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Understorey vegetation accounts for the majority of plant diversity in boreal forest ecosystems and contributes to ecosystem functioning. In restorati...

Epiphytic macrolichen lichens are important components of forest ecosystems, but their responses to stand-replacing fire and multiple successional pat...

Savannas throughout the world are characterized by spatial gradients of resources created by scattered overstorey trees. These gradients are important...

The unwanted development of dense understorey vegetation composed of resource-acquisitive, tall plant species competing strongly with tree regeneratio...

Stand thinning is being used increasingly by forest managers to maximize wood production from regrowth eucalypt forests in Australia. Many of the ecol...

Some studies have shown that mixed forest stands can develop more biomass or basal area than pure stands when the component species occupy different s...

Concerns about loss of biodiversity and structural complexity in managed forests have recently increased and led to the development of new management ...

Estimates for various components of above-ground biomass are presented for naturally regenerated stands of Pseudotsuga menziesii, 22, 30, 42 and 73 ye...

1. Faunal responses to plant invasions and their managed removal can expand our understanding of the nature of disturbance and the success of restored...

Australia's savannas typically are burnt every 1-3 years. Although there are concerns about the effect of frequent fire on recruitment of Australian s...