Saudi Arabia Forecasts Hot to Scorching Weather in Makkah, Holy Sites During Hajj 

Chief Executive of Saudi Arabia’s National Center of Meteorology (NCM) Ayman Ghulam speaks at the press conference in Makkah on Tuesday. (SPA)
Chief Executive of Saudi Arabia’s National Center of Meteorology (NCM) Ayman Ghulam speaks at the press conference in Makkah on Tuesday. (SPA)
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Saudi Arabia Forecasts Hot to Scorching Weather in Makkah, Holy Sites During Hajj 

Chief Executive of Saudi Arabia’s National Center of Meteorology (NCM) Ayman Ghulam speaks at the press conference in Makkah on Tuesday. (SPA)
Chief Executive of Saudi Arabia’s National Center of Meteorology (NCM) Ayman Ghulam speaks at the press conference in Makkah on Tuesday. (SPA)

Makkah and the holy sites are expected to experience hot to extremely hot weather during this year's Hajj season, with temperatures reaching their peak at midday.

During a press conference in Makkah on Tuesday, Chief Executive of Saudi Arabia’s National Center of Meteorology (NCM) Ayman Ghulam stated that daily high temperatures in the holy sites during the Hajj are forecast to range from 45 to 48 degrees Celsius.

He said surface winds during the day may stir up dust, particularly in open areas and highways. Wind speeds are expected to range from 10 to 35 km/h, with speeds increasing in the presence of thunderclouds.

Although the chances of rainfall at the holy sites remain low, Ghulam noted that thunderclouds may form in the heights of Taif, and their effects could extend to the holy sites, resulting in strong descending winds that stir up dust and sand.

Humidity may reach up to 60% during the Hajj, he said.

Ghulam announced that the NCM has launched a media and awareness center in Mina, which will broadcast daily weather bulletins and provide awareness and educational messages for pilgrims in five languages through 12 media channels operating round the clock.

He emphasized that the services offered by the center will also cater to the needs of pilgrims with disabilities and keep official and local media platforms informed.

The center aims to facilitate the movement of pilgrims within the holy sites and provide relevant entities with comprehensive access to weather data and potential meteorological phenomena.

Ghulam also highlighted the involvement of regional centers affiliated with the NCM during the Hajj season. The centers will conduct studies and research related to climate, dust and sandstorms, and opportunities for weather improvement.

The centers include the Regional Center for Climate Change, the Sand and Dust Storm Warning Regional Center, and the Regional Program for Cloud Seeding.

Ghulam underscored the center's operational readiness for this year's Hajj, saying it is utilizing an integrated system of technologies, human capabilities, and technical expertise, ensuring the highest levels of success in alignment with the government's directives to employ all energies and capabilities to meet the needs of Hajj pilgrims and ensure their comfort.



Saudi, Irish FMs Discuss Gaza Conflict

Saudi Minister of Foreign Affairs Prince Faisal bin Farhan bin Abdullah. Asharq Al-Awsat
Saudi Minister of Foreign Affairs Prince Faisal bin Farhan bin Abdullah. Asharq Al-Awsat
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Saudi, Irish FMs Discuss Gaza Conflict

Saudi Minister of Foreign Affairs Prince Faisal bin Farhan bin Abdullah. Asharq Al-Awsat
Saudi Minister of Foreign Affairs Prince Faisal bin Farhan bin Abdullah. Asharq Al-Awsat

Saudi Minister of Foreign Affairs Prince Faisal bin Farhan bin Abdullah received a phone call on Monday from Irish Deputy Prime Minister, Minister for Foreign Affairs and Minister for Defense Micheál Martin.

The two ministers discussed relations between their countries, which are commemorating the fiftieth anniversary of their establishment this year. They stressed the mutual interest in strengthening ties across various fields and within the framework of the European Union.

They also discussed regional developments, focusing on the situation in the Gaza Strip and Lebanon, and the risk of conflict escalating in the region.