Cloud Seeding Aerosolized Chitosan & the Steel-Like Barrier on Your Home-Grown Food – The Patents Exist
Last week, I reported on my steel skinned zucchini. As I received your comments and researched further, I discovered a horrifying truth.
Gardeners are noticing something strange. Zucchini, cucumbers, and other produce grown in their own soil — not from the store, not left on the vine too long — are developing a thin, hard, almost steel-like skin. Smooth, shiny, tougher than it should be.
Today we are going to examine this new food phenomenon:
- What is Chitosan?
- It’s used to attain UN Sustainable Development Goals.
- What does it do to our atmosphere?
- The Patents and Applications
About 3/4 through this report, I will be sharing with you up close and personal effects of chitosan, so stay with me:
- Effects on Plants and Observed Texture On Living Plants
- What Chitosan Does to a Human or Animal, including severe warnings
- Is it transmissible to the next generation in seed stock?
- Lastly, I will close summarizing that the chemistry and patents are real, not some conspiracy theory.
I began to suspect, as I reported, connections to aerosolized chitosan.
Now I can point to patents while others dismiss it as over-ripeness or commercial wax.
But when it happens in private home gardens, those explanations fall short.
Today we’re looking at the documented patents, the properties of chitosan, and why this texture is showing up where store packaging and late harvest can’t explain it.
What Chitosan Is and Why It Forms Films
Chitosan is a biopolymer made from chitin. It carries a positive charge from its amino groups. That charge lets it bind strongly to surfaces and form steel-like surface.
This film is flexible in cloud seeding applications. Under repeated atmospheric deposition or specific environmental conditions, it can create this noticeable barrier effect.
Now listen to this carefully because we begin to see UN Sustainable Development Goals coming clearly into view:
Plants that reduce gas exchange in our atmosphere
Alter plant surface texture resulting in higher reflectivity generating an albedo effect.
Albedo affects climate change by influencing how much solar energy is reflected or absorbed by the Earth’s surface.
High albedo surfaces, like ice and snow, reflect most sunlight, helping to keep the planet cool.
This is the whole premise behind geoengineering-cooling a hotter planet.
This steel barrier produces a harder, more reflective feel.
Patents and Atmospheric Applications
Chitosan’s film-forming and moisture-attracting chemistry is real and patented for certain aerosol and atmospheric applications (especially air purification).
Direct use as a cloud-seeding material for precipitation enhancement is not supported by current operational practice or major field studies.
Research into greener, bio-based seeding agents continues, and biopolymers remain of interest, but chitosan itself has not moved into routine weather-modification deployment supposedly.
And yet the evidence that it has deliberately or unintentionally escaped the lab is evident with the fruit and veg skins of steel.
There are granted patents and published research on chitosan and its derivatives for:
- Fine-particle scavenging and air purification (aerosolized solutions that adsorb and settle airborne particles)
- Hygroscopic and moisture-interaction materials
- Plant-protection sprays that protect herbicide application NOT the food and join with other edible coatings such as APEEL
- Experimental uses involving atmospheric moisture and cloud-related processes
These are not fringe documents. They describe real methods for dispersing chitosan into the air or onto plant surfaces.
Chitosan is alternative to traditional agents in weather-related and agricultural applications such as cloud seeding and atmospheric desiccant for drying out our air.
This is one of the many factors why our planet is seeing intensifying drought conditions and water shortages in some places.
When aerosol particles containing chitosan contact leaves or developing fruit in an open garden, the same film-forming chemistry that works in a controlled dip or spray can occur outdoors.
Home gardens sit under the open sky. They receive whatever is in the local air mass.
The remaining variable is atmospheric deposition of film-forming materials. Chitosan’s documented ability to create continuous surface layers, combined with other patents covering its aerosol use, provides a plausible mechanism that reaches the home-garden setting.
Effects on Plants and Observed Texture On Living Plants
Chitosan sprays are used as biostimulants and mild antimicrobials.
They can trigger defense responses and form protective films.
In higher or repeated atmospheric exposure, that same film can become more noticeable — altering the natural softness of fruit and vegetables producing the hard, reflective “steel barrier” sensation some gardeners describe.
The blue hexagonal lattice imagery sometimes used to visualize this is a conceptual way of showing the ordered molecular structure chitosan can adopt when it deposits and organizes on a surface.
It is not literal metal; it is a biopolymer lattice that can feel unnaturally firm.
What Chitosan Does When Consumed by Humans
When chitosan acts primarily in our gut resulting in constipation or nausea.
Chitosan can bind dietary fats and bile acids in the intestine, which is why it has been marketed in weight-loss and cholesterol-related issues.
DANGER: People with shellfish allergies should exercise caution because many commercial sources of chitosan are derived from mixing shrimp and crustacean shells with sodium hydroxide (lye).
Yes, you heard this correctly.
That would be the same lye used throughout history to make soap.
This lye is very caustic. The addition of sodium hydroxide gives aa whole new meaning to getting your mouth washed out with soap a older form of discipline. The shrimp and crustaceans and cause anaphylaxis in many people.
Chitosan is being evaluated for toxicity and cancer although at this time it is a GRAS (generally believed to be safe) that is until you can’t breathe) . https://www.ncbi.nlm.nih.gov/books/NBK552703/ https://www.fda.gov (search GRAS chitosan notices)
What Chitosan Does to Plants?
Chitosan functions as a biostimulant and defense elicitor. Foliar sprays and seed treatments have been shown to:
- Activate antioxidant enzymes
- Makes plants tolerant to a hostile, terraformed planet including drought, salinity, and other abiotic stresses
- Stimulate growth parameters such as reflective leaf area for that albedo effect for climate change
- Provide mild antimicrobial activity against certain pathogens
- Form a steel-like protective film on leaves, fruit, or seeds
https://pmc.ncbi.nlm.nih.gov/articles/PMC9692869
Chitosan and Seeds
Seed priming or coating with chitosan is a common agricultural practice.
The polymer creates a semi-permeable layer on the seed supposedly for protection against some seed-borne pathogens.
Is a Chitosan Barrier Transmissible Through Seed to the Next Generation?
No evidence indicates that a surface film or barrier formed on the skin of a fruit becomes a heritable genetic trait passed to the next generation through the seed.
Chitosan coatings are external physical or chemical layers. They do not alter the plant’s DNA. When seeds themselves are deliberately treated with chitosan (a standard seed-coating technique), the polymer forms a temporary protective film on the outside of the seed.
That film can influence germination and early growth of the treated seed, but it is not transmitted as an internal or genetic barrier to the plants that grow from those seeds or to subsequent generations.
In short: surface deposition on fruit or deliberate seed coating are real and documented; inheritance of a “steel-like barrier” as a genetic or permanent seed-borne trait is not supported by the literature.
Armed with this information every home gardener should contact their seed suppliers to inquire if your seeds are coated with chitosan or any other substance, your health may depend upon it.
In closing, produce grown in your own garden — fruit that is not oversized and never went through a packing house — the common explanations of over-ripeness and store wax do not adequately cover it.
- Chitosan’s film-forming chemistry is real.
- Patents covering its aerosol and atmospheric uses are real.
- The open-air exposure of home gardens is real.
Whether this fully accounts for every case remains an open question that deserves careful measurement, not dismissal.
Document what you see, note the weather conditions, and keep asking for transparent data on what is actually being dispersed.
Thank you for watching. If this matches what you’re observing in your garden, share the details in the comments.