Nature’s Design: Water, Evaporation, and Natural Mineral Recovery

The natural water movement and evaporation in the Great Salt Lake region provide an incredible opportunity to recover these ancient mineral-rich deposits.

These mineral resources offer tremendous potential for the agriculture industry, providing a sustainable alternative to synthetic chemical fertilizers. Our minerals can be incorporated into farming practices to retain water increase crop yields, and enhance nutrient density without harming the environment.

Regulators are supporting the movement away from harmful synthetics and toward regenerative soil management, including using mineral-rich soil amendment materials, organic material, and biologics as the pillars of regenerative soil management practices.
The benefits of regenerative soil amendment practices include improving its physical and chemical properties and enhancing plant growth.

Our Origins: A Deep Geological History

Our assets come from the Great Salt Lake region, a place shaped by deep geological transformations that began over 100 million years ago with the Western Inland Seaway. This ancient sea once covered much of North America, supporting lush coastal rainforests and thriving ecosystems. Over time, the rise of the Rocky Mountains, volcanic activity from the Yellowstone caldera, and the eventual retreat of Lake Bonneville created a basin with various mineral-rich materials essential for biological life and soil health. Our partners contribute mineral-rich materials, which are excellent for soil amendment, to partnerships for speculation on its increasing value and donation to charities with the need for its related use to support their charitable intentions.

The layers of mineral-rich soil amendment materials that have been accumulated over millions of years include:

Western Inland Seaway (66-100 million years ago): Our mineral-rich soil amendment materials originated from this massive seabed, which fostered diverse ecosystems and deposited rich layers of diverse sediment along its shores. From decomposed kelp beds to oolitic sand to volcanic ash material, the ancient Seabed is diverse in these mineral-rich materials, which are excellent for soil amendment.
Rocky Mountain Uplift (40-80 million years ago): The tectonic forces that created the Rockies also brought the erosion of rock and soils into Utah’s basins, further enriching the area with nutrients essential for plant and animal life.
Volcanic Activity (~2 million years ago): Eruptions from the Yellowstone caldera and other ancient volcanoes scattered volcanic ash, rich in magnesium, and trace minerals, across the region.
Lake Bonneville (10,000 to 32,000 years ago): As Lake Bonneville receded, it left behind vast mineral-rich deposits, creating the modern Great Salt Lake, and its surrounding wealth of ancient seabed resources.

Through geological exploration and modern science, UtahSeaBed.com and its partners are harvesting these naturally occurring mineral-rich assets to develop innovative soil amendment solutions that promote healthy and regenerative farming and sustainable agriculture.

At UtahSeaBed.com, we believe in partnering with nature to enhance soil health and productivity. Our mineral-rich soil amendment assets—rooted in ancient geological processes—are key to regenerative agriculture practices that promote long-term sustainability.

Several worldwide markets demand mineral-rich soil amendment materials, including biofuels, forestry, and soil remediation.

Water Retention and Soil Health

Our naturally occurring mineral-rich materials, which include a variety of oolitic sand (Calcium Carbonate, Magnesium, etc., on Brine Castings), ancient kelp beds, eucaryotes, airfall volcanic ash, brine, and other ancient seabed material rich in magnesium, potassium, calcium, and others. These improve soil structure and help retain moisture, reducing the need for as much irrigation. By incorporating these components into regenerative soil management, no-till farming, and cover cropping protocols, farmers can experience the following benefits:

Increased Beneficial Microbial Activity: Organic amendments provide food for beneficial soil microbes, promoting a healthy soil ecosystem. Promote the growth of beneficial microbes and fungi, which break down organic materials and convert them into vital plant nutrients.
Stronger Root Systems: Amendments help create a looser structure that allows roots to penetrate deeper into the soil, leading to stronger and more resilient plants. Amendments help prevent soil compaction, hindering root growth and water infiltration.
Enhanced Water Retention: Amendments improve the water-holding capacity of soils, reducing the frequency of watering and conserving water. Healthy soils lock in water during dry periods, ensuring crops receive adequate moisture.
Nutrient Supply and Availability: Soil amendments increase essential nutrients to the soil, providing a slow and steady release of the mineral-rich amendments. Amendments can help balance the soil pH and support biological life, making it easier for plants to absorb nutrients.

Increasing Yields Without Synthetic Chemicals

By tapping into the mineral-rich materials of the ancient seabed, we help farmers move away from synthetic fertilizers. Our products provide crops with bioavailable nutrients, enhancing plant structure, resilience, and growth with reduced or eliminated chemical additives' environmental and health risks of synthetic fertilizers and pesticides.

Boosting Nutrition and Reducing Neurological Disorders

Experts and studies suggest a renewed focus on trace minerals, such as boron zinc, and silica, which may directly contribute to plant nutrition and improved crop quality while supporting better human health. Studies suggest that balanced mineral intake is crucial for neurological development, and our regenerative practices allow for increased nutrient density in crops, including food and forage for animals, offering a path toward reducing the incidence of neurological disorders linked to poor diet and environmental toxins.

Reviving Ancient Microbiological Practices

By harnessing the soil microbiome to break down mineral-rich soil amendments, regenerative soil management practices recreate the nutrient-dense soils that once supported lush prehistoric ecosystems.

News & Discoveries

Stay informed on the latest scientific advancements and discoveries made by UtahSeaBed.com. Our News Feed will feature articles from research updates to breakthroughs in regenerative farming, soil amendment, agricultural technology, biofuels, forestry, and soil remediation.

Gallery of Discoveries

Explore our Gallery to see pictures of the ancient seabed mineral-rich soil amendment materials we’ve recovered from the Great Salt Lake region. From core samples that reveal the history of the Western Inland Seaway to the mineral-rich materials that now enrich modern farming, our gallery showcases the hidden treasures that make UtahSeaBed.com assets unique.

Photos of mineral-rich ancient seabed materials.
Images of mineral-rich soil deposits
Visuals of plant growth in regenerative farming projects that use similar mineral-rich materials in their protocols

Join the Regenerative Revolution

At UtahSeaBed.com, we are committed to fostering a future where sustainable agriculture leads the way. By combining the wisdom of nature with cutting-edge science, we are unlocking the potential of diverse and ancient mineral-rich soil amendment deposits to build healthier soils, increase agricultural productivity, and protect our environment.

If you’re interested in partnering with us or learning more about our mineral-rich soil amendment assets and regenerative practices, have your CPA or financial advisor contact us today to discuss how we can help you access these partnership benefits.

Utah Seabed
Address: 10102 S Redwood Rd #95154
South Jordan, Utah 84095 USA
Phone: (801) 995-9503
Email: info@utahseabed.com

Offset your tax needs while making a global impact.
We are ready to work with your CPA, attorney, or financial planner, who can advise you on your tax and legal situation and the suitability of a partnership