Simulation of spatial population changes and fleet dynamics has recently become more feasible with increases in computing power, but there is still a need for simple models that provide geographically realistic output as an aid to management decision-making
Fishery management decisions are commonly guided by stock assessment models that aggregate outputs a...
Abstract In this paper, we present a spatial model of fishing that can be used to assess some of the...
To date, the empirical literature on spatial closures has focused on specific fleets and/or areas, a...
<p>Marine activities have been increasingly competing for space and reducing areas for fishing. The ...
Spatially explicit bio-economic models that are age-structured and dynamic become increasingly impor...
presentationMaritime spatial planning and fishery management are likely to generate extra costs for ...
The sustainable management of fisheries has largely relied on stock assessment models that assume st...
This paper presents the simulator SHADYS (‘simulator halieutique de dynamiques spatiales’). SHADYS i...
This dissertation investigates how recent advances in the availability of geospatial data can be uti...
Maps of fishing locations are important in assessing fishery exposure to management alternatives and...
The mobile nature of the fishing activity entails dynamic spatial relations and dependencies between...
environment lagged behind its use in terrestrial systems in the early stages of GIS, primarily due t...
There is growing interest in bio-economic models as tools for understanding pathways of fishery beha...
Marine spatial planning (MSP) is increasingly promoted as part of an ecosystem-based approach to mar...
Collecting spatial information on fisheries catch and effort is essential to understanding the spati...
Fishery management decisions are commonly guided by stock assessment models that aggregate outputs a...
Abstract In this paper, we present a spatial model of fishing that can be used to assess some of the...
To date, the empirical literature on spatial closures has focused on specific fleets and/or areas, a...
<p>Marine activities have been increasingly competing for space and reducing areas for fishing. The ...
Spatially explicit bio-economic models that are age-structured and dynamic become increasingly impor...
presentationMaritime spatial planning and fishery management are likely to generate extra costs for ...
The sustainable management of fisheries has largely relied on stock assessment models that assume st...
This paper presents the simulator SHADYS (‘simulator halieutique de dynamiques spatiales’). SHADYS i...
This dissertation investigates how recent advances in the availability of geospatial data can be uti...
Maps of fishing locations are important in assessing fishery exposure to management alternatives and...
The mobile nature of the fishing activity entails dynamic spatial relations and dependencies between...
environment lagged behind its use in terrestrial systems in the early stages of GIS, primarily due t...
There is growing interest in bio-economic models as tools for understanding pathways of fishery beha...
Marine spatial planning (MSP) is increasingly promoted as part of an ecosystem-based approach to mar...
Collecting spatial information on fisheries catch and effort is essential to understanding the spati...
Fishery management decisions are commonly guided by stock assessment models that aggregate outputs a...
Abstract In this paper, we present a spatial model of fishing that can be used to assess some of the...
To date, the empirical literature on spatial closures has focused on specific fleets and/or areas, a...
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