Project Tag: hand finished

  • Snowflake Coral Polyps Traveling

    Snowflake Coral Polyps Traveling

    As land traffic quieted down in 2020, ocean shipping traffic increased. Snowflake Coral, an opportunistic hitchhiking animal, travels from port to port in the bilge water of ships. Bilge water released at a ship’s destination spreads the polyps who quietly invade and colonize new ports and defenseless reefs.

  • Circogonia-Epibulia II on Siphonophorae Necklace

    Circogonia-Epibulia II on Siphonophorae Necklace

    The necklace was sold at the ACCI Gallery in Berkeley, California as part of the “Forge the Future” exhibit + sale which ended Nov 7, 2021 Circogonia-Epibulia II Brooch / Pendant on Siphonophorae Necklace Recycled Argentium Sterling Silver, Recycled Sterling Silver, Stainless SteelHand drawn, laser cut, hand finished 2.25” diam x 0.5” (4.7 x 1.3…

  • Snowflake Coral Polyps Deep Red

    Snowflake Coral Polyps Deep Red

    Inspired by the  invasive snowflake coral species now seen more often in the waters of the Hawaiian Islands. The species is spread by cargo ships and has no natural predators in Hawaiian waters. Hand drawn, laser cut, hand finished 5.8 x 3.6 x 0.4 cm Titanium and recycled red leather. Stainless steel fasteners with handmade niobium…

  • Snowflake Coral Polyps White Reaching

    Snowflake Coral Polyps White Reaching

    Titanium and recycled leather Stainless steel fasteners with handmade niobium ear wires Hand drawn, laser cut, hand finished 6.5 x 3.6 x 0.5 cm Inspired by the  invasive snowflake coral species now seen more often in the waters of the Hawaiian Islands. The species is spread by cargo ships and has no natural predators in…

  • Argentium Sterling Heliodiscus Phacodiscus Earrings

    Argentium Sterling Heliodiscus Phacodiscus Earrings

    Inspired by the microscopic sea creatures in Ernst Haeckel’s radiolarian drawings from 1862. Hand drawn, laser cut, hand finished 3.5 cm diameter x 6.5 cm x 0.7 cm Argentium sterling silver layers. Stainless steel fasteners with handmade sterling silver spacers and niobium ear wires. Argentium silver is a low tarnish sterling silver. Niobium is a hypo-allergenic metal.…

  • Heliodiscus Phacodiscus DMO Earrings Titanium & Argentium

    Heliodiscus Phacodiscus DMO Earrings Titanium & Argentium

    The earrings were inspired by the microscopic sea creatures in Ernst Haeckel’s radiolarian drawings from 1862 of a zooplankton. Hand drawn, laser cut, hand finished3.5 cm diameter x 6.5 cm x 0.7 cm Titanium front layer and argentium silver back layer. Stainless steel fasteners with handmade sterling silver spacers and niobium ear wires.  Argentium sterling silver…

  • Red Snowflake Coral Polyps Floating

    Red Snowflake Coral Polyps Floating

    EarringsRecycled Sterling Silver, Stainless Steel Fasteners, Niobium6.1 x 3.6 x 0.5 cm2.4 x 1.4 x 0.2 inch0.21 oz each (5.9 gm each) Snowflake coral polyps floating free Click here to read about the design process and inspiration for the Snowflake Coral Series

  • Snowflake Coral Polyps Reaching

    Snowflake Coral Polyps Reaching

    Recycled Sterling Silver,  Coral Recycled Suede, Stainless Steel Fasteners, Niobium Ear Wires 2.5 x 1.4 x 0.2 inch Snowflake coral polyps reaching to invade more shores Click here to read about the design process and inspiration for the Snowflake Coral Series

  • Snowflake Coral Polyps Colonizing

    Snowflake Coral Polyps Colonizing

    Earrings Recycled Sterling Silver, Stainless Steel Fasteners 2.2 x 1.4 x 0.4 inch Snowflake coral polyps building layers as the colony grows Click here to read about the Snowflake Coral Series design process and inspiration

  • Coral Polyps Floating Earrings

    Coral Polyps Floating Earrings

    Recycled Sterling Silver, Stainless Steel Fasteners, Niobium2.4 x 1.4 x 0.2 inch6.1 x 3.6 x 0.6 cm Snowflake coral polyps floating free The earrings were part of the juried exhibit + sale “The Earring Show 2022” at Craft Council British Columbia in Vancouver, BC, Canada. craftcouncilbc.org Click here to read about the inspiration and design…