Cognitive Maps-Migratory Patterns

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Presentation transcript:

Cognitive Maps-Migratory Patterns JD Howard

Cognitive Maps An internal representation, or code, of the spatial relationships between objects in an animal’s surroundings. Not just landmarks Birds’ seed caches

Associative Learning Ability to associate one feature of the environment with another. (Bright color = bad taste) Classical conditioning- arbitrary stimulus is associated with a reward or punishment Operant conditioning- trial and error learning

Cognition and Problem Solving Cognition- the ability of an animal’s nervous system to perceive, store, process, and use information gathered by sensory receptors. Cognitive ethology-animals Copy one another

Genetic and Environmental Interaction in Learning Varies from species to species White-crowned sparrow learns from peers Other birds may have their songs “programmed” genetically

Behavioral Traits by Natural Selection Behaviors can be selected for Garter snakes- 2 populations in different habitats eat different prey. Genes can code for certain behaviors Aggression can change based on genetics (spiders)

Laboratory Studies of Drosophilia Genetic behavioral differences were tested (amount of movement while foraging) Behaviors evolved based on population density

Migratory Patterns Blackcaps showed strong evidence that migratory patterns are genetic. The behavior evolved rapidly