Tag: Environmental audit


  • The Kitchen Traffic

    Every trip through the kitchen is an opportunity to eat. In studies by Maas and Hunter, snacks at arm’s reach were taken more often than snacks 50cm further away; in Hunter’s studies, people who took one showed no significant difference in the amount they ate. If your home routes you through the kitchen frequently, food is within easy reach constantly. Reducing unnecessary traffic, or putting food behind a little effort, is the lever the proximity studies point to. This companion covers the proximity effect, tracking your pattern, why excessive traffic happens, and reducing it. (4 min read)


  • The Meal Frequency

    Most people eat far more often than they realize. Actual eating occasions — bites while cooking, tastes while passing the kitchen — run well above the three meals people report, though no count here is a measured one. Mattson and colleagues argue, in a review, that each occasion triggers insulin, keeping the body in fed mode. The fasted state is where the body draws on stored fat, so frequency and gap length are what this page is about. Track true frequency for three days; most people are surprised. This companion covers hidden eating occasions, why frequency matters, tracking it, and…


  • The Grocery List

    Shopping without a list is shopping with your impulses. Grocery stores are engineered to trigger unplanned purchases — an in-store experiment found middle-shelf placement roughly doubling a brand’s share of category sales against the high shelf, and food odors activate reward circuitry more strongly when you’re hungry. A list transfers decisions from the store to home, and pre-formed plans of that kind show a medium-to-large effect on follow-through across 94 studies. The usual rationale — that the store drains a finite willpower tank — rests on a contested model; the sturdier one is that structure changes behavior without needing willpower…


  • The Produce Drawer

    The produce drawer often becomes a vegetable graveyard — good intentions that slowly rot into guilt. What the evidence best supports is proximity rather than sight: across a Cochrane review, food placed farther away reduced consumption by a moderate amount, and the mechanism is effort rather than attention — people take the least effortful option without deliberating. The obvious move is even wrong for this food: clear containers raise intake of small snacks but reduce it for vegetables, which the researchers called a visual turnoff. If you regularly throw away spoiled produce, the system is broken. Buy with a plan,…


  • The Kitchen Layout

    Kitchen layout determines cooking friction. Research by Thaler on choice architecture shows small increases in effort dramatically reduce behavior frequency. If healthy cooking requires hunting for equipment and clearing clutter, ordering wins. Clear counters, accessible tools, organized storage, sharp knives — design so preparing good food requires less effort than ordering bad food. This companion covers friction and behavior, key elements, the audit, common problems and fixes. (3 min read)


  • The Meal Prep Setup

    Meal prep is only as effective as the infrastructure supporting it. Reducing friction makes a behavior easier to repeat. Without containers, space, tools, and scheduled time, the intention to prep remains just intention. Start simple: batch protein, roasted vegetables, simple assembly. The goal isn’t culinary achievement — it’s having food ready when you need it. This companion covers why meal prep matters, the infrastructure audit, common barriers and solutions, and how to start simple. (3 min read)


  • The Night Snack Zone

    The kitchen that serves you at noon may betray you at midnight. Hunger runs on a circadian rhythm that peaks in the evening and troughs in the morning, independent of when you last ate — the evening really is the hardest time to resist, and that is biology rather than character. Late-night eating is also often not true hunger but boredom, habit, or fatigue. Redesign the kitchen for protection: put food away, make eating effortful, remove trigger foods, and create a “closed” state after dinner — environmental structure works without requiring willpower, which matters because the familiar willpower-depletion account is…


  • The Coffee Station

    Coffee itself is benign — what you add can turn a zero-calorie beverage into dessert. Research by Malik shows sugar-sweetened beverages increase metabolic risk. A typical flavored creamer adds 35-50 calories per tablespoon, mostly from sugar and hydrogenated oils. Three cups daily with creamer could mean 300+ hidden calories. This companion covers the hidden sugar problem, why morning rituals matter, auditing your station, redesigning for good defaults, and the taste adaptation period. (3 min read)


  • The Emergency Food

    Many “emergency” stashes are treat foods disguised as preparedness. Protein bars can carry a great deal of added sugar — the label is the only way to know. True emergency food should be genuinely healthy, not a trigger, and boring enough not to tempt you during non-emergencies. Better options: single-serve nuts, jerky, canned fish. Or question whether you need the category at all. This companion covers the emergency food trap, the audit, and better alternatives. (3 min read)


  • The Portion Control Tools

    Research shows smaller plates reduce intake 10-20% without increasing hunger — the visual illusion makes portions look larger. But tools only work if they address your real problem. Eating from packages? The issue isn’t plate size. Going back for seconds? A smaller plate won’t help. Before buying gadgets, identify your actual portion challenge. This companion covers the case for smaller plates, other tools (scales, containers), whether you need them, and getting started. (3 min read)