
Carbon-Loaded
For plants, life is all about getting more carbon. Our products are engineered with the understanding that carbon is the most important macronutrient for plants.
Start here
The full lineTen formulas in one program, each in its own color.
KitsTrial kits, grower kits, or build your own.
Start HereTwelve short articles for new growers, in order.
Resources libraryGrower guides, plant science and interactive figures.
Feed chartsSix methods, downloadable.
DiscordTrade notes with growers and our team.
Tea and TerpsOur podcast on cultivation and flavor chemistry.
Ask GNOME, our AI grow specialist
Free, with no account needed. GNOME answers from our plant-science knowledge base and can build a feed chart for your grow.
Powered by Plants
Ten carbon-based formulas. Choose a size to add it straight to your cart.
Magnesium-based foliar spray that boosts photosynthesis and stress recovery
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Potassium-rich base nutrient (Part A) with organic acids for balanced veg-to-bloom feeding
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Calcium-rich base nutrient (Part B) with balanced NPK for complete feeding
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Calcium and magnesium from organic-acid complexes with no added nitrogen
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Silicon supplement that strengthens cell walls and improves stress resistance
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Amino acid nitrogen designed to feed without pushing soft and stretchy growth
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Humic acid soil conditioner that improves root health and nutrient availability
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Micronutrient supplement with organic acid complexes for high-intensity growing
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Phosphorus and potassium booster built on fermented agave and artichoke for bloom
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Potassium finisher that supports the plant's own late-season quality processes
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For plants, life is all about getting more carbon. Our products are engineered with the understanding that carbon is the most important macronutrient for plants.

Our line is formulated and manufactured from scratch to fulfill all of the nutritional needs of plants from start to finish. You don't have to add anything else.

We make unique complexes that fit perfectly into plant metabolic pathways, resulting in products with low salt indexes that require no pH adjustments, ever.

We work with both sea and land plants, and are at the forefront of learning how their extracts influence everything from soil chemistry to plant metabolism.

1 of 5In the field
We ferment eighteen whole plants, from aronia and green tea to agave and cacao, in Arlington, Washington. Fermentation turns the plants into organic acids, amino acids and sugars that carry the minerals in all ten of our fertilizers. Follow one droplet.


2 of 5Inside the droplet
Most fertilizers deliver minerals as salts, bonded to chloride, sulfate or nitrate. Rooted Leaf bonds its minerals to organic acids and amino acids from fermented plants, carbon carriers that a plant can take in and use.

3 of 5On the leaf
A waxy cuticle seals every leaf, and minerals can cross it only while they are dissolved. Many mineral salts dry to a crust on the leaf and stop moving. Organic-acid carriers hold on to water, so the minerals they carry stay liquid and keep crossing into the leaf.

4 of 5Into the leaf
In a lab test of 31 potassium sources on leaves, the forms carried by organic acids stayed moist and crossed best. Potassium chloride, the most common potash fertilizer, dried to a crust.

5 of 5In the cell
Chloroplasts turn organic acids into fatty acids, the raw material of every cell membrane. Carbon that delivers a mineral and then builds the plant is what we call functional carbon.
These scenes are illustrations based on published plant science.
1 of 5In the field
We ferment eighteen whole plants, from aronia and green tea to agave and cacao, in Arlington, Washington. Fermentation turns the plants into organic acids, amino acids and sugars that carry the minerals in all ten of our fertilizers. Follow one droplet.
2 of 5Inside the droplet
Most fertilizers deliver minerals as salts, bonded to chloride, sulfate or nitrate. Rooted Leaf bonds its minerals to organic acids and amino acids from fermented plants, carbon carriers that a plant can take in and use.
3 of 5On the leaf
A waxy cuticle seals every leaf, and minerals can cross it only while they are dissolved. Many mineral salts dry to a crust on the leaf and stop moving. Organic-acid carriers hold on to water, so the minerals they carry stay liquid and keep crossing into the leaf.
4 of 5Into the leaf
In a lab test of 31 potassium sources on leaves, the forms carried by organic acids stayed moist and crossed best. Potassium chloride, the most common potash fertilizer, dried to a crust.
5 of 5In the cell
Chloroplasts turn organic acids into fatty acids, the raw material of every cell membrane. Carbon that delivers a mineral and then builds the plant is what we call functional carbon.
These scenes are illustrations based on published plant science.
End of the film
Grower voices
Wholesale
From a single pot to acres of land, indoors or out, food crops or flowers, the same carbon-based nutrition carries every plant through every stage.
For volume pricing and freight, reach us at info@rootedleaf.com or 206-331-4700.
Our philosophy
We research, develop, and manufacture our entire product line from scratch in Arlington, Washington.
We proudly source the plants and minerals we work with from local and US-based companies whenever possible.
We source the most sustainable and renewable materials available that help us reduce our impact on the environment.
Every formula starts with real plants, each chosen for the full range of what it brings, not only the minerals it carries.
Our products are engineered to replicate the soil-building and plant-growing chemistries that have nourished this green planet for billions of years. Nature is the greatest visible engine of creativity, and for us as a company, an infinite source of inspiration.