https://www.youtube.com/watch?v=5Q33kh6CCxQ
Plant These 20 Vegetables Once—and Harvest Them for Life
https://www.youtube.com/watch?v=Rqvt5855DNE
As Much Protein As Steak, Survives Winter: Why Industrial Farming Erased The Aztecs’ “Meat Vine” There is a plant growing in millions of American gardens right now that contains as much protein per ounce as a beef steak. It produces massive edible tubers, flowers that taste like nectar, and beans the size of your thumb. Yet, for the last century, Westerners have grown it strictly as a decoration, throwing the food in the compost pile. This is the story of the Scarlet Runner Bean (Phaseolus coccineus), the perennial “Ayocote” that sustained the Aztec Empire, and why the invention of the mechanical harvester forced it out of the grocery store.
🔬 THE SCIENCE: While the common green bean (Phaseolus vulgaris) is an annual that dies after one season, the Scarlet Runner is a biological anomaly. Native to the cool uplands of Central America (domesticated ~2000 BC), it develops a massive starchy tuberous root system. This allows the plant to survive winter dormancy in Zones 7+ and shoot up 15 feet in the spring, weeks before common beans can germinate. Nutritional analysis reveals why it was a staple of the Milpa system: Protein: 21-24% by dry weight. 100g of dried beans delivers ~24g of protein (comparable to 3oz of beef). Iron: A single serving provides nearly 35% of the daily recommended value. Antioxidants: Black and purple seeded varieties are rich in anthocyanins, the same compounds found in blueberries. Cold Tolerance: Contains enzymes allowing germination at 50°F (10°C), thriving in shoulder seasons where other beans rot. CRITICAL SAFETY NOTE: Like kidney beans, Scarlet Runners contain Phytohaemagglutinin (PHA). Mature beans must never be eaten raw. They require soaking and vigorous boiling for 10-15 minutes to neutralize the lectin.
💰 THE DECLINE: The disappearance of the Scarlet Runner from the food supply wasn’t a matter of taste—it is widely considered richer and “meatier” than kidney beans. It was a matter of industrial geometry. In the 1950s, agriculture shifted toward mechanization. Combine harvesters require low, uniform crops. Breeders developed “bush beans” that stood knee-high and ripened all at once. The Scarlet Runner, which climbs 15 feet high and requires trellising, was impossible to harvest with a tractor. Furthermore, the pod develops a fibrous “parchment layer” to protect the giant seeds. Modern consumers demanded “stringless” beans for convenience. We traded a high-protein, perennial survival crop for an annual bush bean simply because the latter didn’t require a trellis or a paring knife.
🌱 THE REVIVAL: The Scarlet Runner is the ultimate “Vertical Rebellion.” Zones 7-11: Leave roots in the ground for perennial production. Zones 3-6: Dig up the tubers in Fall and store them like dahlias to replant in Spring. Seeds are available from heirloom suppliers like Baker Creek, Seed Savers Exchange, and Burpee. Varieties like “Painted Lady” and “Magic Beanstalk” offer the best dual-purpose yield (ornamental + edible).
In the 1960s, British trials documented something impossible: 100 tons per acre, year after year, from a plant that decomposes in 48 hours and requires zero inputs. Then in 2001, it vanished from every garden center in America. This is the story of comfrey, the biological fertilizer factory that threatened a $230 billion industry, and the systematic campaign to erase it from public memory. 🌿 WHAT IS COMFREY? Symphytum officinale, commonly called comfrey or “knitbone,” is a perennial plant that was standard in Victorian gardens and medieval medicine. For 2,000 years, Europeans used it for bone healing and wound treatment, but its true power lies underground. 📊 THE LABORATORY PROOF Fresh comfrey leaves deliver 7.09% potassium, 4-5X higher than farmyard manure (which maxes at 1.5%). The plant also contains:
- 2-3% nitrogen
- 0.5-1% phosphorus
- 26% protein when dried
- Trace minerals: calcium, magnesium, iron, silicon, boron
- Decomposition rate: 48 hours (vs weeks for other green manures)
- Yield: 100 tons fresh biomass per acre annually
- Production cycle: 20+ years from single planting
- Root depth: 6-10 feet (mines subsoil nutrients)
