21 hours ago
New climate study to shield the Two Holy Mosques from extreme weather
RIYADH: The Regional Centre for Climate Change has launched an advanced scientific study to analyze the effects of climate change on urban environments in Makkah and Madinah, the Saudi Press Agency reported on Wednesday.
The study seeks sustainable solutions for extreme weather phenomena while supporting quality-of-life improvements in these religiously significant regions with unique urban planning requirements.
These include analyzing climate effects on urban infrastructure and studying extreme weather patterns through modern climate modeling techniques. The initiative also uses data to optimize urban planning and propose resilience solutions to ensure visitor safety and comfort at the Two Holy Mosques.
Ayman Salem Ghulam, the CEO of the Saudi National Center for Meteorology and general supervisor of the RCCC, said that this research is a fundamental pillar supporting adaptation strategies to climate variables for the Two Holy Mosques.
He said that the centers are committed to providing scientific solutions to enhance future projects' efficiency at both holy cities.
Mazen Assiri, executive director of RCCC detailed the methodology, saying that the integrated scientific approach analyzes weather phenomena affecting urban environments, incorporating international best practices to deliver outputs that align with national development requirements.
He said that to ensure comprehensive solutions, the center held workshops with government and research entities, performed field studies in central Makkah and Madinah, and analyzed practical implementation pathways.
This initiative aligns with the RCCC's mission to advance specialized climate knowledge and data-driven decision-making. It directly supports environmental sustainability in major developmental projects throughout the Kingdom, particularly those accommodating millions of pilgrims annually.
The study reinforces national efforts to address climate challenges in strategically vital regions while enhancing institutional cooperation in climate resilience planning.
