Whitetail Institute Beets and Greens Deer Attractant Seed Mix - Part BG3

GREENS 1/2 ACRE 3LBS FALL

The Whitetail Institute Beets and Greens seed mix is specially formulated to attract and retain deer throughout the fall and winter seasons. This comprehensive blend includes a variety of nutrient-rich kale, turnip, and radish seeds, along with the sweet appeal of sugar beets. Designed for fall planting, these seeds establish quickly and provide an effective food source that deer find irresistible, encouraging them to stay in your hunting or observation area. The mix's composition ensures a diverse and appealing forage that supports healthy deer activity during cold months, making it an ideal choice for wildlife enthusiasts and hunters alike.
This seed mix is engineered to work as a holistic attractant, combining multiple varieties that complement each other to maximize appeal and retention. The inclusion of sugar beets enhances the sweetness, further attracting deer naturally and encouraging them to browse on your property. The seeds are easy to plant and grow, providing rapid establishment that ensures your deer attractant is ready for the winter months. The dimensions of the product ensure easy handling and planting, making it suitable for a variety of land sizes and conditions.
Whether you're aiming to improve deer habitat or increase your chances during hunting season, the Whitetail Institute Beets and Greens seed blend offers a reliable, attractive, and nutrient-dense food source designed specifically for game management and wildlife viewing. Its unique formulation and quick growth cycle make it a popular choice for those seeking to improve deer activity on their land, especially during the colder months when natural forage becomes scarce.

Features:

• Designed to attract and hold deer throughout fall and winter

• Includes kale, turnip, radish varieties, and sugar beets for diverse forage

• Quick-establishing seeds ideal for fall planting

• Enhances deer activity and retention on property

• Easy to plant with rapid growth cycle