A Hunza-Inspired Daily Routine: What the Evidence Supports and What the Legend Got Wrong

Search for "Hunza daily routine" and you will find a familiar story: a remote valley in the Karakoram, people who supposedly live to 120 or 140, and a simple diet of apricots, grains and mountain water that explains everything. It is a lovely story. It is also, in its strongest form, not true, and a wellness routine built on a false story is a fragile thing. This guide takes a different route. We start by checking the legend honestly, then we build a daily routine from things that have real evidence behind them: how much you move, how much you sleep, how much fibre you eat, how you treat sugar, and what you drink in the evening. Along the way we show where our own products, a wild herbal tea, a raw honey and a shilajit chocolate bite, can fit, and where they honestly add very little.

We sell foods with Hunza in their name, so we have an obvious interest in selling you the legend. We would rather earn your trust with a routine that still works after you learn the legend was exaggerated. Everything below is sourced, the numbers are checked against the original studies or official guidance, and where we could only find weak evidence we say so.

Part one: what we can and cannot say about Hunza longevity

The modern legend has one origin above all others. In January 1973, National Geographic published "Search for the Oldest People" by the Harvard physician Alexander Leaf. It reported the Burusho people of the Hunza Valley, in the mountains of northern Pakistan, as a very aged population, alongside communities in Ecuador and the Caucasus. The article was widely read and the idea that some mountain people lived to extraordinary ages spread far beyond medicine.

The problem is how the ages were established. Gerontologists who study extreme age have a settled method: age should be calculated by linking a birth registration with a death registration or with a living person. A 2010 paper in Current Gerontology and Geriatrics Research, "Typologies of Extreme Longevity Myths" by Robert Young, Bertrand Desjardins, Kirsten McLaughlin, Michel Poulain and Thomas Perls, describes what happens when that method is applied. In the authors' data, the share of claims that could be validated fell steeply with age, from roughly 35% at ages 110 to 111 down to 0% for claims of 120 years or more. The same paper lists the Hunza Valley, together with the Caucasus and Vilcabamba in Ecuador, as modern examples of what it calls the "Shangri-La myth", the idea that a remote, unspoilt place produces people of unusual age.

A 2025 paper in The Gerontologist by Steven Austad and Giovanni Pes, defending the demography of the modern "Blue Zones", is blunter about the earlier reports. It says of Leaf that he "was alas innocent of the long history of age exaggeration as well as the techniques that had been developed to detect it", and that his story was "fairly quickly invalidated by people more familiar with the culture of age exaggeration". We are not in a position to prove any individual Hunza elder's age wrong, and we would not try. The honest position is narrower: there is no reliable documentation validating the extreme ages that made the legend famous, and the people best placed to judge treat it as a myth.

None of this says Hunza people are unhealthy or that their traditional food is poor. It says something about evidence. A claim that a diet produces people who live to 140 cannot be tested, because the 140 was never established. So we should not use it to justify anything, including a routine.

The earlier health observations, and why they are also weaker than they sound

Another strand of the legend comes from the Scottish physician Robert McCarrison, who worked in northern India from 1907 and wrote admiringly of the health of the Hunza people he saw. In the 1920s he ran feeding experiments on albino rats at Coonoor. According to the accounts kept by the McCarrison Society, one group of rats was fed the diet of the Hunza and of other northern Indian groups such as the Sikhs, Pathans and Mahrattas, another the diet of the poorer classes of England, meaning white bread, margarine, sweetened tea, tinned meat and jam. McCarrison reported that in more than two years there had been no illness in the first group and no death from natural causes among adults, while the badly fed rats showed a range of ailments and became aggressive.

That work was influential, and it points in a direction that modern nutrition would broadly agree with: a diet of whole grains, pulses, dairy and vegetables is better than one of refined bread, margarine and sugar. But it is a century-old animal experiment reported by the man who ran it, not a controlled human trial, and it cannot tell you how long people in a valley lived. We did not review McCarrison's original papers for this article, only the published accounts of them, so we cite them as history, not as proof.

