<p>Summary of a vessel monitoring system (VMS) analysis involving the fishing activity of 1045 vessels geared with otter trawls, set gillnets, set longlines, and/or traps during the 2007–2010 period. Results are expressed as relative (%) fishing effort (i.e., comparative numbers of fishing hours at a 5' x 5' grid cell). Crosses (+) refer to the location of the seamounts of interest (SSS, EBJ, EBS), each being surrounded by a 20 x 20 nautical mile quadrat.</p
High-resolution vessel monitoring (VMS) data have led to detailed estimates of the distribution of f...
Demersal trawling impacts extensively on the seabed, and the extent and frequency of this impact can...
Increasing competition for marine space requires the appropriate development of indicators to best r...
We evaluated the spatial distribution of otter trawl fishing effort and catches resulting from the i...
Vessel Monitoring Systems (VMS) provide trajectory data of fishing vessels to discover the spatial-t...
This is a pre-copy-editing, author-produced PDF of an article accepted for publication in ICES Journ...
Analysis of data from vessel monitoring systems and automated identification systems in large-scale ...
Understanding the spatiotemporal behavior of fishermen at the fleet scale is key for defining effect...
Understanding the spatial distribution and intensity of fishing activity is a prerequisite for estim...
International audienceUnderstanding the spatiotemporal behavior of fishermen at the fleet scale is k...
High resolution estimates of trawling effort are needed to underpin studies of trawling impacts on s...
Vessel monitoring systems (VMS) automatically collect positional data from fishing vessels, and the ...
Vessel monitoring system (VMS) technology records the time, location, bearing, and speed for fishing...
With the introduction of the European Vessel Monitoring by Satellite system (VMS), scientists could ...
Fisheries management is increasingly being conducted at finer scales of spatial resolution. The spat...
High-resolution vessel monitoring (VMS) data have led to detailed estimates of the distribution of f...
Demersal trawling impacts extensively on the seabed, and the extent and frequency of this impact can...
Increasing competition for marine space requires the appropriate development of indicators to best r...
We evaluated the spatial distribution of otter trawl fishing effort and catches resulting from the i...
Vessel Monitoring Systems (VMS) provide trajectory data of fishing vessels to discover the spatial-t...
This is a pre-copy-editing, author-produced PDF of an article accepted for publication in ICES Journ...
Analysis of data from vessel monitoring systems and automated identification systems in large-scale ...
Understanding the spatiotemporal behavior of fishermen at the fleet scale is key for defining effect...
Understanding the spatial distribution and intensity of fishing activity is a prerequisite for estim...
International audienceUnderstanding the spatiotemporal behavior of fishermen at the fleet scale is k...
High resolution estimates of trawling effort are needed to underpin studies of trawling impacts on s...
Vessel monitoring systems (VMS) automatically collect positional data from fishing vessels, and the ...
Vessel monitoring system (VMS) technology records the time, location, bearing, and speed for fishing...
With the introduction of the European Vessel Monitoring by Satellite system (VMS), scientists could ...
Fisheries management is increasingly being conducted at finer scales of spatial resolution. The spat...
High-resolution vessel monitoring (VMS) data have led to detailed estimates of the distribution of f...
Demersal trawling impacts extensively on the seabed, and the extent and frequency of this impact can...
Increasing competition for marine space requires the appropriate development of indicators to best r...