Hajj through history: A 1,400-year spiritual odyssey

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Updated 19 August 2018
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Hajj through history: A 1,400-year spiritual odyssey

  • The railway was built on the order of the Ottoman Empire, financed by Deutsche Bank, and strongly supported by the then-German Empire
  • Modern transportation in the form of aircraft effectively began after World War II, with the Kingdom establishing the Arabian Transport Company in 1946

JEDDAH: The annual Muslim pilgrimage of Hajj is an Islamic practice more than 1,400 years old that holds an incomparable spiritual value for Muslims when performed during their lifetime.
It is one of the five pillars of Islam, and a journey that every Muslim must embark on at least once in their lifetime (so long as they are financially and physically able). It is a physically taxing five-day voyage that begins in Makkah, and has pilgrims trekking more than 50 kilometers by foot. Comparing a pilgrim’s Hajj journey in the past with today, the hardships have been greatly reduced as the advancements of the Saudi government in technology, logistics, hospitality, and security have considerably eased the burdens on pilgrims and their families.

Rocky road for pilgrims
Before the Saudi state was founded and the current monarchy formed, the Arabian Peninsula consisted of many small tribes and sheikhdom-governed territories. This frequently led to constant states of chaos and instability within the region, and often the most prone to this violence were often defenseless Hajj pilgrims making their way through unfamiliar territories. At the turn of the 19th century, the security conditions en route to Makkah were unforgiving. When pilgrim began their Hajj journey, most had full knowledge that they were indeed risking their very lives while leaving worried families behind, putting their faith to the ultimate test.
Nomadic Bedouin tribes would often attack convoys, pillaging vital food and supplies. Those who resisted would often pay the ultimate price. Others would be left with insufficient supplies to stay properly hydrated. The unforgiving weather conditions would naturally claim additional casualties.
The beginning of the 20th century saw additional advancements in transit methods with the Hejaz Railway opening in 1908, running from Damascus to Madinah.
The railway was built on the order of the Ottoman Empire, financed by Deutsche Bank, and strongly supported by the then-German Empire. Seemingly from one Hajj season to the next, a pilgrim’s journey to Makkah was now drastically reduced from weeks by steamboat to only four days by train.

King ushers in era of security
By the late 1920s King Abdul Aziz, Saudi Arabia’s founder-to-be, was consolidating his power having overrun most of the central Arabian Peninsula. After capturing the holy city of Makkah in 1925 from Sharif Hussein, he ended more than 700 years of Hashemite rule. Prominent figures from Makkah, Madinah, and Jeddah now acknowledged King Abdul Aziz as the King of Hejaz. Najd was soon elevated to a monarchy as well in 1927, and for the next five years King Abdul Aziz ran a dual Kingdom of Hejaz and Najd, operating them as separate territories but both firmly under his control. In 1929, King Abdul Aziz would formally unite Hejaz and Najd into what we now recognize as the Kingdom of Saudi Arabia, in 1932.
Not long after that, oil was discovered in Saudi Arabia in 1938 by American geologists working for the Standard Oil Company partnered with Saudi officials. King Abdul Aziz’s tremendous influence over the region had increased exponentially. Rather than use this tremendous power to conquer additional territories, King Abdul Aziz used this heavy influence to promote peace and stability across his newfound Kingdom, forcing Bedouins to abandon intertribal conflicts that frequently involved Hajj pilgrims. For King Abdul Aziz, establishing the safety and security of Hajj pilgrims was of paramount importance.
Modern transportation in the form of aircraft effectively began after World War II, with the Kingdom establishing the Arabian Transport Company in 1946 and the Bakhashab Transport Company in 1948. Although the first official air transit contract for Hajj pilgrims was established between the Saudi government and Misr Airlines of Egypt in 1937, the airline frequently experienced engine trouble that disrupted the transport flow of pilgrims. This, coinciding with the impending WWII from 1939 to 1945, had Hajj pilgrim numbers decrease greatly. Once the war ended, though, traveling by plane proved highly effective for the pilgrims. By 1950, the use of camels as a means of transport during Hajj virtually ended.

