Alexandria Trahan

Alexandria Trahan

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Alexandria Trahan

Fish Ecology and Conservation Physiology Laboratory, Department of Biology, Carleton University, 1125 Colonel By Drive, Ottawa, Ontario, K1S 5B6, Canada

Research Focus & Metrics

Academic Career Length

7Years (2020-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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21 July 2021 in Global Change Biology
Verified
Journal Article
Closed access
ENElizabeth A. Nyboer
Elizabeth A. Nyboer
HLHsien‐Yung Lin
Hsien‐Yung Lin
JBJoseph R. Bennett
Joseph R. Bennett
JGJoseph Gabriel
Joseph Gabriel
WTWilliam Twardek
William Twardek
SCSteven J. Cooke
Steven J. Cooke

8 February 2022 in North American Journal of Fisheries Management
Verified
Journal Article
Closed access
PDF file
LLLuc LaRochelle
Luc LaRochelle
ATAlexandria Trahan
Alexandria Trahan
JBJacob W. Brownscombe
Jacob W. Brownscombe
ADAndy J. Danylchuk
Andy J. Danylchuk
SCSteven J. Cooke
Steven J. Cooke

1 November 2021 in Fisheries Research
Verified
Journal Article
Closed access
ATAlexandria Trahan
Alexandria Trahan
ACAuston D. Chhor
Auston D. Chhor
LLLuc LaRochelle
Luc LaRochelle
ADAndy J. Danylchuk
Andy J. Danylchuk
SCSteven J. Cooke
Steven J. Cooke

28 December 2020 in North American Journal of Fisheries Management
Verified
Journal Article
Closed access
PDF file
ATAlexandria T. Trahan
Alexandria T. Trahan
ACAuston D. Chhor
Auston D. Chhor
MLMichael J. Lawrence
Michael J. Lawrence
JBJacob W. Brownscombe
Jacob W. Brownscombe
DGDaniel M. Glassman
Daniel M. Glassman
SCSteven J. Cooke
Steven J. Cooke

16 June 2020 in bioRxiv
Verified
Preprint
Open access
PDF file
ATAlexandria Trahan
Alexandria Trahan
ACAuston Chhor
Auston Chhor
MLMichael J. Lawrence
Michael J. Lawrence
JBJacob W. Brownscombe
Jacob W. Brownscombe
DGDaniel Glassman
Daniel Glassman
SCSteven J. Cooke
Steven J. Cooke
The premise of catch-and-release angling is that most fish survive fisheries interactions. Therefore, it is common for anglers, management agencies, and other organizations to share information on handling practices and other strategies that are believed to improve fish welfare and survival. Recent media coverage has sensationalized the use of carbonated beverages to treat bleeding fish, an intervention that is purported to stop bleeding but has yet to be validated scientifically. We captured Northern Pike ( Esox lucius ) via hook and line, experimentally injured their gills in a standardized manner, and treated them with either Mountain Dew, Coca Cola, or carbonated lake water and observed the duration and intensity of bleeding, as well as overall blood loss (using gill colour as a proxy) while the fish was held in a lake water bath. As a control, we had a group of experimentally injured fish that did not have liquid poured over their gills before the observation period. All treatments and the control were conducted at two different water temperatures (11-18 °C and 24-27 °C) to determine if the effects of pouring carbonated beverages over injured gills is temperature dependent. When compared to the control, we found that the duration and intensity of bleeding increased regardless of the type of carbonated beverages used in this study, and there was no effect of water temperature. Use of chilled versus ambient temperature beverages similarly had no influence on outcomes. As such, there is no scientific evidence to support the use of carbonated beverages for reducing or stopping blood loss for fish that have had their gills injured during recreational angling based on the context studied here. This study reinforced the need to scientifically test angler anecdotes and theories when it comes to best practices for catch-and-release fishing.