red oak indoor plant Northern Red Oak

red oak indoor plant Northern Red OakNorthern Red Oak, Quercus rubra 12 24 Inch Tall Potted Tree Northern Red Oak (*Quercus rubra*) is a moderate to fast growing deciduous tree suitable for USDA Zones 38. Thriving in full sun, it prefers acidic to neutral, well drained soils but adapts to various soil types. This medium to large tree grows approximately 1520 feet within five years and matures at 6075 feet in height with a spread of 4550 feet. Notable for its brilliant red fall foliage,

Northern Red Oak, Quercus rubra 

12-24 Inch Tall Potted Tree

Northern Red Oak (*Quercus rubra*) is a moderate to fast-growing deciduous tree suitable for USDA Zones 3–8. Thriving in full sun, it prefers acidic to neutral, well-drained soils but adapts to various soil types. This medium to large tree grows approximately 15–20 feet within five years and matures at 60–75 feet in height with a spread of 45–50 feet. Notable for its brilliant red fall foliage, it adds significant visual interest to landscapes.

Native to eastern and central North America, from Nova Scotia west to Minnesota, and south to Georgia and Arkansas.

With moderate drought tolerance and low maintenance requirements, it serves well as a shade or street tree. Its acorns provide food for wildlife,  wood is used for furniture, flooring, and general construction.  Effective for stabilizing slopes and is Deer Resistant.

Ships 3 day UPS on a Monday/Tuesday. Free Shipping to most locations.. We cannot ship larger boxes or boxes to AK, HI, APO, US Territories, or areas considered remote, without a freight surcharge.

If your temperature is warmer than 89 degrees or colder than 20 degrees, we will hold order until temperature improves. Please put your desired ship date in Special Instructions to Seller at checkout.

All plants are inspected for quality prior to shipment. Plants are rarely damaged in shipping, but if they are, please let us know right away so we can help. If there is any plant damage, take a photo of the package and plants. This will help us solve the problem.

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