Organic Agriculture
Our amendments are designed to meet organic certification standards making them suitable for organic farming.
“Eden Earth has transformed my homestead. My soil is richer, and my crops are more abundant than ever!”— Emily R. • Homesteader
Why Soil Microbes Matter
Soil microbes are the invisible workforce that feeds plants, builds structure, and drives nutrient cycling the foundation of every healthy ecosystem.
Improve nutrient absorption
Strengthen root systems
Rebuild soil structure
Increase drought resistance
Technical Summary
Easc Earth's products are produced from a patented process that starts with cost conscientious byproducts from various manufacturers. Using a precise balance of bio-components harvested from a reduced-sodium artificial ocean water environment.
The process produces a greater variety and quantity of beneficial bacteria than what is available through soil microbe fixation alone and in other commonly and ancient biofertilizers.
The key innovation lies in the use of a specially formulated Aquatic system that redefines nutrient recycle while maintaining beneficial nutrients and microorganisms for plant growth.
Key Components & Process
- Instead of traditional sodium-rich ocean water , the system uses a custom blend of salts to create a low-sodium solution
- This solution retains essential trace elements at concentrations similar to or higher than natural ocean water
- Fish are kept at high densities and given only certified organic feed
- Optimized thickness for maximum efficiency
- Specific Microorganisms are introduced to manage toxins (ammonia, nitrites) and support a healthy aquatic environment.
- Protein skimmers reclaim skimmate, which includes fish waste, bacteria, trace minerals, and reverse osmosis/deionized water.
- The skimmate has dramatically reduced sodium compared to traditional ocean water-derived skimmate
- The skimmate is mixed with all-natural additives to create organic-certifiable fertilizers. Key additives include:
- Nitrogen/phosphorus sources (e.g., hydrolyzed fish scraps, Chilean nitrate).
- Potassium sources (e.g., Ascophyllum nodosum seaweed).
- Silicon sources (e.g., volcanic silica minerals).
- pH adjusters (e.g., organic acids like citric or phosphoric acid).
- Root growth enhancers (e.g., mycorrhizal fungi).
Applications
High-Value Crops
Demonstrated efficacy for vegetables (e.g., peppers, kale), fruits, and herbs
Hydroponics and Soil-Based Systems
Can be used in both traditional and hydroculture settings.
Seed Starts
Plant Clonings
Advantages Over Conventional Fertilizers
Low Sodium
Avoids sodium toxicity in plants, which is a common issue with ocean-derived and many other conventional fertilizers.
Microbial Richness
Contains beneficial bacteria and fungi that enhance nutrient uptake and soil health.
Sustainability
Utilizes fish waste in a closed-loop system, reducing environmental impact.
Proven Efficacy
Proven superior growth and yield compared to commercially available fertilizers such as Miracle-Gro
Implications
Agricultural Innovation
Offers a novel approach to organic fertilizer production by integrating aquaculture and horticulture.
Commercial Potential
Scalable for large-scale farming, with potential applications in commercial greenhouse operations and specialty crop markets.
Column heading
Reduces reliance on synthetic fertilizers and repurposes fish waste into valuable agricultural inputs.
Patented Fish Skimmate Compared to Cow Manure
Fresh fish excrement (from a system as from our patented process) contains a higher concentration and diversity of beneficial microbes than typical cow manure.
Here's Why
1. Aquatic vs. Terrestrial Environment
Soil microbes are microscopic organisms that live in the soil...
2. Digestive Systems: Rumen vs. Simple Gut
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3. Concentration and Immediacy
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Feature
Eden Earth Fish Skimmate
Typical Cow Manure (composted)
Typical Cow Manure (composted)
Very High (mechanically concentrated)
Moderate (diminished by processing)
Microbial Diversity
High (aquatic nitrifiers + digestive)
Specialized (rumen & soil decomposers)
Primary Microbial State
Aerobic (beneficial for most soil)
Mix, often more anaerobic
Sodium Content
Low (by design in the patent)
Naturally Low
Pathogen Risk
Very Low (controlled, closed system)
Low (if properly composted)
Primary Nutrient Focus
Soluble nutrients ready for uptake
Slow-release, improves soil structure
Summary:
Our innovative process isn't just that it uses fish waste; it's that it leverages a highly controlled, engineered ecosystem to produce a specific type of fish waste that is:
Low in sodium (addressing the fatal flaw of seawater-based fertilizers).
