Manama: Dr. Shaikh Abdulla bin Ahmed Al Khalifa, Minister of Transportation and Telecommunications, has emphasized the ministry's ongoing efforts to enhance Bahrain's meteorological system through advanced satellite technology aimed at improving the precision of weather forecasts and climate predictions.
According to Bahrain News Agency, these initiatives are designed to boost aviation and maritime safety and support key sectors in alignment with the developmental goals set by His Majesty King Hamad bin Isa Al Khalifa and backed by His Royal Highness Prince Salman bin Hamad Al Khalifa, the Crown Prince and Prime Minister. The minister noted Bahrain's achievement as the second Gulf country to implement a third-generation satellite image and data reception system. This cutting-edge technology is the most advanced in monitoring weather conditions and addressing climate challenges with high precision and efficiency.
Dr. Al Khalifa further mentioned that adopting this new system aligns with the ministry's commitment to advancing meteorological infrastructure using the latest technologies and international standards. This aligns with government directives led by HRH the Crown Prince and Prime Minister and Bahrain's Economic Vision 2030.
Khaled Hussain Yaseen, Director of the Meteorological Directorate at the Ministry, elaborated on the new satellite generation's advanced capabilities. It can capture high-resolution images and analyze atmospheric conditions with an accuracy of up to 0.5 kilometers, updating data every 15 minutes. This advancement positions Bahrain at the forefront of regional nations, enhancing disaster management, forecasting hazardous weather conditions, and issuing early warnings to support preventive measures ensuring public safety and security.
Yaseen also noted that the Meteorological Operations Centre has expanded its data reception from satellites covering the Americas, the Atlantic Ocean, Asia, and the Pacific region. This expansion improves comprehensive coverage, providing more accurate weather and climate data, thereby supporting rapid responses to atmospheric changes and contributing to enhanced aviation and maritime safety.