FaceOf: Abdullah bin Abdulmalik Al-Sheikh, Saudi ambassador to Bahrain

Updated 18 September 2018
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FaceOf: Abdullah bin Abdulmalik Al-Sheikh, Saudi ambassador to Bahrain

  • Al-Sheikh holds a bachelor’s degree in civil engineering from the University of Evansville in Indiana, US
  • Al-Sheikh was also director of the department of field medicine in the General Administration of Medical Services

Abdullah bin Abdulmalik Al-Sheikh has been Saudi Arabia’s ambassador to Bahrain since 2013.

A new Saudi-Bahrain bridge is underway to link the two nations with two railways, the first for passenger trains and the other for cargo.

Al-Sheikh said the tender for implementation of the King Hamad bin Issa Bridge will be submitted in six months, with implementation expected by mid-2021, and it will take about three years to be completed.

“The bridge project will cost between $3 billion and $4 billion. It will serve as a new link between the two countries and contribute to the development of trade in all fields, extending its influence to strengthen the economies of the Gulf countries,” he was quoted as saying by Al-Arabiya.

Al-Sheikh holds a bachelor’s degree in civil engineering from the University of Evansville in Indiana, US. He received a master’s degree in engineering and construction from Fort Leonard Wood, a US Army installation in Missouri. He also holds a Ph.D. in human resource management from the University of Nottingham in the UK.

He occupied several engineering positions, including the management of engineering divisions and projects in the General Directorate of Military Works. He also managed technical planning and development at the Armed Forces Hospital in Riyadh.

Al-Sheikh was also director of the department of field medicine in the General Administration of Medical Services and his duties included field supervision of medical campaigns and relief inside and outside the Kingdom, in areas such as Iraq, Lebanon, Pakistan and Turkey under the umbrella of the Saudi Red Crescent.


Red Sea Global unveils scientific model for regenerative tourism worldwide

Updated 5 sec ago
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Red Sea Global unveils scientific model for regenerative tourism worldwide

  • The report details the model’s rollout at “The Red Sea” and “AMAALA” destinations, backed by studies covering 8 marine habitats

TABUK: Red Sea Global (RSG) has unveiled a science-based model aimed at achieving a 30% net positive conservation benefit across its tourism destinations by 2040. 

The framework is now available for global adoption, according to a statement released by RSG.

Owned by Saudi Arabia’s Public Investment Fund (PIF), Red Sea Global is the multi-project developer behind ambitious regenerative tourism destinations like “The Red Sea” and “AMAALA.” 

As a cornerstone of the Kingdom’s Vision 2030, the company aims to diversify the national economy while setting new global benchmarks for sustainable, nature-positive development.

CEO John Pagano stated that openly sharing this detailed approach will help elevate the global tourism sector and secure a healthier environment for future generations.
 

Map showing the boundaries of the Red Sea Zone. (Graphic from the RSG report)

The cornerstone of this initiative is the proprietary SIIG Model, a four-step framework:
• Survey: Establish biodiversity baselines and monitor long-term changes.
• Identify: Assess risks to priority habitats and species.
• Intervene: Execute evidence-based actions, such as regulating fishing and enhancing natural habitats.
• Gain: Measure and verify biodiversity improvements.

The report details the model’s rollout at “The Red Sea” and “AMAALA” destinations, backed by extensive 2022–2023 environmental baseline studies covering eight marine habitats and priority species groups during 2022 and 2023. 

A major intervention is the 5,015-square-kilometer Fishery Management Area in Al-Wajh Lagoon. The plan reserves 38% of the area for priority conservation—protecting 62% of local coral reefs—while allocating 61% for sustainable fishing.

According to scientific modeling, eliminating fishing in high-protection zones could increase reef fish populations by 113%, sharks and rays by 72%, and marine mammals by 24%. These measures are expected to boost coral resilience, support ecosystem recovery, and protect vulnerable species like sea turtles and seabirds.
Ihab Kindi, RSG’s Red Sea Destination Executive Director, called the data-driven model a practical roadmap for large-scale marine recovery. The complete methodology is available in the new report, “The SIIG Model: A Roadmap Toward Achieving Measurable Conservation Gains.”