Adaptation to climate change is vital for resilience amidst rising sea levels and erratic weather patterns. Key strategies include protecting coastlines, ensuring food security, conserving water, investing in renewable energy, disaster preparedness, and protecting ecosystems.
A Better Tomorrow
Stories, Practices, and Solutions
In rural India, water scarcity is a harsh reality impacting communities’ lives profoundly. Through watershed development, communities are empowered to heal the land holistically, from ridge to valley, ensuring water security, improved health, and livelihoods.
This blog explores the challenges and solutions towards achieving Sustainable Development Goal 6 (Clean Water and Sanitation for All) in India, emphasizing the importance of collective action and innovative approaches.
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Innovation once drove survival and growth. Now, amid climate stress and inequality, it must shift toward impact, resilience, and long-term sustainability.
WOTR’s Annual Report 2024-25, Roots & Resilience, highlights rural resilience through science, technology, and tradition.
Across India, disasters are no longer singular events but a polycrisis—where climate extremes, ecological degradation, water stress, and livelihood insecurity interact and amplify one another
When we mix weather,climate and climate change terms together, it can lead to confusion about what actually caused an event, who is responsible, and what actions are most effective
Explore WOTR’s 13-year journey across villages in Odisha, reaching over one lakh people through community-led watershed and livelihood interventions.
The Global South is being asked to shoulder the world’s nature and climate ambitions while global finance continues to move decisively in the opposite direction.
Read a collection blogs which brings together five stories from WOTR’s blog, shaped by the everyday lives, struggles, and choices of people in rural India. Told from the ground up, these pieces reflect moments of resilience, learning, and collective effort around water, livelihoods, and social change.
A water storage capacity of 2.5 million litres was created, bringing 64.25 acres of barren land back under cultivation while reducing soil erosion and improving groundwater recharge.