Animal behavior

Ultimate vs. Proximate Causes:
- Proximate Causes: Immediate physiological mechanisms generating behavior (e.g., genetics, hormones).
- Ultimate Causes: Evolutionary reasons for the persistence of behaviors, shaped by natural selection.
Physiology and Behavior: The nervous and endocrine systems crucial in behavioral expression.

Genetic Influence: Behavior is constrained by genetic predispositions (e.g., a dog cannot be trained to perform calculus).
Behavioral Comparisons: Dogs may display manipulative behavior as puppies but lose it with maturity, indicating genetic constraints on behavior.
Chimpanzees: Lack the physical capability for speech, illustrating genetic limitations affecting behavior despite cognitive abilities.

Behaviorism Concepts:
- Conditioned Reflexes: Examples of learned behaviors in pets, like dogs raising paws for attention (involuntary operant conditioning).
- Operant Conditioning: Behavior modified by stimuli associated with rewards or punishments (e.g., Pavlov's dogs).
Innate vs. Learned Behaviors:
- Innate Behaviors: Reflexes such as dodging loud sounds or flinching from heated surfaces.
- Learned Behaviors: Skills like walking, swimming, or specific responses to stimuli that require practice and experience.

Instinctual Responses: Reflex activities such as blinking indicate basic innate responses to environmental stimuli.
Human Behavior Complexity: Most human behaviors are learned rather than innate.

Parental Care in Voles: Considerations of prairie voles vs. montane voles with respect to their reproductive behaviors (affiliated vs. non-affiliated).
Behavioral Mechanisms: Changes in behavior linked to hormonal pathways influence care patterns.
Proposed Experiments: Suggestions to test behavioral differences in voles by manipulating environmental variables.

Students are encouraged to consider various influences of natural selection on behavior in their studies. Discussion on the importance of understanding both proximate and ultimate explanations for behavior.