The Vegetarian Trap, Soil Death, Mineral Deficiency, and the Case for Properly Sourced Animal Foods

The honest version of the plant-based argument is this. Industrial soils are stripped of the elements every living cell needs to function. The plants grown on those soils inherit the deficiency. The animals that eat those plants concentrate what little remains in their flesh, glands, and bone. Skipping the concentrating step and eating only the depleted plants directly is the most efficient way to engineer a malnourished body, even when the plate looks colourful, even when the macros add up, even when the photograph is good.

I am not against vegetables. I eat them every day. The argument is against the modern idea that a body can run on plants alone, indefinitely, while pulling minerals out of soil that no longer contains them and assembling complete proteins out of plant sources that cannot supply every amino acid the body needs. It cannot. Most people who try get sick on a delay of two to seven years, and most of them never connect the symptoms back to the diet.

The soil is not what it was. The plants are not what they were. Skipping the animal that does the concentrating, in a depleted system, is not a virtue. It is a deficiency contract.

This essay is the companion to the essential minerals piece. That one named the eight minerals the modern body runs short on and the daily protocol to restore them. This one explains why food alone cannot do the job anymore unless the food chain is intact, and the food chain has not been intact for fifty years.

What the soil used to deliver

Mineral content in food is downstream of mineral content in soil. The soil is the input; the plant is a pass-through. If the mineral is not in the dirt, it cannot be in the carrot, no matter how organic the carrot is or how long the farmer was awake watering it.

A century of industrial agriculture has done three things to topsoil. It has stripped it of trace minerals through monocropping and synthetic-fertiliser cycling that replaces only nitrogen, phosphorus, and potassium. It has killed the microbial lifeSoil microbiomeThe community of bacteria, fungi, archaea and protozoa in the top 20 cm of soil. Healthy soil supports 10^9 to 10^10 microbes per gram, predominantly mycorrhizal fungi that extend a plant's effective root surface by a factor of 100 to 1000 and unlock bound minerals into plant-available forms. Glyphosate, tilling and synthetic NPK fertilisers reduce this community by 70 to 95 percent. that turns bound mineral compounds into plant-available forms, by spraying glyphosate (a chelator that binds and removes minerals from the food chain) and by tilling the fungal networks to death. And it has selected crop varieties for yield, transport, and shelf-life, never for nutrient density.

The numbers are not subtle. The 2004 USDA review by Davis, Epp, and Riordan compared the official US food composition tables for 43 garden crops from 1950 versus 1999^footnoteDavis, D. R.; Epp, M. D.; Riordan, H. D. (2004). Journal of the American College of Nutrition. "Changes in USDA Food Composition Data for 43 Garden Crops, 1950 to 1999." The study found reliable declines in protein, calcium, phosphorus, iron, riboflavin, and vitamin C across the 50-year window. The authors specifically attribute the effect to variety substitution and soil nutrient depletion under modern high-yield agriculture.. The findings, conservative because the USDA tables themselves are conservative:

• Calcium, down 16 percent
• Iron, down 15 percent
• Phosphorus, down 9 percent
• Riboflavin, down 38 percent
• Vitamin C, down 15 percent
• Protein, down 6 percent

The British Food Journal version (Mayer, 1997) using UK government tables 1936 versus 1991 found steeper declines: magnesium down 19 percent across 27 vegetables, calcium down 27 percent, iron down 49 percent, potassium down 24 percent. The mineral most aggressively depleted, iron, is also the one a vegetarian most needs to cover from plant sources, and the one plants deliver in the form (non-heme ironNon-heme ironThe form of iron found in plants, dairy and eggs. Absorption rate of 2 to 20 percent depending on diet composition, often closer to 2 to 5 percent in the presence of phytates, oxalates, calcium, polyphenols (tea, coffee) or fibre. Compare heme iron (animal flesh): 15 to 35 percent absorbed regardless of other dietary factors.) that the body absorbs least efficiently.

This is the foundation problem. A modern spinach leaf delivers a fraction of the iron and magnesium a 1936 spinach leaf delivered. Eating five times the spinach to make up the difference is not a working plan, because the same leaf is also delivering five times the oxalate, five times the chelator-load, and five times the pesticide burden. The body cannot win this trade.