Comfort, guidance for all
Today’s Hajj pilgrimage, in many ways, bears little resemblance to its early 20th-century counterpart. Aircraft have, for the most part, replaced sea and rail travel, and in doing so, have transformed Hajj from a months-long multi-site journey into a much more rapid, safe, and fairly direct voyage to Makkah.
Today, the Makkah Metro is expected to shuttle more than 350,000 pilgrims from Mina to Arafat and back to Mina. That is more than two million pilgrims every day. There are electronic maps equipped with multiple languages to accommodate the diversity of pilgrims, and water supply has improved considerably, as well as waste management, with more than 36,000 restrooms readily available. Thousands of government security officials, emergency services, and volunteers constantly guide pilgrims at every stage of their journey.
New medical equipment is regularly updated to adapt to the wide range of illnesses and changing environmental factors. Free medical care is provided with more than 100 ICU ambulances, each equipped with a physician, a nurse, and the latest technology on board.

While many aspects of Hajj have evolved with the times, some traditions have stood the test of time. Pilgrims used to pray on open fields on their Hajj journey, and likewise today, people do not hesitate to pray on the open path. The means of transport may have changed but the commitment to the punctuality of prayer has always endured. While larger in numbers, and many tents are now equipped with air-conditioning, Saudi Arabia has maintained this aspect of Islamic heritage. During Hajj, the “Kiswa,” made of pure silk with gold and silver threads that drape over the Kaaba, is annually replaced and folded up about 10 feet to protect it from harsh weather conditions, as well as overcrowding during the peak days of Hajj. To this day, this practice is maintained to prevent the cover of Kaaba from suffering any damage.
Throughout the 20th century, and still to this day, Makkah is constantly going through changes. The biggest is the expansion of the Holy Mosque itself, but many advancements have been made in the form of logistics, hospitality, security, and medical care. Some traditions and methods, however, have remained the same. A balance of tradition and progression that has the Saudi government recognizing Islamic customs while taking into consideration pilgrims’ primary needs of safety and security.


How experts in Saudi Arabia are harnessing the power of microbes to treat wastewater

Updated 18 April 2025
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How experts in Saudi Arabia are harnessing the power of microbes to treat wastewater

  • KAUST researchers are using the microorganisms found naturally in wastewater to clean it and extract valuable resources
  • The system reduces energy use and avoids sludge buildup common in traditional wastewater treatment methods

RIYADH: What if the answer to wastewater treatment was in the water itself? At King Abdullah University of Science and Technology, a team led by Professor Pascal Saikaly is harnessing the natural power of microbes found in wastewater — not just to clean it, but to generate energy and create valuable resources.

Rather than relying on outdated, energy-intensive systems, Saikaly’s team is developing innovative, nature-based solutions that turn waste into a tool for sustainability. Their key technology? A microbial electrochemical system that takes advantage of how certain microbes “breathe.”

Some microbes are capable of a process called extracellular electron transfer — moving electrons outside their cells to solid surfaces. Under the right conditions, this creates a small but useful electric current.

“At the anode, think about oxidation, you basically release electrons. At the cathode, it’s more like uptaking the electrons,” Saikaly told Arab News. “You have organisms that release the electrons at the anode side. At the cathode side, you have organisms that can capture these electrons.”

This process — using natural microbial activity and controlled conditions such as pH, electrode potential and substrate type — helps to treat wastewater while recovering energy and chemicals such as methane.

“You’re not adding any more energy to the whole process, so we reduce energy consumption,” Saikaly said.

Professor Pascal Saikaly at the KAUST Water Desalination and Reuse Center. (KAUST photo)

Unlike conventional wastewater treatment methods, which were developed more than a century ago and rely heavily on aeration, these new systems are far more efficient. According to Saikaly, current methods require 0.6 kilowatt-hours of energy per cubic meter of treated water and produce large amounts of residual sludge.

