Kahu-Jo-Darro, also known as Mirpur Khas stupa, is an ancient Buddhist stupa found at the Mirpurkhas archaeological site in Sindh, Pakistan. The site is spread over . Excavations completed before 1910 revealed this large brick-based stupa and numerous terracotta reliefs now displayed in major world museums. The Mirpur Khas site is notable because historic Indian and Arab coins were found during its excavation. This has led scholars such as Derryl MacLean to suggest that Buddhism was thriving in Sindh region around the 10th-century and became extinct in these parts of the west and northwest Sou
Kahu-Jo-Darro, also known as Mirpur Khas stupa, is an ancient Buddhist stupa found at the Mirpurkhas archaeological site in Sindh, Pakistan. The site is spread over . Excavations completed before 1910 revealed this large brick-based stupa and numerous terracotta reliefs now displayed in major world museums. The Mirpur Khas site is notable because historic Indian and Arab coins were found during its excavation. This has led scholars such as Derryl MacLean to suggest that Buddhism was thriving in Sindh region around the 10th-century and became extinct in these parts of the west and northwest South Asia after the Islamic conquest.
Early estimates placed the site in the 4th to 5th-century. The stupa is now dated between the 5th to early 6th-century, because its artwork is more complex and resembles those found in the dated sites such as the Ajanta and Bhitargaon in India. The terracotta discoveries here include intricately and elegantly carved Buddha images as well as several Hindu artworks such as of Brahma. These different terracotta artwork found here have been variously dated between the 6th to 10th centuries, and include the notable 7th-century painted image of Avalokitesvara Padmapani. The artwork is similar to those seen at Sarnath and at Mathura. Clay tablets containing the Buddhist formula "Ye Dharma Hetu" in 7th-8th century script were also found.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).