Al-Faisal Made Historic Decisions to Preserve the Grand Mosque’s Porticoes

During the second phase of the first Saudi expansion of the Grand Mosque (1381 AH - 1961 AD to 1388 AH - 1968 AD), the rest of the vaults were built and roofed, while the construction of the ground floor for all the corridors was completed.
Three minarets were also constructed, one next to Al-Safa, and two next to King Abdul Aziz Gate. The arch of Bani Shaybah Gate was removed from the mosque. This phase saw the accession to power of King Faisal, on Jumada II 27, 1384 AH, corresponding to November 2, 1964.
The work of the first Saudi expansion of the Grand Mosque continued during the reign of King Faisal and witnessed important changes. The project was restructured and the Egyptian advisory office, which consisted of Mahmoud Omar and Yahya Mustafa, was replaced.
On the 10th of Jumada I, 1386 AH (August 25, 1966), Pakistan’s Association of Consulting Engineers was appointed as a new consultant for the project in order to meet the deadlines set by the relevant government committees. However, a major amendment occurred in the planning the following year, when King Faisal issued an order, preventing the demolishing of the old arcades, which required changes and modifications in the design of the new Saudi building in order to link it to the existing arcades.
Officials in the Ministry of Finance and National Economy suggested inviting the most famous international architects and engineers from various Islamic countries to conduct the necessary studies and find engineering solutions.
King Faisal received the members of this commission on the morning of Saturday, Rajab 11, 1387 AH, corresponding to October 4, 1967, at Shubra Palace in Taif. The commission: Dr. Reha Masara from Türkiye, Dr. Muhammad Ali Adebi from Iran, Eng. Mohammad Taher al-Juwayni from Egypt, Dr. Omar Azzam from Saudi Arabia, Dr. Ehsan Barbuti from Iraq, Eng. Haji Mohammad Basu from Morocco, Eng. Mohammad Fayyaduddin from India, and Eng. Khaja Azimuddin from Pakistan.
Following several meetings, the experts concluded that the old building required major repairs and renovations. Thus, the commission recommended that the old porticoes be preserved on the western side of the Grand Mosque, from the Umrah Gate to the King Abdul Aziz Gate, because this part was almost parallel to the new expansion and consistent with the general planning. As for the other parts, the commission said they should be demolished.
The committee also recommended the construction of arcs with a width of five meters in the facade of the new building, in the same architectural style as the old porticoes, in order to preserve the aesthetic and architectural form of the corridors of the Grand Mosque.
King Faisal’s historic decision to preserve the identity of the Grand Mosque
After King Faisal was informed of the findings of the advisory body, he did not agree to demolish the old portico, which was four hundred years old. He issued his historic decision not to demolish it and to make every effort to preserve it, and to take into account its harmony with the new architecture, regardless of the considerations of the costs that this effort may require.
Dr. Mansour Al-Daajani confirmed that this historic decision guaranteed the survival of one of the most important Islamic architectural monuments, which abounds with many historical evidence, such as inscriptions, writings and columns dating back to the era of the Abbasid caliph Muhammad al-Mahdi, and architectural elements dating back to the Abbasid, Mamluk and Ottoman eras.
The fourth and last phase of the Grand Mosque expansion (1393 AH - 1973 AD to 1396 AH - 1976 AD), extended to the era of King Khalid, who assumed power on Rabi` al-Awwal 13 1395 AH - March 25, 1975.
The expansion project was completed on Rajab 4, 1396 AH (July, 4 1976). The idea of linking the columns to the historical arcades has created this beautiful architectural consistency - a unique achievement in the history of the expansion of the Grand Mosque in particular, and architecture in general.
