Add to ORKGTuna traps of the Sardinian and Mediterranean have provided from long- to short-term series of data and samples of bluefin tuna (BFT) populations inhabiting the Mediterranean. By analyzing genetic variation in bluefin tuna trap samples, we have shown that more than one bluefin tuna population has entered and spread in the Mediterranean over the last century and that over the short period, the interannual composition of the bluefin tuna trap catches are genetically constan
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
17 th as o bluefin tuna caught in the northeast Atlantic south of Norway suggested mixing of putativ...
Tuna traps of the Sardinian and Mediterranean have provided from long- to short-term series of data...
Tuna traps of the Sardinian and Mediterranean have provided from long- to short-term series of data ...
We assessed spatio-temporal genetic patterns in Mediterranean samples of bluefin tuna (BFT) to look ...
We critically reviewed the contributions of fishery genetics to the understanding of spatial populat...
We critically reviewed the contributions of fishery genetics to the understanding of spatial populat...
Within the framework of the Italian research project TUNING dealing with the characterization of the...
The genotyping with 11 neutral microsatellite loci of about 290 bluefin tunas from the Isola Piana ...
The estimation of genetic variability and the identification of temporal variation in genetic struct...
Fishery genetics have greatly changed our understanding of population dynamics and structuring in ma...
Fishery genetics have greatly changed our understanding of population dynamics and structuring in m...
Based on a comparative analysis of genetic diversity at 7 microsatellite loci in ancient (archived s...
The existence of the eastern and western Atlantic bluefin tuna (Thunnus thynnus) stocks has been gen...
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
17 th as o bluefin tuna caught in the northeast Atlantic south of Norway suggested mixing of putativ...
Tuna traps of the Sardinian and Mediterranean have provided from long- to short-term series of data...
Tuna traps of the Sardinian and Mediterranean have provided from long- to short-term series of data ...
We assessed spatio-temporal genetic patterns in Mediterranean samples of bluefin tuna (BFT) to look ...
We critically reviewed the contributions of fishery genetics to the understanding of spatial populat...
We critically reviewed the contributions of fishery genetics to the understanding of spatial populat...
Within the framework of the Italian research project TUNING dealing with the characterization of the...
The genotyping with 11 neutral microsatellite loci of about 290 bluefin tunas from the Isola Piana ...
The estimation of genetic variability and the identification of temporal variation in genetic struct...
Fishery genetics have greatly changed our understanding of population dynamics and structuring in ma...
Fishery genetics have greatly changed our understanding of population dynamics and structuring in m...
Based on a comparative analysis of genetic diversity at 7 microsatellite loci in ancient (archived s...
The existence of the eastern and western Atlantic bluefin tuna (Thunnus thynnus) stocks has been gen...
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
Background: Atlantic Bluefin Tuna (ABFT) shows complex demography and ecological variation in the Me...
17 th as o bluefin tuna caught in the northeast Atlantic south of Norway suggested mixing of putativ...