What animals do that plants do not

Animals are concentrators. A cow walks across an acre of pasture, eats the grass and forbs and herbs that the plant cannot relocate to find, and pulls minerals out of the soil through forty stomachs' worth of microbial fermentation that a human gut cannot replicate. The minerals end up in the muscle, the fat, the liver, the kidney, the marrow, and the connective tissue, in the chemical forms the human body co-evolved to absorb. Every gram of grass-finished beef liver is the concentrated sum of a few thousand grams of plant matter through a four-chambered, microbe-staffed reactor that we do not have.

Fish concentrate the trace minerals of the ocean, an order of magnitude richer in bioavailable iodine, zinc, selenium, and electrolytes than any terrestrial system. Eggs concentrate the choline, retinol, B12, biotin, and lutein the laying hen pulled out of insects and seeds. Bone marrow concentrates the fat-soluble vitamins and the collagen substratesHyaluronic acidA glycosaminoglycan that holds 1000 times its weight in water and fills the extracellular matrix of joints, skin and connective tissue. Concentrated in animal cartilage and bone broth. Vegan analogues do not exist; the body can synthesise hyaluronic acid from glucose and amino acids but the substrate cost is high and the synthesis is rate-limited. the body cannot synthesise efficiently from amino acid scratch.

The animal does the work of pulling, fermenting, and concentrating that the human gut cannot do directly. This is not a moral claim. It is a metabolic one.

Five specific compounds the plant kingdom does not deliver in usable form, each of which the body needs daily:

• Vitamin B12. Synthesised exclusively by bacteria. Concentrated in animal flesh and offal. Plants contain zero biologically active B12; what nutrition labels report as B12 in spirulina or fermented foods is a structurally similar but inactive moleculePseudo-B12 (corrinoid analogues)Inactive corrinoid molecules in plants and algae that bind to the same gut receptors as true B12 but cannot perform B12's enzymatic functions (methionine synthase, methylmalonyl-CoA mutase). Worse, pseudo-B12 can competitively block true B12 uptake, deepening deficiency in heavy spirulina users. that blocks the real one from absorbing. Vegan B12 deficiency runs at 50 to 90 percent prevalence in long-term cohorts; the consequences (irreversible peripheral neuropathy, methylation collapse, homocysteine-driven cardiovascular damage) take years to surface and years more to reverse.
• Long-chain omega-3 (EPA and DHA). The fatty acids that build neuron membranes, retinal photoreceptors, and the body's primary anti-inflammatory pathway. Found pre-formed only in fish, krill, and certain algae. Plants contain the precursor (ALA, in flax, chia, walnut); the body's conversion rate from ALA to EPA is 5 to 8 percent in men, 10 to 21 percent in fertile women, and from ALA to DHA is 0 to 4 percent across the board^footnoteBurdge, G. C. and Calder, P. C. (2005). Reproduction Nutrition Development. "Conversion of alpha-linolenic acid to longer-chain polyunsaturated fatty acids in human adults." The conversion is rate-limited by delta-6-desaturase, which competes with the omega-6 conversion pathway and is suppressed by high linoleic acid intake (industrial seed oils).. A vegetarian eating flax is not getting DHA. They are getting the raw material the body usually fails to convert.
• Heme iron. Animal-bound iron at 15 to 35 percent absorption versus plant non-heme iron at 2 to 20 percent, often closer to 2 to 5 percent in the presence of phytates, oxalates, calcium, polyphenols (tea, coffee), and fibre. This is why vegetarian women in particular tip into iron deficiency at multiples of the omnivore rate.
• Taurine, carnosine, creatine, carnitine. A family of conditionally-essential nitrogenous compounds the body builds from amino acid precursors when those precursors are abundant, and runs short on when they are not. TaurineTaurineA sulfur-containing amino acid concentrated in muscle, brain, heart and retina. Substrate for bile acid conjugation, calcium signalling and antioxidant defence. Found in meat and seafood. Plant content is essentially zero. Long-term vegan plasma taurine runs 30 to 50 percent below omnivore levels. runs the calcium-handling and bile-conjugation systems. CarnosineCarnosineA dipeptide of beta-alanine and histidine, concentrated in long-lived post-mitotic tissue (skeletal muscle, brain, heart). One of the body's principal anti-glycation defences (chelates copper, zinc, and the carbonyl groups that produce advanced glycation end products). Vegetarian muscle carnosine runs 20 to 30 percent below omnivore. Beta-alanine supplementation partially restores. defends muscle and brain against glycation damage. CreatineCreatineA nitrogenous compound stored in muscle and brain as creatine phosphate, the rapid-recharge buffer for ATP. Found in meat and fish (1 to 2 g per pound). Vegetarian brain creatine runs 5 to 10 percent below omnivore on MRS imaging; supplementation at 3 to 5 g/day closes the gap. buffers the rapid energy demand of muscle and brain. CarnitineL-carnitineA quaternary ammonium compound that shuttles long-chain fatty acids into the mitochondrion for beta-oxidation. Found primarily in red meat (60 to 180 mg per 100 g). Body can synthesise from lysine and methionine if substrate is abundant, often it is not on a plant diet. transports fat into the mitochondrion for combustion. Plants deliver none of these pre-formed.
• Retinol (active vitamin A) and vitamin K2. Plants contain beta-carotene (precursor to retinol) and K1 (precursor to K2). Body conversion is poor (12 to 1 for beta-carotene under ideal conditions, often 24 to 1 in reality) and almost zero for K1 to K2 unless the gut microbiome is intact. The active forms are concentrated in liver, egg yolk, butter, and aged cheeses. The K2 specifically routes calcium into bone instead of arteries, the central problem in the minerals essay.

