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Many management and conservation contexts can benefit from understanding relationships between species abundances, which can be used to improve predic...

The long-term sustainability of natural and bottom-cultured mussel beds relies on the availability of spat (i.e. juvenile mussels). Traditional spat c...

Understanding patterns of species abundance is essential for planning landscape-level conservation. The complex hierarchies of dendritic ecosystems re...

To achieve better biodiversity outcomes and match local governance capacity, cumulative effects assessment frameworks that combine Indigenous and west...

Most fish stocks world-wide are fished at maximum sustainable yield (MSY) or overfished, as many fisheries management strategies have failed to achiev...

Animal movement has direct applications in spatial management and conservation planning, yet it is rarely taken into account for the design of natural...

Large increases in the generation of electricity using marine renewable energy (MRE) are planned, and assessment of the environmental impacts of novel...

River ecosystems world-wide are affected by altered flow regimes, and advanced science and practice of environmental flows have been developed to unde...

Areas dedicated to shrimp aquaculture have increased dramatically over the last 50 years. Resultant land-use changes directly threaten the extent of m...

Conservation bias towards flagship species sometimes threatens other species of chief concern. Long-term studies of potential harm by favoured species...