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Accumulation of recovering vegetation is often the principal mechanism limiting nutrient loss following large-scale disturbance of forest ecosystems. ...

Testing restoration methods is essential for the development of restoration ecology as a science. It is also important to monitor a range of taxa, not...

The soil nutrient levels, standing crop of litter and populations of soil and litter arthropods of a tropical Australian rainforest on the Atherton Ta...

Non-native tree species are widely used in forest plantations. This may have negative consequences for biodiversity. Hitherto, most studies have compa...

Adapting to and mitigating against climate change requires the protection and expansion of natural carbon sinks, especially ecosystems with exceptiona...

Plant species diversity (PSD) regulates ecosystem structure and functions, and is a key issue we need to consider when design vegetation restoration p...

The widespread degradation of natural ecosystems requires cost-efficient restoration techniques that minimize risk and consider context-specific resto...

Forestry can have detrimental impacts on stream ecosystems, particularly via excessive sedimentation. A key challenge to stream management is therefor...

Increasing concern over the sustainability of harvesting non-timber forest products (NTFP) has led to a growing literature on the ecological impacts o...

Forest dieback caused by drought-induced tree mortality has been observed world-wide. Forecasting which trees in which locations are vulnerable to dro...