“The technology that we are currently using generates a lot of residual solids,” he said. “In any biological treatment process, you produce waste. And this waste, we call it residual waste or waste activated sludge, we need to dispose of it.

“This means there is an additional cost that we have to pay for in the treatment process. So, it is energy intensive and generates a lot of residual solids.”

The KAUST team’s microbial system not only removes pollutants but, under the right operation, can also fix carbon dioxide — transforming it into methane gas or acetate, both of which can be used as renewable fuels.

“You can operate it without microorganisms and there you produce hydrogen, or you operate it with microorganisms and you can generate methane gas or other types of substrates,” Saikaly said.

 

The goal is to move from simply treating waste to recovering valuable resources from it. “All the biotechnology that we developed falls under this principle,” Saikaly said. “Treat the waste with simultaneous recovery of resources. That’s our principle.”

Another innovation Saikaly’s team has developed is a technology called microbial chain elongation. Designed as an alternative to landfilling organic waste, this process converts food and dairy waste into high-value chemicals rather than low-value methane.

“According to Vision 2030, all of these landfills will be shut down and waste should be diverted away from landfills by 2030 or 2035,” Saikaly said. “This means there is an urgent need for an alternative solution for this huge amount of organic waste that is being generated.”

Existing wastewater treatment plants use a technology that was invented more than 100 years ago. The Activated Sludge Process utilizes aerobic bacteria to break down organic matter in wastewater. (iStock images)

Among the byproducts of this process is casaene — a protein-rich substance containing 16 essential amino acids — suitable for use in aquaculture and poultry feed.

“We’re in discussions with the aquaculture program at KAUST,” Saikaly said. “And also we are in discussion with Sipchem, which is a petroleum chemistry company. They also want to use our products to produce polymers. There’s a big window of applications that is much, much broader and has a higher value than methane gas.”

By producing methane, wastewater can be treated by generating enough energy to make the whole process energy neutral. (iStock images)

The team is also behind a compact, mobile wastewater treatment plant — the aerobic granular sludge gravity-driven membrane system — developed in partnership with former KAUST scientist Mohammed Ali. It treats domestic wastewater without the need for energy-intensive aeration or pumping, making it ideal for rural or remote locations.

The system, already in use in Rabigh, Saudi Arabia, serves up to 2,000 people and is designed to process 150 cubic meters of wastewater per day.

At the anode, pollutants such as chemical oxygen demand, biological oxygen demand, nitrogen compounds, and phosphorus are removed.  (iStock images)

These innovations are part of a broader push by Saikaly and his team to rethink how we deal with waste — not as something to dispose of, but as something to transform. And while many of these technologies are still a few steps from commercial deployment, they are already showing how science and sustainability can go hand in hand.

“We want to think about waste not only as to treat and dispose, but as a waste that we can use to recover resources,” Saikaly said.


 


Red Sea Film Foundation champions Saudi storytelling at Saudi Film Festival

Updated 18 April 2025
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Red Sea Film Foundation champions Saudi storytelling at Saudi Film Festival

  • Two short films — “Afen” by Nawaf Alkinani and “Hello My Dear” by Ahmad Salam — will screen outside the official competition lineup

JEDDAH: The Red Sea Film Foundation is participating in the 11th edition of the Saudi Film Festival, running from April 17-23 at the King Abdulaziz Center for World Culture (Ithra) in Dhahran, as part of its ongoing efforts to support the Kingdom’s film industry.

Through its flagship initiative, the Red Sea Fund, the foundation will present two awards of SR 25,000 ($6,668) each for outstanding Saudi film projects in the Development and Production categories.

This year, five foundation-backed titles are screening at the festival, including three films selected for the official competition: “Hobal” by Abdulaziz Alshlahei, “Songs of Adam” by Oday Rasheed, and “My Driver and I” by Ahd Kamel.

Two short films — “Afen” by Nawaf Alkinani and “Hello My Dear” by Ahmad Salam — will screen outside the official competition lineup.