⚠️ THE 2001 FDA CONFUSION July 6, 2001: FDA warned against comfrey supplements for internal use due to pyrrolizidine alkaloids (PAs) causing liver toxicity when swallowed in large amounts. The ban targeted: pills, teas, capsules, products on open wounds NOT banned: External garden use as mulch/fertilizer But headlines said “toxic” without distinction. Garden centers stopped stocking entirely. Public assumed entire plant dangerous. Reality: Soil microbes break down PAs rapidly; no evidence of harm from mulch use. Result: Vanished from mainstream gardening within 5 years despite no ban on garden use. 🌱 HOW TO USE COMFREY
- Cut at 2 feet tall (before flowering)
- Regrows in 4 weeks
- 5 harvests per season = 100 tons/acre/year
Uses:
- Mulch (breaks down in 48 hours)
- Comfrey tea (dilute 10:1, outperforms commercial fertilizers)
- Compost activator (heats pile 10-15°F within hours)
Looking for a potato alternative that requires no digging and grows vertically? Meet the Aerial Yam (Dioscorea bulbifera), also known as “Up-Yam” or “Hoi.” This ancient permaculture crop produces massive edible tubers on vines, perfect for survival gardens and food forests. In this video, we explore why the Aerial Yam is the ultimate “lazy gardener’s” crop, producing 4x more food than traditional potatoes without touching a shovel. We also cover crucial identification tips to distinguish the edible varieties from invasive wild air potatoes. 🌱
TABLE OF CONTENTS: 0:00
– Introduction: The Potato That Rejects Dirt 1:45
– What is Aerial Yam (Dioscorea bulbifera)? 3:20
– Edible vs. Poisonous: Identification Guide 5:10
– Nutritional Value: More Energy Than Potatoes 6:45
– How to Grow Aerial Yams (Vertical Trellising) 8:30
– Harvesting & Storage (Lasts Months Without Rotting) 10:15
– Cooking: How to Prepare “Up-Yams” 12:00
– Why Industrial Agriculture Hates This Plant
📝 PLANT PROFILE: Scientific Name: Dioscorea bulbifera Common Names: Aerial Yam, Air Potato, Up-Yam, Hoi Zone: 9-11 (Perennial), grown as Annual in cooler zones Sun: Full Sun to Partial Shade Yield: Up to 40 lbs per vine in optimal conditions
⚠️ SAFETY NOTE: Always ensure you have the cultivated EDIBLE variety (bulbils often rounder/smoother). Wild varieties can be bitter and toxic. This video explains the difference. Why grow this? Traditional potatoes require tilling, hilling, and digging. The Aerial Yam uses vertical space, creating a calorie-dense canopy. It’s the perfect crop for permaculture, homesteading, and preppers looking for food security.
📚 RESOURCES & STUDIES: Coursey, D.G. (1967). Yams: An account of the nature, origins, cultivation. Research on Diosgenin content and nutritional benefits of Dioscorea spp. Subscribe for more forgotten crops and permaculture secrets!
#verticalgardening #permaculture #survivalgarden #airpotato #edibleplants #nodiggardening #foodforests #homesteading
Sterker dan maïs, rijker dan rundvlees: het verloren overlevingszaad
Meer eiwitten dan rundvlees, sterker dan maïs: het verloren overlevingszaad 💧🔥 Het Amerikaanse zuidwesten kampt met watertekorten, maar de oplossing was er altijd al. Hij was verdwenen. In deze onthullende video laten we het vergeten overlevingsgewas zien dat meer dan 5000 jaar lang hele woestijnbeschavingen in stand hield met bijna geen water, geen chemicaliën en geen input van grote bedrijven.
Terwijl de moderne landbouw instort door droogte, stijgende temperaturen en opdrogende grondwaterreserves, blijft dit oeroude zaad gedijen waar maïs, tarwe en soja falen. 🌱 Teparybonen (Phaseolus acutifolius) – bij inheemse volkeren bekend als de boon die nooit faalt – voedden ooit de Hopi, Pima en Tohono O’odham in de barre Sonorawoestijn. Deze bonen: Bevatten 23-25% eiwit (meer eiwit per calorie dan rundvlees) Groeien met 20-30 cm regenval Vereisen geen irrigatie, kunstmest of pesticiden Verbeteren de bodemgezondheid op natuurlijke wijze Rijpen in slechts 60-90 dagen Presteren beter dan conventionele gewassen bij extreme hitte 🌡️ Dus waarom werden ze in de jaren 50 uit de Amerikaanse landbouw verwijderd?
🚫 Deze video legt uit hoe de industriële landbouw, zaadbedrijven, megaprojecten voor irrigatie en federaal beleid systematisch teparybonen uit zaadcatalogi, universiteiten en de publieke kennis hebben gewist – niet omdat ze mislukten, maar omdat ze de winst, controle en afhankelijkheid bedreigden. 📉 Nu de Colorado River een historisch dieptepunt bereikt en boeren hun land verlaten, is de ironie onmiskenbaar: Het gewas dat perfect was aangepast aan droogte werd vervangen door waterverslindende systemen die nu instorten.
