This thesis investigated the re-establishment of soil ecosystem functions and ground-dwelling invertebrate diversity in a chronosequence of restored sites within two distinctly different restoration projects (mining pits and residue sand storage areas) associated with Alcoa’s bauxite mining operation in Western Australia. Both restoration practices are improving habitat characteristics towards reference sites, but changes to soil ecosystem functions were more rapid in mining than residue restoration with invertebrate seed dispersal lacking in the residue restoration sites
Rehabilitation after bauxite mining in the jarrah forest aims to re-establish a self-sustaining fore...
The biogeochemical properties of soils drive ecosystem function and vegetation dynamics, and hence s...
Many activities are conducted with the view of reducing CO2 emission from fossil fuels, but mining e...
Restoration needs to consider more than just soils and plants. The role of terrestrial invertebrates...
Alcoa of Australia has been mining bauxite in the northern jarrah (Eucalyptus marginata) forest of W...
Restoration of degraded land has been identified as a top research priority in conservation. Fauna p...
Woody debris is an important component of forest ecosystems, but its use in mine site restoration ha...
Mineral extraction activities are intensely disruptive to ecosystems and their associated fauna. Few...
The jarrah EucalYptus marginata forest of Western Australia occupies approximately 1.75 million ha o...
Mineral extraction activities are intensely disruptive to ecosystems and their associated fauna. Few...
Closure is a critical phase of a mining operation since this is when the environmental effects of mi...
Alcoa’s land management and mine restoration activities in the jarrah forest of Western Australia ar...
Open-cut mining severely disrupts landforms and soils, preventing or impeding the restoration of pre...
Coal strip mining destroyed forest ecosystem and converted into barren land. Mined land reclamation ...
The Australian minerals industry, which is dominated by coal, gold, bauxite, iron ore, base metals a...
Rehabilitation after bauxite mining in the jarrah forest aims to re-establish a self-sustaining fore...
The biogeochemical properties of soils drive ecosystem function and vegetation dynamics, and hence s...
Many activities are conducted with the view of reducing CO2 emission from fossil fuels, but mining e...
Restoration needs to consider more than just soils and plants. The role of terrestrial invertebrates...
Alcoa of Australia has been mining bauxite in the northern jarrah (Eucalyptus marginata) forest of W...
Restoration of degraded land has been identified as a top research priority in conservation. Fauna p...
Woody debris is an important component of forest ecosystems, but its use in mine site restoration ha...
Mineral extraction activities are intensely disruptive to ecosystems and their associated fauna. Few...
The jarrah EucalYptus marginata forest of Western Australia occupies approximately 1.75 million ha o...
Mineral extraction activities are intensely disruptive to ecosystems and their associated fauna. Few...
Closure is a critical phase of a mining operation since this is when the environmental effects of mi...
Alcoa’s land management and mine restoration activities in the jarrah forest of Western Australia ar...
Open-cut mining severely disrupts landforms and soils, preventing or impeding the restoration of pre...
Coal strip mining destroyed forest ecosystem and converted into barren land. Mined land reclamation ...
The Australian minerals industry, which is dominated by coal, gold, bauxite, iron ore, base metals a...
Rehabilitation after bauxite mining in the jarrah forest aims to re-establish a self-sustaining fore...
The biogeochemical properties of soils drive ecosystem function and vegetation dynamics, and hence s...
Many activities are conducted with the view of reducing CO2 emission from fossil fuels, but mining e...