Impact of Alexandria Corniche Road Widening on Mediterranean Sea Water Quality, Egypt
Background: The Corniche is the main road that runs along Alexandria's coastline. Since 1998, certain developmental activities have been undertaken along this road, aiming at widening it in order to overcome the traffic congestion and to compensate for the erosion of some beaches. Objective...
| Main Authors: | , , , |
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| Format: | Article |
| Language: | English |
| Published: |
Alexandria University
2013-12-01
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| Series: | Journal of High Institute of Public Health |
| Subjects: |
| Summary: | Background: The Corniche is the main road that runs along Alexandria's coastline. Since
1998, certain developmental activities have been undertaken along this road, aiming at
widening it in order to overcome the traffic congestion and to compensate for the erosion of
some beaches.
Objectives: to assess the impact of such developmental activities on the Mediterranean Sea
water quality.
Methods: During the period from July 2011 to March 2012, a single water sample was
collected monthly during summer and winter seasons from four chosen beaches. Sea water
samples were subjected to physical, chemical and microbiological examination. Wilcoxon
signed-rank test was used to determine the variation in sea water quality following
Corniche Road Widening Project. Besides, an assessment of the quality of sea water in the
selected beaches was carried out by comparing different measured characteristics with
national and/or international standards.
Results: Results of the study revealed that Corniche Road Widening Project did not cause
any statistically significant difference in any physicochemical characteristic of sea water in
both Sidi-Bishr and Cleopatra beaches. As for Stanly beach, dissolved oxygen (DO) and
nitrate increased significantly (to 7.7 ml O2/L and 3.9µmole/L respectively) and, in Shatby,
DO increased while turbidity and alkalinity decreased significantly. They were found to be
7.7 ml O2/L, 0.045 NTU, and 1.6mEq/L respectively. Concerning the biological
characteristics of sea water, there was a statistically significant difference in four
parameters measured in Shatby beach. With respect to sea water quality, beaches under
study were all complying with Egyptian guidelines, WHO and USEPA as regards
physicochemical properties. Concerning microbiological quality, all samples were
complying with WHO and EPA levels for enterococci except in August.
Conclusion: The study recommends the use of best management practices for all
construction projects with possible impacts on water bodies, and emphasizes the
importance of environmental impact assessment studies and continuous monitoring of sea
water quality for public health protection. |
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| ISSN: | 2357-0601 2357-061X |