Australian tall eucalypt forests have been the subject of awe and admiration since early colonial days. In the Wet Tropics of North Queensland, such forest occurs in transitional or ecotonal patches between rainforests and open woodland savannas. Rainforest species are commonly interpreted to be encroaching into the understorey of these tall eucalypt forests, namely those with statuesque Rose Gum (Eucalyptus grandis) dominants. This has led to concerns for the long term persistence of E. grandis forests, and ongoing debates over their need for active fire management. In this essay, I highlight the enigmatic ecology of these ecotonal forest habitats, and make the case that the management of these habitats should be grounded in ecological pri...
The transition between rainforest and open forest in the highlands of north Queensland is marked by ...
We compared selectively harvested and unharvested areas located among treatments of annual burning s...
The use of observed patterns to infer underlying biotic and physical drivers of eco-evolutionary dyn...
Australian tall eucalypt forests have been the subject of awe and admiration since early colonial da...
The need to maintain a mosaic of rainforest and eucalypt forest in the Australian Wet Tropics World ...
The fragmented nature of the rainforest archipelago in Australia, and the environmental constraints ...
The role of fire in governing rainforest–eucalypt forest ecotone dynamics is of theoretical interest...
Forests dominated by giant eucalypts ( eucalypt species with the potential to attain heights exceedi...
Intensified disturbance regimes, associated with climate change, will place selective pressure on fo...
Rainforests and savannas are floristically and structurally distinct vegetation types which, within ...
Increasing pressure from anthropogenic and natural disturbances can lead to irreversible shifts in t...
Around the world tropical rainforests intergrade with open, fire-dependent (pyrophytic) vegetation f...
© 2011 Dr. Laura Jo Shirley PollockThis thesis explores the ecology and evolution of Eucalyptus spec...
Eucalyptus tree species, commonly referred to as eucalypts, are among the most planted hardwoods in...
Australian botanists have been remarkably unsuccessful in reaching agreement as to what constitutes ...
The transition between rainforest and open forest in the highlands of north Queensland is marked by ...
We compared selectively harvested and unharvested areas located among treatments of annual burning s...
The use of observed patterns to infer underlying biotic and physical drivers of eco-evolutionary dyn...
Australian tall eucalypt forests have been the subject of awe and admiration since early colonial da...
The need to maintain a mosaic of rainforest and eucalypt forest in the Australian Wet Tropics World ...
The fragmented nature of the rainforest archipelago in Australia, and the environmental constraints ...
The role of fire in governing rainforest–eucalypt forest ecotone dynamics is of theoretical interest...
Forests dominated by giant eucalypts ( eucalypt species with the potential to attain heights exceedi...
Intensified disturbance regimes, associated with climate change, will place selective pressure on fo...
Rainforests and savannas are floristically and structurally distinct vegetation types which, within ...
Increasing pressure from anthropogenic and natural disturbances can lead to irreversible shifts in t...
Around the world tropical rainforests intergrade with open, fire-dependent (pyrophytic) vegetation f...
© 2011 Dr. Laura Jo Shirley PollockThis thesis explores the ecology and evolution of Eucalyptus spec...
Eucalyptus tree species, commonly referred to as eucalypts, are among the most planted hardwoods in...
Australian botanists have been remarkably unsuccessful in reaching agreement as to what constitutes ...
The transition between rainforest and open forest in the highlands of north Queensland is marked by ...
We compared selectively harvested and unharvested areas located among treatments of annual burning s...
The use of observed patterns to infer underlying biotic and physical drivers of eco-evolutionary dyn...