NCVC Initiates Project To Assess Water Needs And Carbon Storage Of Native Plants In Saudi Arabia

Dr. Khaled Al-Abdulkader, CEO of the National Center for Vegetation Cover Development and Combating Desertification (NCVC), along with Prof. Yazeed Al-Asheikh from King Saud University, recently launched a project focused on water conservation and vegetation cover in Saudi Arabia. This initiative aligns with the goals of Saudi Vision 2030, aiming to enhance sustainable water use and conservation in specific study areas.

The project will evaluate the water needs of native trees and shrubs like Haloxylon persicum and Ziziphus spina-christi. It will also assess how biochar affects water efficiency and plant growth in Riyadh and Qassim. Additionally, it will explore the carbon storage potential of native plants in these regions, as well as mangroves in Aseer and Jazan.

During the launch event, the team outlined the project's goals, phases, and expected results. Field visits have started to identify representative sites and plant communities within the targeted ecosystems. These visits are crucial for understanding the specific requirements of each area involved in the study.

The NCVC is actively pursuing various initiatives to promote sustainable vegetation across Saudi Arabia. Their efforts include conserving natural ecosystems, restoring biodiversity, managing rangelands, monitoring violations affecting vegetation, combating illegal logging, and protecting natural resources.

The centre's work supports its vision of achieving a rich vegetation cover that boosts environmental sustainability and enhances quality of life. By focusing on these areas, they aim to create a thriving ecosystem that benefits both nature and people throughout the Kingdom.

This project not only seeks to optimise water consumption but also aims to understand how vegetation conservation impacts carbon storage across different ecosystems. The findings could provide valuable insights into sustainable practices that benefit both local environments and broader ecological systems.

Overall, this initiative represents a significant step towards achieving sustainable environmental management in Saudi Arabia. By aligning with Vision 2030 goals, it underscores the importance of integrating scientific research with practical applications to address pressing environmental challenges.

With inputs from SPA