|
Please
don't hesitate to contact me for
reprints.
|
(49) |
Moran PA, Pascoal S,
Cezard T, Risse JE, Ritchie MG, Bailey
NW (in
press) Opposing
patterns of interspecific and
intraspecific differentiation in sex
chromosomes and autosomes. Molecular
Ecology |
(48) |
Schneider
WT, Rutz C,
Hedwig B, Bailey
NW (2018) Vestigial singing
behaviour persists after the
evolutionary loss of song in crickets.
Biology Letters
14:20170654.
|
(47) |
Zuk M, Bailey
NW, Gray B, Rotenberry JT (2018) Sexual
signal loss: The link between behavior
and rapid evolutionary dynamics in a
field cricket. Journal of Animal
Ecology |
(46) |
Bailey
NW, Marie-Orleach L, Moore
AJ (2018) If
everything is special, is anything
special? A response to comments on
Bailey et al. Behavioral Ecology 29:17-18.
|
(45) |
Pascoal S, Liu X, Fang Y, Paterson S,
Ritchie MG, Rockliffe N, Zuk M, Bailey
NW (2018)
Increased socially-mediated plasticity
in gene expression accompanies rapid
evolution. Ecology Letters 21:546-556.
|
(44) |
Bailey
NW, Marie-Orleach L,
Moore AJ (2018) Indirect genetic
effects in behavioral ecology: does
behavior play a special role in
evolution? Behavioral Ecology 29:1-11.
|
(43) |
Bailey
NW,
Moran PA, Hennig
RM (2017) Divergent mechanisms of
acoustic mate recognition between
closely-related field cricket species
(Teleogryllus spp.).
Animal Behaviour 130:17-25.
|
(42) |
Pascoal S, Mendrok M, Wilson AJ, Hunt J,
Bailey NW (2017) Sexual
selection and population divergence II.
Divergence in different sexual traits
and signal modalities in field crickets
(Teleogryllus oceanicus). Evolution
71:1614-1626.
|
(41) |
Marie-Orleach
L, Vogt-Burri N, Mouginot P, Schlatter
A, Vizoso DB, Bailey NW,
Schärer L (2017)
Indirect genetic effects and sexual
conflicts: partner genotype influences
multiple morphological and behavioral
reproductive traits in a flatworm. Evolution
71:1232-1245.
adf
|
(40) |
Moran
PA, Ritchie MG, Bailey NW
(2017)
A rare exception to
Haldane's rule: Are X chromosomes key to
hybrid
incompatibilities? Heredity 118:554-562.
|
(39) |
Pascoal S, Liu X, Ly T,
Fang Y, Rockliffe N, Paterson S, Shirran
SL, Botting CH, Bailey NW
(2016) Rapid evolution and gene
expression: a rapidly-evolving Mendelian
trait that silences field crickets has
widespread effects on mRNA and protein
expression. Journal of Evolutionary
Biology 29:1234-1246. |
(38) |
Pascoal
S, Moran P, Bailey NW
(2016) Signal evolution: 'Shaky'
evidence for sensory bias. Current
Biology 26:R78-R80. |
(37) |
Pascoal
S, Mendrok M, Mitchell C, Wilson AJ,
Hunt J, Bailey NW (2016)
Sexual selection and population
divergence I. The influence of socially
flexible cuticular hydrocarbon
expression in male field crickets (Teleogryllus
oceanicus). Evolution 70:82-97. |
(36) |
Hoskins
JL, Ritchie MG, Bailey NW
(2015) A test of genetic
models for the evolutionary maintenance
of same-sex sexual behaviour. Proceedings
of the Royal Society of London, B 282:20150429. |
(35) |
Bailey
NW, Ly T (2015)
Embracing the chaos of behavioral
proteomics: a comment on Valcu and
Kempenaers. Behavioral
Ecology 26:18-19. |
(34) |
Greenfield
M, Alem S, Limousin D, Bailey NW
(2014) The dilemma of Fisherian sexual
selection: mate choice for indirect
benefits despite rarity and overall
weakness of trait-preference covariance.
Evolution 68:3524-3536.
|
(33) |
Pascoal
S, Cezard T, Eik-Nes A, Gharbi K,
Majewska J, Payne E, Ritchie MG, Zuk M,
Bailey NW
(2014)
Rapid convergent evolution in wild
crickets. Current Biology 24:1369-1374.
|
(32) |
Gray
B, Bailey NW,
Poon M, Zuk M (2014) Multimodal signal
compensation: Do field crickets flexibly
shift sexual signaling modality after
the evolutionary loss of acoustic
communication? Animal Behaviour 93:243-248.
|
(31) |
Bailey NW,
Hoskins JL (2014) Detecting cryptic
indirect genetic effects. Evolution 68:1871-1882.
|
(30) |
Bailey NW,
Macleod E (2014) Socially flexible
female choice and premating
isolation in field crickets (Teleogryllus
spp.) Journal
of Evolutionary Biology. 27:170-180.
|
(29) |
Bailey NW,
Hoskins JL, Green J, Ritchie MG (2013) Measuring same-sex
sexual behaviour: the influence
of the male social environment.
Animal Behaviour 86:91-100.
|
(28)
|
Bailey NW,
Fowler-Finn KD, Rebar D, Rodríguez RL (2013) Green symphonies,
or wind in the willows? Testing
acoustic communication in
plants. Behavioral
Ecology 24:797-798.
|
(27)
|
Bailey NW,
Veltsos P, Tan Y-F, Millar AH, Ritchie
MG, Simmons LW (2013) Tissue-specific
transcriptomics in the field cricket Teleogryllus
oceanicus. Genes,
Genomes, Genetics 3:225-230.
|
(26)
|
Bailey NW
(2013) Evolution of apparently
non-adaptive behavior. In:
The Princeton Guide to Evolution (Losos
JB, editor-in-chief).