Hunza was not a disease-free place

Perhaps the clearest corrective to the paradise story comes from a public health survey. In 1992 the Journal of the Pakistan Medical Association published a study by Ali and colleagues of the effect of supplying iodised salt to Gilgit and Hunza, an area of endemic goitre. Goitre, a swelling of the thyroid gland, is a classic sign of iodine deficiency, which is common in mountain regions where the soil and water are low in iodine. The authors found that after 12 years of iodised salt supply the prevalence of visible goitre had fallen from 61.36% to 4.68%. That is a great public health success. It is also a measure of how common goitre had been: in the same area, more than six people in ten had visible goitre before the intervention.

The survey found that the job was not finished. Urinary iodine measurements showed severe to mild iodine deficiency in 70.41% of the households sampled: 3% severely deficient, 29.54% moderately and 37.87% mildly. The authors recommended that iodised salt replace common salt across the goitre area and that its iodine content be quality controlled. Figure 1 shows the numbers.

What does this tell a reader in 2026? Two things. First, mountain food is not automatically complete food: iodine is a good example of a nutrient that a traditional diet from a mountain valley can lack, which is why iodised salt matters wherever you live. Second, the legend and the reality can be true about different things. The Hunza valley has beautiful orchards, a strong tradition of fruit and grain, and communities that make good use of them. It also had, like other places, real deficiency diseases that public health programmes had to address. A routine inspired by the valley should borrow the good habits and skip the myth.

If you want the traditional food story in more detail, our explainers on why Hunzakuts are said to live long and the Hunza valley diet cover it from the food side. This guide is about turning it into a day.

Part two: the benchmarks a good routine has to meet

A daily routine is only worth following if it moves you toward things that are known to matter. The public health bodies agree on a short list. Table 1 gathers the numbers we use throughout this guide, each with its source, so you can check them and so we do not have to keep restating them.

Notice what is not on the list: any particular fruit, herb, honey or resin. That is not because those foods are useless. It is because the biggest, best-established effects on how long and how well people live come from the boring basics. Most routines that go wrong do so by spending money and attention on the last two per cent while the first ninety-eight are neglected. A person who walks every day, sleeps enough and eats fibre will probably gain more than one who buys the fanciest tea and does none of those things. We say this as a company that sells tea.

Part three: move first

The WHO's 2020 physical activity guidelines recommend that adults do 150 to 300 minutes of moderate-intensity aerobic activity a week, or at least 75 to 150 minutes of vigorous activity, or an equivalent combination, plus muscle-strengthening activities at moderate or greater intensity on two or more days a week. They also say adults may increase activity beyond 300 minutes of moderate activity for additional benefit, that adults should limit time spent sedentary, and that replacing sedentary time with activity of any intensity, including light activity, provides benefit. The WHO's physical activity fact sheet adds that people who are insufficiently active have a 20% to 30% increased risk of death compared with those who are sufficiently active, and that 31% of the world's adults, about 1.8 billion people, do not meet the 150-minute recommendation.

In practice 150 minutes is five 30-minute walks. It is a brisk walk after lunch and another after dinner, plus one longer walk at the weekend. Many people are surprised at how ordinary this is. It does not require a gym, and it is the part of the routine with the strongest evidence.

What about 10,000 steps?

The 10,000-step target is popular and, as it turns out, not quite what the evidence shows. A 2022 meta-analysis in The Lancet Public Health by Amanda Paluch and colleagues pooled 15 cohorts with 47,471 adults and 3,013 deaths over a median follow-up of 7.1 years. The median steps per day in the four quartiles were 3,553, 5,801, 7,842 and 10,901. Compared with the least active quartile, the adjusted hazard ratio for death from any cause was 0.60 in the second quartile, 0.55 in the third and 0.47 in the fourth. The benefit did not keep rising indefinitely: among adults aged 60 and older the risk fell progressively up to about 6,000 to 8,000 steps a day, and among adults younger than 60 up to about 8,000 to 10,000 steps.

Two cautions belong beside this chart. First, these are observational studies, so people who walk more may differ from people who walk less in ways the analysis cannot fully remove. Someone who is ill walks less, so some of the gap could be illness causing low steps and not low steps causing illness. Second, the shape of the curve is the important message: the largest gain is moving from a very sedentary day of about 3,500 steps to about 6,000, and each further step buys less. For most people, the right target is not a number on a watch. It is "more than I did last month, most days".

