12th Century Prayer Room Found under Mosque in Iraq’s Mosul

Excavations around the Al-Nuri mosque in the old town of Iraq's northern city Mosul, which was heavily damaged by ISIS in 2017. (AFP)
Excavations around the Al-Nuri mosque in the old town of Iraq's northern city Mosul, which was heavily damaged by ISIS in 2017. (AFP)
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12th Century Prayer Room Found under Mosque in Iraq’s Mosul

Excavations around the Al-Nuri mosque in the old town of Iraq's northern city Mosul, which was heavily damaged by ISIS in 2017. (AFP)
Excavations around the Al-Nuri mosque in the old town of Iraq's northern city Mosul, which was heavily damaged by ISIS in 2017. (AFP)

The foundations of a prayer hall from the 12th century have been discovered under the Al-Nuri mosque -- where the ISIS group once proclaimed their so-called "caliphate" -- in Iraq's Mosul, site managers said Tuesday.

The mosque, which along with its iconic leaning minaret was severely damaged by ISIS during the battle to dislodge the jihadists from Mosul in 2017, has been undergoing reconstruction.

The prayer room was found during excavation underneath the mosque, according to Khaireddine Nasser, director of the department of antiquities and heritage in Nineveh province, of which Mosul is the capital.

Four additional rooms for the performance of ablutions were also discovered under the prayer room, Nasser said.

Those rooms "are interconnected and built of stone and plaster".

The discovery allows for "better knowledge of the surface of Al-Nuri mosque and this ancient prayer room, but also the ablution basins" found there.

Each ablution room measures three meters (almost 10 feet) in height and 3.5 meters in width, Nasser said.

"They are about six meters underground," he added.

He said the discovery "amplifies the importance of this historical and archaeological site".

The excavation was carried out by his department, with support from UNESCO and funding from the United Arab Emirates.

"The foundations of the old prayer hall are more extensive than those of the prayer hall built in the 1940s", he added.

The mosque was constructed in 1172, but much of it was destroyed and reconstructed in 1942, with the exception of its minaret, which endured.

UNESCO raised more than $100 million in 2019 as part of its initiative to "revive the spirit of Mosul". About half of the funds were pledged by the UAE.

Reconstruction work is expected to be completed by the end of 2023.



Saudi Arabia Unveils 8-Million-Year-Old Longest Climate Record

Work of the scientific team at the discovery sites (Heritage Commission)
Work of the scientific team at the discovery sites (Heritage Commission)
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Saudi Arabia Unveils 8-Million-Year-Old Longest Climate Record

Work of the scientific team at the discovery sites (Heritage Commission)
Work of the scientific team at the discovery sites (Heritage Commission)

The Saudi Heritage Commission has unveiled new evidence of recurrent humid periods that shaped the Arabian Peninsula’s climate over the past 8 million years.

The research, conducted under the Green Arabia Project, is based on one of the longest and most precisely dated cave records ever collected from central Arabia.

Dr. Ajab Alotibi, Director of Antiquities at the Heritage Commission, announced the findings during a press conference held in Riyadh on Wednesday. It is worth noting that the study was published in the science journal Nature.

The study’s findings are based on the analysis of 22 cave formations—scientifically known as speleothems—extracted from seven sinkholes located northeast of Riyadh, near the Shuwayyah area in Rumah Governorate.

Locally, these limestone caves are known as Duhool Al-Summan.

The climate record, preserved in the mineral layers of the stalagmites and stalactites, indicates recurring humid phases over the past eight million years. These wet spells created fertile ecosystems across the Arabian Peninsula, starkly contrasting with today’s harsh desert environment.

According to the study, the Saudi desert—currently one of the world’s largest geographic barriers due to its extreme aridity—once served as a natural corridor for animal and human migrations between Africa, Asia, and Europe.

The researchers found that these ancient wet periods played a crucial role in facilitating the movement of species and early humans across the interconnected continents.

The findings also support earlier fossil evidence from the Arabian Desert that points to the presence of water-dependent species, such as crocodiles, horses, and hippopotamuses.

These animals thrived in riverine and lake-rich environments that no longer exist in the modern desert, highlighting the region’s dramatic environmental transformation.