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    Osborne - Sunflower Schoepp Seeds

    • Sunflower Schoepp Seeds

    Schoepp Seeds 2.0 is here! Inspired by rock n roll and art pop imagery, this line is a companion to Trapper's upcoming album Osborne.

    Schoepp Seeds: Sun, seed, earth, water. That’s it! Wisconsin folk musician Trapper Schoepp is bringing organic gardening to a new generation of music fans and gardeners alike. Simple and stylish, Trapper's packets are poised to grow within the garden industry. And he has an established seed company behind him to prove it, New York's legendary Bentley Seeds!

    Schoepp Seeds presents art-forward and hip packets that aim to appeal to all generations of gardeners, regardless of experience. Watch and learn…

    A descendant to the king of Sweden’s gardener Olof Johnson, 34-year-old Trapper is a natural-born gardener and storyteller. He will follow in his family’s footsteps with Schoepp Seeds.

    The world touring musician is the youngest songwriter to have a co-write with Bob Dylan through their song “On, Wisconsin,” a homespun tune that cuts across 60 years of folk music tradition. As with his music, his DIY seed company traces back to a previous generation via his collaboration with Bentley Seeds. The upstate New York company was founded by music lovers in 1975 and their seeds have been loved by gardeners nationwide since.

    Schoepp Seeds are organic, heirloom and GMO free seeds that were first released in conjunction with Schoepp's 2021 album, May Day. Agriculture has long been a centerpiece of pagan ‘May Day’ traditions. Many hoped that by observing the holiday, they could ensure that their crops were fruitful over the summer. Born on May Day, Trapper believes in these traditions and that Schoepp Seeds can help bring garden seeds to new spaces like concerts, record stores, and coffee shops.

    Schoepp Seed packets include simple planting instructions, as well as a QR code that directs you to Trapper's latest music and touring schedule. 

    Product images are for illustration purposes only. May not be an exact representation of the final product.