AIIA and 132 ECO Task Force Partner for Massive Ashwagandha Plantation & Research Drive in Aravalli Landscape
In a landmark synergy between traditional Indian medicine, scientific research, and ecological conservation, the All India Institute of Ayurveda (AIIA), New Delhi, and the 132 Infantry Battalion (Territorial Army) ECO RAJPUT have officially launched the Ashwagandha Plantation and Research Initiative. Situated at the Terriers Herbal Garden in Bhatti Mines, South Delhi, this ambitious collaborative program marks a definitive step toward bridging ancient Ayurvedic wisdom with modern environmental restoration and scientific monitoring.
The official launch event, held on September 24, 2026, brought together top-tier academic leadership and environmental military personnel. Spearheaded by Prof. (Vaidya) Pradeep Kumar Prajapati, Director of AIIA, and Colonel Mohan Singh, Commanding Officer of the 132 Infantry Battalion (Territorial Army) ECO RAJPUT, the project underscores India's growing commitment to sustainable ecological management, biodiversity preservation, and the institutional promotion of indigenous medicinal flora.
Key Highlights & Major Announcements
- Core Collaboration: A joint initiative by the All India Institute of Ayurveda (AIIA) and the 132 Infantry Battalion (Territorial Army) ECO RAJPUT.
- Location: Terriers Herbal Garden, Bhatti Mines, situated in the ecologically sensitive Southern Ridge of Delhi's Aravalli landscape.
- Scale of Plantation: Exactly 10,000 Ashwagandha (Withania somnifera (L.) Dunal) saplings are being planted and subjected to rigorous scientific monitoring.
- Ecological Restoration: Focuses on healing and revitalizing terrain historically degraded by mining activities through targeted herbal plantation.
- Research Integration: Combines AIIA’s pharmacological expertise with the Territorial Army's structural mastery in afforestation and environmental management.
- Official Date: Program formally commenced on September 24, 2026.
Bridging Ayurveda with Ecological Restoration in the Aravallis
The choice of Bhatti Mines in South Delhi for this massive herbal plantation is deeply strategic. As part of Delhi’s Southern Ridge, the Aravalli landscape serves as a vital green lung for the National Capital Region (NCR). However, decades of mining and industrial exploitation have left parts of this terrain ecologically fragile. The 132 Infantry Battalion (Territorial Army) ECO RAJPUT has long been at the forefront of healing these scarred landscapes through systematic greening initiatives.
By introducing 10,000 saplings of Ashwagandha—one of the most revered and clinically utilized rasayanas in Ayurveda—the initiative transcends standard afforestation. Instead of planting generic commercial timber or fast-growing ornamental trees, the program prioritizes economically and medicinally valuable indigenous species. This dual-purpose approach not only rebuilds the vegetative cover of the Aravallis but also turns the region into an open-air living laboratory for medicinal plant research.
The Science Behind the Cultivation
Under the project framework, the newly planted Ashwagandha crops will not simply be left to grow. They will be systematically monitored, observed, and documented by researchers from AIIA—specifically drawing expertise from the Department of Dravyaguna. Faculty members, including Dr. Meena Deogade (Head of Department), Dr. Shivani Ghildiyal, and Dr. Bidhan Mahajon, alongside specialized PhD research scholars, will study how the plant adapts to the unique climatic, soil, and environmental stressors of the Aravalli ecosystem.
This data generation is critical. By correlating field growth metrics with traditional pharmacological parameters, researchers hope to establish standardized guidelines for cultivating high-potency Ashwagandha in urban-fringed semi-arid conditions. This directly supports the broader national campaign championed by the National Medicinal Plants Board under the Ministry of Ayush, titled “Ashwagandha – A Health Promoter.”
This initiative brings together the rich Ayurvedic knowledge of medicinal plants with scientific research and ecological restoration. Ashwagandha is an important medicinal plant of Ayurveda, and its systematic cultivation, conservation and scientific documentation can contribute to both knowledge generation and biodiversity conservation. Such collaborations reflect our commitment to taking Ayurveda beyond clinical practice and strengthening its connection with nature and sustainability. — Prof. (Vaidya) Pradeep Kumar Prajapati, Director, AIIA
Inside the Terriers Herbal Garden: A Biodiversity Haven
The venue for this prestigious launch, the Terriers Herbal Garden at Bhatti Mines, is already an established sanctuary for indigenous flora. Prior to this massive Ashwagandha drive, the garden successfully cultivated and conserved nearly 200 distinct species of medicinal and Ayurvedic significance. Notable plants thriving within its boundaries include Parijata (Harshringar), Amla (Indian Gooseberry), and Ghritkumari (Aloe Vera).
To ensure that these botanical treasures continue to flourish under optimal botanical protocols, AIIA has formally assumed the responsibility of providing continuous technical support, scientific management, and specialized horticultural guidance. This transforms the garden from a simple military plantation site into a premier hub for ethno-botanical education and conservation research.
Significance & National Impact
The collaboration between a premier Ayurvedic medical institution and an ecological military battalion carries profound national implications:
- Promoting Holistic Health: As global demand for immunity-boosting botanicals like Ashwagandha surges, domestic cultivation models ensure a sustainable, high-quality supply chain while reducing ecological degradation.
- Inter-Institutional Synergy: Demonstrates how civil-military cooperation can effectively address complex environmental and public health challenges in urban and semi-urban ecosystems.
- Reviving Indigenous Knowledge: Aligns with India's policy framework of encouraging traditional systems of medicine through empirical, evidence-based scientific validation.
- Urban Ecological Resilience: Enhances the green cover of the Aravalli hills, directly mitigating air pollution, restoring local hydrological cycles, and safeguarding native fauna habitats.
Operating under the inspiring motto “Roots in Ayurveda – Conserve Biodiversity – Restore Ecosystems,” the partnership between AIIA and the ECO Task Force serves as a replicable blueprint for sustainable environmental governance across India.
Frequently Asked Questions (FAQs)
1. What is the main objective of the AIIA and 132 ECO Task Force initiative?
The primary objective is to plant 10,000 Ashwagandha saplings at the Terriers Herbal Garden in Bhatti Mines, South Delhi, combining Ayurvedic research, biodiversity conservation, and the ecological restoration of the mining-affected Aravalli landscape.
2. Why was Ashwagandha chosen for this plantation drive?
Ashwagandha (Withania somnifera) is one of the most vital medicinal plants in Ayurveda, known for its health-promoting properties. Cultivating it locally allows researchers to study its adaptation while simultaneously aiding soil restoration and boosting native biodiversity.
3. Who are the key institutional leaders behind this project?
The initiative is led by Prof. (Vaidya) Pradeep Kumar Prajapati, Director of AIIA, and Colonel Mohan Singh, Commanding Officer of the 132 Infantry Battalion (Territorial Army) ECO RAJPUT, with operational coordination managed by Major Jai Singh Shekhawat and Major (Dr.) Ashish Kumar.
4. Where is the Terriers Herbal Garden located?
The Terriers Herbal Garden is located at Bhatti Mines in South Delhi, an area that forms an essential part of Delhi's Southern Ridge and the wider Aravalli hill range.
Official Source & Verification
This article is grounded on the official press release issued by the Press Information Bureau (PIB), Government of India (Release ID: 2314924, AYUSH). Access the official document: https://pib.gov.in/PressReleasePage.aspx?PRID=2314924&lang=1.