What Will We Explore in This Module?
Master Module Five brings together neuropsychology, learning, cognition, social cognition, and social learning.
The practical goal is not to turn dog trainers into neuroscientists. It is to develop sufficient understanding of these areas to help us think more critically about behavior, evaluate claims, communicate accurately, and design thoughtful training strategies.
The module ultimately moves toward a particularly interesting practical application: teaching a dog an imitation concept, allowing an observed human action to provide information about the behavior to perform. Developing this kind of complex conceptual skill requires a strong foundation of previously established behaviors and training skills.
Canine Neuropsychology
We’ll begin by exploring some of the biological systems associated with behavior.
We’ll look at the canine nervous system, including its major divisions and how information travels through the body. We’ll examine neurons and neurotransmitters, the brain, and the endocrine system, providing a foundation for understanding some of the physiological processes that can influence behavior.
The objective is not simply to memorize anatomical structures or lists of chemicals.
Instead, we want to understand enough physiology to recognize that the behavior we observe occurs in a living biological organism. Nervous-system activity, endocrine activity, sensory input, previous learning, current environmental conditions, and behavior are interconnected.
At the same time, we need to avoid overly simple explanations such as attributing a complex behavior to a single neurotransmitter, hormone, or region of the brain.
Stress & Distress
We’ll look more closely at stress and distress, including the physiological systems involved and the ways in which the organism responds to challenges and changing environmental conditions.
For trainers, this has direct practical importance.
We need to be able to observe changes in behavior, recognize when the demands of an environment or training task may be exceeding what is appropriate for the individual learner, and modify our training arrangements accordingly.
We’ll continue to distinguish between what we can observe and what we infer. Behavior can provide important information, but a single behavior should not automatically be treated as proof of a particular internal emotional state.
Context, individual baseline, patterns of behavior, environmental events, and changes over time all matter.
The Emotional World of Dogs
Our exploration of physiology leads naturally into a deeper consideration of the emotional lives of dogs and the relationship between emotional responding, physiology, behavior, learning, and the environment.
Throughout the DTC, we have considered the dog's body language as an important source of information. At Master level, we’ll develop this further by considering how patterns of observable behavior can contribute to our assessment of emotional responding.
For example, when considering behavior indicative of a positive emotional response, we might observe a combination of relaxed body posture, facial expression, ear and tail position and movement, voluntary approach, engagement, movement quality, and willingness to remain or re-engage. Importantly, these observations need to be interpreted in relation to the individual dog, the context, and changes from that dog's own baseline.
Similarly, when discussing fear, anxiety, or stress, we can consider clusters and patterns of behavioral and physiological indicators alongside the environmental conditions in which they occur. No single body-language signal should be interpreted in isolation.
This becomes particularly important when we consider learning. Emotional responding can influence attention, approach and avoidance, engagement, response latency, behavioral variability, and the learner's interaction with the training environment. At the same time, learning history and current environmental events can influence emotional responding.
Throughout this part of the module, we'll, therefore, consider behavior, physiology, learning, and emotional responding as interacting processes, while continuing to base our assessment on careful observation of the individual learner and the context in which behavior occurs.
Revisiting Learning
We’ll revisit associative and operant learning, but now within this broader biological and cognitive context.
Respondent and operant processes remain enormously useful for understanding behavior. They also frequently occur concurrently.
An environmental event may participate in a respondent relation while behavior occurring in that same situation is also affected by its consequences.
Rather than forcing behavior into a single explanatory category, we can ask:
What relationships between events can we identify?
What behavior is changing?
What antecedent conditions are relevant?
What consequences follow?
What evidence supports the functional relationship we are proposing?
Behaviorism & Cognition
We’ll then explore the relationship between behaviorism and cognition.
These are sometimes presented as though accepting one requires rejecting the other. For our purposes, a more useful approach is to understand what different perspectives attempt to explain, what kinds of evidence they use, and where caution is needed when moving from observed behavior to claims about unobservable processes.
Our work as trainers still requires operational definitions, careful observation, useful data, and assessment of environmental variables.
Learning about cognition should add to our critical thinking rather than replace it.
Exploring Canine Cognition
We’ll examine research into canine cognition and consider some of the questions researchers have asked about how dogs acquire, retain, and use information.
This includes research into social cognition, dogs’ responses to human gestures, and whether dogs respond differently according to aspects of human attention and seeing.
We’ll also encounter dogs whose learning has attracted considerable scientific and public interest, including Rico and Chaser, and consider what carefully designed studies can - and cannot - tell us about canine cognitive abilities.
A recurring question will be:
What does the evidence actually demonstrate?
Successful performance in an experimental task may support a particular interpretation, but we should distinguish that from broader claims that the study was not designed to test.
Social Cognition
Dogs live in an extraordinarily social world.
For many pet dogs, humans provide food, access to environments, opportunities for interaction, safety, information, and countless antecedent and consequential events throughout daily life.
It is, therefore, unsurprising that researchers have been interested in how dogs respond to human behavior.
We’ll explore dogs’ use of gestures, attention, orientation, gaze, and other socially available information, while remaining alert to the learner’s individual reinforcement and learning history.
The fact that a cue is social does not place it outside the principles of learning.
From Social Learning to Imitation
We’ll then deepen our exploration of social learning.
Observing another individual can influence behavior in several ways, and not every apparent instance of “copying” demonstrates imitation.
Another individual may draw attention to:
a location, an object, an action, or an opportunity for reinforcement.
Our task is, therefore, to distinguish carefully between different social-learning processes rather than describing every socially influenced response as imitation.
This becomes particularly important when we move into Copycat.
The Copycat material places this work within a wider history of imitation research and training, including “Do As I Do” approaches.
Teaching the Copycat Concept
Copycat takes us beyond a dog simply copying one familiar action on one occasion.
We want to establish a generalized concept in which the human demonstration provides information about which behavior the dog should subsequently perform.
That requires careful preparation.
The learner needs an appropriate repertoire of already-established behaviors. The trainer needs clear demonstrations, good mechanics, carefully selected examples, thoughtful reinforcement, and a plan for testing whether the learner is responding to the intended relation rather than to unintended prompts.
Eventually, novel demonstrations become particularly informative.
If we only demonstrate behaviors the dog has repeatedly practiced within the Copycat training arrangement, successful responding may reflect the specific training history associated with those examples. Testing appropriately selected novel actions helps us investigate whether the learning has extended beyond those trained examples.
The objective is, therefore, not simply:
Human performs behavior A → dog performs A.
We are working toward a broader relation:
Observe what I do → when given the Copycat cue, perform the corresponding action.
Bringing the Module Together
Master Module Five takes us across different levels of explanation:
nervous system → brain → endocrine system → learning → cognition → social cognition → social learning → imitation
We need to be careful not to collapse these into one another.
Neuroscience does not replace behavioral assessment. Cognition does not make learning principles irrelevant. Social learning does not mean every behavior performed after observation is imitation.
Instead, each perspective can contribute different information.
The trainer who understands these distinctions is better equipped to ask good questions, evaluate evidence, recognize the limits of an explanation, and design training that reflects both what we know scientifically and what the individual learner is showing us behaviorally.
And when we finally teach Copycat, the apparently simple interaction -
I demonstrate → you do
- rests upon a substantial foundation of learning history, stimulus control, discrimination, generalization, observation, and carefully constructed training.
That makes Copycat an excellent practical culmination of many of the concepts we have developed throughout the DTC.
