The release of 20 Asian houbara within the Prince Mohammed bin Salman Royal Reserve in Tabuk marks a milestone under the Kingdom’s ReWild Arabia mission, reflecting a shift toward science-led rewilding and long-term ecological restoration.

The initiative is being carried out in collaboration with national wildlife authorities and specialist conservation foundations to ensure the establishment of viable wild populations across Saudi Arabia.

Historically, the Asian houbara ranged widely from North Africa to East Asia and once bred extensively across the Arabian Peninsula, with migratory populations wintering in Saudi Arabia.

Over time, habitat loss, unsustainable hunting practices, and poaching led to a dramatic decline, leaving the species critically endangered and absent from the Kingdom’s wild landscapes for decades.

Conservation experts involved in the project say the latest release represents a turning point, as efforts now move beyond captive breeding toward ensuring survival and adaptation in natural environments.

Half of the released birds have been fitted with satellite tracking devices, allowing scientists to closely monitor their movements, survival rates, habitat preferences, and exposure to threats.

The data collected will help refine future release strategies and support long-term population recovery.

The Prince Mohammed bin Salman Royal Reserve provides an ideal setting for rewilding due to its vast protected area and diverse ecosystems.

Covering more than 24,500 square kilometers, the reserve supports large-scale habitat restoration, ranger patrols, and community engagement programs designed to safeguard wildlife and reduce human pressure on fragile ecosystems.

Officials involved in the project emphasize that restoring the Asian houbara carries both ecological and cultural importance. The species holds deep significance in Arabian falconry traditions, which were recognized by UNESCO as Intangible Cultural Heritage of Humanity.

Reviving houbara populations helps preserve not only biodiversity but also a living cultural practice closely tied to the region’s history.

Saudi Arabia’s conservation journey with the houbara dates back to the mid-1980s, when the Kingdom established its first breeding and research centers to counter the species’ decline.

While breeding programs have achieved success in producing large numbers of birds, conservationists note that the ultimate challenge lies in enabling these birds to survive, reproduce, and sustain themselves in the wild.

The Asian houbara is now the 13th species to be reintroduced within the Prince Mohammed bin Salman Royal Reserve as part of an ambitious program to return 23 native species to their historical ranges.

The reserve spans landscapes from volcanic lava fields to the Red Sea coastline and links major development zones, balancing conservation with sustainable development.

Despite covering a small percentage of Saudi Arabia’s total land and marine area, the reserve hosts more than half of the Kingdom’s recorded species, making it one of the most biodiverse protected areas in the Middle East.

Conservation leaders say this highlights the importance of protected reserves in reversing biodiversity loss.

The reintroduction effort underscores Saudi Arabia’s growing role in regional and global conservation, aligning environmental protection with cultural heritage and sustainable land management.

Long-term monitoring and adaptive management will determine the program’s success, but early signs point to a renewed future for the Asian houbara in the Kingdom.

The project is being implemented by the Makkah branches of the National Center for Vegetation Cover Development and Combating Desertification, in collaboration with the Ministry of Environment, Water and Agriculture, and the environmental consultancy Netzero, reflecting a strong public-private partnership model.

This smart mangrove restoration initiative aims to expand vegetation cover, mitigate climate change impacts, and enhance carbon absorption, directly supporting the objectives of the Saudi Green Initiative and advancing the Kingdom’s transition toward net-zero carbon emissions.

Digital monitoring will allow precise tracking of tree growth, carbon sequestration levels, and ecosystem health, setting a benchmark for technologically advanced afforestation projects and promoting transparency and accountability in environmental conservation efforts.

The initiative builds on a previous effort launched last November, which aimed to plant 175,000 digitally monitored mangrove trees capable of absorbing an estimated 21,000 tonnes of carbon over six years, creating a cumulative goal of 400,000 trees contributing to carbon neutrality.

By involving the private sector, the program strengthens collaborative approaches to environmental sustainability, ensuring high-quality project implementation while fostering innovation and accountability in climate action initiatives.

Mangroves play a critical role in coastal protection, preventing soil erosion, supporting marine biodiversity, and acting as natural carbon sinks, making this project a vital contribution to both ecological health and local community resilience.

The initiative aligns with Saudi Vision 2030, reflecting the Kingdom’s broader agenda to enhance natural ecosystems, improve environmental quality, and position Saudi Arabia as a regional leader in smart and sustainable afforestation solutions.

Governor Khalid Al-Mubairik emphasized that the project not only addresses environmental goals but also demonstrates how technological innovation can enhance natural resource management, offering scalable solutions for other regions facing climate challenges.

Through integrated planning and scientific monitoring, the initiative ensures that mangrove restoration provides measurable environmental benefits, strengthens coastal ecosystems, and contributes to global climate mitigation efforts.

