<p>Box-plots of the harvesting efficiencies within 100 simulation runs until the virtual fish population collapsed to <10% of the initial size: one fixed spot (FP, green), edge-based random movement (EM, orange), random search pattern (RSP, purple) and Lévy search pattern (LSP, turquoise). The figure shows the box-plots of the days needed to overexploit the fish stock for each fisher style as a proxy of harvesting efficiency.</p
The relationship between angler catch rates and fish abundance can contribute to or hinder sustainab...
A simulator dedicated to the modeling of individual search behaviors of fishing vessels has been bu...
A computer simulation model of a fish population was developed, capable of tracking individual fish ...
<p>Box plots representing the sets of values for <i>F<sub>s</sub></i> (total fishing mortality for a...
Chronic overcapacity has been identified as a major cause of the overfishing of Europe¿s fish stocks...
Fisher’s decisions can influence the effectiveness of management measures as such decisions can allo...
In fisheries monitoring, catch is assumed to be a product of fishing intensity, catchability, and av...
Patch exploitation dynamics, based on individual tow data, provided new insights into the fishing be...
Intense local fishing pressure is likely to induce significant local decreases in both resource biom...
<p>The path of the first 500 time steps of an individual with average movement characteristics (rati...
Catch-rate data are traditionally used to index abundance in fishery science. An objective of this r...
<p>Convex hulls are used to represent the set of values of <i>B<sub>2011</sub></i> (Predicted biomas...
In fisheries management it is important to consider how fleet dynamics and individual harvester beha...
<p>Grey points represent the centre of the HRs of the 1,000 simulated fishes following the biased-ra...
<p>Simulations for the second scenario are reported together with the extremes (70% and 130% of the ...
The relationship between angler catch rates and fish abundance can contribute to or hinder sustainab...
A simulator dedicated to the modeling of individual search behaviors of fishing vessels has been bu...
A computer simulation model of a fish population was developed, capable of tracking individual fish ...
<p>Box plots representing the sets of values for <i>F<sub>s</sub></i> (total fishing mortality for a...
Chronic overcapacity has been identified as a major cause of the overfishing of Europe¿s fish stocks...
Fisher’s decisions can influence the effectiveness of management measures as such decisions can allo...
In fisheries monitoring, catch is assumed to be a product of fishing intensity, catchability, and av...
Patch exploitation dynamics, based on individual tow data, provided new insights into the fishing be...
Intense local fishing pressure is likely to induce significant local decreases in both resource biom...
<p>The path of the first 500 time steps of an individual with average movement characteristics (rati...
Catch-rate data are traditionally used to index abundance in fishery science. An objective of this r...
<p>Convex hulls are used to represent the set of values of <i>B<sub>2011</sub></i> (Predicted biomas...
In fisheries management it is important to consider how fleet dynamics and individual harvester beha...
<p>Grey points represent the centre of the HRs of the 1,000 simulated fishes following the biased-ra...
<p>Simulations for the second scenario are reported together with the extremes (70% and 130% of the ...
The relationship between angler catch rates and fish abundance can contribute to or hinder sustainab...
A simulator dedicated to the modeling of individual search behaviors of fishing vessels has been bu...
A computer simulation model of a fish population was developed, capable of tracking individual fish ...