1060 Wellington Road
Narre Warren East VIC 3804
T: 03 9554 2000
sales@specialitytrees.com.au
www.specialitytrees.com.au
Tree Quercus palustris Pin Oak
Description A fast growing deciduous tree with shiny, deeply lobed dark green leaves. In autumn, foliage turns bronze with occasional red coloured leaves and tends to stay attached to the shoots until the new spring growth begins. Conical in shape, it has a strong leader which over time develops a loose spreading canopy. The bark of the young tree is smooth, but by middle age develops more texture. As the tree matures, it forms a distinctive structure whereby upper branches point upwards, middle branches are horizontal and lower branches droop. Another distinctive characteristic of this tree are the pin oak branches which can remain on the tree for many years.
Foliage Deciduous
Form Horizontal Branching
Mature Size 15 x 8m
Uses A great feature tree for large gardens. Can also be used in parks and gardens. Great as an avenue tree due to its fabulous autumn colour.
Position & Soil Will handle most soils from dry to wet. Tolerates periods of drought and air pollution. Prefers a acid, well drained, moist soil within full sun position.
Features Large Deciduous Horizontal Branching Avenue Shade Tree Specimen
Pot sizes in production 40cm/27L (1.6-1.8m)
50cm/52L (1.8-2.2m)
100L (1.8-2.2m)
150L (3.0-3.5m)
200L (3.5-3.8m)
Substitutes Ginkgo biloba
Pistacia chinensis
Quercus coccinea
Quercus robur

Disclaimer: The material contained on the Speciality Trees website is for general information only. Although much care has been taken to provide the information on its website, Speciality Trees does not warrant the accuracy, completeness or currency of this information and its suitability to your needs. All material listed on the Speciality Trees website, its associated links and product sheets are varieties either ready for sale or in production. This is an information source and not confirmation of availability. It is strongly recommended that users enquire about product availability independently of this source.