Looking for Miscanthus Giganteus? Order here:
Miscanthus Giganteus
We are shipping Miscanthus in late Fall only- normally in November. (please see shipping page for more info).
our Family Business
Meeting Your Miscanthus Giganteus Supply Needs With Quality, Care and Excellence
I want to make a hedge of Miscanthus Giganteus. How close Do I space the Plants?
Single rhizomes: 1′ apart
½ gal divisions: 1.5 – 2′ apart
1 gal divisions: 2.5 – 3′ apart
*Will take 2-3 years for plants to touch one another, planting staggered rows will help make a fuller planting sooner.
I want to plant a 100 ft. hedge, how much will it cost?
For a 100′ planting you would need either:
100 single rhizomes, or
50 ½ gal divisions, or
34 1 gallon divisions
How quickly does Miscanthus Giganteus reach 12-14 feet?
It can take up to 3 years after planting field divisions for the plant to reach full height (rhizomes 2-3 year, ½ gal. 1-3 years, 1 gal 1-2 years). The difference in ½ and gallon size plants is not only height, but you get more width with larger root divisions.
Our Family Story
Lacy Creek Growers began as a family business of Tom & Kathy Carrigan. After Tom died suddenly of a heart attack, Kathy continued the nursery business and eventually remarried Nathan VanSkike. As Kathy and Nate are now retired from the business, their nephew Matthew Potter and his family has taken on the grass, now planted on their nearby farm.
- I want to make a hedge of Miscanthus Giganteus. How close do I space the plants?
- I want to plant a 100 ft. hedge, how much will it cost?
- How quickly does Miscanthus Giganteus reach 12-14 feet?
- How and where do I plant Miscanthus Giganteus?
- There are several suppliers of Miscanthus Giganteus, why should I buy from PotterVilla Pastures?
- Do you give discounts on large orders?
- How much is shipping on Miscanthus Giganteus?
- When do you ship Miscanthus Giganteus and why only bare root?
- Once I receive my order how do I care for it?
- Can I pick up my order?
- What is your guarantee?
“Miscanthus requires very little fertilization or pesticide use, so expenses are low after the initial planting. This also means it has significant potential environmental benefits, including for water quality.”
Andy VanLoocke, Associate Professor of Agronomy, Iowa State University