“‘Animal Cognition’ Tag”,2020-04-26 (animal psych, neuroscience)⁠:

Bibliography for tag iq/animal, most recent first: 1 related tag, 43 annotations, & 4 links (parent).

[page summary]

• See Also
• Links
  • “Possible Evidence for the Law of General Intelligence in Honeybees (Apis Mellifera)”, Peñaherrera-Aguirre et al 2024
  • “The 10-Million-Year Explosion: Paleo-Cognitive Reconstructions of Domain-General Cognitive Ability (G) in Extinct Primates”, Peñaherrera-Aguirre et al 2023
  • “Innovation across 13 Ungulate Species: Problem Solvers Are Less Integrated in the Social Group and Less Neophobic”, Caicoya et al 2023
  • “Do Cleaner Fish (Labroides Dimidiatus) Have General Cognitive Ability? A Reanalysis of Individual Differences Data and Consideration of Phylogenetic Context”, Woodley et al 2023
  • “How Honey Bees Make Fast and Accurate Decisions”, MaBouDi et al 2023
  • “MicroRNAs Are Deeply Linked to the Emergence of the Complex Octopus Brain”, Zolotarov et al 2022
  • “Signs of a Flynn Effect in Rodents? Secular Differentiation of the Manifold of General Cognitive Ability in Laboratory Mice & Norwegian Rats over a Century”, Woodley et al 2022b
  • “Neuron Numbers Link Innovativeness With Both Absolute and Relative Brain Size in Birds”, Sol et al 2022
  • “Using Macroevolutionary Patterns to Distinguish Primary from Secondary Cognitive Modules in Primate Cross-Species Performance Data on 5 Cognitive Ability Measures”, Woodley et al 2022
  • “Cranial Volume and Palate Length of Cats, Felis Spp., under Domestication, Hybridization and in Wild Populations”, Lesch et al 2022
  • “Why Some Animals Can Tell More From Less: Researchers Find That Densely Packed Neurons Play an Outsize Role in Quantitative Skill—Calling into Question Old Assumptions about Evolution”, Levy2022
  • “A Multivariate View of Cognitive Performance Reveals Positive Correlation in the Trinidadian Guppy (Poecilia Reticulata)”, Prentice et al 2022
  • “The Evolution of Quantitative Sensitivity”, Bryer et al 2021
  • “Cognition and Reproductive Success in Cowbirds”, White et al 2021
  • “Vultures As an Overlooked Model in Cognitive Ecology”, Overveld et al 2021
  • “Behavioral and Neuronal Representation of Numerosity Zero in the Crow”, Kirschhock et al 2021
  • “String-Pulling in the Greater Vasa Parrot (Coracopsis Vasa): A Replication of Capacity, Findings of Longitudinal Retention, and Evidence for a Species-Level General Insight Factor across Five Physical Cognition Tasks”, Woodley et al 2021
  • “Concordant Neurophysiological Signatures of Cognitive Control in Humans and Rats”, Robble2021
  • “No Evidence for General Intelligence in a Fish”, Aellen et al 2021
  • “Ravens Parallel Great Apes in Physical and Social Cognitive Skills”, Pika et al 2020
  • “Differential and Experimental Approaches to Studying Intelligence in Humans and Non-Human Animals”, Burgoyne2020b
  • “The Comparative Analysis of Intelligence”, Flaim & Blaisdell2020
  • “Macroevolutionary Patterns and Selection Modes for General Intelligence (G) and for Commonly Used Neuroanatomical Volume Measures in Primates”, Fernandes et al 2020
  • “Enriched Environment Exposure Accelerates Rodent Driving Skills”, Crawford et al 2020
  • “Dumb or Smart Asses? Donkey’s (Equus Asinus) Cognitive Capabilities Share the Heritability and Variation Patterns of Human’s (Homo Sapiens) Cognitive Capabilities”, González et al 2019 (page 2)
  • “Absolute Brain Size Predicts Dog Breed Differences in Executive Function”, Horschler et al 2019
  • “Rescue Behavior in a Social Bird: Removal of Sticky ‘Bird-Catcher Tree’ Seeds by Group Members”, Hammers & Brouwer2017
  • “A General Intelligence Factor in Dogs”, Arden & Adams2016
  • “Low-Dose Paroxetine Exposure Causes Lifetime Declines in Male Mouse Body Weight, Reproduction and Competitive Ability As Measured by the Novel Organismal Performance Assay”, Ruff et al 2015
  • “Quantitative Relationships in Delphinid Neocortex”, Mortensen et al 2014
  • “Artificial Selection on Relative Brain Size in the Guppy Reveals Costs and Benefits of Evolving a Larger Brain”, Kotrschal et al 2013
  • “The Structure of Individual Differences in the Cognitive Abilities of Children and Chimpanzees”, Herrmann et al 2010
  • “The Structure of Individual Differences in the Cognitive Abilities of Children and Chimpanzees § Table 1. Primate Cognition Test Battery: Description of Tasks and Mean Proportion (With Standard Deviation) of Correct Responses by Chimpanzees and Human Children”, Herrmann et al 2010 (page 4)
  • “Trajectories and Constraints in Brain Evolution in Primates and Cetaceans”, Tartarelli & Bisconti2007
  • “Evidence from the Rat for a General Factor That Underlies Cognitive Performance and That Relates to Brain Size: Intelligence?”, Anderson1993
  • “The Mating Movements of Male Decorticate Rats: Evidence for Subcortically Generated Movements by the Male but Regulation of Approaches by the Female”, Whishaw & Kolb1985
  • “Studies of the Inheritance of Intelligence and Temperament in Dogs”, Dawson et al 1965
  • “The Effect of Experimenter Bias on the Performance of the Albino Rat”
  • “Do Cats Have Intelligence/How Intelligent Are Cats?”
  • “Do Cats Have Intelligence/How Intelligent Are Cats? § 2”
  • “Sociality Does Not Drive the Evolution of Large Brains in Eusocial African Mole-Rats”
  • “The Naked Mole-Rat: An Unusual Organism With an Unexpected Latent Potential for Increased Intelligence?”
  • “Individual Consistency in the Learning Abilities of Honey Bees: Cognitive Specialization within Sensory and Reinforcement Modalities”
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