In continuation of the first Saudi expansion, and in order to provide comfort for the worshippers, an additional expansion of the Mataf began during the reign of King Khalid in 1398 AH - 1978 AD.
The capacity of the Mataf was increased to accommodate 28,000 worshippers at the same time. In addition to the electric fans, Al-Masa’ was cooled with air conditioners for the first time in the history of the Grand Mosque.
King Khalid also ordered the manufacture of a new door for the Holy Kaaba to replace the door that was installed during the reign of King Abdulaziz.
The surrounding squares and roads leading to the Grand Mosque were also expanded, and a number of tunnels were opened for the first time to facilitate traffic and access to the mosque.
During the reign of King Khalid, in the year 1401 AH - 1981 AD, Al-Safa Palace was built on Mount Abu Qubays, overlooking the Grand Mosque, to be the seat of the king and the guests of the state.
The project of King Abdulaziz to expand the Grand Mosque and renew its architecture, or what has been called “the first Saudi expansion of the Grand Mosque”, has lasted for about a quarter of a century and passed through multiple stages.
It was a strategic project and foundational expansion that was supervised by kings and followed by Saudi officials at all levels. More than 55,000 experts, engineers, technicians, employees and workers participated in its implementation.
The project constituted a quantum leap in the history of the expansion and architecture of the Grand Mosque in Makkah. The total area of the expansion buildings, in addition to the surrounding arenas, reached around 200,000 square meters, more than six times its previous area, accommodating at peak times up to 400,000 worshipers.
Al-Fahd leads the second Saudi expansion
Several years after the completion of the first Saudi expansion works, there was an urgent need for a new extension of the Grand Mosque due to the increase in the number of pilgrims. King Fahd issued an order to start making the necessary studies and designs for the project and drawing detailed executive plans. Specific timetables have been set for each phase.
King Fahd laid the foundation stone for the second Saudi expansion of the Grand Mosque (King Fahd expansion) on Safar 2, 1409 AH - January 15, 1989 AD.
The project included adding a new part in the western side of the mosque, in the small market area between Bab Al-Amra and King Abdulaziz Gate, in addition to creating new squares, in order to raise the capacity of the Grand Mosque to the maximum extent.
After completing the structural and architectural phase of the project, King Fahd proceeded with the technical and aesthetic side, where the walls and columns were covered with marble and artificial stone, with the use of beautiful geometric shapes.
Dr. Mansour Al-Dajani says: “This expansion saw no changes in the geometric and architectural shape of the old arcades... However, the reign of King Fahd, which lasted for twenty-four years, witnessed continuous maintenance work that included the columns, arches and domes of the Grand Mosque.... Loudspeakers were also placed on the facades of the porticoes...”
Moreover, comprehensive restoration works of the Holy Kaaba were carried out, and were completed in the year 1417 AH - 1997 AD. This came in parallel with the establishment of the Makkah Construction and Development Company (a public joint stock company) to develop real estate adjacent to the Grand Mosque, which contributed to raising the level of residential facilities, hotel services and markets around Al-Masjid al-Haram.
The second Saudi expansion was completed through six phases, and works officially ended on the 30th of Dhu al-Qi`dah 1413 AH - April 22, 1993 AD. The total area of the mosque and the surrounding squares reached about 400,000 square meters, while the capacity was increased to accommodate about 800,000 worshipers. The costs of the second Saudi expansion amounted to more than 30 billion riyals ($8 billion).

