Australian recreational fishers targeting Portunus pelagicus are regulated by unverified gear restrictions which, combined with size, sex and quota regulations, result in >40% of their catches being discarded; all with unknown fate. To address these issues, we investigated the relative efficiency and temporal selectivity of "round", "rectangular" and "wire" pots, and "hoop nets" set for 3, 6, and 24. h and the subsequent injury, physiological stress and mortality (in cages with controls over three days) of discarded P. pelagicus (37-85. mm carapace length - CL). Undersized
In response to few data describing the effects of bait on trap efficiencies for blue swimmer crabs, ...
In south-eastern Australia, the same baited, round traps (comprising 50–57-mm mesh netting) are used...
As part of attempts to promote more selective recreational and commercial portunid trap fisheries in...
The temporal efficiencies and durabilities of established and alternative recreational portunid crab...
The individual and cumulative effects of increasing mesh size (from 56- to 75-mm stretched mesh open...
This study was initiated in response to a scarcity of data on the efficiency, selectivity and discar...
This study was initiated in response to a scarcity of data on the efficiency, selectivity and discar...
Owing to concerns about derelict portunid traps perpetually fishing (‘ghost fishing’) in southeaster...
The utility of varying twine diameter (0.5-0.8 mm Ø) and/or mesh area (0.5:1) in south-eastern Austr...
Population estimates of crabs in commercial fisheries are traditionally based on the reported catch ...
Australian recreational fishers discard large amounts of decapod crustaceans each year, but no forma...
The selectivity of two types of commercial fishing gear (crab hoop/traditional gear and rigid rectan...
Blue swimmer crabs (Portunus pelagicus) are an economically important crab caught in baited traps th...
In response to concerns over excessive discarding from Australian recreational round traps (with fou...
This research describes the commercial trap fishery and biology of the blue swimmer crab, Portunus p...
In response to few data describing the effects of bait on trap efficiencies for blue swimmer crabs, ...
In south-eastern Australia, the same baited, round traps (comprising 50–57-mm mesh netting) are used...
As part of attempts to promote more selective recreational and commercial portunid trap fisheries in...
The temporal efficiencies and durabilities of established and alternative recreational portunid crab...
The individual and cumulative effects of increasing mesh size (from 56- to 75-mm stretched mesh open...
This study was initiated in response to a scarcity of data on the efficiency, selectivity and discar...
This study was initiated in response to a scarcity of data on the efficiency, selectivity and discar...
Owing to concerns about derelict portunid traps perpetually fishing (‘ghost fishing’) in southeaster...
The utility of varying twine diameter (0.5-0.8 mm Ø) and/or mesh area (0.5:1) in south-eastern Austr...
Population estimates of crabs in commercial fisheries are traditionally based on the reported catch ...
Australian recreational fishers discard large amounts of decapod crustaceans each year, but no forma...
The selectivity of two types of commercial fishing gear (crab hoop/traditional gear and rigid rectan...
Blue swimmer crabs (Portunus pelagicus) are an economically important crab caught in baited traps th...
In response to concerns over excessive discarding from Australian recreational round traps (with fou...
This research describes the commercial trap fishery and biology of the blue swimmer crab, Portunus p...
In response to few data describing the effects of bait on trap efficiencies for blue swimmer crabs, ...
In south-eastern Australia, the same baited, round traps (comprising 50–57-mm mesh netting) are used...
As part of attempts to promote more selective recreational and commercial portunid trap fisheries in...