Exceptionally rich in a targeted consortium of beneficial, aerobic microbes that are immediately available to enhance plant growth and soil health.
Patented Fish Skimmate Compared to Chicken Manure
The advantages of fish skimmate produced by our patented process over cow manure generally extend to, and are even more pronounced when compared to, chicken manure.
Here’s Why:
2. Pathogen & Parasite Risk
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3. Nutrient Availability & Salinity
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4. Odor and Handling
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Feature
Eden Earth Fish Skimmate
Chicken Manure (Composted)
Microbial State
Liquid, high concentration, diverse, aerobic
Solid, less diverse, thermophilic (heat-tolerant)
Pathogen Risk
Very Low (closed, controlled system)
Moderate (must be properly composted to eliminate risk)
Nutrient Availability
Fast-Acting (soluble, pre-processed)
Slow-Release (requires soil decomposition)
Salt/Sodium Content
Very Low (core design of the patent)
Can be High (depends on feed)
Ease of Use
Simple (liquid, easy to dilute and apply)
Cumbersome (solid, must be tilled in or brewed into tea)
Organic Certification
Designed to meet certification standards
Can be used, but source/composting must be certified
Conclusion
Chicken manure is primarily a nutrient-rich soil amendment that needs time to become beneficial. In contrast, the patented fish waste is engineered to be an immediate, biologically-active, microbe-rich plant food. Its value proposition isn't just the nutrient content, but the delivery mechanism an active microbial consortium designed to maximize plant absorption and health.
The Science of Soil Microbiology
The Soil Food Web?
What This Means
Proven Productivity Benefits
Years of research show that boosting microbial life increases…
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Higher yields: Up to 25% increase in plant productivity
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Stronger Roots: Deeper, denser root systems
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Increased nutrient density: Plants retain moisture longer
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Better drought tolerance: Microbial activity improves absorption
Our Research Approach
Field trials
Eden Earth conducts extensive field trials on working farms, from small organic operations to large-scale agricultural systems. These real-world tests ensure our products perform under diverse conditions, delivering consistent results in yield, root growth, and soil health. Our trials involve precise measurements of plant performance and soil microbial activity, providing data-driven insights into the efficacy of our GeniGrow formula.
Lab analysis
Our state-of-the-art laboratory analysis dives deep into the microbial composition of treated soils. Using advanced microscopy and DNA sequencing, we confirm the presence of specifically-chosen bacteria, fungi, and other microorganisms which are known participants in healthy soils. This ensures our inoculants are standardized from batch to batch and meet the highest standards of potency and effectiveness. This rigorous approach allows us to fine-tune our formulations for maximum impact on soil fertility and plant vitality.
Partner research institutions
We collaborate with leading agricultural research institutions to validate our findings and push the boundaries of soil science. These partnerships provide access to cutting-edge methodologies and independent verification of our products’ benefits. By combining academic rigor with practical application, Eden Earth ensures our solutions are grounded in the latest scientific advancements, inspiring confidence in growers seeking sustainable, high-performance soil solutions.
Case Study: Virginia Wholesale Growers
"Increased vegetable yield by 28% in one season using BioX treatment."
Beyond Productivity – Soil Health & Sustainability
Healthy soils do more than grow crops—they protect ecosystems, reduce chemical dependency, and rebuild biodiversity.
Rebuild Soil
Microbes restore organic matter, improving soil structure and water retention.
Reduce Chemicals
Microbial activity reduces the need for synthetic fertilizers and pesticides.
Help the Environment
Healthier soils store more carbon and support a richer variety of life.
