Latest news with #AymanGhulam
Zawya
a day ago
- Science
- Zawya
Saudi climate center launches project to digitize 73 years of weather records
JEDDAH — The Regional Climate Change Center has launched a project to digitize 73 years of historical climate records, spanning from 1951 to 2023, as part of its efforts to enhance data accuracy, accessibility, and use in scientific research, environmental planning, and data-driven decision-making. Dr. Ayman Ghulam, CEO of the National Center for Meteorology and general supervisor of the Regional Climate Change Center, reviewed progress on the project, which covers data from 33 manned climate stations across Saudi Arabia. The initiative involves digitizing 36,000 historical records with a team of 73 staff, converting paper archives into database-compatible digital copies using the latest scientific and technical standards. The project follows five main tracks: cataloging and assessing paper records, digitizing and entering data, auditing entries for accuracy, conducting climate quality checks with specialized scientific tools, and building human capacity through training programs and technical workshops. Monthly and quarterly progress reports will be compiled, culminating in a final completion report. The climate archives contain data collected using precise monitoring tools and international standards, recorded in both Arabic and English and in metric and occasionally imperial systems. The Center said the project represents a strategic step toward digital transformation in the meteorological sector, supporting environmental security and sustainable development while reinforcing Saudi Arabia's position as a leading regional hub for climate monitoring and forecasting. © Copyright 2022 The Saudi Gazette. All Rights Reserved. Provided by SyndiGate Media Inc. (
Saudi Gazette
4 days ago
- Science
- Saudi Gazette
Saudi climate center launches project to digitize 73 years of weather records
Saudi Gazette report JEDDAH — The Regional Climate Change Center has launched a project to digitize 73 years of historical climate records, spanning from 1951 to 2023, as part of its efforts to enhance data accuracy, accessibility, and use in scientific research, environmental planning, and data-driven decision-making. Dr. Ayman Ghulam, CEO of the National Center for Meteorology and general supervisor of the Regional Climate Change Center, reviewed progress on the project, which covers data from 33 manned climate stations across Saudi Arabia. The initiative involves digitizing 36,000 historical records with a team of 73 staff, converting paper archives into database-compatible digital copies using the latest scientific and technical standards. The project follows five main tracks: cataloging and assessing paper records, digitizing and entering data, auditing entries for accuracy, conducting climate quality checks with specialized scientific tools, and building human capacity through training programs and technical workshops. Monthly and quarterly progress reports will be compiled, culminating in a final completion report. The climate archives contain data collected using precise monitoring tools and international standards, recorded in both Arabic and English and in metric and occasionally imperial systems. The Center said the project represents a strategic step toward digital transformation in the meteorological sector, supporting environmental security and sustainable development while reinforcing Saudi Arabia's position as a leading regional hub for climate monitoring and forecasting.
Leaders
4 days ago
- Science
- Leaders
Regional Climate Center Launches National Climate Records Digitization
The Regional Climate Change Center has launched a major initiative to digitize 73 years of historical climate records, spanning from 1951 to 2023. The project aims to improve the accuracy and accessibility of climate data, enabling its use in scientific research, environmental planning, and data-driven decision-making. Dr. Ayman Ghulam, CEO of the National Center for Meteorology and General Supervisor of the Regional Climate Change Center, reviewed progress on the effort, which covers data from 33 manned climate stations across the Kingdom. A team of 73 specialists is working to convert 36,000 paper records into digital formats compatible with the center's databases, following the latest scientific and technical standards. The project follows five key tracks: Cataloging and assessing the condition of paper records. Entering and converting data into digital form. Auditing entries to match original documents. Conducting climate quality checks using specialized scientific tools. Building human capacity through training programs and technical workshops. Regular monthly and quarterly reports will track progress, culminating in a comprehensive final report. The records—collected using precise monitoring instruments and in accordance with international standards—vary in format, language (Arabic and English), and measurement systems (metric and, occasionally, imperial). This strategic initiative supports Saudi Arabia's digital transformation in the meteorology sector, bolsters environmental security, advances sustainable development, and strengthens the Kingdom's role as a regional leader in climate monitoring and weather forecasting. Related Topics : Saudi Green Building Forum Outlines Roadmap to Reduce Emissions Saudi Student Al-Qarni Selected to Engage with Global Science Leaders at ISEF 2025 World Radio Day: Saudi Arabia Focuses on Climate Change EU Gulf Envoy Hails Saudi Arabia's Vital Global Influence Short link : Post Views: 5
Leaders
29-05-2025
- Climate
- Leaders
Hajj 2025: Hot to Extremely Hot Weather Expected at Holy Sites
As Wednesday May 28, 2025 marked the first day of Dhu'al-Hijjah, the Hajj season for this year will take place during the first ten days of June 2025. In the light of this, the Saudi National Center of Meteorology (NCM) announced its weather forecast for the Hajj season. In a press conference, the NCM's Chief Executive, Ayman Ghulam, said that the expected weather conditions at the Holy Sites will be hot to extremely hot. According to Ghulam, the maximum temperatures in the Holy Sites during Hajj are forecast to range between 40 and 47 degrees Celsius. Meanwhile, the minimum temperatures will range between 27 and 32 degree Celsius. Moreover, the humidity levels could reach up to 60%. The Holy Sites are likely to experience northerly to northwesterly winds at speeds ranging from 25 km/h to 35 km/h. These winds may stir up dust and reduce visibility, particularly in open areas and highways, he noted. Additionally, the NCM's Chief Executive pointed to the possibility of thunderclouds formation in the highlands of Taif. Their impact could extend to the Holy Sites from Dhu'al-Hijjah 8-13, bringing strong downwinds that raise dust and dirt. The prolonged exposure to high temperatures could lead to heat exhaustion, which may develop in some conditions to heatstroke. Many pilgrims experience heat exhaustion or heatstroke due to exposure to the sun for a long period of time. To avoid heatstroke, pilgrims are advised to avoid exposure to direct sunlight, apply sunscreen, drink plenty of fluids, and use light-colored umbrellas. Short link :
Gulf Insider
29-05-2025
- Climate
- Gulf Insider
NCM Forecast: Hot To Extremely Hot Weather Expected At Holy Sites During Hajj
The National Center of Meteorology (NCM) announced that the expected weather conditions in the holy sites during this year's Hajj will be hot to extremely hot. Maximum temperatures are expected to range between 40 and 47 degrees Celsius, and minimum temperatures range between 27 and 32 degrees Celsius. The humidity levels are expected between 15 percent and 60 percent. The CEO of NCM Dr. Ayman Ghulam indicated that winds will be northerly to northwesterly at speeds ranging from 25 to 35 km/h, with dust-raising, which may lead to reduced horizontal visibility, especially in open areas and highways. He noted the possibility of thunderstorms forming in the highlands of Taif, extending their impact to the holy sites during the period from Dhul Hijjah 8 to 13, accompanied by active downwinds that stir up dust and dirt.
