Coastal flood exposure indicators are increasingly needed to support climate adaptation and sustainable coastal planning in small island regions, yet regional-scale assessments that translate hydrodynamic simulations into spatially explicit exposure indicators remain limited across the Caribbean. This study develops a...
Background: Coastal flooding or tidal inundation (banjir rob) is one of the visible impacts of climate change that increasingly affects coastal regions in Indonesia, including West Sulawesi Province. Sea-level rise, land-use changes, and mangrove degradation have intensified the vulnerability of coastal areas to tidal...
Sea level rise (SLR) is a direct and measurable impact of climate variability, posing substantial risks to coastal ecosystems. This study employes NOAA’s Sea Level Rise Viewer to evaluate potential ecological change under four SLR scenarios (1, 2, 4, and 6 ft) within the Manokin Watershed, Somerset County, Maryland. Th...
Riverine flooding along the River Niger is a recurrent hazard with substantial implications for settlements, agriculture, infrastructure and disaster management in Nigeria. This study assessed and monitored flood inundation along a 5 km corridor of the River Niger for the period 2015–2023 using Sentinel-1 Synthetic Ape...
Flood seasonality strongly influences flood risk and its management worldwide. Anthropogenic climate change and land-surface human activities are widely recognized as the two major drivers of its evolution, yet their relative contributions remain poorly quantified. In this study, the factorial experiment design of the...
Coastal erosion is a major environmental and disaster-risk concern in the Niger Delta, where low elevation, tidal channels, mangrove ecosystems, rapid development and hydrocarbon-related activities interact with climatic and geomorphic processes. This paper examines the impact of climate change on coastal erosion in Bo...
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