Tree Fanatic

Tree Species

Eucalyptus alba var. australasica Blakely & Jacobs

Taxonomy

Properties

Botanic
A small to medium-sized deciduous tree of up to 26 m tall, bole often of poor form, up to 60 cm in diameter, bark smooth, with pink-red to whitish patches. Juvenile leaves alternate, ovate to suborbicular, green, discolorous, adult leaves alternate, narrow to broadly lanceolate or ovate, 7-21 cm x 2-5 cm, acuminate, green, concolourous, petiole 10-33 mm long. Inflorescence axillary, solitary, 7-flowered; flower buds globular to ovoid, operculum hemispherical, 3-5 mm x 4-7 mm. Fruit hemispherical to obconical, 4-7 mm x 5-8 mm, with 3 or 4 exserted valves.
Habitat
E. alba grows on flat and undulating country, often near the coast or near watercourses, on heavy soil in woodland and open forest. Almost all species of Eucalyptus are adapted to a monsoon climate. Many species can even survive a severe dry season, e.g. the cultivated species E. alba, E. camaldulensis, and E. citriodora.

Cultivation and Marketing

Cultivation
Timor, Papua New Guinea and widespread in northern Australia. Planted elsewhere in Malesia and mainland South-East Asia.
Uses and Function
Fuel: As fuelwood. Timber: The wood is used for heavy-duty construction, as mine timber, for boat building, furniture, handles, sporting goods, agricultural implements, joinery, railway sleepers, poles and carvings.

Variable

Wood Density
9 rows
0.91.010.955012Soerjanegara and Lemmens, R.H.M.J. (Editors), 1994. PROSEA 5(1): Timber trees: Major commercial timbers.
0.680.891.020.890015Oey Djoen Seng (1951) in Soewarsono (1990). Specific Gravity of Indonesian Woods and its Significance for Practical Use, FRDC, Forestry Department, Bogor, Indonesia
0.870.8700Bolza, E. 1975. Properties and uses from 175 timber species from Papua New Guinea and West Irian. C.S.I.R.O. Division of Building Research Report 34.Australia/PNG (tropical)
0.830.8300Ilic, J., Boland, D., McDonald, M., Downes, G. and Blakemore, P. 2000. Woody density phase 1-state of knowledge. National carbon accounting system. Technical Report 18 Australian Greenhouse Office, Canberra, Australia.Australia/PNG (tropical)
0.870.8700Ilic, J., Boland, D., McDonald, M., Downes, G. and Blakemore, P. 2000. Woody density phase 1-state of knowledge. National carbon accounting system. Technical Report 18 Australian Greenhouse Office, Canberra, Australia.Australia/PNG (tropical)
0.8950.8950Ilic, J., Boland, D., McDonald, M., Downes, G. and Blakemore, P. 2000. Woody density phase 1-state of knowledge. National carbon accounting system. Technical Report 18 Australian Greenhouse Office, Canberra, Australia.Australia/PNG (tropical)
0.9160.9160Ilic, J., Boland, D., McDonald, M., Downes, G. and Blakemore, P. 2000. Woody density phase 1-state of knowledge. National carbon accounting system. Technical Report 18 Australian Greenhouse Office, Canberra, Australia.Australia/PNG (tropical)
0.720.7200Oey Djoen Seng (1951) in Soewarsono (1990). Specific Gravity of Indonesian Woods and its Significance for Practical Use, FRDC, Forestry Department, Bogor, IndonesiaAustralia
0.890.8900Jenis-Jenis Pohon Disusun Berdasarkan Nama Daerah dan Nama Botaninya, Buku 10, MalukuMaluku
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Statistic Summary of Wood Density (g/cm³)

N
9
Mean
0.8707
Median
0.8900
Mode
0.8700, 0.8900
Stdv
0.0660
Variance
0.0044
Range
[0.72, 0.9550000000000001]
Cumulative Distribution Plot
  • If the Moisture Content column is undefined, you may assume the value of 15%
  • The statistic summary is based on data availability in the database, thus it may change upon the data collection updates

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