Publications
Assessing the carrying capacity for the environmental protection of the ancient artworks of India’s Ajanta caves
A doubling of visitors over 25 years at Ajanta Caves has significantly increased CO₂ levels and particulate matter, directly threatening the preservation of ancient murals. This study quantifies the environmental impacts—including humidity, microbial growth, sunlight exposure, and air quality—on mural deterioration, providing data-driven insights to guide sustainable tourism practices. By establishing a carrying capacity regime, it offers practical strategies for balancing public access with conservation, ensuring the protection of this UNESCO World Heritage Site for future generations. The research integrates art conservation, environmental science, and social aspects, offering globally applicable solutions for heritage management.
Digital Heritage of Asian Buddhist Caves Using Cultural Computing and AI: Special Reference to Ajanta Caves
A novel approach combining cultural computing and artificial intelligence (AI) has been developed to preserve, restore, and digitally experience the rich heritage of Ajanta Caves, a UNESCO World Heritage Site renowned for its Buddhist religious art. The study successfully created a 3D reconstructed model of Cave 1 and restored a damaged image of Bodhisattva Padmapani, demonstrating the potential of these technologies in safeguarding cultural heritage. This method leverages scientific techniques to represent and analyze cultural elements such as emotion and narrative, offering a more immersive and accessible way to engage with historical artifacts without physical interaction.
Role of Artificial Intelligence in Ajanta Caves & Hampi
Artificial Intelligence (AI) is emerging as a transformative tool for the preservation and digital documentation of UNESCO World Heritage Sites, such as Ajanta Caves and Hampi. This study highlights AI's potential to mitigate environmental and human-induced degradation by enabling rapid tracking of cultural heritage lifespans and guiding conservation efforts. By leveraging digital tools, AI facilitates the creation of accessible repositories that allow future generations to experience and understand these sites. The research emphasizes the urgent need for technological interventions in cultural heritage protection, addressing contemporary challenges through innovative approaches.
To Measure Satisfaction of Tourists Visiting the World Heritage Site of Ajanta Caves
A study on tourist satisfaction at the UNESCO World Heritage Site of Ajanta Caves, India, reveals that visitors are highly satisfied with the monument's appeal, facilities, scenic beauty, and conservation efforts. However, accessibility and connectivity were identified as key areas needing improvement. The research, based on a questionnaire survey of 100 tourists (both foreign and domestic) conducted in January 2020, found no significant differences in satisfaction levels between the two groups. The findings provide actionable insights for destination planners to enhance visitor experience and footfall, with suggestions aimed at addressing infrastructure gaps while leveraging the site's cultural and natural strengths.
Geological dimension of the cultural heritage: A case example of the Ajanta Caves (Maharashtra, India)
The Ajanta Caves offer significant geological heritage value through four key features: the artificial caves themselves, which showcase historical human geological activity; end-Cretaceous flood basalts that illustrate the emplacement of a Large Igneous Province and its associated palaeoenvironmental catastrophe; the unique landform created by the Waghora River's erosion of hard rocks; and rockfall hazards linked to cave construction and maintenance. Despite their potential for geotourism, the Ajanta Caves currently lack geological information in online resources, hindering their development as a geotourism destination. This study highlights the untapped opportunities for geotourism at cultural sites with high visitor numbers, emphasizing the importance of integrating geological heritage into conservation and tourism strategies.
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