@MonaSunnyBear @MattWalshBlog Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of bod
1) Question on prev cited Horschler paper https://t.co/ohqhReg5zF "Absolute brain size predicts dog breed differences in executive function" From the supp data attached, the relationship btw brain wt and body wt is just too perfect with Rsq=1 that the bra
Source: https://t.co/H01vhUWnHJ
The size of a dog's brain has a direct correlation to its cognitive function. The larger a dog's brain is, the better it generally is at completing complex tasks. #39canimals https://t.co/2eYQAyFstk
@Ashhleyy_gomez Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight. http
@crazyclipsonly Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight. http
@Iammrfields @crazyclipsonly Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body
@dog_rates @Trupanion Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight
@ChelleStafford @FOXLA Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weigh
@ChelleStafford @FOXLA Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weigh
@Frickmanidk Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight. https:/
@EverydayFinance @Scientific_Bird Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of
#dog Large-scale phylogenetic studies of #animal #cognition have revealed robust links between absolute #brain volume and species differences in executive function| SpringerLink https://t.co/0yLtkOIMrl
@TechSupreme @nypost Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight.
@JJTweets6 @RhiannonDauster @jonahdavids1 Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independ
@janecoaston Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independently of body weight. https:/
@Mythsteria @MangoUrABeast @Breaking911 Brain size is predictive of cognitive processes including memory & self-control, with these effects persisting after controlling training history. This was still true for brain weight estimates derived independen
RT @KirkegaardEmil: Absolute brain size predicts dog breed differences in executive function https://t.co/p0RLPgHyA1
RT @KirkegaardEmil: Absolute brain size predicts dog breed differences in executive function https://t.co/p0RLPgHyA1
Absolute brain size predicts dog breed differences in executive function https://t.co/p0RLPgHyA1
RT @ThomasRCoyle: (Brain) size matters: In humans and in dogs! Gignac & Bates (humans): https://t.co/vU0bipsq2P Horschler et al. (dogs): h…
(Brain) size matters: In humans and in dogs! Gignac & Bates (humans): https://t.co/vU0bipsq2P Horschler et al. (dogs): https://t.co/t2WHyBzbjb https://t.co/EGDs6yOiHK
@aestheticTerror @MissCurseALot Yep, that one was interesting (here for anyone interested https://t.co/6M0e32Dmn3). The results did show interactions between brain size & executive function (memory and impulse control)...
RT @DTScholars: #DogFactsForChristmas #13❓Did you know that this study found that bigger brains🧠(and therefore, by association, bigger bree…
#DogFactsForChristmas #13❓Did you know that this study found that bigger brains🧠(and therefore, by association, bigger breeds 🐕🦺) were associated with better cognitive performance ✅on some behaviour tests 🧻? https://t.co/gf8CAUmZN2 https://t.co/HSV2OHa1IL
RT @SG_PighD: https://t.co/aJdDcRRBZI Estimated brain size (using body size as a proxy) predicts differences in executive function in dogs.…
https://t.co/aJdDcRRBZI Estimated brain size (using body size as a proxy) predicts differences in executive function in dogs. 🐶
RT @SpringerANCO: In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that e…
RT @SpringerANCO: In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that e…
RT @SpringerANCO: In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that e…
RT @SpringerANCO: In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that e…
RT @SpringerANCO: In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that e…
In a study published in Animal Cognition earlier this year, @DanielHorschler and colleagues presented data showing that estimated brain size (using body size as a proxy) predicts differences in executive function in dogs. https://t.co/YmnMPjEDE6
RT @eohomo: Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a nove…
RT @eohomo: Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a nove…
RT @eohomo: Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a nove…
RT @eohomo: Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a nove…
RT @eohomo: Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a nove…
Do bigger brains equate to higher cognition? Earlier in the year @DanielHorschler, had a nice paper testing this idea in a novel system - domestic dogs - using @Dognition, a cool crowdfunded dataset in dog cognition. His answer was yes! https://t.co/SNvcyX
RT @DanielHorschler: @SpringerANCO @EvanMacLean @eohomo Thanks to @eohomo for discussion on the paper! Check out his commentary here: https…
RT @DanielHorschler: @SpringerANCO @EvanMacLean @eohomo Thanks to @eohomo for discussion on the paper! Check out his commentary here: https…
RT @DanielHorschler: @SpringerANCO @EvanMacLean @eohomo Thanks to @eohomo for discussion on the paper! Check out his commentary here: https…
@SpringerANCO @EvanMacLean @eohomo Thanks to @eohomo for discussion on the paper! Check out his commentary here: https://t.co/ywgCSshqDG And our original paper using @Dognition data to explore links between estimated brain size and cognition across dog br
RT @SethLargo: "Absolute brain size predicts dog breed differences in executive function." Small dogs are stupid because they have stupid…
RT @SethLargo: "Absolute brain size predicts dog breed differences in executive function." Small dogs are stupid because they have stupid…
RT @SethLargo: "Absolute brain size predicts dog breed differences in executive function." Small dogs are stupid because they have stupid…
RT @SethLargo: "Absolute brain size predicts dog breed differences in executive function." Small dogs are stupid because they have stupid…
I'm kidding everyone. Don't unfollow me. I might get a schipperke. They're pretty smart. And chihuahuas are great fun. My best friend has a chihuahua. https://t.co/VMlnkTxEwl
"Absolute brain size predicts dog breed differences in executive function." Small dogs are stupid because they have stupid small dog brains. Bigger dogs (aka dogs) are smart. https://t.co/URCBb4J0Ff
@octonion @sherjilozair What research are you relying on here? Horschler, D.J., Hare, B., Call, J., Kaminski, J., Miklosi, A., Maclean, E.L. (2019). Absolute brain size predicts dog breed differences in executive function. Animal Cognition, 22(2), 187-198.