The project also serves as a model for combining ecological restoration with digital tools, allowing authorities, researchers, and the public to access real-time data on tree survival rates, carbon capture efficiency, and habitat improvements.

Public awareness campaigns accompanying the project are aimed at engaging local communities, schools, and volunteers, fostering a culture of environmental stewardship and encouraging participation in climate-positive actions.

By expanding green cover along the Rabigh coastline, the initiative enhances the Kingdom’s natural beauty, promotes ecotourism, and provides recreational and educational opportunities for residents while preserving biodiversity and marine habitats.

Officials highlighted that this afforestation effort is part of a comprehensive strategy to combat desertification, improve soil fertility, and restore degraded lands, creating a sustainable balance between human activity and nature.

The initiative’s focus on high-impact environmental outcomes and measurable progress reflects a commitment to global best practices in conservation, setting Saudi Arabia apart as a pioneer in climate-smart afforestation initiatives.

Digital tracking of the mangrove trees ensures that each planting is recorded, monitored, and analyzed for survival rates, carbon sequestration efficiency, and ecosystem enhancement, offering a transparent model for environmental accountability.

By combining government leadership, private sector collaboration, and technological innovation, the project exemplifies the potential for integrated approaches to achieve long-term environmental sustainability and resilience.

This landmark mangrove restoration project underscores Saudi Arabia’s proactive stance on climate action, biodiversity preservation, and sustainable development, while inspiring similar initiatives across the region and globally.

While a recent WEF report notes that humanity has crossed seven of the nine planetary boundaries, the discussion emphasized that innovation, collaboration, and sustainable practices can help reverse environmental damage and secure a thriving future for the planet.

A session titled “Emerging Technologies for the Planet” showcased pioneering solutions from around the world. Experts explored how advances in green construction materials, precision fermentation, and lab-grown proteins can reduce ecological pressures, support sustainable food systems, and create new avenues for economic growth.

These technologies demonstrate that scientific innovation, when combined with policy and global partnerships, can play a key role in maintaining the Earth’s stability.

Prof. Drew Shindell of Duke University stressed the importance of addressing methane emissions, a major contributor to global warming. He highlighted that reducing methane not only mitigates climate change but also protects forest ecosystems and enhances air quality.

Shindell emphasized that while industrial emissions are measurable and manageable, the agricultural sector offers significant opportunities for innovation through novel techniques and sustainable practices.

He called for stronger public-private partnerships to scale these solutions worldwide, demonstrating that global cooperation can accelerate progress.

Dr. Leigh Ann Winowiecki, global research lead for Soil and Land Health at CIFOR-ICRAF, highlighted the critical role of soil in sustaining life. Healthy soil is vital for food security, water regulation, carbon storage, and biodiversity.

She noted that technological advancements have revolutionized the study of underground ecosystems, enabling scientists to better understand and manage soil health.

“We just launched the first ever Global Future Council on Soil and Land Health,” she said, emphasizing that these tools allow for unprecedented insight and actionable solutions for sustainable agriculture.

Masami Onoda, director of the Japan Aerospace Exploration Agency’s International Relations and Research Department, discussed the role of satellite observation in monitoring the planet.

She highlighted that satellites provide massive amounts of real-time data, enhancing our understanding of ecosystems and enabling timely interventions.

This technology allows scientists, policymakers, and industries to make informed decisions that support environmental sustainability while fostering global cooperation.

Yousef Yousef, CEO and environmental innovation leader in water technology, emphasized the importance of scaling new technologies to maximize their impact.

He shared an example of ultrasound technology used to manage algae on water surfaces, noting that it took five years to expand from pilot research to deployment in 67 countries.

“Once you scale the technology, you can create the impact,” he said, illustrating how innovation can be translated into meaningful global solutions.

The panel also underscored the role of international collaboration in driving positive change. By combining scientific expertise, technological innovation, and strategic partnerships, countries and organizations can address complex environmental challenges efficiently.

Experts agreed that solutions must be inclusive, scalable, and adaptable to local contexts to ensure long-term success.

As the discussion concluded, speakers expressed optimism about the opportunities technology provides for restoring planetary health.

They emphasized that although humanity has pushed the Earth’s systems beyond traditional safe limits, coordinated innovation and global action can reverse damage, improve resilience, and safeguard ecosystems for future generations.

The session in Dubai demonstrated that the intersection of science, technology, and international cooperation holds immense promise.

By embracing these solutions, humanity has the potential not only to stabilize the environment but also to create sustainable pathways for economic development, food security, and climate resilience.

Through continued investment in research, scalable technologies, and cross-border partnerships, the global community can achieve a balanced, thriving, and resilient planet.

This optimistic approach positions innovation as a catalyst for environmental restoration and long-term sustainability.