Western Australia’s Swan-Canning Estuary is not dying, contrary to recent claims. Researchers from Murdoch University found an overall improvement in the ecological condition of the estuary since mid 2000. Though parts of the upper estuary displayed poorer health due to low oxygen conditions in deep water, researchers found that the majority of fish species avoid these areas by moving closer to the shore. This behaviour is thought to have reduced the number of fish killed due to a major algal bloom in the Swan-Canning Estuary in 2004
The Richmond River catchment has changed significantly since European settlement. The catchment surr...
Peel Inlet and Harvey Estuary are two adjoining estuarine basins in southwestern Australia, which in...
This study has determined how the characteristics of the ichthyofauna of a large eutrophic microtida...
The Swan River Trust has been working closely with other government agencies, local government autho...
The upper reaches of the Swan River estuary (Perth, Australia) has a history of eutrophication-relat...
Estuaries are a transition zone for fresh and saline water and sediments, providing a range of ecosy...
Understanding challenges posed by climate change to estuaries and their faunas remains a high priori...
The benthic macroinvertebrates and the zooplankton of the shallow (<1.5 m deep) sandy middle regions...
The fish at sites located throughout the large, seasonally closed Wilson Inlet, on the southern coas...
Estuaries are amongst the most productive ecosystems and act as important nurseries and habitats for...
Deoxygenation events within the Swan-Canning Estuary are a severe and potentially lethal threat to t...
Georges River oyster cultivation was one of Australia's earliest aquaculture ventures and became hig...
Indicators of ecological health based on biological communities, including numerous multimetric indi...
This report, commissioned by the Department of Parks and Wildlife, describes the monitoring and eval...
In 2010, the Swan River Trust commissioned Murdoch University to evaluate the effects of artificial ...
The Richmond River catchment has changed significantly since European settlement. The catchment surr...
Peel Inlet and Harvey Estuary are two adjoining estuarine basins in southwestern Australia, which in...
This study has determined how the characteristics of the ichthyofauna of a large eutrophic microtida...
The Swan River Trust has been working closely with other government agencies, local government autho...
The upper reaches of the Swan River estuary (Perth, Australia) has a history of eutrophication-relat...
Estuaries are a transition zone for fresh and saline water and sediments, providing a range of ecosy...
Understanding challenges posed by climate change to estuaries and their faunas remains a high priori...
The benthic macroinvertebrates and the zooplankton of the shallow (<1.5 m deep) sandy middle regions...
The fish at sites located throughout the large, seasonally closed Wilson Inlet, on the southern coas...
Estuaries are amongst the most productive ecosystems and act as important nurseries and habitats for...
Deoxygenation events within the Swan-Canning Estuary are a severe and potentially lethal threat to t...
Georges River oyster cultivation was one of Australia's earliest aquaculture ventures and became hig...
Indicators of ecological health based on biological communities, including numerous multimetric indi...
This report, commissioned by the Department of Parks and Wildlife, describes the monitoring and eval...
In 2010, the Swan River Trust commissioned Murdoch University to evaluate the effects of artificial ...
The Richmond River catchment has changed significantly since European settlement. The catchment surr...
Peel Inlet and Harvey Estuary are two adjoining estuarine basins in southwestern Australia, which in...
This study has determined how the characteristics of the ichthyofauna of a large eutrophic microtida...