The foundation will also take part in the SFF’s Production Market, showcasing its key initiatives: the Red Sea Souk, Red Sea Labs, and the Red Sea Fund, all of which, the foundation said in a press release, “provide filmmakers with essential financial, creative, and logistical support across all stages of the filmmaking journey.”

Since its establishment in 2019, the Red Sea Film Foundation has, it stated, “played a central role in shaping the region’s cinematic landscape through a range of local and international initiatives spanning production, distribution, education and training. Its mission continues to focus on nurturing a new generation of storytellers and contributing to a thriving, sustainable film ecosystem across Saudi Arabia, Africa and Asia.”

The Saudi Film Festival was founded in 2008 and is the Kingdom’s longest-running cinema-related event.

Visit the Ithra website for showtimes.

 


In Asir, farmers use cattle and plow to keep agricultural heritage alive

Updated 18 April 2025
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In Asir, farmers use cattle and plow to keep agricultural heritage alive

  • Many farmers maintain that despite the available modern equipment, traditional cattle plowing benefits the soil in ways machinery cannot

RIYADH: In Saudi Arabia’s Asir region, farmers still use cattle and hand-crafted tools to tend their land, maintaining traditional techniques passed down through generations, SPA reports.

The farmers carefully prepare their soil during seasonal periods, using either modern machinery or traditional wooden plows.

This process supports soil health for planting seasons, especially on terraced farms where rugged terrain or limited access roads make modern equipment less practical.

Farmers in Asir believe traditional methods provide greater control while preserving soil fertility and reducing fossil fuel dependence. (SPA)

During a recent field visit, SPA correspondents interviewed farmers and regional experts about these enduring practices.

Farmer Mesfer Al-Qahtani and Dr. Abdullah Al-Moussa, a heritage sciences researcher focused on the region’s agricultural calendar, discussed the role of celestial movements in Asir’s farming calendar.

“Farmers in Asir rely on celestial movements and weather patterns to determine optimal plowing and planting times,” Al-Moussa said.

Farmers in Asir believe traditional methods provide greater control while preserving soil fertility and reducing fossil fuel dependence. (SPA)

He noted key seasons, including Al-Dhira’ayn, which signals the start of spring planting; Al-Thuraiya, ideal for corn and millet cultivation; and Al-Han’a, a critical period for soil preparation before autumn.

Al-Qahtani, who plows using cattle and ancestral methods, emphasized the deep connection between astronomical knowledge and agricultural practice.

“We track the seasons and heed our elders’ wisdom. We know when to plow the land and when to let it rest,” he told SPA.

This system uses a wooden harness positioned over the bulls’ necks, with 70-cm wooden arms extending through four holes and secured with leather or palm fiber ropes. (SPA)

He explained that traditional plowing relies on cattle and the plow, adding, “This is not merely technique — it is a lifestyle where we honor the earth and understand its rhythms of giving and resting.”

According to farmer Abdul Karim Al-Shehri, the traditional plowing process begins with securing two bulls using a wooden neck harness called Al-Nir (yoke). This connects to Al-Sikka — a sharp iron plowshare attached to a wooden plow that cuts and turns the soil.

He also outlined the traditional tools that have shaped Asir’s agricultural practices for generations. The plow, typically made from jujube or juniper wood, holds the iron blade that breaks the soil. Farmers have relied on the handheld wooden Al-Madra to guide the plow’s direction during tilling.

The Ruba’a (clevis) or Al-Dimad (drawbar) system connects cattle to the plow, ensuring the optimal distance between the animals for effective field work. This system uses a wooden harness positioned over the bulls’ necks, with 70-cm wooden arms extending through four holes and secured with leather or palm fiber ropes.

Farmer Abdullah Abdulrahman Al-Asmari explained that plowing is usually a team effort. Two farmers work together: One steadies the plow while the other, known as Al-Thari (sower), scatters seeds evenly.

