The announcement of IIT ROOREKEE, Kedarnath Hydroids is suitable for Tamil Nadu Solar and Wind Energy Production - Haridwar News IIT ROOREKEE study reveals antique temples to natural resources

Updated: Do, 25 Sep 2025 09:17 am (IST) Researchers from IIT ROOREKEE found that eight Shiva temples in India are located in areas rich in natural resources. Northern temples such as Kedarnath are ideal for hydroelectric, while the southern temples are suitable for solar and wind energy. This temple is located at the 79 ° Eastern Longgrade called Shiva Shakti Akshak. The region has the capacity to produce 44 million tonnes of rice annually. Jagran Correspondent, Roorkee. The place of eight prestigious Shiva temples in India not only holds intensive spiritual importance, but is also closely related to areas with high productivity of natural resources. Northern site like Kedarnath is ideal for hydroelectricity. Remove the ad, just read the news. At the same time, the southern places such as Tamil Nadu are suitable for the production of solar and wind energy. It was discovered by researchers at the Indian Institute of Technology (IIT) in a study in collaboration with Amrita Vishwa Vidyapeetham (India) and Upsala University (Sweden). The study was published in the Humanities and Social Sciences Communications (Nature Porfolio). Iit Roorkee studied the Kedarnath Temple in Uttarakhand, Ramanath Swamy Temple in Tamil Nadu, Thiruvannamalai Temple, Ekambarnathhar -Temple, Chidambaram Natraj -Temple and Jambukeshwar -Temple in Andhra Pradesh. According to Professor KS Kashiwasanwanathan, chief investigator and faculty member of the Department of Water Sources Development and Management (WRDM) of the Institute, this study shows that this Tamarakhand temple was distributed to Rameswaram in Tamil Nadu at the 79 ° East length, a now North-South Shiva Shiva, called Shiva Shiva, Shivaa Shiva, called Shivaa Shiva, called Shivaa Shiva, called Shivaa, Shivaa Shiva, Shivaa Shiva Shiva Shiva Shiva Shiva Shewa Shewa Shewa Shasti length). Researchers, using modern equipment such as satellite data, geopolitical modeling and environmental productivity analysis, have found that this alignment coincides with the availability of water, renewable energy capacity and agricultural areas. Conclusions show that these ancient temple grounds would probably have been chosen with deep awareness of environmental flood. He said that although the SSAR studies sector covers only 18.5 percent. Nevertheless, it has the ability to produce 44 million tonnes of rice annually and an estimated 597 GW has renewable energy capacity, more than India’s current established renewable capacity. – Many of these temples are represented by one of the five elements, and Professor KS Kashivishwanathan said this research shows that ancient Indian civilizations should have been deepened to nature and stability. Which would give them guidance to choose the construction of large temples. At the same time, apart from the findings of the environment, the study determines the relationship between the symbolism and environmental planning of the temple. Many of these temples represent one of the five elements (Panchabhuta): Earth, water, fire, air and air, and have been established as spiritual and cultural heritage for centuries. The research team believes that temple planning is not only based on the universe or mythology, but also on practical and empirical knowledge that has been going on for generations. By emphasizing the scientific logic behind the establishment of sacred temples, not only is enriched academic understanding, but it is also placing how the civil knowledge of India can lead sustainable development today. Soil, water and energy sources had a profound understanding of the prominent writer and research scientist Bhabesh Das said that the study concludes that the ancient temple manufacturer was also an environmental planner. His decisions were not only inspired by faith, but also inspired by a deep understanding of soil, water and energy sources. WRDM Chief, prof. Thanga Raj Chelia, said it acts as a bridge between a remarkable interdisciplinary cooperation of heritage and water resources. This reflects the importance of reconsidering ancient practices with modern devices to form a more durable future. This study said that the legacy of India is not only cultural depth, but that it also contains strategic environmental insight. Which must be understood in the modern development plan and implemented. Also Read-Shri Rudath Temple: Only 140 pilgrims visit here daily, the doors open on 18; Advice issued ancient knowledge and modern science, director of each other, prof. Director of IIT, prof. KK Pant said this study shows how ancient knowledge and modern science can complement each other. This study also indicates continuity in geoseries and rainfall distribution patterns despite the environmental changes that have been underway for centuries. Turned out of areas such as Vagai and Porunai River Valleys Nightly testimony further supports the principle that the construction of the ancient temple had a deep connection with water, agriculture and stable geopolitates. This information offers valuable lessons for contemporary challenges of resource planning and climate flexibility.