Scientists studying the new mpox strain that has spread out of Democratic Republic of Congo say the virus is changing faster than expected, and often in areas where experts lack the funding and equipment to properly track it.

That means there are numerous unknowns about the virus itself, its severity and how it is transmitting, complicating the response, half a dozen scientists in Africa, Europe and the United States told Reuters.

Mpox, formerly known as monkeypox, has been a public health problem in parts of Africa since 1970, but received little global attention until it surged internationally in 2022, prompting the World Health Organization to declare a global health emergency. That declaration ended 10 months later.

A new strain of the virus, known as clade Ib, has the world's attention again after the WHO declared a new health emergency.

The strain is a mutated version of clade I, a form of mpox spread by contact with infected animals that has been endemic in Congo for decades. Mpox typically causes flu-like symptoms and pus-filled lesions and can kill.

Congo has had more than 18,000 suspected clade I and clade Ib mpox cases and 615 deaths this year, according to the WHO. There have also been 222 confirmed clade Ib cases in four African countries in the last month, plus a case each in Sweden and Thailand in people with a travel history in Africa.

"I worry that in Africa, we are working blindly," said Dr. Dimie Ogoina, an infectious diseases expert at Niger Delta University Hospital in Nigeria who chairs the WHO's mpox emergency committee. He first raised the alarm about potential sexual transmission of mpox in 2017, now an accepted route of spread for the virus.

"We don’t understand our outbreak very well, and if we don't understand our outbreak very well, we will have difficulty addressing the problem in terms of transmission dynamics, the severity of the disease, risk factors of the disease," Ogoina said. "And I worry about the fact that the virus seems to be mutating and producing new strains."

He said it took clade IIb in Nigeria five years or more to evolve enough for sustained spread among humans, sparking the 2022 global outbreak. Clade Ib has done the same thing in less than a year.

MUTATING 'MORE RAPIDLY'

Mpox is an orthopoxvirus, from the family that causes smallpox. Population-wide protection from a global smallpox vaccine campaign 50 years ago has waned, as the vaccinating stopped when the disease was eradicated.

Genetic sequencing of clade Ib infections, which the WHO estimates emerged mid-September 2023, show they carry a mutation known as APOBEC3, a signature of adaptation in humans.

The virus that causes mpox has typically been fairly stable and slow to mutate, but APOBEC-driven mutations can accelerate viral evolution, said Dr. Miguel Paredes, who is studying the evolution of mpox and other viruses at Fred Hutchison Cancer Center in Seattle.

"All the human-to-human cases of mpox have this APOBEC signature of mutations, which means that it's mutating a little bit more rapidly than we would expect," he said.

Paredes and other scientists said a response was complicated by several mpox outbreaks happening at once.

In the past, mpox was predominantly acquired through human contact with infected animals. That is still driving a rise in Congo in clade I cases – also known as clade Ia - likely due in part to deforestation and increased consumption of bushmeat, scientists said.

The mutated versions, clade Ib and IIb, can now essentially be considered a sexually transmitted disease, said Dr. Salim Abdool Karim, a South African epidemiologist and chair of the Africa CDC’s mpox advisory committee. Most of the mutated clade Ib cases are among adults, driven at first by an epidemic among female sex workers in South Kivu, Congo.

The virus also can spread through close contact with an infected person, which is likely how clusters of children have been infected with clade Ib, particularly in Burundi and in eastern Congo’s displacement camps, where crowded living conditions may be contributing.

Children, pregnant women and people with weakened immune systems or other illnesses may be at greater risk of serious mpox disease and death, say the WHO and mpox scientists.

Clade I has typically caused more severe disease, with fatality rates of 4%-11%, compared to around 1% for clade II. Ogoina said data from Congo suggests few have died of the new Ib version, but he feared some data is being mixed up.

More research is urgently needed, but three teams tracking mpox outbreaks in Africa say they cannot even access chemicals needed for diagnostic tests. Clade Ib can also be missed by some diagnostic tests.

Planning a response, including vaccination strategies, without this is difficult, the scientists said.

Karim said around half of cases in eastern Congo, where Ib is particularly prevalent, are only being diagnosed by doctors, with no laboratory confirmation.

Getting samples to labs is difficult because the healthcare system is already under pressure, he said. And around 750,000 people have been displaced amid fighting between the M23 rebel group and the government.

Many African laboratories cannot get the supplies they need, said Dr. Emmanuel Nakoune, an mpox expert at the Institut Pasteur in Bangui, Central African Republic, which also has clade Ia cases.

"This is not a luxury," he said, but necessary to track deadly outbreaks.

Al-Faisal Made Historic Decisions to Preserve the Grand Mosque’s Porticoes