These five gaps are not solved by careful planning. They are solved by eating the animal.

Or, in the rare exceptions discussed below, the five gaps can be closed by an industrial-grade supplementation discipline that most vegetarians do not maintain.

The phytate, oxalate, lectin tax

There is a second problem layered on top of soil depletion: plants do not want to be eaten. They cannot run; they cannot fight; they evolved chemical defences instead. Three families of plant compounds actively bind minerals in the gut and pull them through unabsorbed.

• Phytates (in grains, legumes, nuts, seeds) bind iron, zinc, calcium, magnesium, and copper in the gut lumen. The phytate-bound mineral passes through the digestive tract unabsorbed. Phytate-to-zinc molar ratiosPhytate-to-zinc molar ratioThe ratio of inositol hexaphosphate to zinc in a meal predicts zinc bioavailability. Ratios above 15 to 1 reduce zinc absorption to single digits; ratios above 25 to 1 (typical of unrefined grain and legume diets) drive frank zinc deficiency. Soaking, sprouting, fermenting and traditional preparation reduce phytate by 50 to 70 percent. above 25 to 1, typical of unsoaked grain-and-legume vegetarian diets, drive frank zinc deficiency.
• Oxalates (in spinach, chard, beet greens, almonds, sweet potato, cassava) bind calcium and magnesium and precipitate as insoluble crystals. The crystals deposit in kidney (stones), joint cartilage, thyroid, and vascular tissue.
• Lectins (in beans, grains, nightshades) bind gut epithelium and intestinal lining proteins, contributing to tight-junction leakinessIntestinal permeability (leaky gut)Disruption of the tight junctions between intestinal epithelial cells, allowing partially digested food proteins, bacterial fragments (LPS) and inflammatory compounds to cross into systemic circulation. Triggers autoimmune cascades and chronic low-grade inflammation. Driven by glyphosate, NSAID use, alcohol, and chronic lectin/gluten exposure. in susceptible individuals.

Traditional cultures that ate plants successfully always processed them: soaking, sprouting, fermenting, long cooking, traditional bread sponge-fermentation that destroys 50 to 70 percent of phytate. Modern plant-based diets generally do not.

The toxin concentration problem

If animals concentrate the good, they also concentrate the bad. This is the strongest argument the vegetarian camp has, and it deserves a direct answer rather than a deflection.