🌍 We onderzoeken ook: De wetenschap achter de extreme droogtetolerantie van teparybonen Hoe inheemse kennis opzettelijk werd onderdrukt Waarom Mexico en andere landen dit gewas nooit hebben opgegeven Hoe teparybonen stilletjes een comeback maken Hoe je ze zelf kunt kweken voor echte voedselzekerheid
🫘 ⚠️ Dit is niet zomaar geschiedenis. Het is een waarschuwing – en een oplossing. 👉 Abonneer je op BACKYARD CROPS voor wekelijkse onderzoeken naar onderdrukte superfoods, vergeten overlevingsplanten en landbouwfeiten die ze je liever niet vertellen. 👍 Like de video om deze kennis te verspreiden. 💬 Reageer hieronder: Ga jij dit jaar teparybonen kweken? 🌾 Voedselonafhankelijkheid begint met kennis – en dit zaadje kan alles veranderen.
More Iron Than Spinach, More Calcium Than Milk, And It Grows In Cottage Gardens For 20 Years After ONE Planting There’s a plant growing in abandoned European gardens right now that contains more iron than spinach, more calcium than milk, and more vitamin C than oranges. It fed European peasants for 500 years straight, and Roman Emperor Tiberius demanded it as tribute from Germanic tribes. In 1950, every major seed catalog in America removed it in the same year. This is the story of Good King Henry (Chenopodium bonus-henricus), the perennial vegetable that solved the recurring revenue problem seed companies couldn’t afford to ignore, and why industrial agriculture had to classify it as inefficient. 🔬 THE SCIENCE: Pliny the Elder documented “bonus henricus” in Natural History (77 AD), describing a plant Emperor Tiberius valued so highly he demanded it as tribute instead of gold. Archaeological evidence shows cultivation across medieval Europe from the 12th century onward, with detailed growing instructions appearing in Tudor garden manuals (1550-1600). Nutritional analysis published in Acta Horticulturae (1989) revealed Good King Henry’s superiority:
- Iron content: 150% daily value per 100g (vs. 15% in spinach)
- Calcium: 180% daily value (higher than milk per serving)
- Vitamin C: 200% daily value
- Complete B-vitamin complex
- High in potassium, magnesium, and beta-carotene
The 2022 Backyard Larder perennial vegetable analysis ranked Good King Henry #1 in overall micronutrient density among 47 heritage vegetables tested. But the real revolution wasn’t nutrition, it was permanence. Good King Henry is perennial. Plant it once, and it produces edible shoots (March), leaves (May-October), and flower buds for 20+ years from a single crown. Deep roots (3+ feet) access nutrients annual crops cannot reach. Year-round soil coverage prevents erosion and sequesters carbon. The Land Institute research (2009-2022) documented that perennial crops like Good King Henry reduce soil erosion by 50%, use 5X less water than annuals, and require zero synthetic fertilizers due to mycorrhizal fungal partnerships. Medieval monastery gardens relied on Good King Henry during “the hungry gap” (late winter/early spring) when grain stores ran low and spring greens hadn’t sprouted. It was the bridge that prevented starvation.
💰 THE SUPPRESSION: The global commercial seed industry reached $63 billion in 2024. Companies like Burpee, Ferry-Morse, and Northrup King realized a fundamental problem in the 1920s: perennials destroy recurring revenue. If a customer buys Good King Henry seeds once and harvests for 20 years, they never return. If they buy spinach seeds, they must return every single spring. Between 1920-1950, perennial vegetables were systematically removed from commercial catalogs. Not because they failed. But because they succeeded too permanently. Good King Henry’s 3-foot roots held soil together, preventing mechanized planting. Its clumping growth pattern resisted uniform rows. Its permanence eliminated the need for annual seed purchases. In the language of industrial agriculture, this wasn’t a feature—it was “inefficient.” By 1960, the Green Revolution locked global agriculture into annual grain dependency. Government subsidies favored corn, wheat, and soy. Agricultural extension services taught farmers to think in planting seasons, not perennial plots. Today, annual crops occupy 70% of global cropland. Perennial crops occupy 13%, despite 94% of all plant species on Earth being perennial. We chose the exception and called it the rule.
