Incidental capture in fishing gear is the most serious threat to the survival of many species of marine mammals. Fisheries closures developed to protect marine mammals have tended to concentrate on areas of high marine mammal density. Movement corridors have generally been less protected because they are often unknown and difficult to detect. Seagrass meadows in Moreton and Hervey Bays in south-eastern Queensland support significant populations of dugongs Dugong dugon. Pedigree analysis based on genetic and ancillary biological data indicates that there is substantial movement of dugongs between these bays, which are separated by open surf coasts where dugongs are occasionally caught in inshore shark nets set for the protection of bathers. ...
Daniel Zeh studied dugong movements and established proof of concept that acoustic technology provid...
Populations of marine mammals can show the signature of phylogeographical breaks and restricted conn...
Marine animals face increased pressure through expanded shipping and recreational activities. Effect...
Incidental capture in fishing gear is the most serious threat to the survival of many species of mar...
Little is known about how the Vulnerable dugong Dugong dugon uses coral reef lagoons despite the imp...
The probability of an aquatic animal being available for detection is typically < 1. Accounting for ...
The probability of an aquatic animal being available for detection is typically <1. Accounting for c...
Recent sightings of dugongs well beyond the southern limit of their accepted range (~27°S) on the Au...
Mobile marine species display complex and nonstationary habitat use patterns that require understand...
Ecosystem-scale networks of marine protected areas (MPAs) are important conservation tools, but thei...
Australia has international responsibilities for the management of dugongs in the Great Barrier Reef...
Knowledge of the behavioural ecology of a species is important for the development of conservation ...
Daniel Zeh studied dugong movements and established proof of concept that acoustic technology provid...
Populations of marine mammals can show the signature of phylogeographical breaks and restricted conn...
Marine animals face increased pressure through expanded shipping and recreational activities. Effect...
Incidental capture in fishing gear is the most serious threat to the survival of many species of mar...
Little is known about how the Vulnerable dugong Dugong dugon uses coral reef lagoons despite the imp...
The probability of an aquatic animal being available for detection is typically < 1. Accounting for ...
The probability of an aquatic animal being available for detection is typically <1. Accounting for c...
Recent sightings of dugongs well beyond the southern limit of their accepted range (~27°S) on the Au...
Mobile marine species display complex and nonstationary habitat use patterns that require understand...
Ecosystem-scale networks of marine protected areas (MPAs) are important conservation tools, but thei...
Australia has international responsibilities for the management of dugongs in the Great Barrier Reef...
Knowledge of the behavioural ecology of a species is important for the development of conservation ...
Daniel Zeh studied dugong movements and established proof of concept that acoustic technology provid...
Populations of marine mammals can show the signature of phylogeographical breaks and restricted conn...
Marine animals face increased pressure through expanded shipping and recreational activities. Effect...