A factory-farmed animal is not the same biological object as a wild or pasture-raised one. The grain-fed feedlot cow standing in confined animal feeding operation conditions delivers:

• Whatever glyphosate residueGlyphosate (Roundup)Broad-spectrum systemic herbicide. The most-applied agricultural chemical in history. Patented as an antibiotic in addition to its herbicide use. Disrupts the shikimate pathway in plants and gut bacteria, chelates trace minerals (manganese, zinc, cobalt) out of the soil and food chain, and accumulates in animal flesh fed glyphosate-treated grain. Reclassified as a probable human carcinogen by IARC in 2015. was in the corn and soy
• Antibiotics, sub-therapeutic dosing in feed (the single largest driver of resistance in the human supply chain)
• Synthetic hormones (rBST, zeranol, melengestrol acetate, depending on jurisdiction)
• A fat profile inverted toward inflammatory omega-6 (corn-fed cow: 6:1 to 20:1 omega-6 to omega-3) versus the 1:1 to 4:1 ratio of grass-finished
• The stress hormones (cortisol, adrenaline) of an animal that lived in pain for its entire shortened life

The farmed-fish version is comparably bad. Hites' 2004 Science paper on farmed salmon, the largest analysis of organic contaminant content in fish ever done at the time, found PCBs, dioxins, and chlorinated pesticides at concentrations 6 to 10 times higher in farmed Atlantic salmon than in wild Pacific salmon^footnoteHites, R. A.; Foran, J. A.; Carpenter, D. O.; Hamilton, M. C.; Knuth, B. A.; Schwager, S. J. (2004). Science. "Global Assessment of Organic Contaminants in Farmed Salmon." Across 2 metric tons of salmon sampled from major retailers in North America, Europe and South America. The authors recommended consumers limit farmed salmon to one or two servings per month based on EPA contaminant guidelines.. The mechanism: farmed fish are fed fishmeal made from rendering whatever the trawler caught, and the rendering concentrates the contaminants of the entire ocean food chain into the feed.

The right response to this evidence is not to skip the animal. It is to source the animal correctly. The rules are short:

• Beef: 100 percent grass-fed, grass-finished. The phrase "grass-fed, grain-finished" is industry sleight of hand; the last 90 to 120 days of grain reverse the fat-profile advantage. Brands worth the markup: Force of Nature, US Wellness Meats, White Oak Pastures, your local regenerative-grazing rancher.
• Fish: Wild-caught, small-bodied (sardine, anchovy, mackerel, herring, wild Alaskan salmon). Small body equals short food-chain position equals low bioaccumulation of mercury, PCBs, and microplastics. The big-bodied predators (tuna, swordfish, marlin, large grouper) sit at the top of the chain and concentrate the entire chain's contaminant load.
• Eggs: Pasture-raised (note: not "free range", which is a regulatory loophole) from a small farm if accessible, or from one of the brands that publish the actual stocking density. Vital Farms is the supermarket workhorse.
• Dairy: Raw, A2-protein, from grass-fed cows if your jurisdiction allows it. The pasteurised, homogenised, A1-skewed industrial product is a different food.
• Organs: Liver weekly. Marrow when available. The single most nutrient-dense food on the planet by an order of magnitude, and the cheapest pound-for-pound. Most cultures ate it first and gave the muscle meat to the dogs.

Sourcing correctly costs more in money and less in medical bills. The math works.

Why most plant-based people are sick

If you spend time around the long-term vegetarian and vegan community at scale (forums, communities, lab data), the same constellation of complaints recurs. The pattern is not random and it is not psychosomatic. It is the predictable downstream of three years of mineral and amino acid deficit in a body that compensates until it cannot.

The constellation:

