Ian R Bradbury
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Explore the profile of Ian R Bradbury including associated specialties, affiliations and a list of published articles.
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57
Citations
882
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Recent Articles
1.
Kess T, Lehnert S, Bentzen P, Duffy S, Messmer A, Dempson J, et al.
Ecol Evol
. 2024 Apr;
14(4):e11068.
PMID: 38584771
Complex traits often exhibit complex underlying genetic architectures resulting from a combination of evolution from standing variation, hard and soft sweeps, and alleles of varying effect size. Increasingly, studies implicate...
2.
Multifaceted framework for defining conservation units: An example from Atlantic salmon () in Canada
Lehnert S, Bradbury I, Wringe B, Van Wyngaarden M, Bentzen P
Evol Appl
. 2023 Sep;
16(9):1568-1585.
PMID: 37752960
Conservation units represent important components of intraspecific diversity that can aid in prioritizing and protecting at-risk populations, while also safeguarding unique diversity that can contribute to species resilience. In Canada,...
3.
Fine-scale environmentally associated spatial structure of lumpfish () across the Northwest Atlantic
Langille B, Kess T, Brachmann M, Nugent C, Messmer A, Duffy S, et al.
Evol Appl
. 2023 Sep;
16(9):1619-1636.
PMID: 37752959
Lumpfish, , have historically been harvested throughout Atlantic Canada and are increasingly in demand as a solution to controlling sea lice in Atlantic salmon farms-a process which involves both the...
4.
Nugent C, Kess T, Brachmann M, Langille B, Duffy S, Lehnert S, et al.
Mol Ecol
. 2023 Jul;
32(17):4742-4762.
PMID: 37430462
Environmental variation is increasingly recognized as an important driver of diversity in marine species despite the lack of physical barriers to dispersal and the presence of pelagic stages in many...
5.
Nugent C, Kess T, Brachmann M, Langille B, Holborn M, Beck S, et al.
Mol Ecol Resour
. 2023 May;
PMID: 37246351
The negative genetic impacts of gene flow from domestic to wild populations can be dependent on the degree of domestication and exacerbated by the magnitude of pre-existing genetic differences between...
6.
Salisbury S, Perry R, Keefe D, McCracken G, Layton K, Kess T, et al.
Mol Ecol
. 2023 Mar;
32(12):3025-3043.
PMID: 36869618
Polymorphic species are useful models for investigating the evolutionary processes driving diversification. Such processes include colonization history as well as contemporary selection, gene flow, and genetic drift, which can vary...
7.
Bradbury I, Lehnert S, Kess T, Van Wyngaarden M, Duffy S, Messmer A, et al.
Evol Appl
. 2022 Oct;
15(9):1436-1448.
PMID: 36187183
Gene flow between wild and domestic populations has been repeatedly demonstrated across a diverse range of taxa. Ultimately, the genetic impacts of gene flow from domestic into wild populations depend...
8.
Salisbury S, McCracken G, Perry R, Keefe D, Layton K, Kess T, et al.
Am Nat
. 2022 Apr;
199(5):617-635.
PMID: 35472018
AbstractThe potentially significant genetic consequences associated with the loss of migratory capacity of diadromous fishes that have become landlocked in freshwater are poorly understood. Consistent selective pressures associated with freshwater...
9.
Islam S, Xue X, Caballero-Solares A, Bradbury I, Rise M, Fleming I
Mol Ecol
. 2022 Mar;
31(9):2712-2729.
PMID: 35243721
Due to multigeneration domestication selection, farmed and wild Atlantic salmon diverge genetically, which raises concerns about potential genetic interactions among escaped farmed and wild populations and disruption of local adaptation...
10.
Watson K, Lehnert S, Bentzen P, Kess T, Einfeldt A, Duffy S, et al.
Mol Ecol
. 2021 Dec;
31(4):1057-1075.
PMID: 34862998
Chromosomal rearrangements (e.g., inversions, fusions, and translocations) have long been associated with environmental variation in wild populations. New genomic tools provide the opportunity to examine the role of these structural...