We do not have measured step counts for people in Hunza, and we would be guessing if we said that hill walking explains anything about their health. It is a reasonable inference that a valley with steep terrain and a farming way of life involves plenty of walking, but it is an inference. Whatever the case in the mountains, the routine that works in a city is the same: build walking into the day so that you do not need willpower to reach it.

Part four: sleep is part of the routine, not a reward for finishing it

The American Academy of Sleep Medicine and the Sleep Research Society issued a joint consensus statement in 2015, published in the journals Sleep and the Journal of Clinical Sleep Medicine, recommending that healthy adults sleep 7 or more hours per night on a regular basis to promote optimal health. The CDC gives the same figure for adults aged 18 to 60. A 2010 systematic review and meta-analysis in Sleep by Francesco Cappuccio and colleagues pooled 16 prospective studies, with 27 independent cohort samples, 1,382,999 participants and 112,566 deaths, with follow-up of 4 to 25 years. Short sleep was associated with a greater risk of death (relative risk 1.12, 95% confidence interval 1.06 to 1.18) and so was long sleep (1.30, 1.22 to 1.38).

Those numbers need reading carefully. Sleep was measured by questionnaire, which is imprecise, and the studies were observational. The association with long sleep is probably driven partly by illness: people who are unwell often sleep more. It would be wrong to conclude that sleeping nine hours shortens life. The reasonable reading is the plain one: regularly getting less than about seven hours is linked to worse outcomes, and regularly needing far more than that is worth mentioning to a doctor.

What has this to do with tea and honey? A lot, because most people who take up an evening ritual are trying to improve sleep. The most useful rule from the sleep research is about caffeine. In a randomised, double-blind study published in the Journal of Clinical Sleep Medicine in 2013, Christopher Drake and colleagues gave volunteers 400 mg of caffeine at bedtime, 3 hours before bedtime or 6 hours before bedtime, and compared them with placebo. Each timing had a significant effect on sleep disturbance, and the authors concluded that caffeine taken 6 hours before bedtime has important disruptive effects, supporting the sleep hygiene advice to avoid substantial caffeine for at least 6 hours before bed. That was a 400 mg dose, about what four 8-ounce cups of brewed coffee contain at Mayo Clinic's typical 96 mg a cup, so it does not mean one afternoon cup will ruin your night. It does mean that a late-afternoon coffee habit can quietly cost you sleep, and that a caffeine-free evening drink is a sensible swap.

Part five: breakfast, fibre and the apricot question

Ask people what they associate with Hunza food and the first answer is apricots, then grains and walnuts. Descriptions of the traditional diet usually centre on wheat, barley, buckwheat and millet, fresh and dried apricots and other orchard fruit, pulses, vegetables and nuts, with modest amounts of dairy and little meat. We could not find a dietary survey of the valley that lets us put reliable percentages on any of that, so we treat it as a description of tradition and not of measured intake. What we can do is ask a practical question: if you want to eat in that spirit, what does the evidence say about the individual foods?

Fibre is the strongest reason to eat this way

The most useful single number in the whole diet literature may be the fibre figure. The WHO says everyone older than 10 should aim for at least 25 g of naturally occurring dietary fibre a day. The 2019 Lancet series by Andrew Reynolds, Jim Mann and colleagues pooled just under 135 million person-years of data from 185 prospective studies and 58 clinical trials with 4,635 adult participants. Comparing the highest fibre consumers with the lowest, observational data suggested a 15% to 30% decrease in all-cause and cardiovascular mortality and in the incidence of coronary heart disease, stroke, type 2 diabetes and colorectal cancer. Clinical trials showed significantly lower body weight, systolic blood pressure and total cholesterol on higher fibre intakes. Risk reduction was greatest when daily fibre intake was between 25 g and 29 g, and the authors graded the certainty of the evidence for fibre as moderate. They also found similar patterns for whole grains, with low to moderate certainty.

The lesson is not that any one food is magic. It is that a pattern rich in whole grains, pulses, fruit, vegetables and nuts, which is also what the traditional mountain diet is described as, delivers fibre in a way that white bread and sweetened tea cannot. Table 2 shows what a handful of the classic Hunza staples actually contribute.

