9 results for genus: Carex. section: [26ff] Section 23b Hymenochlaenae.
Family | Scientific Name | Common Name | Habitat | Distribution | Image |
Cyperaceae | Carex aestivaliformis | | High-elevation wet meadows, sphagnous beaver wetlands (TN, VA), upland submesic forests (GA, TN). | The distribution is unclear, because of variable treatment in the past. | |
Cyperaceae | Carex aestivalis | Summer Sedge | Northern hardwood forests, northern red oak forests, other dry-mesic to mesic forests and moist rock outcrops at medium to high elevations. | VT south to n. GA, in or near the Appalachians. | 
|
Cyperaceae | Carex davisii | Davis's Sedge | Rich mesic upland forests, rich floodplain forests, calcareous oak savannas, calcareous meadows. | VT, ON, and MN south to VA (Fairfax County) (Steury 2004b), e. WV, nc. TN (Chester et al. 1993), AR, and TX. | 
|
Cyperaceae | Carex formosa | Handsome Sedge | Dry, calcareous forests. | QC west to ND, south to n. NJ, c. PA, nw. OH, ne. IL, and MN. | 
|
Cyperaceae | Carex gracillima | Graceful Sedge | Moist ravine and slope forests, floodplains of rivers and large creeks. | NL (Newfoundland) west to MB, south to SC (Gaddy et al. 1984), n. GA, AL, and n. AR. | 
|
Cyperaceae | Carex misera | Wretched Sedge | Moderate to high elevation cliffs and rock outcrops. | A Southern Blue Ridge endemic: nw. NC and w. TN south to ne. GA (Rabun County) and nw. SC. Discovered for SC in 2022 (S. Tessel, pers.comm. 2022). | 
|
Cyperaceae | Carex oxylepis | Sharp-scaled Sedge | Bottomlands, calcareous forests. | VA, KY, IL, MO, and OK south to c. peninsular FL and TX. | 
|
Cyperaceae | Carex prasina | Drooping Sedge | Seepage swamps, brook banks, rocky stream margins, rich forests. | ME, ON, and WI south to GA, MS, and AR. | 
|
Cyperaceae | Carex roanensis | Roan Mountain Sedge | Cove forests, moderate to high elevation oak forests, northern hardwood forests. | Sw. PA, w. VA, and e. WV south through e. KY, e. TN, w. NC to se. TN and nw. GA (Smith & Waterway 2008; Smith et al. 2006). First reported for VA by Wieboldt et al. (1998). | 
|