• Fatigue that no amount of sleep fixes. B12 deficiency, iron deficiency, low taurine and carnitine, low creatine, magnesium depletion. The body has no fuel substrate and no electron-transport substrate. It is running on willpower.
• Anxiety and depression baseline. Low B12 and folate impair methylation, which impairs serotonin and dopamine synthesis. Low zinc impairs the serotonin-to-melatonin conversion. Low omega-3 DHA thins the brain's lipid membranes, where receptors live.
• Hair thinning, brittle nails, slow wound healing. Zinc, biotin, sulfur-containing amino acids (cysteine, methionine), collagen substrates. Each of these is concentrated in animal tissue. None of them is delivered in usable form by plants.
• Menstrual irregularity, missed periods, infertility. Cholesterol is the substrate for every steroid hormone in the body. A low-fat plant-based diet without enough saturated and cholesterol-rich animal fat starves the steroid pathway. Add iron deficiency and low B12 on top, and the body powers down reproduction first.
• Tooth and bone deterioration. Despite "calcium-rich" plant claims. Without K2, retinol, and the right magnesium-to-calcium ratio, the calcium does not route into bone or tooth structure. DemineralisationCavitation and tooth demineralisationLoss of mineral content from enamel and dentine, leading to soft enamel, sensitive teeth and accelerated decay. Driven by acid-base imbalance, vitamin K2 deficiency (which routes calcium into bone and tooth matrix), retinol deficiency (which the body needs for amelogenesis) and chronic mineral deficit. Common finding in long-term plant-based dental work. shows up as soft enamel, sensitive teeth, and accelerated decay.
• Cold hands, cold feet, low body temperature. Hypothyroidism downstream of iodine, selenium, zinc, and tyrosine deficit. The thyroid pulls iodine out of the bloodstream to make T4; without selenium it cannot convert T4 to T3; without iron, zinc, and B12 the basal metabolism cannot run.
• Premature ageing of the face. The connective-tissue substrate (collagen, elastin, hyaluronic acid, glycine, proline, hydroxyproline) is missing. The skin thins, the cheekbones hollow, the eyes sink. There is a specific look that long-term vegans share that is the externalisation of a years-long substrate deficit.

This is not a moral argument against the vegetarian's intentions. The intentions are usually good. It is a biochemistry argument against the math.

The body keeps the receipts. It is patient, then it is not.

The exception: the yogic vegetarian

There is a class of people for whom a vegetarian diet is not only defensible but useful, and I have to write about them honestly because they are the half of the picture the omnivore-only camp ignores.

I am speaking of the disciplined yogic practitioner, someone running a daily practice of pranayama, asana, meditation, and (in the more advanced cases) the kundalini-rousing techniques of the Indian classical tradition. The traditional yogic argument, repeated across the Hatha Yoga Pradipika, the Gheranda Samhita, and the lineage texts of the major schools, is that meat and fish carry a dulling, densifying propertyTamasic property in classical yogic dieteticsIn the three-guna model (sattva, rajas, tamas), tamas is the quality of inertia, density, heaviness, sleep, decay. Meat is classified as tamasic in most yogic traditions because it carries the energetic signature of the animal's death and the dense slow-vibration substrate of muscle tissue. Sattvic foods (fresh fruit, soaked nuts, grains, ghee, raw milk, sprouts) are said to support clarity of consciousness, the substrate needed for advanced meditation states. that depresses the energetic vibration of the practitioner. Whether one accepts the metaphysical model in full or treats it as a useful empirical observation about how meat sits in the gut and the consciousness, the lived experience of the practitioners is consistent: heavy meat the day of a deep meditation tends to flatten the meditation.

For a serious practitioner running kundalini techniques daily, the substrate of the body becomes part of the instrument. The traditional dietetic literature describes a refinement column, food becomes plasma, plasma becomes blood, blood becomes muscle, muscle becomes fat, fat becomes bone, bone becomes marrow, marrow becomes ojasOjasThe most refined product of the seven-tissue (sapta-dhatu) digestive cascade in Ayurvedic physiology. Described as the subtle essence underlying immune function, lustre, vitality and the substrate of conscious experience. Generated in surplus only when digestion is strong, the diet is clean, and the practitioner conserves rather than dissipates energy. The yogic case for vegetarianism is essentially a case for an ojas-favouring substrate., the subtle essence the practitioner can then transmute upward through the spine in the kundalini ascent. The cleaner and lighter the substrate at the input, the more ojas the column produces at the output. This is the same argument I made in the sexual transmutation essay about the conserved vital essence being the most concentrated form of the body's energy.