Two points from the table deserve emphasis. The first is that dried apricots are a different food from fresh ones. Fresh apricots are 86% water, so 100 g gives you 48 kcal and about 9 g of sugar. Dry the same fruit and the water falls to about 31 g per 100 g, while sugars rise to 53 g and energy to 240 kcal. That is not a reason to avoid dried apricots, which keep their fibre, potassium and vitamin A. It is a reason to eat a small handful (about 30 g, a few pieces) and not a bowlful, and to check the label for added sugar. In season, fresh apricots are the easier way to reach the WHO's 400 g of fruit and vegetables a day without concentrating the sugar. The second point is that no single breakfast food gets close to the fibre target. That brings us to Figure 3.

The chart is a corrective to a common wellness-blog habit, which is to imply that adding a superfood transforms your diet. Apricots and walnuts together provide about a quarter of the fibre target. The other three quarters have to come from wholemeal roti or bread, oats or barley, lentils, chickpeas and beans, and vegetables. If you want a single practical rule for the Hunza-inspired plate, it is to make the staple a whole grain and to put a pulse or vegetable dish next to it at lunch and dinner. The apricots and walnuts are the pleasant garnish that makes breakfast worth eating.

What the walnut research actually says

Walnuts have more human trial evidence than most foods in this article. A 2018 systematic review and meta-analysis by Marta Guasch-Ferré and colleagues in the American Journal of Clinical Nutrition combined 26 controlled trials with 1,059 participants. Walnut-enriched diets produced a greater reduction than control diets in total cholesterol (by 6.99 mg/dL) and LDL cholesterol (by 5.51 mg/dL), and in triglycerides (by 4.69 mg/dL), with no significant difference in body weight or blood pressure. A separate 2022 meta-analysis in Nutrients by Saeed Alshahrani and colleagues, covering 13 randomised trials, found reductions of 8.58 mg/dL in total cholesterol, 5.68 mg/dL in LDL and 10.94 mg/dL in triglycerides, with no effect on HDL, and it warned that the results might be prone to bias and that heterogeneity was considerable for some outcomes.

These are modest changes, a few milligrams per decilitre, and they will not replace a statin for someone who needs one. But they show something useful: replacing snack foods with a measured portion of walnuts does not seem to cause weight gain in trials, and it nudges blood lipids the right way. The FDA has allowed a qualified health claim since 2004 that eating 1.5 ounces (43 g) a day of walnuts, as part of a low saturated fat and low cholesterol diet and without increasing calorie intake, may reduce the risk of coronary heart disease, on the basis of "supportive but not conclusive research". Observational data on nuts in general point the same way. A 2016 dose-response meta-analysis in BMC Medicine by Dagfinn Aune and colleagues covering 20 studies found that each 28 g a day of nuts was associated with a relative risk of 0.78 for all-cause mortality, 0.79 for cardiovascular disease and 0.71 for coronary heart disease, with similar results for tree nuts and peanuts. Again, that is association: people who eat nuts differ from people who do not. Taken together, though, a handful of walnuts a day is one of the better-supported small habits in nutrition.

Part six: honey belongs in the sugar budget

Our full analysis of honey and portion sizes is in the honey per day guide, and the question of what raw and processed honey actually differ in is in the raw versus processed honey guide. Here we only need the part that matters for a daily routine. Honey is a free sugar in the WHO's sense. A level teaspoon is about 7 g, 21 kcal and 5.7 g of sugar, and a tablespoon is about 21 g, 64 kcal and 17.2 g. The WHO advises keeping free sugars below 10% of energy, and suggests that 5% or less may give additional benefit. On a 2,000 kcal day that is 50 g and 25 g of sugar, equal to roughly 61 g and 30 g of honey if honey were your only source, which of course it never is.

So the sensible use of honey in this routine is as a replacement, not an addition. If you currently put two teaspoons of white sugar in your morning tea, stirring in one teaspoon of honey instead reduces the sugar and gives you a flavour you may like. If you currently use no sweetener, honey is not a health supplement to be added. It has a few modest, mostly short-term research findings, which we describe in the honey guides, but at a spoonful a day none of them should be a reason to eat it. One more rule applies whatever you do: never give honey to a baby under 12 months, because of the risk of infant botulism. Our explainer on raw honey and babies covers this in detail.

