A field that studies the biological mechanisms underlying behavior, often emphasizing brain systems and neural circuits.

A field that studies the biological mechanisms underlying behavior, often emphasizing brain systems and neural circuits.

• A. Biological Psychology
• B. Neuropsychology
• C. Behavioral Neuroscience
• D. Cognitive Neuroscience

Answer: (C)

The main idea here is linking behavior to the brain’s wiring. Behavioral neuroscience focuses on how neural circuits and brain systems generate and regulate behavior, spanning from the activity of neurons and synapses to the function of whole brain networks, often using both animal models and human studies to map circuits to actions and states. This makes it the best fit because it explicitly centers on the biological mechanisms—brain systems and neural circuits—as the basis for behavior. Biological psychology covers similar ground but is a broader label, while cognitive neuroscience emphasizes higher-order mental processes and their neural bases, often with a focus on imaging and cognition. Neuropsychology concentrates on how brain injury or disease affects behavior, frequently in clinical contexts, which is a narrower application than the circuit-level focus of behavioral neuroscience.

The main idea here is linking behavior to the brain’s wiring. Behavioral neuroscience focuses on how neural circuits and brain systems generate and regulate behavior, spanning from the activity of neurons and synapses to the function of whole brain networks, often using both animal models and human studies to map circuits to actions and states.

This makes it the best fit because it explicitly centers on the biological mechanisms—brain systems and neural circuits—as the basis for behavior. Biological psychology covers similar ground but is a broader label, while cognitive neuroscience emphasizes higher-order mental processes and their neural bases, often with a focus on imaging and cognition. Neuropsychology concentrates on how brain injury or disease affects behavior, frequently in clinical contexts, which is a narrower application than the circuit-level focus of behavioral neuroscience.