If you are running this kind of practice seriously, vegetarianism becomes coherent. The energetic gain from a cleaner substrate outweighs the metabolic cost of dropping the animal foods. But, and this is the part most yogic vegetarians get wrong, the metabolic cost is real and it must be paid in supplementation discipline, or the body breaks down underneath the practice and the practice itself collapses. I have watched this happen repeatedly. The practitioner drops the meat, the practice lifts for six to twelve months, the deficiencies accumulate silently, and somewhere in year two the energy collapses, the immune system fails, the joints ache, the periods stop, the meditation goes flat, and the practitioner blames the practice rather than the substrate.

The conditions under which a yogic vegetarian diet is sustainable, in this day and age, with the soil in the condition it is:

1. Daily B12. Methylcobalamin or hydroxocobalamin sublingual, 1,000 to 5,000 mcg/day. Non-negotiable. Test serum B12 plus methylmalonic acid (MMA) twice a year; serum B12 alone misses functional deficiency.
2. Daily EPA/DHA from algal oil. 1 to 2 g/day, the third-party-tested algal sources (Nordic Naturals Algae Omega, Testa) are the only vegan option that delivers pre-formed long-chain omega-3 at meaningful dose.
3. Daily creatine. 3 to 5 g of creatine monohydrate. The single most-studied supplement in human history; the only one a vegetarian brain measurably benefits from on MRS imaging.
4. Daily taurine. 1 to 3 g. Cheap, well-tolerated, restores the calcium-handling and bile pathways the vegetarian under-runs.
5. Daily zinc and copper, in the right ratio. 25 mg zinc picolinate paired with 1 to 2 mg copper bisglycinate. Phytate-heavy plant diets bind zinc out of the gut; under-supplementing here is the most common silent vegetarian failure.
6. Iron monitoring, every quarter. Ferritin in the 70 to 100 ng/mL range for women, 50 to 100 for men. Heme-free iron supplementation is rough on the gut and only as good as the cofactors (vitamin C, retinol) eaten with it.
7. Daily ghee or coconut oil at meaningful dose. Saturated animal-derived or saturated tropical fat as the substrate for the steroid pathway. The fat-fearing vegan version of the diet collapses the hormones inside two years.
8. Liver-and-yolk concession, twice a week, for the non-strict. If the practitioner can accept it, even two egg yolks a week and a small portion of grass-fed liver covers 80 percent of the B12, retinol, K2, and choline gaps. The strict yogic version refuses; the more pragmatic version (the householder yogi, the gruhastha tradition) accepts.
9. A multi-mineral that includes the eight essential minerals. The plant matrix cannot deliver these reliably in modern soil conditions. The minerals essay is the floor; the yogic vegetarian is required to maintain it.

This is the discipline a vegetarian practice requires in 2026. Most vegetarians do not maintain any of it. They eat the lentils, skip the supplementation, and end up depleted. The depletion looks like spiritual progress at first (lightness, less density) and turns into something else (fatigue, fragility, hormonal collapse) on the back end.

A vegetarian path is possible. An undisciplined vegetarian path is a wasting illness on a delay.

The modern-toxin context

We do not live in 1850. The body is now exposed daily to a load of synthetic chemistry, electromagnetic radiation, microplastic, glyphosate, fluoride, heavy metals from air and water, and ambient industrial residue that the body's detox systems were not designed to handle. The detox systems work on substrates: glutathioneGlutathioneThe body's master antioxidant. A tripeptide of glutamate, cysteine and glycine. Cysteine is the rate-limiting substrate, sulfur-containing, found in meat, eggs and dairy at high concentration, and in cruciferous vegetables at lower. Glutathione recycling depends on selenium (glutathione peroxidase) and on NADPH. Most vegetarians run measurably lower glutathione than omnivores. (built from cysteine, glycine, glutamate), phase 2 amino acid conjugationPhase 2 conjugationThe liver's second wave of detoxification, where lipophilic toxins activated by phase 1 are conjugated to glutathione, glucuronic acid, sulfate, glycine, taurine, or methyl groups to make them water-soluble for excretion. Most pathways are amino-acid-dependent. A protein-poor diet bottlenecks every pathway. (glycine, taurine, methionine), and the methylation cycle (B12, folate, betaine, choline).

