Power Move: Start with Anchors: Ready for a twist? You can create successful recipes in Tiny Habits by starting with an Anchor. Itâs basically a flip of what weâve been doing. Instead of starting with a habit you want to create and finding a place for it, you begin with the routines you already have and find new habits to plug in.
Related Quotes
The Anatomy of Tiny Habits:
- ANCHOR MOMENT: An existing routine (like brushing your teeth) or an event that happens (like a phone ringing). The Anchor Moment reminds you to do the new Tiny Behavior.Â
- NEW TINY BEHAVIOR A simple version of the new habit you want, such as flossing one tooth or doing two push-ups. You do the Tiny Behavior immediately after the Anchor Moment.Â
- INSTANT CELEBRATION Something you do to create positive emotions, such as saying, âI did a good job!â You celebrate immediately after doing the new Tiny Behavior.Â
Anchor
Behavior
Celebration
While small might not be sexy, it is successful and sustainable. When it comes to most life changes that people want to make, big bold moves actually donât work as well as small stealthy ones. Applying go big or go home to everything you do is a recipe for self-criticism and disappointment.
Action Prompts are so much more useful than Person Prompts and Context Prompts that Iâve given them a pet name: Anchors. When talking about Tiny Habits, I use the term Anchor to describe something in your life that is already stable and solid. The concept is pretty simple. If there is a habit you want, find the right Anchor within your current routine to serve as your prompt, your reminder.
A much better approach is to design the garden (habits) you want. You identify what vegetables and flowers youâd love to have in your garden (motivation), you choose plants you can easily support (ability), and you consider which spot in the yard is best for each plant (finding a place in your routine).
It takes a bit of planning and care in the beginning to get those delicate little sprouts up and out of the ground, but youâve made sure the roots are strong by celebrating your tiny successes. Soon itâs time to let your rooted habits do their natural thingâgrow bigger.
The moral to the stories of Dave, Melanie, and John is this: Donât make a doable problem into an anchor problem by wedding yourself irretrievably to a solution that just isnât working. Reframe the solution to some other possibilities, prototype those ideas (take some test hikes), and get yourself unstuck. Anchor problems keep us stuck because we can only see one solutionâthe one we already have that doesnât work. Anchor problems are not only about our current, failed approach. They are really about the fear that, no matter what else we try, that wonât work either, and then weâll have to admit that weâre permanently stuckâmeaning weâre screwedâand weâd rather be stuck than screwed. Sometimes it is more comfortable to hold on to our familiar, failed approach to the problem than to risk a worse failure by attempting the big changes that we think will be required to eliminate it. This is a pretty common but paradoxical human behavior. Change is always uncertain, and there is no guarantee of success, no matter how hard you try. It makes sense to be fearful. The way forward is to reduce the risk (and the fear) of failure by designing a series of small prototypes to test the waters. It is okay for prototypes to failâthey are supposed toâbut well-designed prototypes teach you something about the future.
Prototypes lower your anxiety, ask interesting questions, and get you data about the potential of the change that you are trying to accomplish. One of the principles of design thinking is that you want to âfail fast and fail forward,â into your next step. When youâre stuck with an anchor problem, try reframing the challenge as an exploration of possibilities (instead of trying to solve your huge problem in one miraculous leap), then decide to try a series of small, safe prototypes of the change youâd like to see happen. It should result in getting unstuck and finding a more creative approach to your problem. We will talk a lot more about prototyping in chapter 6.