CHAIRMAN: DR. KHALID BIN THANI AL THANI
EDITOR-IN-CHIEF: PROF. KHALID MUBARAK AL-SHAFI

Qatar / General

QBG develops unique plantable mudball to mark FIFA Arab Cup 2025

Published: 01 Dec 2025 - 10:17 am | Last Updated: 01 Dec 2025 - 10:18 am
Peninsula

The Peninsula

Doha, Qatar: The Qur’anic Botanic Garden (QBG), a member of Hamad Bin Khalifa University (HBKU), has developed a unique mudball to commemorate the FIFA Arab Cup 2025 taking place in Qatar from December 1-18, 2025. This initiative aligns with the Garden’s mission to highlight Qatar’s natural environment and deepen public engagement with nature through creative experiences that blend heritage with environmental awareness.

QBG partnered with the design company taking the opportunity to showcase Qatar’s reputation for innovation, excellence, and sustainable practice.

Beyond the technical aspects, the project offers a distinctive environmental experience. Each fan receives a clay ball they can plant in their garden or personal pot. As the ball naturally dissolves in water, the basil seeds inside begin to sprout, creating a vibrant connection that extends beyond the tournament.

Commenting on this initiative, Director, QBG, Fatima Saleh Al-Khulaifi said, “This project embodies the vision and mission of QBG. Our contribution to developing the mudball is not simply an artistic endeavour, it is a message to the world that Qatar’s environment carries a heritage that can be creatively and compellingly re imagined.

This initiative also reflects QBG’s role in preserving plant resources, raising environmental awareness, and offering models that connect society with nature within the context of a major international sporting event.

Sharing the experience of delivering the project, Horticulturist at QBG, and lead developer of the mudball, Eng. Mohamed Hassona said, “The primary challenge was the ball’s weight, as clay is naturally heavy and unsuitable for general handling.

Also, maintaining the seed viability during the shaping process, which required precise moisture control and drying techniques to ensure it remained capable of germination without affecting the ball’s structure posed a challenge.

To overcome these, we used modern materials such as biochar, various lightweight fibrous soils, and Qatari clay to produce one of the lightest clay balls used in planting applications.”