#matechoice — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #matechoice, aggregated by home.social.
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Unravelling mate choice mysteries: Using water striders, Malik et al. show how analyzing multiple traits across mating stages reveals which sex truly controls copulation.
Read here!
https://www.journals.uchicago.edu/doi/10.1086/737900 -
Unravelling mate choice mysteries: Using water striders, Malik et al. show how analyzing multiple traits across mating stages reveals which sex truly controls copulation.
Read here!
https://www.journals.uchicago.edu/doi/10.1086/737900 -
Unravelling mate choice mysteries: Using water striders, Malik et al. show how analyzing multiple traits across mating stages reveals which sex truly controls copulation.
Read here!
https://www.journals.uchicago.edu/doi/10.1086/737900 -
Unravelling mate choice mysteries: Using water striders, Malik et al. show how analyzing multiple traits across mating stages reveals which sex truly controls copulation.
Read here!
https://www.journals.uchicago.edu/doi/10.1086/737900 -
Unravelling mate choice mysteries: Using water striders, Malik et al. show how analyzing multiple traits across mating stages reveals which sex truly controls copulation.
Read here!
https://www.journals.uchicago.edu/doi/10.1086/737900 -
Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
-
Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
-
Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
-
Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Where Did Yellowstone’s Black Wolves Come From?
"Black wolves are either absent or very rare in most parts of their range, but are mysteriously common in some parts of North America"
#wolf #color #genetics #CanineDistemperVirus #MateChoice #Evolution #Behavior #Yellowstone https://grrlscientist.medium.com/where-did-yellowstones-black-wolves-come-from-a21008634f54
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Mitchell et al. reveal the first evidence of chemical mate choice copying in Drosophila. Females exposed to pheromone cues from mated flies prefer males chosen by others, showing that social learning in flies extends beyond visual cues.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736329#drosophila #pheremone #mate #flies #socialLearning #mateChoice
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Mitchell et al. reveal the first evidence of chemical mate choice copying in Drosophila. Females exposed to pheromone cues from mated flies prefer males chosen by others, showing that social learning in flies extends beyond visual cues.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736329#drosophila #pheremone #mate #flies #socialLearning #mateChoice
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Mitchell et al. reveal the first evidence of chemical mate choice copying in Drosophila. Females exposed to pheromone cues from mated flies prefer males chosen by others, showing that social learning in flies extends beyond visual cues.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736329#drosophila #pheremone #mate #flies #socialLearning #mateChoice
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Mitchell et al. reveal the first evidence of chemical mate choice copying in Drosophila. Females exposed to pheromone cues from mated flies prefer males chosen by others, showing that social learning in flies extends beyond visual cues.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736329#drosophila #pheremone #mate #flies #socialLearning #mateChoice
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Mitchell et al. reveal the first evidence of chemical mate choice copying in Drosophila. Females exposed to pheromone cues from mated flies prefer males chosen by others, showing that social learning in flies extends beyond visual cues.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736329#drosophila #pheremone #mate #flies #socialLearning #mateChoice
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @GrrlScientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @GrrlScientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @GrrlScientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @GrrlScientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @GrrlScientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @grrlscientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @grrlscientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @grrlscientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @grrlscientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Birds in love produce more babies, study shows
“A study finds that birds who freely choose their own mates have 37% more offspring than those which were paired up by researchers in a sort of avian ‘arranged marriage’”
by @grrlscientist via #Substack
#birds #ornithology #MateChoice #love #behavior #evolution #SciComm https://grrlscientist.substack.com/p/birds-in-love-produce-more-babies
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Mosaic Evolution Generates Patches Of Vivid Colors In The Lories
“How to balance the evolutionary demands between being extremely colorful and attractive to potential mates whilst also being camouflaged from predators?”
by @grrlscientist via #Substack
#parrots🦜 #color #evolution #ecology #MateChoice #SciComm🧪 https://grrlscientist.substack.com/p/mosaic-evolution-generates-patches
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Mosaic Evolution Generates Patches Of Vivid Colors In The Lories
“How to balance the evolutionary demands between being extremely colorful and attractive to potential mates whilst also being camouflaged from predators?”
by @grrlscientist via #Substack
#parrots🦜 #color #evolution #ecology #MateChoice #SciComm🧪 https://grrlscientist.substack.com/p/mosaic-evolution-generates-patches
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Mosaic Evolution Generates Patches Of Vivid Colors In The Lories
“How to balance the evolutionary demands between being extremely colorful and attractive to potential mates whilst also being camouflaged from predators?”
by @grrlscientist via #Substack
#parrots🦜 #color #evolution #ecology #MateChoice #SciComm🧪 https://grrlscientist.substack.com/p/mosaic-evolution-generates-patches
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Mosaic Evolution Generates Patches Of Vivid Colors In The Lories
“How to balance the evolutionary demands between being extremely colorful and attractive to potential mates whilst also being camouflaged from predators?”
by @grrlscientist via #Substack
#parrots🦜 #color #evolution #ecology #MateChoice #SciComm🧪 https://grrlscientist.substack.com/p/mosaic-evolution-generates-patches
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Mosaic Evolution Generates Patches Of Vivid Colors In The Lories
“How to balance the evolutionary demands between being extremely colorful and attractive to potential mates whilst also being camouflaged from predators?”
by @grrlscientist via #Substack
#parrots🦜 #color #evolution #ecology #MateChoice #SciComm🧪 https://grrlscientist.substack.com/p/mosaic-evolution-generates-patches
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Something for the weekend... our preprint on how SSRI treatment inhibits female response to male courtship in a cichlid fish.
https://doi.org/10.1101/2025.01.09.632154
#FishSci #SSRI #serotonin #EcoTox #TeamFish #Zoology #Behaviour #MateChoice
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Something for the weekend... our preprint on how SSRI treatment inhibits female response to male courtship in a cichlid fish.
https://doi.org/10.1101/2025.01.09.632154
#FishSci #SSRI #serotonin #EcoTox #TeamFish #Zoology #Behaviour #MateChoice
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Something for the weekend... our preprint on how SSRI treatment inhibits female response to male courtship in a cichlid fish.
https://doi.org/10.1101/2025.01.09.632154
#FishSci #SSRI #serotonin #EcoTox #TeamFish #Zoology #Behaviour #MateChoice
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Something for the weekend... our preprint on how SSRI treatment inhibits female response to male courtship in a cichlid fish.
https://doi.org/10.1101/2025.01.09.632154
#FishSci #SSRI #serotonin #EcoTox #TeamFish #Zoology #Behaviour #MateChoice
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#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
#introduction I’m Anne, Professor in #neuroscience at Fribourg University. In our #Drosophila lab, we work on neuronal circuits for reproductive behavior and acoustic communication, sex differences of the nervous system and the signaling function of seminal fluid. I like #arthopods #sexualselection #matechoice #spermcompetition #microscopy and #connectomics
Used to work with #zebrafish #development #axonguidance
Also teaching and keen on #embryology and #histology for medical students... -
Hi everyone!
I am a Senior Lecturer in #SilwoodPark at #ImperialCollegeLondon. I am interested how social behaviours (#MateChoice, SexualSelection, #sociality) and #LifeHistory traits (#ageing, reproductive traits) evolve in birds. I've also published on #WomenInScience. I use #quantitativegenetics to better understand how #phenotypes are governed by #genetic architecture.
I have too many #pets, I like #hiking, #birding, #moths, and #fungi.
Will follow you back - toot!