🌱 THE QUIET RETURN: Good King Henry never died. It survived in Yorkshire cottage gardens, Swiss mountain plots, and wild patches near abandoned monasteries. Seeds are available today from heritage suppliers: Strictly Medicinal Seeds, Richters Herbs (Canada), Chiltern Seeds (UK). The USDA Conservation Stewardship Program updated guidelines in 2022 to include perennial vegetables for the first time, recognition that the annual monoculture experiment is failing. 📚 SOURCES:
- Acta Horticulturae (1989). Nutritional analysis of Chenopodium bonus-henricus
- The Land Institute (2009-2022). Perennial crop soil erosion and water efficiency research
- Backyard Larder (2022). Perennial vegetable micronutrient density rankings
- Pliny the Elder. Natural History (77 AD). Book XIX
- USDA Conservation Stewardship Program (2022). Perennial crop inclusion guidelines
- Historical Tudor Garden Manuals (1550-1600). Good King Henry cultivation instructions
Why the Aztecs Grew These 8 Forgotten Crops—and Why We Stopped
https://www.youtube.com/watch?v=GBR3VJnE7CM
The Lost Crops That Outperform Everything You’re Growing
🌱🥬 Imagine growing a garden that feeds you year-round, thrives in poor soil, needs almost no water, and produces super-nutritious food—all without chemicals or constant maintenance. 🌞💧 The Lost Crops That Outperform Everything You’re Growing explores 8 ancient Aztec crops that were almost erased from history but are now making a powerful comeback. These forgotten crops are not only more nutritious than modern grocery store vegetables, they’re easier to grow and astonishingly resilient. From Amaranth 🌾—a complete protein packed with calcium, iron, and magnesium—to Chia seeds 🌱, once eaten by Aztec warriors for energy, each plant tells a story of survival, nutrition, and forgotten agricultural genius. Learn about Tepary beans 🌵 for desert survival, Huitlacoche 🍄 the gourmet fungus, Chayote 🍐 the prolific climber, Huauzontle 🥦 the forgotten green, Nopal 🌵 the desert warrior, and Chilacayote 🎃 the storage champion. Discover how these crops:
✅ Survive drought, poor soil, and extreme heat
✅ Produce abundant harvests with minimal care
✅ Offer complete proteins, vitamins, and minerals
✅ Connect you to 5,000 years of indigenous agricultural wisdom Learn the secrets of Aztec polyculture gardens, layering crops for maximum yield and resilience.
🌽🌿🌱 These crops survived attempts to erase them from history. By planting them today, you’re reclaiming forgotten food wisdom, resisting industrial agriculture’s monocultures, and growing a garden that truly nourishes your body and the soil. 💚 Subscribe to BACKYARD CROPS for more ancient, forgotten, and super-productive plants you can grow at home. Turn on notifications 🔔 and comment below which crop you’re planting first! 🌿 Grow smarter, healthier, and more resilient with plants the Aztecs trusted. These crops aren’t just food—they’re history, nutrition, and sustainability all in one.
More Vitamin C Than Oranges, Grows Forever: The Superfood They Turned Into a Weed There’s a thorny shrub with bright orange berries that can survive minus forty degree winters, thrive in salty roadside soil, and still produce fruit loaded with vitamin C and rare oils. It was planted across North America on purpose—for erosion control, shelterbelts, and land reclamation—because it grows where almost nothing else will. Then it started forming thickets… and the story changed. In some regions it became “potentially invasive.” In others, it became a niche crop that never scaled. This is the story of sea buckthorn (Hippophae rhamnoides): the cold-proof superfruit with survival chemistry, why it ended up on watch lists, and why most people still don’t know what it is.
🔬 THE SCIENCE: Sea buckthorn is a nitrogen-fixing shrub that forms root nodules with Frankia bacteria, letting it enrich poor soils and thrive without nitrogen fertilizer—one reason it was promoted for conservation plantings and land restoration. Research reports vitamin C values around 400 mg per 100 g in sea buckthorn berries, and shows processing can reduce vitamin C depending on how the berries are turned into juice or concentrate. Sea buckthorn is also an oil outlier. Studies of Canadian cultivars show seed oil rich in omega-6 (linoleic acid) and omega-3 (alpha-linolenic acid), while the pulp oil can be high in palmitoleic acid (omega-7)—a fatty acid uncommon in most plant foods. That’s why sea buckthorn appears not only as a berry, but as oils used in functional foods and topical products. It also spreads through root suckers and can form dense thickets—part of why it’s described as “potentially invasive” in some references.
