Promoting Geo-Heritage and Geo-Tourism in Kashmir
Kashmir is globally known for its scenic landscapes, rich culture, and long history of tourism. Lakes, gardens, forests, and snow-covered mountains have traditionally defined the region’s identity. However, beneath this natural beauty lies an equally important but lesser-known treasure-Kashmir’s geological heritage. This geoheritage records millions of years of Earth’s history and offers a strong foundation for developing geo-tourism as a new and sustainable component of Kashmir’s tourism economy.
Geoheritage Conservation Initiatives in Kashmir: In a significant step towards geoheritage conservation, the Government of India, through the Geological Survey of India (GSI), declared Guryul Ravine near Khunamuh as a National Geoheritage Site in October 16, 2025. The ravine is world-renowned for preserving one of the most complete and best-preserved geological records of the Permian–Triassic mass extinction event (the “Great Dying”), which occurred around 252 million years ago and wiped out most life on Earth. Ravine is internationally important because it preserves fossil records related to one of the most critical events in Earth’s evolutionary history. Building on this initiative, 03 more sites in South Kashmir’s Anantnag district, including Halsidar, Saskhudan Kapran, and Maswati Narsanger, have been granted protected status and have also been notified as protected geoheritage sites.
In last five years, many important fossil sites, formed hundreds of millions of years ago, have been discovered in different parts of Kashmir. These discoveries were made not only by scientists, but also by teachers, students, and local people during trekking, field visits, and school trips. With the help of mobile phones and social media, photos and details of unusual rocks and fossils are quickly shared with geoscientists for checking and proper record. Although the Geological Survey of India (GSI) and other Geo-Science Organizations have been studying fossil-bearing rocks in the Kashmir Himalaya since the 1950s and 1960s, the recent rise in public reporting has renewed interest in Kashmir’s rich geological heritage. This growing awareness has encouraged students, researchers, and government officials to understand the scientific and educational value of these sites. As a result, joint efforts are now being made by the Geological Survey of India (GSI), the Department of Archives, Archaeology and Museums, the Jammu and Kashmir Forest Department, and other agencies to document, sample, and protect these fossil-rich areas for future generations. To enhance public awareness, informative signage boards explaining the geological and palaeontological importance of these sites have been installed. According to GSI officials, similar efforts are underway at many other locations across the Kashmir Valley.
Key Fossil, Rock, and Geoheritage Sites in Kashmir: Based on previous scientific studies, literature and recent reports, it is clear that Kashmir has exceptional geological diversity spread across the entire valley. Geologically, the valley of Kashmir has almost a complete stratigraphic record spanning from Precambrian (2500 my) to Recent period (0.01 my). It has a brilliant record of many important geological events and ancient life that is preserved within its different rock types of historical ages. In a recent development from Saskhudan Kapran (Anantnag), we have collected samples currently under analysis. Preliminary results show the occurrence of first Jurassic ammonoids (Virgatosphinctinae and Himalayatinae), along with belemnites, bivalves, and crinoid stems, in rock formation giving them an age of Late Jurassic folded within Triassic limestone. Ammonites are found in the middle layers of earthy shale associated with quartz arenite beds etc. Virgatosphinctinae and Himalayatinae are extinct ammonites; Virgatosphinctinae lived in the Late Jurassic and are key index fossils, while Himalayatinae range from the Late Jurassic to Early Cretaceous and help study ammonite evolution and Himalayan paleogeography. This discovery provides important insights into Jurassic marine life, paleogeography, and ammonite evolution in the region. Previously, researchers have identified many important rock formations and geological sites in Kashmir with high potential for geotourism. Some of the key geoheritage sites are listed below. In addition to the sites listed below, many more locations in Kashmir have geoheritage value. A district-level survey, mapping, and documentation can help identify and protect these sites, and support sustainable geotourism and conservation in the region.
Tourism and Archaeological Heritage of Kashmir: Kashmir Valley is a highly diverse tourism region known for its scenic landscapes and rich cultural heritage. Major destinations include Srinagar (Dal Lake, Mughal Gardens, Dachigam), Gulmarg (snow tourism), Pahalgam and Anantnag area (valleys, rivers, waterfalls), Sonamarg and Manasbal (glaciers and alpine meadows), Yusmarg and Doodhpathri (meadows), Bangus and Lolab valleys (eco-tourism), and Gurez and Wular Lake (mountains and wetlands), all supported by an expanding road network.
Kashmir also holds an outstanding archaeological legacy, from Neolithic sites such as Burzahom and Gufkral to ancient temples like Martand and Awantipora, and medieval Islamic monuments including Jamia Masjid and Khanqah-e-Shah-e-Hamdan. The Kalaroos caves add a unique geo-archaeological dimension. Together, these natural and cultural assets give Kashmir strong potential for sustainable tourism.
Way Forward For Sustainable Geo-Tourism Development: One of the greatest strengths for developing sustainable integrated geo-tourism in Kashmir is that most geoheritage sites are located along existing tourist routes/corridors and destinations. This makes their integration into the current tourism framework both practical and cost-effective. By including geoheritage locations on official tourism maps, travel itineraries, and digital platforms, tourists can be encouraged to explore beyond conventional attractions. Such an approach can increase the duration of tourist stays, enhance visitor experience, and generate additional revenue, trade, while promoting environmental awareness and conservation.
For geo-tourism to succeed, an integrated and collaborative approach is essential. Departments of Tourism, GSI, Forest, Archaeology, district administrations, and academic institutions must work together to identify geoheritage sites, ensure their protection, install scientific and visitor-friendly signage, and develop guided geo-trails. District-level initiatives can play a key role, as demonstrated by Anantnag district’s identification of geoheritage sites for inclusion in tourism planning. Similar efforts by other districts can ensure local participation and effective management.
In the long run, promoting integrated and sustainable geoheritage and geo-tourism can help Kashmir diversify its tourism sector, reduce pressure on over-visited destinations, and create new opportunities for education and livelihoods. Protecting these geological treasures is not only about preserving rocks and fossils; it is about safeguarding the story of Earth, geological history of Kashmir, strengthening sustainable development, and passing this legacy on to future generations. With sustained effort and coordinated planning, Kashmir has the potential to emerge as a leading geo-tourism destination in the Himalayan region.
Dr. Riyaz Ahmad Mir, Former Sr. Geologist, GSI, Scientist-In-Charge National Institute of Hydrology, Western Himalayan Regional Centre , Jammu, J&K
