Stop The Grind Mug
Each year, approximately 1,150 pilot whales and dolphins fall victim to the grind in the Faroe Islands. These intelligent and social creatures are driven into the bays by small boats, trapped, and then killed. In recent years, Sea Shepherd has partnered with other marine protection groups to form the global coalition \u2018Stop the Grind\u2019. This initiative has rallied organizations, public figures, and politicians worldwide, creating a formidable force against the pilot whale slaughter.
This beautifully designed Stop The Grind 11oz printed mug is made with 100% ceramic and printed on demand in a renewable energy-powered factory.
Original: $19.00
-65%$19.00
$6.65More Images
Stop The Grind Mug
Each year, approximately 1,150 pilot whales and dolphins fall victim to the grind in the Faroe Islands. These intelligent and social creatures are driven into the bays by small boats, trapped, and then killed. In recent years, Sea Shepherd has partnered with other marine protection groups to form the global coalition \u2018Stop the Grind\u2019. This initiative has rallied organizations, public figures, and politicians worldwide, creating a formidable force against the pilot whale slaughter.
This beautifully designed Stop The Grind 11oz printed mug is made with 100% ceramic and printed on demand in a renewable energy-powered factory.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Each year, approximately 1,150 pilot whales and dolphins fall victim to the grind in the Faroe Islands. These intelligent and social creatures are driven into the bays by small boats, trapped, and then killed. In recent years, Sea Shepherd has partnered with other marine protection groups to form the global coalition \u2018Stop the Grind\u2019. This initiative has rallied organizations, public figures, and politicians worldwide, creating a formidable force against the pilot whale slaughter.
This beautifully designed Stop The Grind 11oz printed mug is made with 100% ceramic and printed on demand in a renewable energy-powered factory.