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…
RT @AMCELL: Absolute brain size predicts dog breed differences in executive function https://t.co/N0xjvIppmI
RT @AMCELL: Absolute brain size predicts dog breed differences in executive function https://t.co/N0xjvIppmI
Absolute brain size predicts dog breed differences in executive function https://t.co/N0xjvIppmI
dog genetics (By retweeting thusly I'm adding this to the self-search Twitter list I'm compliling. https://t.co/3e7uAULyWQ .. (I'll probably be doing a lot of this sort of tweet in the future, but will be omitting or truncating this commentary.)
@WiringTheBrain
RT @bogglerapture: Absolute brain size predicts dog breed differences in executive function | SpringerLink https://t.co/C1ZVieCes2
Absolute brain size predicts dog breed differences in executive function | SpringerLink https://t.co/C1ZVieCes2
RT @SteveStuWill: Bigger-brained dogs are smarter. https://t.co/bdg0eKmRj5 https://t.co/yqmDB5Hpz6
V slippery slope
Damn, I always knew this in my heart.
Bigger-brained humans are smarter too
In that case, can you blame them?
RT @bharedogguy: ok.... this may be my all time tweet from @RolandKays https://t.co/lf9WZfqOYb
ok.... this may be my all time tweet from @RolandKays
RT @RolandKays: New research by @bharedogguy shows small dogs have less self control, could this explain why coyotes tend to kill small dog…
Interesting idea. Question: which animal instigates play or agonism? Wild species or the domestic species?
That would certainly explain why small dogs are SO annoying!!!
New research by @bharedogguy shows small dogs have less self control, could this explain why coyotes tend to kill small dogs but play with big ones? More social annoyance than food drive? @coatiwhisperer https://t.co/Pis8GjtJ6t https://t.co/PhlAVLoQCU ht
RT @KubinyiEniko: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rela…
RT @KubinyiEniko: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rela…
What size is your pooch?...
Absolute #brain #size predicts dog breed differences in executive function https://t.co/4DaV48xiNr
RT @BehavEcolPapers: Absolute #brain size predicts #dog breed differences in executive function https://t.co/nAWwK0n1Km AnimCogn
RT @BehavEcolPapers: Absolute #brain size predicts #dog breed differences in executive function https://t.co/nAWwK0n1Km AnimCogn
Absolute #brain size predicts #dog breed differences in executive function https://t.co/nAWwK0n1Km AnimCogn
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…
RT @zannaclay: New study indicates positive association between absolute #brain size & executive functioning in #dogs. Larger-brained breed…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @SpringerANCO: Absolute brain size predicts dog breed differences in executive function: Citizen science data from over 7000 purebred do…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…
RT @SpringerANCO: Absolute brain size predicts dog breed differences in executive function: Citizen science data from over 7000 purebred do…
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…
Looking forward to looking at this one! @cvoelter @Miss_Daffodil
RT @FamDogProject: larger-brained breeds performed significantly better on measures of short-term memory and self-control. However, the rel…
RT @SpringerANCO: Absolute brain size predicts dog breed differences in executive function: Citizen science data from over 7000 purebred do…
RT @DanielHorschler: My first paper out now w/@EvanMacLean @bharedogguy et al. We use @Dognition #CitizenScience cognitive data on 7000+ do…