DU Carbon Garden launched to fight air pollution in Delhi
DU Carbon Garden opens at Delhi University as India’s first carbon garden to improve air and soil quality.
The DU Carbon Garden was launched this week at Delhi University. It is India’s first carbon garden inside a university campus. The project aims to reduce air pollution and improve soil health. It comes at a time when Delhi continues to face toxic air levels.
The DU Carbon Garden was created by Professor Dinabandhu Sahoo. He is the Head of the Botany Department at the university. The garden took nearly four years to complete. It is designed as a scientific solution, not a decorative space.
As per sources, the garden can be replicated across India. Schools, colleges, and offices can adopt similar models. The project highlights the role of science in urban planning.
What makes the DU Carbon Garden different
The DU Carbon Garden covers around 2,000 square feet. It contains about 45 plant species in a compact layout. Despite limited space, the design remains highly effective.
Unlike seasonal gardens, this garden works throughout the year. Trees and plants remain active in all seasons. They continue absorbing carbon dioxide without interruption. Seasonal flowers fade quickly and offer limited long-term benefits.
The garden includes many life forms working together. These include algae, fungi, bacteria, and mosses. It also contains ferns, gymnosperms, and flowering plants. This mix creates a balanced urban ecosystem.
Key features of the garden include:
- Year-round air purification
- Native and climate-adapted plants
- Microorganisms that reduce toxic gases
- Low maintenance and compact design
Why the DU Carbon Garden was needed
Delhi remains among the world’s most polluted cities. Air quality often reaches dangerous levels, especially in winter. According to reports, pollution affects public health severely.
The World Health Organisation estimates over seven million deaths yearly from air pollution. In India, around 1.7 million deaths occur annually. In Delhi alone, pollution caused nearly 15 per cent of deaths in 2023.
The DU Carbon Garden responds to these alarming figures. Plants absorb carbon dioxide and store it as carbon stock. This reduces harmful gases in the atmosphere. Microorganisms on tree bark break down toxic compounds. These include methane and carbon monoxide.
The garden uses mostly native plant species. These plants adapt better to local climate conditions. They need less water and fewer resources. Some plants can even serve as natural fencing.
Academic, social, and health impact
The DU Carbon Garden also supports education and research. Students can study biodiversity in a real environment. The garden acts as a living laboratory on campus.
Green spaces also support mental well-being. They reduce stress in crowded urban areas. Cleaner air may lower long-term medical costs.
As per sources, similar gardens could benefit residential areas. Even small green spaces can improve local air quality. The project shows how science can improve daily life.
Professor Sahoo is also known for other green initiatives. He pioneered the Meghalaya Cherry Blossom festival. His work has received national and international recognition.
Recently, he received the Distinguished Leadership Honour. The award was presented at a national CSR summit. The event was organised by Times Foundation. It was held at Bharat Mandapam.
Why the DU Carbon Garden matters for the future
The DU Carbon Garden offers a scalable climate solution. It requires limited land and resources. This makes it suitable for Indian cities.
The project shifts focus from decoration to sustainability. It promotes biodiversity within urban spaces. Social media posts suggest strong academic support.
Universities can play a major role in climate action. This project sets an example for other institutions. It links research, policy, and public awareness.
Conclusion
The DU Carbon Garden marks a major step in urban climate action. It combines science, biodiversity, and smart planning. The initiative addresses air pollution and soil damage together. Its success may inspire similar projects nationwide.
As cities face rising pollution, such solutions become essential. The DU Carbon Garden shows how green science can shape healthier cities.
