As I’ve written before, my clients often have highly maladaptive cognitive scripts, routinely utilizing one of three cognitive scripts. They act up, shut down, or use mood-altering substances. While these responses might not seem especially effective to someone with more adaptive cognitive scripts, they are predictable and therefore safe. Rose wrote that most youth with multiple life problems—as is the case with nearly all my clients— “seem to have dedicated and rigid strategies for dealing with problems and are disinclined to look at other possibilities" (p. 177).
Looking at other possibilities requires a willingness to try something new, to step outside your Comfort Zone, to take risks. For youth who have had lives filled with unpredictability, even the most painful known option can feel less risky than any unknown one. “Steve,” a former client, summed this up when he said, “What I like the most about drugs is that I know what to expect. I smoke. I get high. No surprises.” For youth like Steve, there is an inherent reinforcement in a life of “no surprises.” Unlike many of other aspects of his life, he knows what to expect when he uses. And, that predictability is appealing.
However, a life of "no surprises" can lead to a cycle of stuckness. A basic tenet of brain development is that what fires together wires together. Through repetition of the same behavior, neuronal connections are created and then reinforced. Just like tying shoes becomes easier over time as a result of neurons wiring together, cognitive scripts also become hard wired in the brain. In other words, the maladaptive scripts of acting up, shutting down and using become part of the individual’s brain structure.
This means that Steve, like many youth, is cognitively stuck. His brain is hard wired to respond to life in maladaptive ways. Facilitating for change requires helping these youth break this cycle of stuckness. Experiential learning provides an effective methodology for doing this, because it “challenge[s] participants to update, refine, and alter mental programs when they emerge” (Luckner & Nadler, p. 36).
This updating, refining and altering can occur thanks to neuroplasticity, “the brain’s ability to physically change in response to stimuli and activity” (Romer & Walker, p. 484). It is “the ability of neurons to change the way they behave and relate to one another as the brain adapts to the environment through time” (Cozolino, p. 75). Neuroplasticity allows us to create new cognitive scripts.
Paula Tallal of Rutgers University stated, “You create your brain from the input you get” (qtd. in Begley, p. 105). It seems to me that it logically follows that that if you change the input, you would change the brain. Therapy or counseling provides an effective methodology for changing the input in a controlled and intentional manner. Cozolino supports this conclusion by writing, “[T]he therapeutic context may enhance the brain’s ability to rewire through concurrent emotional and cognitive processing. Successful therapeutic techniques may be successful because of their very ability to change brain chemistry in a manner that enhances neural plasticity” (p. 300).
“An enriched environment is one that is characterized by a level of stimulation and complexity that enhances learning and growth… [E]nriched environments can include the kinds of challenging educational and experiential opportunities that encourage us to learn new skills and expand our knowledge” (Cozolino, p. 22-23). A study conducted by the University of British Columbia helps to support the conclusion by Priest and Gass.
In this study, mice that were provided exercise wheels developed neurons that were “dramatically different” from sedentary mice. These exercise wheels provided the mice a more enriched environment, and in response their neurons had more dendrites, which are responsible for receiving signals from other neurons. This means the thinking patterns of these mice was more complex, more able to solve problems, and more able to engage in lasting learning (Begley, p. 69).
Cozolino suggests that any therapeutic approach will provide the enriched environment he describes. It seems to me, though, that experiential learning is particularly well suited for enhancing neuroplasticity. Experiential learning takes the "talk therapy" of other methodologies and puts that learning into action. Experiential learning tests what other methodologies often leave as "inert ideas" (Whitehead, qtd. in Zull, p. 206). According to Zull, "Action forces our mental constructs out of our brains and into the reality of the physical world" ( p. 206). Without that active testing, these new ideas are unlikely to ever be integrated into new behaviors. Active testing, then, is what allows us to rehearse new cognitive scripts.
Neuroplasticity in Action
Priest and Gass outlined six characteristics of experiential learning: the participant is provided a direct and purposeful experience, the participant is appropriately challenged, the participant is presented with opportunities for synthesis and reflection, the experience provides for natural consequences, the experience emphasizes participant-driven change, and the experience has both present and future relevance (p. 146-147).
