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Assessment of Coastal Inundation due to Sea-level Rise along the Mediterranean Coast of Egypt
Marine Geodesy • 2016
Publication Information
Authors
Mervat M. Refaat & Yasser Eldeberky
Keywords
Nile-delta, Sea-level rise, Digital elevation models, Coastal inundation, Mediterranean, Impact
assessment.
Journal
Marine Geodesy
Publisher
Taylor & francis
Volume
Vol. 39, 2016
Issue
3-4
Pages
Not Available
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
If the rising sea-level due to climate change proceeds in the future with the rate observed in the
past four decades, it could inundate some coastal lowlands. The aim of this paper is to assess
future risk of sea-level rise (SLR) on the Nile-delta of Egypt located along the Mediterranean
Sea. Digital Elevation Models (DEMs) are verified, against ground control points, and used to
identify areas susceptible to inundation due to future SLR. Analysis of DEMs-maps and crossshore
profiles has identified locations that are vulnerable to SLR including coastal wetlands,
agriculture and urban neighborhoods. The results have revealed that about 7% of the Nile-delta
area is at risk of inundation due to future SLR. This information could be used by coastal-zone
managers in planning and protection of coastal areas.
past four decades, it could inundate some coastal lowlands. The aim of this paper is to assess
future risk of sea-level rise (SLR) on the Nile-delta of Egypt located along the Mediterranean
Sea. Digital Elevation Models (DEMs) are verified, against ground control points, and used to
identify areas susceptible to inundation due to future SLR. Analysis of DEMs-maps and crossshore
profiles has identified locations that are vulnerable to SLR including coastal wetlands,
agriculture and urban neighborhoods. The results have revealed that about 7% of the Nile-delta
area is at risk of inundation due to future SLR. This information could be used by coastal-zone
managers in planning and protection of coastal areas.