The University of Georgia-bred ‘Cowboy’ perennial peanut plant doesn’t produce edible peanuts, but this new cultivar offers homeowners a colorful addition to ornamental beds and a supplemental source of nitrogen for surrounding grasses.
UGA scientist Wayne Hanna released the perennial ornamental peanut in 2015 while working on the UGA Tifton campus. He believes the cultivar’s versatility allows it to be used in multiple ways and makes it an appealing option for homeowners.
“It can be used as an ornamental and, at the same time, provides vital nutrients to your lawn or citrus orchard. You can also grow it on hillsides along roadways to provide erosion control,” Hanna said. “It is a very versatile plant that should warrant consideration.”
The ‘Cowboy’ perennial peanut produces a robust, yellow flower that’s a little darker than a normal peanut bloom. If it’s mowed regularly, the peanut plant will flower proficiently. It usually flowers from May through September.
If it’s not mowed regularly, the peanut plant can grow as high as 12 to 14 inches and can be cut for hay. Horses with sensitive palates may desire the finer stem and leaf over conventional peanut hay.
The plant also provides an attractive option for ornamental beds.
“Ornamental plants provide color and character to a homeowner’s lawn. With the ‘Cowboy’ perennial peanut and its distinct yellow blooms, this is an attractive option that will not only bring life to a lawn but also serve as a tremendous source of nitrogen,” said Larry Baldree, a research professional in UGA-Tifton’s turfgrass program.
The ‘Cowboy’ perennial peanut also returns atmospheric nitrogen to the soil. Nitrogen is a vital nutrient for all plants. ‘Cowboy’ perennial peanut’s presence in a landscape benefits surrounding grasses and other plants by providing excess nitrogen.
The ‘Cowboy’ peanut plant is also highly drought tolerant. The plant requires moisture to become established, then it grows well, with or without water.
“Once it takes hold, it has a low water requirement. That is not to say it can live forever without water because all plants require water to live. Rainfall can provide all the water requirements it needs. It will outlast any grass on the market,” Baldree said.
UGA-Tifton researchers tested ‘Cowboy’ with turfgrass varieties by planting ‘Cowboy’ rhizomes under zoysiagrass. Baldree said that the results speak for themselves as, during drought conditions, the zoysiagrass was healthier where the ‘Cowboy’ rhizomes were planted.
Established potted plants can be planted any time of year, but it is best to plant dormant rhizomes in February and March, Baldree said.
The ‘Cowboy’ perennial peanut should be available from 1 DOG Ventures in Mitchell County, Georgia. For more information, contact the nursery at (850) 830-2644.
-Clint Thompson of UGA CAES Tifton
Dr. Wayne Hanna
In his turfgrass breeding program at the University of Georgia, Dr. Wayne W. Hanna focuses on developing seed- and pollen-sterile, low-maintenance cultivars with drought and pest tolerance.
He has developed popular forage cultivars such as Tifleaf 2 and Tifleaf 3 pearl millet, Grazer annual rye grass, TifQuik bahia grass, and Mott dwarf elephant grass. He has also developed commercial turfgrass cultivars including Tifton 10, TifSport, TifEagle and TifGrand Bermuda grasses and TifBlair centipedegrass. More recently he has released purplish/red ornamental Pennisetum hybrids (Prince, Princess, Princess Caroline, Princess Molly, Vertigo, First Knight, Tift 11, Tift 15, Tift 26, Tift 40 and Tift 118) and an ornamental perennial peanut, Cowboy.
Dr. Hanna’s research currently focuses on producing seed- and pollen-sterile ornamental grass cultivars (Miscanthus spp., Lovegrass, Rubygrass, Little Blue Stem, Pennisetum alopecuroides, P. hohenackeri, and P. orientale) and on coneless/pollenless pine trees (loblolly and slash) as well as seedless cultivars of cold-tolerant citrus (tangerine, lemon and grapefruit), a variegated Chinaberry tree, and pomegranate.
Dr. Hanna was an Assistant Professor at the University of Florida (Gainesville) from 1970 to 1971. He joined the USDA Agricultural Research Service at Tifton, Ga., in 1971, where he worked cooperatively with the University of Georgia until 2003. Since then, he has been a part-time Professor with the University of Georgia.
He received his B.S. degree in Agricultural Education, M.S. degree in Plant Breeding and Ph.D. degree in Genetics, all at Texas A&M University.