If you do use our Raw Organic Honey, treat it like any honey: a teaspoon in tea that has cooled a little, on porridge, or with fruit and nuts. Whether the honey is raw or pasteurised makes far less difference to your daily sugar total than how many spoons you use.

Part seven: the evening cup

An evening ritual is the part of this routine that people tend to enjoy most and expect most from. Our Wild Herbal Tea lists Wild Mountain Herbs, Wild Thyme, Wild Mint, Mountain Chamomile, Native Herbal Flowers and Naturally Dried Herbal Leaves. None of the named herbs is the tea plant, so the drink contains no caffeine. That is its main, and real, advantage as an evening habit. The 2013 Drake trial above tells us that caffeine even 6 hours before bed can disturb sleep, and Mayo Clinic's typical values of 96 mg for an 8-ounce cup of brewed coffee, 47 mg for black tea and 28 mg for green tea show that a swap to a caffeine-free infusion in the late afternoon and evening removes a real source of sleep disruption.

What the tea will not do is treat insomnia or anxiety on its own. Our complete herbal tea guide goes through the research: the chamomile trials mostly used extracts, not tea, one pilot extract trial in insomnia found no significant difference from placebo, and the single tea trial we found, in postnatal women, showed benefits that did not last four weeks after the trial ended. The best-supported statement is a modest one: a warm, caffeine-free drink at a regular time is a low-risk way to signal the end of the day, and if it helps you sleep, the ritual may be doing as much as the herbs.

There is one practical caution. A 1999 study by Hurrell, Reddy and Cook in the British Journal of Nutrition found that when herbal infusions were drunk with a bread meal, peppermint tea reduced iron absorption by 84% and chamomile tea by 47%. If you have low iron, heavy periods or a vegetarian diet, drink herbal tea between meals, not with them. For an evening drink, that means leaving an hour or two after dinner, which also fits the sleep advice.

Part eight: where shilajit fits, and where it does not

Shilajit is the most heavily marketed item on many "Hunza" lists and the one with the thinnest evidence for ordinary daily use. The best-known human trial is Pandit and colleagues' 2016 study in Andrologia, in which 96 healthy men aged 45 to 55 took 250 mg of purified shilajit twice a day for 90 days. The shilajit group showed a 20.45% increase in total testosterone and a 19.14% increase in free testosterone compared with placebo. It is a small, single, 90-day study in one kind of participant. It does not show that shilajit improves general health, energy or longevity, and it says nothing about women or younger men.

That trial used 500 mg of purified shilajit a day. Our Shilajit Choco Bites contain approximately 0.05 g (50 mg) of shilajit each, so the trial dose corresponds to about ten bites. We are not suggesting anyone eat ten chocolate bites a day to match a study dose. The bites are a food product with a small amount of shilajit in a chocolate base, recommended on the product page for adults aged 40 and over and not for people with hemochromatosis. They should be thought of as a pleasant, small daily treat that happens to contain shilajit, not as an equivalent of the trial. Our guides to shilajit dosage and forms and shilajit safety and heavy metals explain the doses studied and the contamination and medical cautions, and the complete shilajit guide covers the research in full.

If you take medication, are pregnant or breastfeeding, have an iron-overload disorder or an autoimmune condition, speak to a doctor before adding shilajit. If none of those apply and you like the idea, it can sit in the morning of this routine as an optional extra. Nothing else in the routine depends on it, and the whole plan works without it.

Part nine: putting it together, a day at a glance

Table 3 turns the pieces into one ordinary day. The last column is the most important: it tells you how strong the evidence is for each step, so you can decide where to spend effort. The strong items are also the cheap ones.

Look at the last column again. The steps with the strongest evidence are walking, whole grains, pulses, vegetables and sleep. The steps that are specific to Hunza products, the tea, the honey and the shilajit bite, are rated weak or neutral. That is the honest picture, and it is why the routine holds up even if you never buy a thing from us.

