SLOW FLOWERS Podcast: Make my Valentine’s Flowers American-Grown, Please! Thanks, Peterkort – an Oregon Rose Farm (Episode 128)




SLOW FLOWERS with Debra Prinzing show

Summary:   Hello again and thank you for listening to the newest episode of the Slow Flowers Podcast with Debra Prinzing.  This is part 2 of my back-to-back episodes on American grown roses, in honor of Valentine's Day, taking place later this week. In our previous episode, I introduced you to Danielle Hahn of Rose Story Farm, based in Carpinteria, California. Today, I hope you'll enjoy my conversation with Sandra Peterkort Laubenthal of Peterkort Roses. Most U.S.-grown roses hail from California, which accounts for 75 percent of the nation’s overall floral production. Yet in Oregon, Peterkort Roses has raised hybrid teas for the floral trade since the 1930s. The Peterkorts, a third-generation Oregon family, currently produces 2 million roses annually, using many sustainable growing practices. “We have this certain niche, and we really want to support the local floral industry,” says Sandra, granddaughter of Joseph and Bertha Peterkort, who came to Oregon from Germany and started flower farming in 1923, raising sweet peas, gerberas and pansies. Historically, the state had been home to several commercial cut rose growers, but during the past two decades those operations either shifted to other crops or folded altogether. “We are an anachronism, but it seems like the ‘City of Roses’ should have its own local rose grower,” Sandra points out.  Here's the video segment produced by Anne Jaeger for The Oregonian/Oregon Live: "Sustainable bouquets -- buying local extends to flowers, too!" Peterkort’s elegant blooms look vastly different from those softball-sized imported ones that are offered by supermarkets, wire services and conventional flower shops every February 14th. Instead, Peterkort’s 60-plus rose varieties are closer to what you might find gracing a mixed perennial border in the garden. Specialties include the hybrid tea rose, with upright, spiraled petals; a German-bred hybrid tea that features multi-petal characteristics of an old garden rose; and dainty spray roses with many small blooms on a single stem. Today, Peterkort’s 16 hoop houses produce thousands of rose stems, as well as gorgeous Oriental and Asiatic lilies, maiden fern, orchids and new crops like ranunculus and anemone. Designers count on Peterkort as an important local source for bridal bouquets, boutonnieres, flower girl wreaths and tabletop arrangements. The versatile color palette begins with pure white roses and ends with ones covered in dark, velvety black-red petals. Unlike unscented imported roses, these have a light, pleasing fragrance. Because Peterkort harvests its flowers one day and sells them the next, their roses are super fresh and, as a result, are long-lasting in the vase. “I’ve been ordering roses from Peterkort for years,” says designer Melissa Feveyear, owner of Seattle-based Terra Bella Floral Design, who specializes in local and organic flowers. With varieties like ‘Piano Freiland’, a red, peony-shaped rose, and spray roses that last several weeks in an arrangement, Peterkort’s blooms make up in quality what they don’t have in size, she says. “Because the stems are thinner than (those of) imported roses, they’re very easy to use in hand-tied bouquets. You can group a bunch together for really stunning impact without making the stem feel too bulky for a bride to hold.” Indeed Peterkort is the last Oregon rose grower, but in fact, customers around the country have begun to discover these boutique blooms. A message on the company’s web site helps to explain their popularity: “What can we say about a bunch of people who are still dedicated to growing cut flower roses in the U.S.? . . . We continue because we are obsessed.”  Peterkort’s sustainable practices produce greener blooms: During the winter months, Peterkort increases the amount of artificial greenhouse light, thereby producing more roses in less space for the same amount of energy. Energy curtains provide additional insulation as outside temperatures drop.