Karnak Temple - Sun Shining Though The Pillar Columns [el-Karnak, Near Luxor, Egypt, Arab States, Africa] Royalty-Free Stock Image

The Karnak temple complex, universally known only as Karnak, describes a vast conglomeration of ruined temples, chapels, pylons and other buildings. It is located near Luxor in Egypt. This was ancient Egyptian Ipet-isut (The Most Selected of Places), the main place of worship of the Theban Triad with Amun as its head, in the monumental city of Thebes. The complex retrieves its current name from the nearby modern village of el-Karnak, some 2.5km north of Luxor. The complex is a vast open-air museum and the largest ancient religious site in the world. It is probably the second most visited historical site in Egypt, second only to the Giza Pyramids near Cairo. It consists of four main parts (precincts) of which only one is accessible for tourists and the general public. This is the Precinct of Amun-Re, and this it is also the main part of the complex and by far the largest part. The term Karnak is often understood as being the Precinct of Amun-Re only, as this is the only part most visitors normally see. The three other parts, the Precinct of Montu, the Precinct of Mut and the Temple of Amenhotep IV (dismantled), are closed to the public. There also are a few smaller temples and sanctuaries located outside the enclosing walls of the four main parts, as well as several avenues of human and ram-headed sphinxes connecting the Precinct of Mut, the Precinct of Amon-Re, and Luxor Temple. The key difference between Karnak and most of the other temples and sites in Egypt is the length of time over which it was developed and used. Construction work began in the 16th century BC. Approximately thirty pharaohs contributed to the buildings, enabling it to reach a size, complexity, and diversity not seen elsewhere. Few of the individual features of Karnak are unique, but the size and number of features are overwhelming. Construction of temples started in the Middle Kingdom and continued through to Ptolemaic times.