Grass or grass-like · Poaceae
Velvet panicum
Dichanthelium scoparium
Velvet panicum is recorded as native to 25 states and territories in Kew’s World Checklist of Vascular Plants and USDA PLANTS, and recorded in 508 counties of those states by USDA PLANTS.
Key facts · USDA PLANTS
Velvet panicum at a glance
- Native in
- 508 counties, across 25 states and territories
- Estimated cold hardiness
- Zone 3b PLANTS minimum temperature −38°F
- Mature height
- 4.3 ft PLANTS mature height
- Light and water
- Tolerates shade Medium water use
Estimated cold hardiness: zone 3b. PLANTS gives a minimum temperature of −38°F; zone 3b winters bottom out at −35°F, the coldest half-zone that stays within that limit.
Velvet panicum is recorded as native to 25 states and territories in Kew’s World Checklist of Vascular Plants and USDA PLANTS, and recorded in 508 counties of those states by USDA PLANTS.
Counties where it is native
The 15 counties with the most ZIP codes among the 508 where it is listed.
Native counties by state
- Arkansas 43 counties
- Connecticut statewide record
- Delaware 3 counties
- District of Columbia 1 county
- Florida 19 counties
- Georgia 26 counties
- Illinois 3 counties
- Indiana 2 counties
- Kansas 3 counties
- Kentucky 24 counties
- Louisiana 44 counties
- Maryland 2 counties
- Massachusetts 3 counties
- Mississippi 50 counties
- Missouri 21 counties
- New Jersey 12 counties
- New York 6 counties
- North Carolina 69 counties
- Oklahoma 3 counties
- Pennsylvania 6 counties
- Rhode Island 1 county
- South Carolina 32 counties
- Tennessee 33 counties
- Texas 40 counties
- Virginia 62 counties
Growing traits
Values from the PLANTS characteristics record. “Not recorded” means PLANTS has no value; nothing here is estimated except the zone.
Growth
- Growth habit
- Graminoid
- Duration
- Perennial
- Mature height
- 4.3 ft
- Growth rate
- Rapid
- Growth form
- Bunch
- Shape
- Erect
- Lifespan
- Short
- Active growth period
- Summer
Light and water
- Shade tolerance
- Tolerant (tolerates shade)
- Moisture use
- Medium water use
- Drought tolerance
- Low
- Tolerance of waterlogged soil
- None
- Precipitation range
- 30 to 55 in per year
Soil
- Soil textures
- Coarse and medium
- pH range
- 4.5 to 7.5
- Lime (CaCO₃) tolerance
- High
- Salinity tolerance
- None
- Fertility requirement
- Medium
- Minimum root depth
- 6 in
Climate
- Minimum temperature
- −38°F
- Estimated cold hardiness
- Zone 3b and warmer
- Minimum frost-free days
- 120
- Fire tolerance
- None
Flowers, leaves and fruit
- Flower color
- Green
- Showy flowers
- No
- Bloom period
- Summer
- Foliage color
- Gray-Green
- Showy in fall
- No
- Keeps leaves
- No
- Fruit color
- Yellow
Other
- Toxicity
- None
- Nitrogen fixation
- None
- Nursery availability
- No Known Source
- Family
- Poaceae
- PLANTS symbol
- DISC3
Source & data date
- Source
- USDA NRCS PLANTS Database: county distribution records, native status and plant characteristics. CC0 (public domain dedication, per the data.gov catalog record).
- Kew’s World Checklist of Vascular Plants (WCVP): native or introduced status by state. CC BY 3.0.
- USGS US-RIIS (ver. 2.0): species listed as introduced are excluded. CC0.
- Citation
- USDA, NRCS. 2026. The PLANTS Database (https://plants.usda.gov, 11/04/2026). National Plant Data Team, Greensboro, NC USA.
- Govaerts R. (ed.) (2026). WCVP: World Checklist of Vascular Plants. Facilitated by the Royal Botanic Gardens, Kew. Data file dated 2026-06-04, http://sftp.kew.org/pub/data-repositories/WCVP/ (retrieved 2026-11-04). Paper: Govaerts R. et al. (2021) The World Checklist of Vascular Plants, a continuously updated resource for exploring global plant diversity. Scientific Data 8, 215.
- Data date
- Retrieved from PLANTS on November 4, 2026; WCVP data file dated June 4, 2026.
- Scope
- Dichanthelium scoparium (PLANTS symbol DISC3).
- Method
- A species is listed when it is recorded as native to the state in Kew’s World Checklist of Vascular Plants and USDA PLANTS, and recorded in the county by USDA PLANTS. Species PLANTS labels both native and introduced are listed separately. Full method · All sources