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Used For 8000 Years. The Only Heat Stable Omega 3 Oil Known To Man. Why Was It Replaced By Rapeseed?
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Used For 8000 Years. The Only Heat Stable Omega 3 Oil Known To Man. Why Was It Replaced By Rapeseed?

The Forgotten Gold of Pleasure: Camelina sativa

Introduction to Camelina sativa

  • Camelina sativa, an ancient plant, has a rich history as a source of oil for Roman lamps and Viking livestock feed. It yields 40% pure oil and is high in omega-3 fatty acids.
  • Unlike flaxseed, Camelina oil can be heated to 475°F without burning or becoming toxic. Known as the "gold of pleasure," it was once a staple crop but became nearly extinct in Western agriculture by the 1950s.

Historical Significance

  • The story of Camelina begins with its accidental cultivation alongside flax, where it was initially seen as a weed. Farmers discovered its superior oil quality when they pressed its seeds.
  • Archaeological evidence shows that humans have cultivated Camelina since at least 4,000 years ago, making it significant in early agricultural practices across Europe.

Agricultural Practices and Uses

  • In ancient times, Camelina was used for dietary fat, medicinal salves, and lamp oil. Its seeds were stored carefully by farmers due to their value.
  • While its use declined in Western Europe, it thrived in Eastern Europe and Russia (known as ryzhik), where it produced reliable oil even in harsh climates.

Nutritional Benefits

  • Ancient farmers fed livestock with leftover seed cake from pressing Camelina seeds, inadvertently enriching meat and dairy products with omega-3 fatty acids long before modern science recognized their benefits.

Decline of Cultivation

  • The kerosene boom in the late 19th century led to a decline in demand for Camelina's oil as petroleum became the preferred fuel source.
  • Post World War II agricultural policies favored high-yield crops like wheat and corn through subsidies, sidelining unimproved crops like Camelina.

Modern Challenges

  • The food industry's shift towards solid trans fats made processing liquid oils like Camelina difficult due to its high unsaturated fat content.
  • Chemical herbicides further diminished remaining wild populations of Camelina by eradicating feral plants that grew alongside commercial crops.

Biological Insights

  • Often confused with false flax, Camelina is part of the Brassicaceae family (relatives include mustard and broccoli). Its lipid profile is crucial for health.
  • Composed mainly of alpha-linolenic acid (ALA), this omega-3 fatty acid supports heart health but is unstable when exposed to air or heat compared to other oils.

Advantages Over Other Oils

  • Unlike flaxseed oil which goes rancid quickly and has a low smoke point (225°F), Camelina's antioxidant-rich composition allows for an extended shelf life (up to two years).
  • With a high smoke point (475°F), it's suitable for various cooking methods while retaining nutritional benefits—making it unique among omega-rich oils.

Camelina: A Resilient Crop for Sustainable Agriculture

Overview of Camelina's Characteristics

  • Camelina can survive extreme cold, thriving in poor and dry soils where other crops fail. Its genome remains ancient and resilient due to minimal hybridization or genetic modification.
  • The plant has natural allelopathic properties, releasing compounds that suppress surrounding weeds, allowing it to grow without heavy chemical inputs unlike modern canola.

Foraging and Cultivation Tips

  • Caution is advised against foraging wild Camelina near roadsides or agricultural fields due to herbicide contamination; it's better to cultivate it yourself.
  • Camelina grows well across various climates (zones 3 through 9), making it accessible for home gardeners. Seeds can be easily purchased online from reputable sources.

Planting and Harvesting Process

  • To plant, prepare a weed-free patch in early spring or late fall, broadcasting seeds on the soil surface without burying them deeply. Lightly rake the soil for seed-to-soil contact.
  • After approximately 90 days, harvest when seed pods turn brown by cutting stalks and threshing them in a bucket to release seeds.

Uses of Camelina Seeds

  • While pressing oil at home may not be practical due to the volume of seeds required, high-quality cold-pressed camelina oil is available commercially.
  • The threshed seeds can be toasted and used as toppings on salads or incorporated into baked goods and smoothies for their omega-3 benefits.

Health Considerations and Nutritional Benefits

  • Although healthy, camelina seeds contain trace amounts of goitrogens and erucic acid; individuals with thyroid issues or on blood thinners should consult a doctor before regular consumption.

Current Trends in Camelina Usage

  • There is a resurgence in interest for camelina driven by its potential as a sustainable biofuel source for aviation and military sectors due to its clean-burning oil.
  • Clinical trials indicate that camelina oil helps reduce cholesterol levels while improving the omega-3 to omega-6 ratio essential for combating chronic diseases.

