Plantations are production systems for farming wood which is a renewable, recyclable and biodegradable resource. The Australian plantation industry has high standards of scientific management, creates employment in regional Australia and enhances overall environmental values. Australian Federal and State government forestry agencies have in place a set of national principles for the management of timber plantations. These principles provide the framework for scientifically sound plantation management and encompass a range of important environmental, socioeconomic and cultural issues.
There are more than 1.3 million hectares of timber plantation in Australia. These are generally located in areas with annual rainfall of more than 700mm(28in). A large proportion of the plantation area is made up of exotic (non-native) conifers or pine trees, including radiata pine, caribbean pine, slash pine and maritime pine. The native hoop pine is also grown in plantations in subtropical areas. Increasingly, Australia’s native hardwoods, mainly eucalypts, are being grown in plantations. Most commonly grown species include Tasmanian blue gum, shining gum, blackbutt and flooded gum. The timber from these plantations is used for a wide range of products from sawn timber for house construction and furniture manufacture to fibre for paper and panel-board manufacture.
Fire in plantations can cause severe economic losses of timber values. The plantations may have fuel loads and fire behaviours quite different to nearby grasslands or pasture.
Research found in this area of this site examines the effects and management of fire in commercial wood plantations.
There are more than 1.3 million hectares of timber plantation in Australia. These are generally located in areas with annual rainfall of more than 700mm(28in). A large proportion of the plantation area is made up of exotic (non-native) conifers or pine trees, including radiata pine, caribbean pine, slash pine and maritime pine. The native hoop pine is also grown in plantations in subtropical areas. Increasingly, Australia’s native hardwoods, mainly eucalypts, are being grown in plantations. Most commonly grown species include Tasmanian blue gum, shining gum, blackbutt and flooded gum. The timber from these plantations is used for a wide range of products from sawn timber for house construction and furniture manufacture to fibre for paper and panel-board manufacture.
Fire in plantations can cause severe economic losses of timber values. The plantations may have fuel loads and fire behaviours quite different to nearby grasslands or pasture.
Research found in this area of this site examines the effects and management of fire in commercial wood plantations.
Items in Plantations: Research and reports
- Sampling Downed Coarse Woody Debris in Fire-Prone Eucalypt Woodlands - January 2010
- Can Climate at the Seed-Source Predict the Success of Eucalypts Planted on Sites that Have Been Grazed for Over 100 Years? - February 2010
- Dendroecological Potential of Callitris Preissii for Dating Historical Fires in Semi-Arid Shrublands of Southern Western Australia - 2010
- No Detectable Impacts of Frequent Burning on Foliar C and N or Insect Herbivory in an Australian Eucalypt Forest - August 2009
- Temperature-Dependent Release of Volatile Organic Compounds of Eucalypts by Direct Analysis in Real Time (DART) Mass Spectrometry - August 2009
- Long-Term Changes in Understorey Vegetation in the Absence of Wildfire in South-East Dry Sclerophyll Forests - 2009
- Fire Behaviour in Plantations - September 2008
- Burning Under Young Eucalypts - September 2008
- Health of Remnant Woodlands in Fragments Under Distinct Grazing Regimes - September 2008
- Is Decline in High Altitude Eucalypt Forests Related to Rainforest Understorey Development and Altered Soil Bacteria Following the Long Absence of Fire? - November 2008
- Forests, Wood and Australia Carbon Balance - June 2008
- Changes in Understorey Plant Species Richness Following Logging and Prescribed Burning in Shrubby Dry Sclerophyll Forests of South-Eastern Australia - April 2008
- Quantifying Successional Changes in Response to Forest Disturbances - April 2008
- Germination Responses of a Dry Sclerophyll Forest Soil Stored Seed Bank to Fire Related Cues - 2008
- Billo Road Fire: Report on fire behaviour phenomena and suppression activities - November 2007
- Prescribed Fire in Young Eucalypt Plantations: Is it worth the risk? - May 2007
- Comment on 'From Plant Traits to Plant Communities- A Statistical Mechanistic Approach to Biodiversity' - June 2007
- A Laser Point Quadrat Sampling Frame for Vegetation Survey - February 2007
- Eucalypt Health and Agricultural Land Management within Bushland Remnants in the Midlands of Tasmania - 2007
- Bluegum Plantation Fire 23 March 2008: Fire behaviour in a 6 year old Eucalyptus globulus plantation during conditions of extreme fire danger - October 2006
- The Brown Line and the Response of Bark to Fire - March 2006
- Victoria’s Forests: The key issues - August 2006
- Burning for Biodiversity in the Top End - 2006
- Improving Visualisation of Mature, High-carbon Sequestering Forests - 2006
- Carbon Partitioning in Soil and Litter in Subtropical Woodlands and Open Forests- A Case Study from the Brigalow Belt, Queensland - 2005
- The Bright Plantation Fire: November, 1982 - April 1983








