Bead Pot
Careful excavations of the pot by J. M. Kenoyer required several weeks. This was done in the evenings after other excavation lab work was finished. The pot and its contents were photographed before and after each layer was removed.
Ancient Indus Civilization Jewelry.
Careful excavations of the pot by J. M. Kenoyer required several weeks. This was done in the evenings after other excavation lab work was finished. The pot and its contents were photographed before and after each layer was removed.
Initial probing to determine the contents of this small pot (79) from Trench 38, Late Harappan Period, revealed the presence of carnelian and faience beads.
A small pot was found on the floor just to the west of the large globular vessel (the big hole in the wall is where it once sat). In the foreground are other large jars set into the floor and used as hearths or garbage pits.
Fired steatite was an important material used in many different types of Indus jewelry. Steatite beads are found in all four necklaces in the center of this collection of jewelry from Harappa and Mohenjo-daro.
A small pot dating to the Period 3C of the Harappa Phase (c.
These beads from the Ravi Phase (3300-2800 BCE) at Harappa have been made from carnelian and amazonite (right hand bead). The raw material used to make these beads was brought to the site from source areas probably in Gujarat, over 900 km to the
Steatite beads from the Early Harappan Periods at Harappa. On the right are many different styles of Ravi Phase beads (circa 3300-2800 BC). Note the blue green glazed bead in the center and the row of unfired beads in the second to the bottom row.
Fragments of a steatite bead necklace recovered from the floor of a house dating to the Ravi Phase (circa 3100 BCE, see 9). The beads have been fired and glazed.
Many different styles of terra cotta beads were made during the during the Ravi Phase at Harappa (circa 3300 BCE-2800 BCE).
This terra cotta bead necklace with two strands of long biconical beads dates to the Ravi Phase (c. 3300 BCE).