New Technique Helps Archaeologists Decipher Ancient Languages

A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
TT
20

New Technique Helps Archaeologists Decipher Ancient Languages

A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)

Developing an AI network can help scholars restore ancient Greek texts. Researchers at University of Oxford have recruited new deep learning techniques to decipher symbols of ancient languages.

The research team says there are many artifacts featuring important historical symbols and inscriptions that erode with time, noting that the clear inscriptions that archaeologists can read and understand are few.

In a test, where the AI attempted to fill the gaps in 2,949 damaged inscriptions, human experts managed to explain 30 percent of unclear symbols, whereas the network took two hours to decipher 50 inscriptions, reported the New Scientist website.

The team said the new network named "Pythia" is able to provide 20 different predictions to explain each eroded inscription, leaving the selection of the suitable hypothesis that correspond to the context of the ancient inscriptions to archaeologists.

In addition to providing various options, Pythia evaluates the reliability of each option or hypothesis it offers to archaeologists to help them reach the correct one.

"Pythia is the first electronic model used to restore ancient archaeological inscriptions by deciphering the eroded letters through deep learning networks," the study team wrote.



North Riyadh Geopark, Salma Geopark Join UNESCO’s Global Geoparks List

The newly recognized geoparks will serve as key destinations for local and international visitors, offering an opportunity to explore the Kingdom’s geological wonders while fostering scientific and cultural awareness of geodiversity conservation - SPA
The newly recognized geoparks will serve as key destinations for local and international visitors, offering an opportunity to explore the Kingdom’s geological wonders while fostering scientific and cultural awareness of geodiversity conservation - SPA
TT
20

North Riyadh Geopark, Salma Geopark Join UNESCO’s Global Geoparks List

The newly recognized geoparks will serve as key destinations for local and international visitors, offering an opportunity to explore the Kingdom’s geological wonders while fostering scientific and cultural awareness of geodiversity conservation - SPA
The newly recognized geoparks will serve as key destinations for local and international visitors, offering an opportunity to explore the Kingdom’s geological wonders while fostering scientific and cultural awareness of geodiversity conservation - SPA

The United Nations Educational, Scientific and Cultural Organization (UNESCO) has officially designated the North Riyadh Geopark and Salma Geopark as part of its UNESCO Global Geoparks Network, marking a significant milestone for Saudi Arabia in preserving geoheritage and promoting sustainable development.
The recognition follows UNESCO’s stringent selection criteria, which emphasize the comprehensive management of geoparks. These criteria ensure a balance between conservation, education, and sustainable development while actively involving local communities.
CEO of the National Center for Vegetation Cover Development and Combating Desertification (NCVC) Khaled Al-Abdulkader praised the announcement as a testament to Saudi Arabia’s dedication to protecting its natural and historical heritage, SPA reported.
He attributed the achievement to the steadfast support of the Saudi leadership in enhancing environmental initiatives and promoting sustainability.
He also underscored NCVC’s efforts to preserve the country’s unique natural landscapes, particularly its geological sites, in line with Vision 2030’s sustainable development goals.
Senior Director of the Saudi Geoparks Initiative Hussam Al-Turki emphasized that the inclusion of North Riyadh Geopark and Salma Geopark is a moment of national pride. He noted that this milestone not only reinforces Saudi Arabia’s commitment to preserving its cultural and natural identity but also strengthens its role as a global leader in geoheritage conservation and sustainable development.
With this designation, Saudi Arabia reaffirms its commitment to global environmental efforts.

According to SPA, the newly recognized geoparks will serve as key destinations for local and international visitors, offering an opportunity to explore the Kingdom’s geological wonders while fostering scientific and cultural awareness of geodiversity conservation.
Beyond geotourism, geoparks play a vital role in sustainable natural resource management by connecting geotourism with local economic development, creating jobs, and fostering environmental education. This initiative represents a collaborative effort among government bodies, the private sector, and non-profit organizations, enhancing Saudi Arabia’s contribution to both national and sustainable development goals.