SummaryThis scoping study assesses the contribution that woody biomass could make to feedstock supply for an aviation biofuel industry in Queensland. The inland 600?900 mm rainfall zone, including the Fitzroy Basin region, is identified as an area that is particularly worthy of closer study as it has potential for supply of woody biomass from existing native regrowth (brigalow and other species) as well as from new plantings. New analyses carried out for this study of Corymbia citriodora subsp. variegata trials suggest biomass plantings could produce harvestable yield of aboveground dry mass of about 85 t ha?1 over a 10-year rotation at relatively low-rainfall (600?750 mm mean annual precipitation) sites and about 115 t ha?1 at medium-rainf...
The objectives of this study were to determine the carbon sequestration potential of spotted gum for...
Approximately 130,000 ha of hardwood plantations have been established in north-eastern Australia in...
This RIRDC report evaluates the potential of using Australian native and naturalised plant species i...
This scoping study assesses the contribution that woody biomass could make to feedstock supply for a...
A synthesis of work on integrating short-rotation biomass plantings into existing mixed crop and liv...
Small community-based biomass energy systems sourcing feedstocks from local small-scale forests are ...
Background: Australia’s energy future is at the crossroads and the role of renewable sources is in f...
We provide a quantitative assessment of the prospects for current and future biomass feedstocks for ...
Producing biomass from plantations of short rotations (3-10 years) of fast growing woody crops that ...
The potential contribution of using forest biomass as renewable bioenergy is proven not only costeff...
Optimal matching of species to sites is required for a sustainable hardwood plantation industry in t...
Harnessing sustainably sourced forest biomass for renewable energy is well-established in some parts...
Optimal matching of species to sites is required for a sustainable hardwood plantation industry in t...
Salinization threatens up to 17 million ha of Australian farmland, major fresh water resources, biod...
Identifying the location and amount of grain crop residues (stubble) in Australia is necessary for d...
The objectives of this study were to determine the carbon sequestration potential of spotted gum for...
Approximately 130,000 ha of hardwood plantations have been established in north-eastern Australia in...
This RIRDC report evaluates the potential of using Australian native and naturalised plant species i...
This scoping study assesses the contribution that woody biomass could make to feedstock supply for a...
A synthesis of work on integrating short-rotation biomass plantings into existing mixed crop and liv...
Small community-based biomass energy systems sourcing feedstocks from local small-scale forests are ...
Background: Australia’s energy future is at the crossroads and the role of renewable sources is in f...
We provide a quantitative assessment of the prospects for current and future biomass feedstocks for ...
Producing biomass from plantations of short rotations (3-10 years) of fast growing woody crops that ...
The potential contribution of using forest biomass as renewable bioenergy is proven not only costeff...
Optimal matching of species to sites is required for a sustainable hardwood plantation industry in t...
Harnessing sustainably sourced forest biomass for renewable energy is well-established in some parts...
Optimal matching of species to sites is required for a sustainable hardwood plantation industry in t...
Salinization threatens up to 17 million ha of Australian farmland, major fresh water resources, biod...
Identifying the location and amount of grain crop residues (stubble) in Australia is necessary for d...
The objectives of this study were to determine the carbon sequestration potential of spotted gum for...
Approximately 130,000 ha of hardwood plantations have been established in north-eastern Australia in...
This RIRDC report evaluates the potential of using Australian native and naturalised plant species i...