Royal reserve intensifies efforts for environmental conservation

The campaign aims enforcing regulations against violators in partnership with the Special Forces for Environmental Security, rehabilitating damaged lands affected by overgrazing and desertification, planting seedlings and rehabilitating degraded land. (SPA)
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Updated 05 December 2025
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Royal reserve intensifies efforts for environmental conservation

  • Protection contributes toward sustainability to align with Saudi Vision 2030

RIYADH: The King Salman bin Abdulaziz Royal Reserve Development Authority is intensifying efforts to protect the vegetation, wildlife, and public property within its reserve, the largest in the Kingdom at 130,700 sq. km.

Distinguished by its nature, terrain and archaeological sites (some dating back to 8000 B.C.), its protection contributes to environmental sustainability and aligns with Saudi Vision 2030’s goal of making the Kingdom a global environmental tourist destination, the Saudi Press Agency reported.

The authority’s efforts include enforcing regulations against violators, in partnership with the Special Forces for Environmental Security; rehabilitating damaged lands affected by overgrazing and desertification; planting nearly 4 million seedlings; rehabilitating 750,000 hectares of degraded land to restore plant life; and distributing tonnes of native wild seeds.

The authority has urged adherence to regulations, stressing continuous monitoring and enforcement against violations.

The royal reserve, a vast ecological haven across the Northern Borders, Jouf, Tabuk and Hail regions, is a vital hub for migratory birds. It is home to more than 290 bird species, with 88 percent being migratory and 12 percent resident.

This accounts for 58 percent of all bird species recorded in the Kingdom. The reserve also protects 26 bird species listed as threatened on the International Union for Conservation of Nature Red List.

The reserve serves as the Kingdom’s first stop for flocks arriving from Asia and Europe in the autumn, and their last station before departing in spring.

With its rich biodiversity, balanced environment and varied landscapes, the reserve also stands as a natural sanctuary, hosting remarkable species such as the steppe eagle, the eastern imperial eagle, and the houbara bustard.


Saudi Arabia’s KAUST named FIFA’s first research institute in MENA

The canal in the King Abdullah University of Science and Technology campus. (Shutterstock)
Updated 10 February 2026
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Saudi Arabia’s KAUST named FIFA’s first research institute in MENA

  • KAUST President Prof. Sir Edward Byrne said that the university’s selection as the fifth FIFA Research Institute in the world — and the first in the region — marks a significant achievement, reflecting Kingdom’s growing presence in international football

RIYADH: FIFA has designated the King Abdullah University of Science and Technology as its first research institute in the Middle East and Asia to support the development of innovative football research, the Saudi Press Agency reported on Tuesday.

The recognition highlights KAUST’s commitment to integrating sports, academic research and industry through advanced, high-level initiatives grounded in rigorous scientific methodologies, contributing to the advancement of football studies.

KAUST President Prof. Sir Edward Byrne said that the university’s selection as the fifth FIFA Research Institute in the world — and the first in the region — marks a significant achievement, reflecting Saudi Arabia’s growing presence in international football.

The accreditation aligns with national efforts to invest in research and development and promote the knowledge economy, supporting Saudi Vision 2030’s goals of building an advanced sports system based on innovation and sustainability.

The collaboration’s first project focuses on developing advanced AI algorithms to analyze historical FIFA World Cup broadcast footage, transforming decades of match videos into structured, searchable data, according to the KAUST website.

This work opens new opportunities to apply state-of-the-art computer vision techniques and deepen understanding of how football has evolved over time.

The second project uses player and ball tracking data from the FIFA World Cup 2022 in Qatar and the FIFA Women’s World Cup 2023 in Australia and New Zealand to compile comprehensive datasets capturing in-game dynamics.

These datasets provide deeper insights into human movement, playing techniques and performance dynamics through AI-driven analysis.