Staff Members - Benha University
“Absolute Sea Level Rise Estimation at Alexandria Using Tide Records and GPS Observations” FIG working week in morocco -May.
• 2011
Publication Information
Authors
Shaker A. , Alnaggar, D. , Saad, A. , Faisal, H
Keywords
Sea level Rise, Tide Gauge, GPS
Journal
Not Available
Publisher
Not Available
Volume
Not Available
Issue
Not Available
Pages
Not Available
publication.type
International
Paper Link
Not Available
Supplementary Materials
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Abstract
Abstract
Globally, research studies revealed that the sea level is rising in the last decade, with different rates for different regions of the Earth. Nationally, the issue of re-defining the Egyptian vertical geodetic datum and the existing problem of sea level rising has attained a great attention in the geodetic community.
In 2001, the Survey Research Institute (SRI) of the National Water Research Center (NWRC) has installed a stat-of-the-art sea level observing system at Alexandria. The new installed system consists of three devices integrated together in a unified scheme: a tide gauge, a meteorological unit, and a satellite-based GPS geodetic receiver.
Analyzing the GPS continuous time series and estimating the rate of ground deformation at the tide gauge station's site is an important issue to obtain absolute rate of MSL rise. Hence, this research concentrates on estimating the absolute rate of MSL rise at Alexandria tide gauge station using continuous tide and GPS observations.
Globally, research studies revealed that the sea level is rising in the last decade, with different rates for different regions of the Earth. Nationally, the issue of re-defining the Egyptian vertical geodetic datum and the existing problem of sea level rising has attained a great attention in the geodetic community.
In 2001, the Survey Research Institute (SRI) of the National Water Research Center (NWRC) has installed a stat-of-the-art sea level observing system at Alexandria. The new installed system consists of three devices integrated together in a unified scheme: a tide gauge, a meteorological unit, and a satellite-based GPS geodetic receiver.
Analyzing the GPS continuous time series and estimating the rate of ground deformation at the tide gauge station's site is an important issue to obtain absolute rate of MSL rise. Hence, this research concentrates on estimating the absolute rate of MSL rise at Alexandria tide gauge station using continuous tide and GPS observations.