Marine fisheries are often allocated to stocks that reflect pragmatic considerations and may not represent the species’ spatial population structure, increasing the risk of mismanagement and unsustainable harvesting. Here we compile mark–recapture data collected across the North Atlantic to gain insight into the spatial population structure of Greenland halibut (Reinhardtius hippoglossoides), an issue that has been unresolved for decades. The dataset contains 168130 fish tagged from 1952 to 2021, with 5466 (3.3%) recaptured individuals. Our results indicate that fish tagged at <50 cm body length migrate at higher rates, suggesting that mark–recapture studies on adult individuals underestimate population-level migration rates. We find evi...
Management strategies for commercial marine species in Northern ecosystems. Proceedings of the 10th ...
Greenland halibut (Reinhardtius hippoglossoides, (Walbaum)) are distributed throughout the Canadian ...
Presented at "6th International Symposium on Flatfish Ecology, 20-25 October 2005, Kyoto, Japan.
Accurate information on population structure is essential for effective fisheries management. Greenl...
Results of stratified bottom trawl surveys in the Svalbard area during the period 1983-1985 show th...
Understanding the genetic differentiation among populations of most marine fish requires investigati...
Results of stratified bottom trawl surveys in the Svalbard area during the period 1983-1985 show tha...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Deep-sea marine fishes support important fisheries but estimates of their distributions are often in...
To manage a fishery effectively, and implement worthwhile fisheries regimes and conservation plans, ...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Deep-sea marine fishes support important fisheries but estimates of their distributions are often in...
Management strategies for commercial marine species in Northern ecosystems. Proceedings of the 10th ...
Management strategies for commercial marine species in Northern ecosystems. Proceedings of the 10th ...
Greenland halibut (Reinhardtius hippoglossoides, (Walbaum)) are distributed throughout the Canadian ...
Presented at "6th International Symposium on Flatfish Ecology, 20-25 October 2005, Kyoto, Japan.
Accurate information on population structure is essential for effective fisheries management. Greenl...
Results of stratified bottom trawl surveys in the Svalbard area during the period 1983-1985 show th...
Understanding the genetic differentiation among populations of most marine fish requires investigati...
Results of stratified bottom trawl surveys in the Svalbard area during the period 1983-1985 show tha...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Deep-sea marine fishes support important fisheries but estimates of their distributions are often in...
To manage a fishery effectively, and implement worthwhile fisheries regimes and conservation plans, ...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Characterizing the extent of genetic differentiation among individuals and its distribution across t...
Deep-sea marine fishes support important fisheries but estimates of their distributions are often in...
Management strategies for commercial marine species in Northern ecosystems. Proceedings of the 10th ...
Management strategies for commercial marine species in Northern ecosystems. Proceedings of the 10th ...
Greenland halibut (Reinhardtius hippoglossoides, (Walbaum)) are distributed throughout the Canadian ...
Presented at "6th International Symposium on Flatfish Ecology, 20-25 October 2005, Kyoto, Japan.