NCVC Opens Applications For Seasonal Investment In Parks Across Makkah, Al-Baha, And Hail Regions

The National Center for Vegetation Cover and Combating Desertification (NCVC) is now accepting applications for seasonal investments in national parks across Makkah, Al-Baha, and Hail. This initiative aims to enhance environmental, social, and economic sustainability. The NCVC's efforts align with the broader goals of Saudi Vision 2030.

In Makkah, potential investment sites include Al-Lith National Park (A), Al-Lith National Park (B), Al-Miftah, Environmental Park in Al-Jumum, Faj Al-Rumaythi, and several others. In Al-Baha, opportunities exist in Wadi National Park, Nawan National Park, and more. Mishar National Park in Hail is also open for investment.

The NCVC has outlined various investment possibilities such as camping facilities, caravans, dining establishments like restaurants and cafés, temporary sports clubs, and paragliding activities. These ventures are designed to boost tourism while preserving natural resources.

Applications can be submitted electronically via email at [email protected]. Applicants need to provide their names, contact details, organisation names, proposed activity types, and selected park locations. This streamlined process encourages wider participation from interested parties.

Beyond seasonal investments, the NCVC offers long-term opportunities focusing on enhancing vegetation cover and tree planting projects. These initiatives aim to conserve natural resources while improving citizens' quality of life and contributing to the national economy.

Such long-term projects are expected to generate new employment opportunities for locals. By fostering these developments, the NCVC supports the objectives of Saudi Vision 2030 which seeks sustainable growth across various sectors.

The NCVC's comprehensive approach not only targets immediate economic benefits but also ensures environmental preservation for future generations. Through these initiatives, they aim to balance development with ecological conservation effectively.

With inputs from SPA