Self-Sufficiency Through Camelina Cultivation

  • Growing camelina allows self-sufficiency even in poor soils; harvested seeds can also feed backyard chickens, producing nutrient-rich eggs high in omega-3 fatty acids.
Video description

Better Than Canola Oil. The Only Heat Resistant, High Omega 3 Oil. Why Are We Not Eating It? 475°F Smoke Point, Massive Omega-3s: Why Industrial Agriculture Erased The Viking's Super-Oil There is an ancient seed that fueled the oil lamps of the Roman Empire, fed Viking livestock during brutal winters, and is now being grown across millions of acres to power modern commercial jetliners. It yields nearly 40% pure oil and contains the massive, heart-healing Omega-3 profile of flaxseed—but unlike flax, you can drop this oil into a skillet and fry with it at 475°F without it burning or turning toxic. This is the story of Camelina (Camelina sativa), known historically as "Gold-of-Pleasure," an evolutionary marvel that fueled ancient civilizations, and how the rise of cheap petroleum and processed trans-fats erased it from the modern American diet. 🔬 THE SCIENCE: Archaeological evidence shows Camelina cultivation predating the Bronze Age, with carbonized seeds found in Neolithic pile dwellings in Auvernier, Switzerland. In Iron Age and Viking Scandinavia, archaeological sites reveal farmers stored Camelina seeds in highly protected containers separate from flax, proving it was a prized, guarded commodity. Camelina is a botanical master of "Vavilovian mimicry." Originally growing as a weed, it evolved over generations to exactly mimic the height and seed-dropping cycle of commercial flax so early farmers would accidentally harvest it. When pressed, they realized this "imposter" produced a sweeter, superior oil. Nutritional analysis reveals the seeds yield roughly 40% oil, composed of 35% to 40% Alpha-linolenic acid (ALA)—a vital plant-based Omega-3 fatty acid crucial for lowering inflammation and supporting heart health. Unlike flaxseed oil, which goes rancid in 30 days and breaks down into toxic free radicals at just 225°F, Camelina produces its own biological shield. It contains staggering levels of Vitamin E—specifically 700 to 1,008 mg/kg of gamma-tocopherols. This massive antioxidant load gives the cold-pressed oil a 2-year shelf life at room temperature and a monumental 475°F smoke point, making it one of the only high-Omega-3 oils safe for high-heat cooking. Agronomically, it is practically bulletproof. It goes from seed to harvest in just 85 to 100 days, its seedlings survive deep freezes down to 12°F, and its roots naturally release allelopathic biochemicals into the dirt to suppress surrounding weeds. Today, clinical trials show Camelina oil effectively reduces blood serum cholesterol. Additionally, agricultural studies prove that feeding whole raw Camelina seeds or leaves to backyard chickens safely and naturally produces Omega-3 enriched eggs, recreating a 4,000-year-old closed-loop agricultural system. 💰 THE ERASURE: Camelina wasn't destroyed by a single villain; it was a casualty of industrial convenience. In the late 19th century, the kerosene boom provided a cheaper fuel, instantly wiping out Camelina's use as a household lamp oil. In the mid-20th century, post-WWII government subsidies heavily favored high-yielding commodity crops like wheat, corn, and Canola. Camelina, an ancient unimproved crop, couldn't compete with subsidized volume. The fatal blow came in the 1950s when the American food industry pivoted to solid trans-fats, Crisco, and margarines. Because Camelina oil is nearly 90% unsaturated fat, it was incredibly difficult and expensive to chemically hydrogenate into solid, shelf-stable blocks. It was literally too healthy for the processed food era, so it was discarded. Finally, the introduction of modern chemical herbicides like 2,4-D wiped out the last remaining feral stands of this ancient superfood from commercial fields. 📚 SOURCES: Francis, A., & Warwick, S. I. (2009). The Biology of Canadian Weeds. 142. Camelina alyssum, C. microcarpa, and C. sativa. Canadian Journal of Plant Science. Larsson, M. (2013). Cultivation and processing of Linum usitatissimum and Camelina sativa in southern Scandinavia during the Roman Iron Age. Vegetation History and Archaeobotany. Zubr, J. (1997). Camelina sativa: A versatile oilseed crop with multiple potentials. Industrial Crops and Products. Ratusz, K., et al. (2018). Bioactive Compounds, Nutritional Quality and Oxidative Stability of Cold-Pressed Camelina (Camelina sativa L.) Oils. MDPI - Nutrients. Kakani, R., et al. (2012). Camelina meal increases egg n-3 fatty acid content without altering quality or production in laying hens. Lipids. Karvonen, H. M., et al. (2002). Effect of alpha-linolenic acid-rich Camelina sativa oil on serum fatty acid composition and serum lipids in hypercholesterolemic subjects. Metabolism. Putnam, D. H., et al. (1993). Camelina: A promising low-input oilseed. New Crops. #AncestralYields #Camelina #Omega3 #LostCrops #SeedOils #Homesteading #Permaculture #FoodHistory #HealthyFats #SustainableLiving