India has lost 2.33 million hectares of tree cover since 2000
This widespread deforestation has led to soil erosion, drained water reserves, disrupted local climates, and diminished vital carbon sinks, accelerating climate change. Communities dependent on forests are facing economic hardship, while the loss of vegetation leaves regions more prone to floods, landslides, and other natural disasters.
At GuruJal, we restore landscapes with a blend of scientific expertise and heartfelt commitment, transforming dry lands into thriving ecosystems. We collaborate closely with local communities, addressing six key areas—land, water, waste, society, biodiversity, and governance—to create sustainable systems that convert barren land into flourishing community forests and vibrant experience centers.
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We are rebuilding the bond between communities and their environment.
Our projects are built to create a harmonious balance, where every stakeholder—from local communities to national policymakers—reaps the benefits. By transforming barren lands into lush, thriving forests, we’re not only empowering local populations but also aligning with India’s ambitious carbon sequestration goals, including the Nationally determined contributions to the Paris agreement. These initiatives serve as a catalyst for environmental rejuvenation, reduce floods, combat air pollution, and support the local economy through eco- tourism; providing long-term, sustainable solutions that foster both ecological health and economic prosperity
Our Impact
Our initiatives are paving the way for a resilient future.Â
Launch of the Damdama Eco-restoration project by the Chief Minister of Haryana, Mr. ML KhattarÂ
Launched in partnership with Haryana Water Resources Department, Forest Department, Tourism Department & EY Foundation, the Aravalli Restoration project envisions to restore the degraded green spaces amidst the bustling metropolis of Gurugram.
The Chief Minister of Haryana has allocated 3000 hectares of land for the project, making it one of the biggest land restoration efforts in the State. Upon completion, the project will sequester 28,000 tonne of CO2 over 10 years, and will enable groundwater recharge of 150+ olympic size swimming pool/year. In the process, it will also create x green jobs.