Part ten: how to make a routine stick

Most routines fail not on content but on the first bad week. The best-known research on how long it takes to form a habit comes from a 2010 study by Phillippa Lally and colleagues in the European Journal of Social Psychology. It followed 96 volunteers who chose an eating, drinking or activity behaviour to carry out daily in the same context, for example after breakfast, for 84 days. Among the 39 participants whose data fitted the authors' model, the median time to reach 95% of the plateau of automaticity was 66 days, with a range from 18 to 254 days, and exercise habits tended to take longer than simple eating habits. A single missed day did not materially disrupt the habit. The numbers are model estimates from a modest sample and should not be treated as a rule, but they carry two useful messages: habits take weeks or months, not days, and missing one day does not matter.

The practical implication is to add things slowly. Table 4 shows a four-week ramp that adds one change at a time and ties each to a cue that already exists in your day.

Part eleven: who should adapt this routine

A routine that suits a healthy adult needs adjusting for some people. These are the main cases, and in every one of them a conversation with your own doctor is better than general advice.

• Diabetes or prediabetes: honey and dried apricots both supply concentrated carbohydrate. Agree amounts with your clinician, and see the honey guides for the research on blood sugar.
• Low iron, heavy periods, pregnancy or a vegetarian diet: drink herbal tea between meals, not with them, because of the absorption effect in the Hurrell study.
• Kidney disease or a potassium-restricted diet: dried apricots are concentrated in potassium, 1,160 mg per 100 g in the USDA data, so check with your doctor before eating them regularly.
• Nut allergy: skip the walnuts. Whole grains, seeds and pulses can carry the fibre.
• Pregnancy or breastfeeding: talk to a doctor before adding herbal blends or shilajit. The research on both is thin.
• Warfarin or other blood-thinning medicines: NCCIH notes reported interactions between chamomile and warfarin, so ask before drinking chamomile-containing blends regularly.
• Heart disease, joint problems, or a long period of inactivity: get advice before ramping up exercise to 150 minutes a week.
• Babies and toddlers: no honey under 12 months.

Common mistakes when copying a "Hunza routine"

A few errors recur in the popular versions of this story, and each is worth avoiding. The first is treating the routine as a package deal, as if the apricots, the tea, the honey and the resin needed to be taken together for any of them to work. There is no research on such a combined effect, and we would be inventing it if we claimed one. The second is eating dried fruit and honey in unlimited quantity because they are "natural". Natural sugar is still sugar for the purposes of the WHO limit. The third is skipping the unglamorous parts, walking and sleep, in favour of the purchasable parts. The fourth is measuring success by a legend: no routine will make you live to 120, and treating the goal as "more energy, better sleep, a healthier cholesterol result at your next check" is both more honest and more motivating.

Frequently asked questions

Do Hunza people really live to 120 or more?

There is no reliable evidence that they do. Extreme age claims need documents, such as a birth registration linked to a death registration, and researchers who study them classify the Hunza story as a "Shangri-La myth". A 2025 paper in The Gerontologist said the 1973 National Geographic report was fairly quickly invalidated. Hunza people can be healthy and long-lived by ordinary standards without the legend being true.

How many dried apricots should I eat a day?

There is no official portion for dried apricots. A small handful of about 30 g gives roughly 72 kcal, 2.1 g of fibre and about 16 g of sugar, according to USDA values. In season, fresh apricots give the same fruit with far less concentrated sugar, and count toward the WHO's 400 g of fruit and vegetables a day.

Will an evening herbal tea help me sleep?

It may help as part of a calming routine, and it removes caffeine from your evening, which the evidence shows matters. But the research on chamomile and sleep is limited and mixed, and no trial has tested our blend. If sleep problems persist, see a doctor.

Do I need shilajit for this routine to work?

No. The best evidence in the routine is for walking, sleep, fibre and limiting sugar. Shilajit is optional and its evidence is preliminary. If you choose to try it, use a tested product and check the safety and dosage guides first.

How long before I notice a difference?

Sleep and energy often improve within a few weeks of regular walking and better sleep timing. Cholesterol and other blood markers take longer and need a blood test to confirm. Habit research suggests giving any new habit two months or more before judging it.

This article is for general information and is not medical advice. It has not been evaluated by any regulator, and none of our products is intended to diagnose, treat, cure or prevent any disease. If you have a health condition or take medication, speak to a qualified healthcare provider before changing your diet or activity.

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