Every one of those substrates is concentrated in animal tissue. The argument for animal foods in 2026 is stronger than it was in 1936, not weaker, because the body is paying a heavier daily detox tax than any generation before it. Trying to run that tax bill on the substrate of depleted plants alone is the metabolic equivalent of trying to run a steel mill on driftwood. It works for a while; then it does not.

This is the unstated half of the supplement question, which is the subject of the companion essay on the supplement trap. Food is the floor; sourcing is the architecture; supplementation is the tax adjustment for living in a contaminated century.

What I put on the plate

I am an omnivore. I eat animal protein at every meal. The plate, on most days:

• Morning: three pasture-raised egg yolks (the yolk is where the choline, retinol, B12, and K2 live), ghee, fresh herbs, occasionally a small portion of liver pâté.
• Mid-day: wild sardines or anchovies on sourdough, or a piece of wild Alaskan salmon, or grass-finished beef. Always alongside a colourful plant portion (sprouts, herbs, fermented vegetables, raw or lightly cooked seasonal vegetables).
• Evening: the largest cooked animal protein of the day, usually grass-finished beef, lamb, or wild game. Bone broth on the side. Soaked or sprouted carbohydrate if the day demands it (basmati, sourdough, root vegetables); none if it does not.
• Throughout the day: raw A2 milk where available, raw butter, organic full-fat yoghurt, aged cheese.
• Once a week: a 4 to 6 ounce portion of liver. Non-negotiable. The single highest-yield item on the plate by a wide margin.

I take the mineral and supplement stack from the minerals essay on top of this. The food is the substrate; the supplementation is the gap-filler.

The arc

The strict vegetarian and vegan position would have been defensible in 1850, on intact soil, with intact microbiome, without industrial contamination, with traditional plant preparation techniques that the modern table has lost, and without the daily toxin load of the contaminated century. It is not defensible now without active supplementation discipline, and most of the people running it are not running the discipline.

The strict omnivore position, fed by feedlot animals on glyphosate-laden grain, is also not defensible. The factory-farmed animal carries the toxin profile of the system that produced it.

The defensible position is in the middle and rigorous on both sides of the question. Eat the animal. Source the animal correctly. Eat the plants. Source the plants correctly. Restore the soil substrate where you can grow your own. Supplement the gaps the food chain can no longer cover. And if a serious yogic or spiritual practice has called the practitioner into a vegetarian discipline, run it with full supplementation honesty, or do not run it.

The body is the instrument. The food is the substrate. The substrate determines the instrument. There is no spiritual gain in a body that is failing.

Sources

1. Changes in USDA Food Composition Data for 43 Garden Crops, 1950 to 1999, Davis, D. R.; Epp, M. D.; Riordan, H. D.. https://pubmed.ncbi.nlm.nih.gov/15637215/
2. Historical changes in the mineral content of fruits and vegetables (British Food Journal), Mayer, A. M. B.
3. Nutritional and greenhouse gas impacts of removing animals from US agriculture, White, R. R.; Hall, M. B.. https://www.pnas.org/doi/10.1073/pnas.1707322114
4. Global Assessment of Organic Contaminants in Farmed Salmon (Science), Hites, R. A. et al.. https://www.science.org/doi/10.1126/science.1091447
5. Detection of glyphosate residues in companion animal feeds (Environ. Pollut.), Zhao, J. et al.
6. Vitamin B12 deficiency in vegans (J. Agric. Food Chem.), Pawlak, R. et al.. https://pubmed.ncbi.nlm.nih.gov/23356638/
7. Long-chain omega-3 fatty acid intake and conversion efficiency, Burdge, G. C.; Calder, P. C.. https://pubmed.ncbi.nlm.nih.gov/15960867/
8. Carnosine, taurine and creatine in vegetarian and omnivore diets, Kaviani, M.; Shaw, K.; Chilibeck, P. D.
9. Phytates, oxalates and mineral bioavailability (Crit. Rev. Food Sci. Nutr.), Schlemmer, U. et al.
10. Nutrition and Physical Degeneration (Weston A. Price studies), Price, W. A.
11. Nourishing Traditions, Fallon, S.; Enig, M. G.
12. Caraka Samhita, treatise on the seven dhatus, classical