The power of the incremental approach is sometimes revealed in unexpected places. I once dog-sat a Basset Hound named Eeyore with extreme separation anxiety. The owner warned me Eeyore would howl incessantly when left alone. I decided to demonstrably walk out the front door, which immediately led to howling.

I would then sneak back in the back door, finding Eeyore still facing the front door, howling. Calling out, “Hey Eeyore, what’s up?” would confuse him, and he’d stop. I repeated this, gradually increasing the time interval before re-entering. It may be anthropomorphizing, but my take was that he first discovered I hadn’t truly left, and later, that he could actually be okay without my constant presence. Whatever the internal process, it worked. This demonstrated Learned Resilience in action, as Eeyore gradually built the capacity to tolerate absence, much like we learn to manage our own inner voices of anxiety by repeatedly facing and recovering from manageable challenges.

Why it works for Learning Resilience:

• Overcoming Perceived Adversity: Eeyore’s separation anxiety is a clear form of adversity, and my method provides an “opportunity to be patient” (or, in this case, to be okay alone). This ties into the “Gift of the Challenge” theme.
• Incremental Steps & Positive Feedback Loop: The repeated, controlled exposure with increasing intervals is a perfect example of identifying “right-sized challenges,” taking “atomic steps,” and creating a “positive feedback loop” when Eeyore realizes it can be okay.
• Recover and Reflect: Eeyore’s confusion turning to calm when realizing I was still there, and gradually learning to “be ok” even without my immediate presence, mirrors the recovery and learning phases of the Learned Resilience loop.
• Challenging the Inner Saboteur: Eeyore’s howling can be seen as an external manifestation of an internal “saboteur voice” (e.g., “I’m abandoned,” “I can’t cope alone“). The process helped quiet this internal distress, much like overcoming the “chip on the shoulder” in humans.
• SMART Goals: For Eeyore, the goals were Specific (reduce separation anxiety to reduce howling), Measurable (less howling), Achievable (but a stretch – walk out the door, but return quickly at first), Relevant (one of the biggest stressors for Eeyore, myself, the neighbors and the owner was the distress and howling), and Time-bound (How long before I sneak back in through the back door).

In working with Eeyore, I realized his progress hinged on carefully balancing the size of each challenge. This wasn’t just about managing a dog’s separation anxiety — it reflected a universal truth about growth that psychologists sometimes call Right-Sized Challenges or Adaptive Challenge Sizing.

Right-Sized Challenges: Finding the Goldilocks Zone

With Eeyore, the biggest gains came when each challenge was just hard enough to stretch his comfort zone while still allowing him to succeed. If the gap was too small, there was no growth; if it was too big, anxiety spiked and progress stalled.

This balance — the Goldilocks zone — is at the heart of Right-Sized Challenges or Adaptive Challenge Sizing. It applies to everything from training animals to leading teams to learning new skills. Too little challenge leads to stagnation. Too much causes frustration, avoidance, or burnout. The sweet spot lies in that optimal stretch — enough discomfort to drive adaptation, but not so much that it overwhelms.

Over time, as capability grows, the optimal zone shifts upward. In human learning and resilience, this is where confidence builds, mastery develops, and the next level of challenge becomes possible.

Of course, we cannot know Eeyore’s actual thought process. What mattered here was not decoding canine psychology, but recognizing the behavioral pattern: exposure in right-sized increments reduced distress and built tolerance. This same principle underpins clinical exposure therapy in humans and parallels how we consciously build Learned Resilience. Whether with a dog, a child, or an executive team, the mechanism of growth is less about the species and more about the structure: controlled stretch, recovery, and gradual adaptation.