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Masroor Rock-Cut Temples in Kangra Valley
The Masroor Rock-Cut Temples are in the news as a highlighted example of rock-cut Hindu temple architecture in India. The complex is situated in the Kangra Valley along the Beas River in Himachal Pradesh and is noted for its monolithic rock-cut design and distinctive temple layout.
Masroor Rock-Cut Temples (Kangra Valley):
| Dimension | Key Details |
|---|---|
| Location | The complex comprises rock-cut temples in the Kangra Valley along the Beas River in Himachal Pradesh. |
| Period | The complex comprises temples dating to the 8th century CE. |
| Architectural significance | The complex comprises a significant example of monolithic rock-cut architecture in northern India. |
| Other names | The complex comprises the names “Ellora of Himachal” and “Himalayan Pyramid.” |
| Architectural influence | The complex comprises influence of the Gupta style of architecture. |
| References in texts | Historical records comprise no references to the complex in ancient scriptures or historical texts. |
| Scholarly attention | Scholarly attention comprises reporting by Henry Shuttleworth in 1913 and a detailed survey by Harold Hargreaves in 1915. |
| Number of temples | The complex comprises 15 rock-cut temples. |
| Temple style | The temples comprise the Nagara style of North Indian temple architecture. |
| Primary dedication | The complex comprises temples dedicated primarily to Lord Shiva, Lord Rama, Sita, and Lakshmana. |
| Construction material and type | The temples comprise carvings from a single sandstone rock formation. |
| Orientation | The complex comprises temples facing northeast towards the Dhauladhar Range. |
| Layout | The layout comprises a symmetrical square grid with a central shrine surrounded by smaller temples in a mandala-like arrangement. |
| Artistic elements | The complex comprises intricate carvings, reliefs, and friezes depicting deities and stories from Vedic and Puranic traditions. |
| Damage factor | Damage to many sculptures comprises impacts largely due to earthquakes. |