King Abdulaziz Royal Reserve Shares Findings From Soil Seed Bank Project To Boost Vegetation Sustainability

The King Abdulaziz Royal Reserve Development Authority, in collaboration with King Saud University, has unveiled findings from its innovative "Soil Seed Bank" project. This initiative is designed to boost vegetation sustainability and conserve natural resources for both present and future generations. It aligns with the strategic objectives of royal reserves, the Saudi Green Initiative, and Saudi Vision 2030.

Throughout the study, a scientific approach was employed. Researchers analysed vegetation across different plots based on type, collected soil samples from chosen sites, and conducted germination experiments in greenhouses. These efforts aimed to identify dormant species and evaluate their density and diversity.

The research documented significant biodiversity within the reserve. Field surveys at 70 locations identified 168 plant species across 35 botanical families. Annual plants constituted 65.48% of these species, while perennial plants made up 34.52%, highlighting the ecosystem's natural regeneration capabilities.

A comprehensive plant database was developed through this project, enhancing scientific understanding of biodiversity. This database aids in creating precise maps of environmental response areas. The study suggests focusing environmental rehabilitation on sites with high densities of active seeds due to their innate regenerative abilities.

The project underscores the importance of using the seed bank as a scientific tool to combat environmental degradation. It emphasises ensuring vegetation sustainability through rigorous research methodologies and strict environmental standards.

This initiative not only contributes to preserving biodiversity but also supports broader environmental goals outlined in national strategies like Saudi Vision 2030. By fostering a deeper understanding of plant life within the reserve, it paves the way for informed conservation efforts that benefit both current ecosystems and future generations.

With inputs from SPA