After plowing is complete, the Makam or Al-Madsam (harrow) — a wide, two-meter piece of wood pulled by bulls or camels over the freshly turned earth — is used to level the soil and protect seeds from birds and harsh elements such as wind and heat.

“While we must embrace progress, we cannot abandon Asir’s agricultural heritage,” Al-Asmari said. “Teaching younger generations about our traditional farming methods is essential — these practices were not merely labor but represented the entire way of life that sustained our ancestors for centuries.”

The process involves four distinct phases designed to maximize crop yield and nutritional quality: Initial soil turning, deeper breaking for improved aeration and water absorption, directional plowing to prepare for seeding, and finally, careful seed distribution and coverage.

Many farmers maintain that despite the available modern equipment, traditional cattle plowing benefits the soil in ways machinery cannot.

They believe that it provides greater control using more natural methods while preserving soil fertility and reducing fossil fuel dependence.

In Asir, traditional plowing is more than farming — it embodies cultural identity and sustains people’s timeless bond with the land.

 

 


153 Arabian oryx returns to Saudi wilderness

The Arabian oryx, which belongs to the bovine family, is classified as an endangered species. (SPA)
Updated 18 April 2025
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153 Arabian oryx returns to Saudi wilderness

  • The authority also highlighted a particularly encouraging development in its conservation efforts: Eight new oryx births have been documented within the reserve

RIYADH: The King Salman bin Abdulaziz Royal Reserve Development Authority has reintroduced 153 Arabian oryx to their native habitat across the Tubaiq, Al-Khanfah, and Hurra Al-Hurra regions of Saudi Arabia.

The initiative forms part of the authority’s strategy to restore biodiversity and reestablish endangered species in their natural environments.

The Arabian oryx, which belongs to the bovine family, is classified as an endangered species.

The Arabian oryx, which belongs to the bovine family, is classified as an endangered species. (SPA)

The distinctive animal, recognizable by its powerful build, straight elongated horns, and striking white coat with black facial markings, grazes on vegetation throughout the reserve. It forages during early morning and evening hours to avoid the intense desert heat.

The authority also highlighted a particularly encouraging development in its conservation efforts: Eight new oryx births have been documented within the reserve.

The first birth, recorded in 2022 in the Tubaiq region, represented the first successful reproduction of the species in its natural habitat in 90 years.

The endangered species resettlement programs reflect the authority’s commitment to ongoing work supporting ecological balance, enriching biodiversity, and preserving species whose numbers have declined due to environmental factors and loss of vegetation cover.

 


Transavia France will launch flights to Madinah

Updated 18 April 2025
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Transavia France will launch flights to Madinah

  • CEO of the Air Connectivity Program Majid Khan described the development of air connectivity between France and Saudi Arabia as a fundamental pillar of the National Tourism Strategy

RIYADH: The Air Connectivity Program, in partnership with the Al Madinah Region Development Authority, has announced the expansion of Transavia France’s travel services to Saudi Arabia.

Beginning in October, new routes will be launched from Paris-Orly, Lyon, Marseille, and Toulouse to Madinah.

This expansion complements the successful launch last year of routes connecting Paris-Orly and Lyon with Jeddah, enhancing air connectivity and reflecting the growth in travel demand between the two countries.

It also underscores the Kingdom’s position as a major destination and supports the tourism goals of Saudi Vision 2030 by increasing the number of tourists to the Kingdom.

CEO of the Air Connectivity Program Majid Khan described the development of air connectivity between France and Saudi Arabia as a fundamental pillar of the National Tourism Strategy.

He highlighted that this expansion will help capitalize on the significant opportunities in France’s Umrah market, while supporting the Kingdom’s tourism objectives.

CEO of Tibah Airports Operation Co. Sofiene Abdessalem stated that the selection of Madinah among Transavia France’s new destinations confirms the city’s religious and cultural status, while underlining the efforts made to enhance its presence on the international air connectivity map.

Chief Commercial Officer of Transavia France Nicolas Henin said the airline is excited to start flights to Madinah and strengthen its ongoing partnership with Saudi airports.