Selected for larger cloves.
Music is a very popular selection derived from German Extra Hardy. It is prized for its jumbo cloves, long storage potential, and strong field performance in cold climates. Skins are very thick and tightly wrapped, with creamy white color. Expect 4–5 cloves per head. A stiffneck or hardneck type. 1 unit = 1 bulb. Organically grown.
SCIENTIFIC NAME: Allium sativum
TYPES OF GARLIC: SOFTNECK (Allium sativum) — the necks are soft at maturity, so this type can be braided. The main type used by the large West Coast growers for marketing and drying. Bulbs produce medium-size cloves on the outside layer, plus 2 – 4 layers of small, inner cloves. Adapted widely, although somewhat less winter hardy than stiffneck. STIFFNECK (Allium sativum var. ophioscorodon) — the plants send up hard flower stalks called "scapes"; Unlike softneck, the bulbs have large outside cloves, and no inner ones.
CULTURE: Grow in fertile, well-drained soil and full sun. Plant from about the first fall frost date until as late as November. (Spring planting will yield small bulbs.) Plant individual cloves approximately 6" apart in rows 24" apart or 3 – 4 rows per bed with 6" spacing in and between rows. Push the clove, root end (rounded end) down, about 2 – 3" into the soil, or place cloves in a furrow and cover with 2 – 3" of soil. Cover with 3 – 4" of mulch from grass clippings, straw, or leaves. The largest cloves will produce the largest bulbs; small cloves found at the inside of softneck bulbs can be sown 2" apart for garlic greens. The color, flavor, and size of garlic heads can be variable depending on location, fertility, and weather.
DISEASE AND PESTS: To minimize the risk of disease, plant only seed-stock quality garlic, practice a 3 – 5 year crop rotation out of Alliums, ensure good drainage, and scout for disease regularly.
TOPPING STIFFNECK GARLIC: Stiffneck garlic will form flower stalks, called garlic scapes. The scapes are hard, long, curled stalks that appear 1 – 2 months after the first leaves. Top the plants by cutting the scape from the plant when the scape begins to curl; topping encourages the plant to focus energy on growing the bulb rather than the scape. Scapes are edible and can be used for pesto or in dishes that call for garlic.
HARVEST: In summer when the bottom leaves are beginning to yellow and when 3 – 4 lower leaves turn brown, which should be in June through August, depending on your location. Do not leave in the ground too long or bulbs will separate and rot. Dig garlic with a spading fork, being careful not to bruise the bulbs. Brush off the soil before curing and storing the bulbs.
CURING AND STORAGE: Cure in a warm, shady place with good air circulation (gentle air flow is important; do not point a fan directly at the curing bulbs). To avoid potential damage to curing bulbs, avoid high heat and direct sun. Hang in bundles or spread as a single layer on screens or drying racks. Allow to cure until the neck is dry and outer skin is papery, approximately 2 – 3 weeks. Store by braiding or tying several heads together and hanging up, or store by cutting tops off and placing bulbs in a mesh bag or open container. Keep in a cool, dry, well-ventilated place at 45 – 55°F (7 – 13°C) and 50 – 60% relative humidity. Garlic stored in the refrigerator is likely to sprout.
NOTE: Stiffneck garlic requires exposure to cold temperatures. Southern growers who do not experience winter temperatures consistently below 40-50°F (4-10°C) may need to apply a cold treatment: place garlic in a paper bag and refrigerate for 10-12 weeks prior to planting.
SEED SPECS: Stiffneck varieties average 5 large cloves per head and 40 cloves per pound; approximately 80,000 cloves/acre or 1,600 lb. 6" apart in double rows, 30" between row set. Softneck varieties average 7 large cloves per head and 45 cloves per pound; 80,000 cloves/acre or 2,000 lb. 6" apart in double rows, 30" between each row set. (Please note that these numbers are averages and the actual number of cloves per pound can vary each year depending upon weather and growing conditions during seed production.)