💰 THE “SUPPRESSION” (WHAT REALLY HAPPENED): Sea buckthorn didn’t disappear because the nutrition wasn’t real. It didn’t scale because it hit two pressures: ecology and economics. On the ecology side, some references describe it as potentially invasive due to thicket formation and competition with other vegetation in certain habitats. On the economics side, production guides describe harvesting as extremely labor-intensive—hundreds of hours per acre—because berries cling tightly to thorny branches and bruise easily, making large-scale harvesting difficult. So sea buckthorn lives in the grey zone: too valuable to ignore, too aggressive for some landscapes, and too difficult for most supply chains.
📚 VITAL SOURCES: Journal of Food Science – Vitamin C content and processing losses in sea buckthorn berries Journal of Agricultural and Food Chemistry – Fatty acid composition of sea buckthorn seed and pulp oils from Canadian cultivars Flora of North America – Hippophae rhamnoides species description and invasive potential Manitoba Agriculture – Sea buckthorn production guide (hardiness, harvest difficulty, pollination ratios)
De meeste tuiniers denken dat uitgeputte grond maanden – of zelfs jaren – nodig heeft om te herstellen. Maar wat als de snelste methode om je grond nieuw leven in te blazen nu al in je keuken ligt… in de vorm van een simpele bananenschil? In deze onthullende documentaire-achtige gids voor seniorentuinders ontdek je de vergeten wetenschap achter biochar van bananenschillen – een bodemtransformatie van 24 uur die de vochtbalans herstelt, microben stimuleert, regenwormen teruglokt en je tuin weer tot leven wekt. Je ziet waarom deze methode sneller werkt dan biochar van hout, hoe je het veilig thuis kunt maken, hoe je het kunt ‘laden’ zodat het je planten niet verzwakt, en hoe je de exacte hoeveelheid gebruikt voor de gezondste wortels die je ooit hebt gehad. Als je grond hard… verdicht… droog… of ‘dood’ aanvoelt, laat deze video je het simpele geheim zien dat herstelt wat de tijd heeft weggenomen. Geen dure meststoffen. Geen ingewikkelde systemen. Alleen wetenschap, eenvoud en een bescheiden bananenschil.
🎥 Kijk tot het einde om te zien waarom regenwormen sneller terugkeren dan je ooit had gedacht – en waarom deze ene verandering je tuin JARENlang gezonder kan houden. Als dit je helpt, deel het dan met een andere tuinier die het misschien moeilijk heeft. En als je nieuw bent, welkom bij EverGreen Seniors – waar tuinieren makkelijker, wijzer en leuker wordt naarmate je ouder wordt.
The breadfruit tree (Artocarpus altilis) is a powerful sustainable food tree with deep roots in history and modern relevance. Once tied to slave food history, breadfruit is now recognized for its role in food security solutions and climate resilient crops. This video explores breadfruit nutrition, why it thrives as one of the best perennial food crops, and how low input agriculture and self sufficient gardening can help you grow clean food at home for the future!
When the collapse lasts years—not months—the only people still eating are those who planted perennials. Not annuals you replant every spring. Perennials that produce food for 20+ years with zero maintenance. Most survival gardeners waste time on tomatoes and beans like it’s a hobby. But perennials are survival infrastructure. Plant once, harvest for decades. No reseeding. No tilling. No dependency on supply chains that won’t exist. This video breaks down the 10 most critical perennial crops for long-term food security—chosen because they survive neglect, produce serious calories or nutrition, and work in growing zones 3-7 (most of North America): → #10: Siberian Pea Shrub (nitrogen-fixing protein source for 50+ years) → #9: Sea Kale (three vegetables in one perennial plant) → #8: Jerusalem Artichoke (perennial potato producing 5-10 lbs per plant) → #7: Asparagus (20 years of spring harvests from one planting) → #6: Rhubarb (indestructible cold-hardy perennial + natural mulch) → #5: Chives (flavor, nutrition, immune support forever) → #4: Perennial Kale (year-round greens for 5-10 years) → #3: Good King Henry (out-produces annual spinach, never bolts) → #2: Egyptian Walking Onions (self-propagating, never needs replanting) → #1: American Groundnut (native perennial with 15-17% protein) These aren’t garden decorations—they’re permanent food systems. When seed companies sell out, nurseries close, and fertilizer disappears, these crops keep producing. But perennials take 2-3 years to establish. If you wait until collapse is obvious, you’re already too late. The time to plant is now—while you can still get crowns, cuttings, and tubers. In three years, when everyone else is desperate for seeds that don’t exist, you’ll already be harvesting.