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NARA Subscribed2
Publisher
Wiley2
Journal
Journal of Fish Biology2
Publication Year
20261
20131
F. Daverat results 2 · Newest (Page 1/1, per page 25)
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Author: F. Daverat ×Clear All Filters
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Population‐specific bycatch risks in two vulnerable anadromous clupeids: Insights from otolith microchemistryNARA Subscribed
Journal of Fish Biology · 2026 · Wiley
David J. Nachón; Alejandro Pico‐Calvo; Françoise Daverat; Rufino Vieira‐Lanero; Rosa M. Crujeiras; Ana F. Belo; Catarina S. Mateus; Bernardo Quintella; Pedro R. Almeida; Carlos Antunes; Gilles Bareille; Christophe Pécheyran; Fanny Claverie; Patrick Lambert; Géraldine Lassalle; Fernando Cobo
Otolith microchemistry analysis revealed that bycatch of European shads, allis shad Alosa alosa and twaite shad Alosa fallax , in western Iberian commercial fisheries removes individuals from a wide array of natal origins, with the most abundant source rivers suffering the heaviest losses. Spatial variation in bycatch risk was evident: Specific marine areas exhibited high natal origin diversity, reflecting complex dispersal. A...
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Spatial and temporal variations in otolith chemistry and relationships with water chemistry: a useful tool to distinguish Atlantic salmon Salmo salar parr from different natal streamsNARA Subscribed
Journal of Fish Biology · 2013 · Vol. 82 · Issue 5 · Wiley
J. Martin; G. Bareille; S. Berail; C. Pecheyran; F. Daverat; N. Bru; H. Tabouret; O. Donard
Otolith elemental (Sr:Ca, Ba:Ca, Mn:Ca, Mg:Ca and Rb:Ca) and isotopic ( 87 Sr : 86 Sr ) profiles from several annual cohorts of juvenile Atlantic salmon Salmo salar were related to the physico‐chemical characteristics (chemical signatures, flow rate, temperature and conductivity) of their natal rivers over an annual hydrological cycle. Only Sr:Ca, Ba:Ca and 87 Sr : 86 Sr in otoliths were determined by their respective ratios i...
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