Climate Change, Environmental Stress and Water Resilience in Uttarakhand Himalaya: An Ethno-Historical Study

Gangnani Inscription Uttarakhand Himalaya Climate Change Water Resilience Traditional Water Bodies

Authors

  • Dr. Vijay Bahuguna Assistant Professor, History Department, VSKC Govt.PG College, Dakpathar (Vikasnagar) Dehradun Uttarakhand
  • Dr Arvind Mohan Painuly Assistant Professor, Chemistry Department, VSKC Govt.PG College, Dakpathar (Vikasnagar) Dehradun Uttarakhand
  • Dr. Kishor Chandra Joshi Assistant Professor, Swami Vivekanand Govt PG College Lohaghat, Champawat
  • Dr. R. P. Badoni Assistant Professor, Commerce Department, VSKC Govt.PG College, Dakpathar (Vikasnagar) Dehradun Uttarakhand
  • Dr. Yogesh Bhatt Assistant Professor, Physics Department, VSKC Govt.PG College, Dakpathar (Vikasnagar) Dehradun Uttarakhand
January 31, 2026

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The Uttarakhand Himalaya, often referred to as the 'Water Tower of India,' faces unprecedented challenges from climate change and environmental degradation. This ethno-historical study examines the intricate relationship between climate change, environmental stress, and water resilience in this ecologically sensitive region. Drawing upon historical records, traditional ecological knowledge, and contemporary data, this research explores the evolution of water management practices from ancient indigenous systems to modern interventions. The study documents traditional water bodies including naulas (step wells), dhara (springs), chaals (water channels), and gadheras (streams), many adorned with Sanskrit inscriptions reflecting the sacred relationship between communities and water resources. Through an interdisciplinary approach combining historical analysis, ethnographic research, and environmental assessment, this paper reveals how centuries-old water harvesting techniques are being revitalized to address contemporary water scarcity. The findings indicate that integrating traditional ecological knowledge with modern water management strategies offers a sustainable pathway for building climate resilience in the Himalayan region.