Environmental impact assessment of Na’ama Bay Fountain, Sharm El’Shiekh, Southern Sinai, Egypt

Other Title(s)

الأثر البيئي لإنشاء نافورة بخليج نعمه-شرم الشيخ-جنوب سيناء-مصر

Joint Authors

Muhammad, Ibtisam al-Sayyid al-Sayyid
Bultaji, Ali Ibrahim
Musa, Khalid Abd al-Al
Sulayman, Jirjis Fahim

Source

Journal of King Abdul Aziz University : Marine Science

Issue

Vol. 18, Issue 1 (31 Dec. 2007), pp.121-148, 28 p.

Publisher

King Abdulaziz University Scientific Publishing Center

Publication Date

2007-12-31

Country of Publication

Saudi Arabia

No. of Pages

28

Main Subjects

Earth Sciences, Water and Environment

Topics

Abstract AR

من أجل تثبيت نافورة عائمة بخليج نعمة تم التخطيط لعمل دراسات عن الآثار البيئية المترتبة عن عملية الإنشاء على خليج نعمة.

و تضمنت تلك الدراسة المحاور التالية : - عمل خريطة لطوبوغرافية القاع لمنطقة الدراسة. - تحديد نوعية رسوبيات القاع. - دراسة التيارات البحرية و المد و الجزر بمنطقة الدراسة. - تجميع بيانات عن الأرصاد الجوية و تحليلها. - تطبيق نموذج رياضي عن انعكاس و انكسار الموجة بمنطقة الدراسة. - تطبيق نموذج رياضي عن حركة التيارات البحرية بمنطقة العمل. - نمذجة أثر عملية سحب المياه للنافورة من البحر و إعادة ضخه للبحر ثانية. و أسفرت نتائج تلك الدراسة عن الآتي : - الموقع المزمع تثبيت النافورة به مناسب، نظرا لأن الطاقة الناتجة عن حركة الأمواج بالخليج ضعيفة، و لا تؤثر على جسم النافورة. - اقتراح مكان آخر بديل لإقامة النافورة يعتبر أكثر أمانا من المكان المقترح. - الأثر البيئي الناشئ عن عملية الإنشاء و التثبيت ضعيفا، و لا يكون إلا خلال فترة الإنشاء فقط. - ستضيف عملية إنشاء النافورة أثرا جماليا للخليج الذي يعتبر منطقة سياحية جاذبة.

Abstract EN

A project for the installation and operation of a floating fountain in Na’ama bay, Sharm El’Shiekh, Southern Sinai is proposed.

To fulfill the requirements of the project, an environmental impact assessment (EIA) study was conducted to identify and assess potential impacts of the project on environment of the bay.

In the framework of the project, the following activities were conducted : 1-Bathymetric Survey 2-Bottom Survey 3-Current and tide measurements 4-Meteorological data were obtained 5-Wave refraction and diffraction models were constructed and applied.

6-Current models were constructed and applied, and 7-Modeling of water suction and flow by fountain From these activities, the following conclusions were reached : The proposed site is suitable for the installation of the fountain since the energy transmitted by waves to different parts of the bay is very small.

However, for safety reasons and because of the slope of the bottom and the area defined for transmission of deeper waves into the bay, another location is proposed.

The results of the EIA study conducted for the project of installing and operating a floating fountain in Na’ama bay area indicated that the project might have minor potential impacts on the environment in the bay.

These impacts will bee mostly limited to the installation phase and will be transient and localized in nature as well.

However, it is expected that the project will also significantly contribute to the attractiveness of the area, thus promoting tourism and recreational activities, employment and income in the area.

American Psychological Association (APA)

Muhammad, Ibtisam al-Sayyid al-Sayyid& Bultaji, Ali Ibrahim& Musa, Khalid Abd al-Al& Sulayman, Jirjis Fahim. 2007. Environmental impact assessment of Na’ama Bay Fountain, Sharm El’Shiekh, Southern Sinai, Egypt. Journal of King Abdul Aziz University : Marine Science،Vol. 18, no. 1, pp.121-148.
https://search.emarefa.net/detail/BIM-347235

Modern Language Association (MLA)

Muhammad, Ibtisam al-Sayyid al-Sayyid…[et al.]. Environmental impact assessment of Na’ama Bay Fountain, Sharm El’Shiekh, Southern Sinai, Egypt. Journal of King Abdul Aziz University : Marine Science Vol. 18, no. 1 (2007), pp.121-148.
https://search.emarefa.net/detail/BIM-347235

American Medical Association (AMA)

Muhammad, Ibtisam al-Sayyid al-Sayyid& Bultaji, Ali Ibrahim& Musa, Khalid Abd al-Al& Sulayman, Jirjis Fahim. Environmental impact assessment of Na’ama Bay Fountain, Sharm El’Shiekh, Southern Sinai, Egypt. Journal of King Abdul Aziz University : Marine Science. 2007. Vol. 18, no. 1, pp.121-148.
https://search.emarefa.net/detail/BIM-347235

Data Type

Journal Articles

Language

English

Notes

Includes bibliographical references : p. 145-146

Record ID

BIM-347235