Princeton University Press. Princeton,
NJ.
|
(25)
|
Bailey NW
(2012) Evolutionary models of extended
phenotypes. Trends in Ecology and
Evolution 27:561-569.
|
(24)
|
Bailey NW,
French N (2012) Same-sex sexual
behaviour and mistaken identity in male
field crickets (Teleogryllus oceanicus).
Animal
Behaviour 84:1031-1038.
|
(23)
|
Bailey NW,
Zuk M (2012) Socially flexible female
choice differs among populations of the
Pacific field cricket: geographic
variation in the interaction coefficient
psi (Ψ). Proceedings
of
the
Royal Society of London, B 279:3589-3596.
|
(22)
|
Bailey NW,
Moore AJ (2012) Runaway sexual selection
without genetic correlations: social
environments and flexible mate choice
initiate and enhance the Fisher process.
Evolution
66:2674-2684.
|
(21)
|
Bailey
NW (2011) Mate choice
plasticity in the field cricket Teleogryllus
oceanicus: effects of social
experience in multiple modalities. Behavioral
Ecology and Sociobiology 65:2269-2278. |
(20)
|
Bailey NW
(2011) A test of the relationship
between cuticular melanism and immune
function in wild-caught Mormon crickets.
Physiological
Entomology. 36:155-164. |
(19)
|
Rebar
D, Zuk M, Bailey NW
(2011) Mating experience in field
crickets modifies pre- and
post-copulatory female choice in
parallel. Behavioral Ecology 22:303-309. |
(18)
|
Bailey NW,
Gray B, Zuk M (2011) Exposure to sexual
signals during rearing increases immune
defense in adult field crickets. Biology
Letters 7:217-220.
|
(17)
|
Bailey NW,
Gray B, Zuk M (2010) Acoustic experience
shapes alternative mating tactics and
reproductive investment in field
crickets Current Biology. 20:845-849. |
(16)
|
Logue
DM, Abiola IO, Rains D, Bailey NW,
Zuk M, Cade WH (2010) Does signalling
mitigate the costs of agonistic
interactions? A test in a cricket that has
lost its song Proceedings
of the Royal Society of London, B.
277:2571-2572. |
(15)
|
Rebar D,
Bailey NW,
Zuk M (2009) Courtship song's role during
female mate choice in the field cricket Teleogryllus
oceanicus. Behavioral
Ecology. 20:1307-1314. |
(14)
|
Bailey
NW, Zuk M (2009) Same-sex
sexual behavior and evolution. Trends
in Ecology and Evolution 24:439-446. |
(13)
|
Bailey
NW, Zuk M (2009) Field
crickets change mating preferences using
remembered social information. Biology
Letters 5:449-451. |
(12)
|
Chappell
MA, Bailey NW, Redak
RA, Antolin M, Zuk M (2009) Metabolic
similarity despite striking behavioral
divergence: Aerobic performance in
low- and high-density forms of the
Mormon cricket. Physiological
and Biochemical Zoology 82:405-418. |
(11)
|
Zuk M, Bailey NW
(2008) Birds gone wild: same-sex parenting
in albatross. Trends in Ecology and Evolution 23:658-660. |
(10)
|
Bailey
NW, Zuk M (2008) Acoustic
experience shapes female mate choice in
field crickets. Proceedings of the
Royal Society of London, B 275:2645-2650. |
(9)
|
Bailey
NW (2008) Love will tear
you apart: different components of female
choice exert contrasting selection on
males. Behavioral Ecology 19:960-966. |
(8)
|
Bailey
NW, Gray B, Zuk M (2008)
Does immunity vary with population density
in wild populations of Mormon crickets? Evolutionary
Ecology Research 10:599-610. |
(7)
|
Bailey
NW,
McNabb JR, Zuk M (2008) Preexisting
behavior facilitated the loss of a
sexual signal in the field cricket Teleogryllus
oceanicus. Behavioral
Ecology 19:202-207. |
(6)
|
Bailey NW,
Zuk M (2008) Changes in immune effort
of male field crickets infested with
mobile parasitoid larvae. Journal
of Insect Physiology 54:96-104. |
(5)
|
Bailey NW,
Gwynne DT, Ritchie MG (2007)
Dispersal differences predict
population genetic structure in
Mormon crickets. Molecular
Ecology 16:2079-2089. |
(4)
|
Bailey
NW,
Macias Garcia C, Ritchie MG (2007)
Beyond the point of no return? A
comparison of genetic diversity in
captive and wild populations of two
nearly extinct species of Goodeid
fish reveal that one is inbred in
the wild. Heredity
98:360-367. |
(3)
|
Bailey
NW, Gwynne DT, Bailey WV,
Ritchie MG (2007) Multiple differences
in calling songs and other traits
between solitary and gregarious Mormon
crickets from allopatric mtDNA clades. BMC
Evolutionary Biology 7:5. |
(2)
|
Bailey
NW,
Gwynne DT, Ritchie MG (2005) Are
solitary and gregarious Mormon
crickets (Anabrus
simplex, Orthoptera,
Tettigoniidae) genetically
distinct? Heredity 95:166-173. |
(1)
|
Bailey
NW,
Hockham L, Graves J, Ritchie MG (2005)
Development and characterization of
microsatellite loci in Mormon crickets
(Anabrus simplex,
Orthoptera, Tettigoniidae). Molecular
Ecology Notes 5:611-612. |