Black Oak Seedlings | Quercus Velutina
Black Oak Seedlings will rapidly take root once planted, being sure to become a beloved staple in any large landscape. Known for producing egg-shaped acorns tasty to many critters, this large-canopied tree will attract all sorts of wildlife, cementing itself as a true ally to biodiversity. As a native, it is a beloved natural find among forests and valleys alike.
Plant Details - Black Oak Seedlings (Quercus Velutina)
Family: Fagaceae
Light Requirement:Â Full Sun
Water Needs: Moderate
Height: 50-80 ft.
Spread: 40-60 ft.
Growth Rate: Moderate
Bloom Time: Spring
Flower Color: Inconspicuous green and yellow
Wildlife Value: Provides shelter & food for wildlife
Upon establishment, this tree quickly proves itself not picky. It can tolerate moderate levels of drought and even thrive in poor soils due to its stabilizing root structure. As a deciduous tree, the foliage will put on a show throughout the season.
From bold green in the spring to yellow and red in the fall, the lobed leaves will form a dense canopy that wildlife seek refuge under. This tree’s flowers are catkins, which are subtle and nestle between the branches. Each tree will produce both male and female flowers, making it self-sufficient for reproduction.
Landscape Uses and Maintenance - Black Oak Seedlings (Quercus Velutina)
Young plants very quickly develop a central, deep taproot that will require quick yet careful transplant. It is recommended to mulch around the base of the Black Oak Seedlings to prevent weed takeover and to lock in moisture.
Once established, dense lateral roots begin to spread under the surface that stabilizes soil in eroding or sloped locations. As a preferred shelter spot for wildlife, this tree is an excellent pick for naturalization projects.
Noteworthy Characteristics of Black Oak Seedlings
Black Oak Seedlings grow into trees with extremely strong wood, valued by the timber industry. To differentiate the leaves of this tree from others in its genus, look for the velvety hairs on the underside of each leaf.
