Fifty-eight turquoise beads, with different sizes and forms; most are partly broken. Group a) Thirty-five have a slightly twisted form; three are blue and black and two are blue and white. Group b) Twenty-one beads have square form. Group c) Two turquoise beads with a twisted form.

Glass bead. The piece is short and tubular, with a machine-faceted surface and hand cut facets around the narrowed tip of both edges. The exterior is clear, shiny glass, with a blue interior core. A small hole is bored through the centre.

Glass bead. The piece is wide and round, a shiny dark blue, faceted on the outside. One end decreases in diameter and is hand-faceted, while the other is sheared. A large hole is bored through the centre.

Glass bead. The piece is wide and round, a shiny dark blue, with three layers of facets hand-cut into the surface. Ends are unfinished. A large hole is bored through the centre.

Glass bead. The piece is short and tubular, with 7 facets cut into the surface around the centre as well as around the narrowed tip of both edges. The exterior is clear, shiny glass, with a blue interior core. A small hole is bored through the centre.

Glass bead. Bead is short and tubular, with 7 facets cut into the surface. The exterior is shiny and blue, while the interior core is translucent. A hole is bored through the centre.

Glass trade bead. Small bead is tubular, slightly longer than wide. It's surface is heavily faceted including along both edges, which are roughly cut and come to a point. A small, uneven hole is bored through the centre of the bead.

Glass trade bead. Bead is long and thin, with machine-cut facets running it's length. An indented row of hand-cut facets encircles the piece close to one end. The opposite end holds a layer of similar faceting along the edge. Machine facets are shiny, while hand-cut facets are slightly frosted.

Conch shell bead with rounded body and flat sides. Perforated for threading it and make a necklace. Well preserved.

50 round, undecorated, loose beads. Fifteen of the beads have a copper-like appearance on the outer surface.