The movements of fishes marked, released and recaptured during a fish trapping study in the estuary of Alligator Creek in tropical north-eastern Australia were studied over a period of two and a half years. The ability to place fish traps accurately with respect to landmarks enabled movements as short as 40 m to be detected. \ud \ud For each of six species of fish, more than 10 individuals were recaptured in Alligator Creek. Within these species, 258 of 1164 tagged fish were recaptured. Three patterns of movement were apparent. The serranids Epinephelus coioides and E. malabaricus and the lutjanid Lutjanus russelli tended to move little, usually being recaptured within 40 m of the site of release. The sparids Acanthopagrus australis and A. ...
Abstract Space use and movement patterns are largely influenced by an animal’s size, habitat connect...
Knowledge of connectivity and population structure is integral to the sustainable management of fish...
University of Technology Sydney. Faculty of Science.In this thesis, I investigate the population str...
The movements of fishes marked, released and recaptured during a fish trapping study in the estuary ...
Determining the movement behaviours of animals is essential for understanding population dynamics. T...
Between June 1994 and September 1996, a mark–recapture study was conducted in the Hinchinbrook Chann...
Understanding movement behaviour is essential for effective management of fishery species. Dart tags...
We assessed small-scale movement patterns of fishes on three eastern Tasmanian reefs by divers visua...
Movements of Plectropomus leopardus (Serranidae), a major fisheries species, across marine reserve b...
Movement by the larger more mobile species of coral reef fish plays a significant role in determinin...
Spatial differences in the distribution and abundance of fish faunas of structurally complex habitat...
Movement and migration are fundamental activities in the life history of fishes. It is therefore cri...
Abstract: We describe a method to extract patterns of local fish movement from acoustic tagging data...
A number of lutjanid and serranid fishes are thought to utilise tropical estuaries as juvenile habit...
Although tropical estuaries are important juvenile habitats for the snapper, Lutjanus russelli, the ...
Abstract Space use and movement patterns are largely influenced by an animal’s size, habitat connect...
Knowledge of connectivity and population structure is integral to the sustainable management of fish...
University of Technology Sydney. Faculty of Science.In this thesis, I investigate the population str...
The movements of fishes marked, released and recaptured during a fish trapping study in the estuary ...
Determining the movement behaviours of animals is essential for understanding population dynamics. T...
Between June 1994 and September 1996, a mark–recapture study was conducted in the Hinchinbrook Chann...
Understanding movement behaviour is essential for effective management of fishery species. Dart tags...
We assessed small-scale movement patterns of fishes on three eastern Tasmanian reefs by divers visua...
Movements of Plectropomus leopardus (Serranidae), a major fisheries species, across marine reserve b...
Movement by the larger more mobile species of coral reef fish plays a significant role in determinin...
Spatial differences in the distribution and abundance of fish faunas of structurally complex habitat...
Movement and migration are fundamental activities in the life history of fishes. It is therefore cri...
Abstract: We describe a method to extract patterns of local fish movement from acoustic tagging data...
A number of lutjanid and serranid fishes are thought to utilise tropical estuaries as juvenile habit...
Although tropical estuaries are important juvenile habitats for the snapper, Lutjanus russelli, the ...
Abstract Space use and movement patterns are largely influenced by an animal’s size, habitat connect...
Knowledge of connectivity and population structure is integral to the sustainable management of fish...
University of Technology Sydney. Faculty of Science.In this thesis, I investigate the population str...