Analyse the Impact of Sea Level Rise in Mombasa City

Abstract

This abstract provides an overview of the projected impacts of sea level rise on flood risk in Mombasa City, a coastal region in Kenya. As global temperatures continue to rise, sea levels are expected to increase due to the melting of glaciers and ice sheets, as well as thermal expansion of seawater. This phenomenon poses a significant threat to low-lying areas such as Mombasa City, which are vulnerable to flooding and other adverse effects. To assess the potential impacts, several factors have been considered. The rate of sea level rise is evaluated based on scientific studies and climate models, taking into account greenhouse gas emissions, ice melt rates, and ocean dynamics. The topography of the region, characterized by low-lying areas and proximity to the coast, contributes to its susceptibility to inundation. Coastal infrastructure and human settlements, including ports, tourist resorts, and residential areas, are at risk of damage and loss. The effectiveness of existing coastal protection measures, such as seawalls and breakwaters, is also examined to determine their capacity to mitigate flood risk under projected sea level rise. If these measures are inadequate, alternative strategies such as beach nourishment, ecosystem- based approaches, or managed retreat may be required. A comprehensive analysis incorporating data from climate models, topographic surveys, vulnerability assessments, and coastal infrastructure evaluations is necessary to accurately project the impacts. This information enables policymakers, urban planners, and stakeholders to make informed decisions regarding adaptation measures, land-use planning, and disaster risk reduction strategies. By understanding the potential impacts of sea level rise on flood risk in Mombasa County, appropriate measures can be implemented to protect vulnerable communities and vital assets. These efforts aim to minimize the adverse effects of sea level rise and ensure the resilience and sustainability of the region in the face of climate change.