important climate change impact for coastal areas. Howe...
Shoreline mapping, determination of itsdeterioration and bathymetry overtime resulting from the soci...
Modifications du littoral décennales dans le l ittoral boueux de l'Etat d'Ondo , Niger...
The landuse/landcover pattern of a region is an outcome of natural and socio-economic factors includ...
Coastal areas are increasingly endangered by climate change and associated sea level rise, which cou...
This study was carried out using the 3S-Technology Approach involving geographic information system,...
The coastal zone of Mekong delta is suffering under intense pressures from climate change as well as...