J
Jason Daniels
Researcher at Atlantic Salmon Federation
Publications - 6
Citations - 94
Jason Daniels is an academic researcher from Atlantic Salmon Federation. The author has contributed to research in topics: Salmo & Bay. The author has an hindex of 4, co-authored 5 publications receiving 62 citations.
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Atlantic salmon (Salmo salar) smolt and early post-smolt migration and survival inferred from multi-year and multi-stock acoustic telemetry studies in the Gulf of St. Lawrence, northwest Atlantic
TL;DR: Long term, replicated studies at multiple sites using acoustically tagged smolts can provide empirical data to examine hypotheses of the location and timing of factors contributing to smolt and post-smolt mortality of salmon at sea.
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Estimating consumption rate of Atlantic salmon smolts (Salmo salar) by striped bass (Morone saxatilis) in the Miramichi River estuary using acoustic telemetry
TL;DR: Analysis of acoustic telemetry track data was used to differentiate movement patterns of tagged striped bass from those of Atlantic salmon smolts, which were known to not have been predated by striped bass over a 3-year period in the Miramichi River estuary.
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Extent of predation bias present in migration survival and timing of Atlantic salmon smolt ( Salmo salar ) as suggested by a novel acoustic tag
TL;DR: This work employed a new predator tag technology in the first known field trial to understand the extent these tags could reduce predation bias in Atlantic salmon smolt migration through a 65-km zone beginning in freshwater and extending through an estuary.
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Tag retention and survival of Atlantic salmon (Salmo salar) smolts surgically implanted with dummy acoustic transmitters during the transition from fresh to salt water
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Quantifying the effects of post-surgery recovery time on the migration dynamics and survival rates in the wild of acoustically tagged Atlantic Salmon Salmo salar smolts
Jason Daniels,Eric B. Brunsdon,Eric B. Brunsdon,Gérald Chaput,Heather J. Dixon,Holly Labadie,Jonathan Carr +6 more
TL;DR: The hatchery effect increased migration rate whereas short recovery times and captivity in a hatchery negatively affected survival, and migration speed was faster for hatchery smolts but is likely only due to their larger size.