All six of these characteristics are important to assure the most beneficial learning experience possible. However, it seems to me that for facilitators of experiential learning in clinical settings, focusing on participant-driven change is especially relevant. “Challenges that force us to expand our awareness, learn new information, or push beyond assumed limits can all change our brains” (Cozolino, p. 291).
Experiential learning regularly utilizes activities intended to push participants beyond their assumed limits, or to step outside their Comfort Zone. This provides participants the opportunity to test their assumptions and reject those they discover to be faulty. Because this testing is participant-driven, it is more developmentally appropriate for teens than more prescriptive counseling methodologies.
Zull wrote, “When we test our ideas, we are changing the abstract into the concrete. We convert our mental ideas into physical events” (p. 208). Converting mental ideas into physical events is exactly why experiential learning is an especially effective methodology for ending the cycle of stuckness. I would add, though, that once a mental construct has been forced into the physical world and discovered to be faulty, it is likely to be abandoned.
Rehearsing Change
As we have seen, experiential learning provides an effective method for testing and rejecting. Experiential learning provides two additional methods for helping end the cycle of stuckness. First, this methodology provides participants an opportunity to practice alternative behavioral choices. When used effectively and chosen for their relevance to the clinical work at hand, experiential learning allows youth like Steve to alter their cognitive scripts by putting new learning into practice in ways that will be memorable and concrete. In other words, experiential learning provides an opportunity to rehearse new scripts.
Second, experiential learning provides participants the opportunity to engage in healthy risk taking. For youth like Steve who prefer a life of no surprises, acting up, shutting down and using are so germane to their maladaptive scripts that these behaviors have become normalized. Thus, they are no longer perceived as risky.
In the Stages of Change model, these youth are pre-contemplative. Part of the appeal of pre-contemplation is that it feels safe (Prochaska, Norcross & DiClemente, p. 74). These youth often exhibit significant cognitive dissonance, perceiving high-risk situations as risk-free. This is, perhaps, the ultimate maladaptive script and part of their stuckness is their inability to see it. Helping them become unstuck requires helping them to reframe this dissonance, so that they move through the Stages of Change. Helping them become unstuck requires that they come to see risky behavior as risky.
Priest and Gass have cataloged significant affective gains from participation in experiential learning. These include new self-confidence, enhanced willingness to take good risks, improved self-concept, increased logical thinking, and greater reflective thinking (p. 19). These affective gains would be useful for anyone engaged in the change process, but they are particularly useful for someone stuck in pre-contemplation.
As illustrated, the use of experiential learning in clinical settings seems an obvious and valuable choice, leading to a “more enriched, complex, and potentially resilient brain” (Cozolino, p. 298). Experiential learning provides an excellent methodology for assuring this treatment outcome, by providing an “enriched environment to enhance brain development” (Cozolino, p. 291). These developments result in increased confidence and optimism regarding the ability to change. This is vital in helping assure that youth like Steve will actually utilize their new developed, more adaptive cognitive scripts.
“The concept of neuroplasticity suggests that the brain is highly malleable and is subject to continual change as a result of experience, so that new connections between neurons may be formed or even brand-new neurons generated” (The Dalai Lama, qtd. in Begley, p. 24). By providing rich opportunities to test assumptions, practice new behaviors, and engage in healthy risk taking, experiential learning inevitably enhances neuroplasticity, thereby leading to lasting changes in cognitive scripts. It is through this learning, rehearsing, and ultimate using of new, more adaptive cognitive scripts that youth like Steve can break their cycle of stuckness.
Works Cited
Begley, S. (2007). Train Your Mind, Change Your Brain. New York: Ballantine Books.
Cozolino, L. (2002). Neuroscience of Psychotherapy, The. New York: W. W. Norton & Co.
Luckner, J. & Nadler, R. (1992). Processing the Experience. Dubuque, IA: Kendall/Hunt Publishing.
Priest, S., & Gross, M. (2005). Effective Leadership in Adventure Programming. Champaign, IL: Human Kinestics.
Prochaska, J., Norcross, J., & DiClemente, C. (1994). Changing for Good. New York: Harper Collins.
Romer, D. & Walker, E. (2007). Adolescent Psychopathology and the Developing Brain. New York: Oxford University Press.
Rose, S. (1998). Group Therapy with Troubled Youth. Thousand Oaks, CA: Sage Publications.
Zull, J. (2002). Art of Changing the Brain, The. Sterling, VA: Stylus Publishing.
