Callitris arenaria
Actinostrobus arenarius
Sandplain cypress
Actinostrobus arenarius
Sandplain cypress
Not at ANBG
Wikipedia links: Gymnosperms > Cupressales > Cupressaceae > Callitris arenaria
Other links:
Common name: Sandplain cypress
Also, Bruce cypress, Bruce cypress-pine, and tamin
Conservation status: unkown
Etymology:
The name ‘callitris’ is derived from the Greek calli (meaning beautiful) and treis (meaning three), because their scale-like leaves are in whorls of three
Cones and seed:
The cylindrical male cones are up to half a cm long
The female cones are up to 2 cm long with pointed scales
They contain winged seeds
Leaves:
The scale-like, gray-green leaves are up to 1.2 cm long and grow in threes
Stem & branches:
It has spreading branches with small branchlets
Roots:
x
Habit:
A shrub or a tree growing up to 5 m tall.
Habitat:
This plant grows in colonies on sandplains, as part of a low scrubby plant community known as kwongan; associated plant species include proteaceae of the genus Banksia, Conospermum, Grevillea and Hakea, myrtaceae of the genus Melaleuca, various Acacia species and the conifers Callitris preissii and C. roei
Some of its habitat has been degraded or destroyed
The Bruce cypress colonises disturbed areas, forming stands on road verges and areas cleared for agriculture.[6
Distribution:
It is endemic to Western Australia
The plant is still widespread and grows in several protected areas
It is found from Lake Grace north to the Murchison River
Additional notes:
Taxonomy
Western Australian State Botanist Charles Gardner described the species in 1964, from a specimen collected at Tammin, Western Australia
The species name is derived from the Latin word arena "sand", relating to where the sandplain cypress grows
A 2010 study of the genera Actinostrobus and Callitris found that all three species of Actinostrobus lay within the current concept of Callitris based on analysis of 42 morphological and anatomical characters, hence Actinostrobus arenarius was renamed Callitris arenaria
Sources of information: