D2S Summary
D2S Formulation
D2S Biofungicide
D2S Application

Remember your days in grammar school when you learned about Squanto, the Native American who taught the Pilgrims how to grow corn the way his ancestors had done for 10,000 years? The seeds
were planted in soft soil, covered with small fish:

“The fish will feed the corn as the corn feeds you.
Squanto

Man has tilled the earth, planted seeds, and grown crops for thousands of years using fertilizers such as fish, compost and all types of manure. There also have been many products that stimulate the natural biological activity in the soil. After World War II, man-made chemicals, herbicides, insecticides, fungicides, wetting agents, salt-based fertilizers, soil fumigation techniques and an almost endless list of surfactant synthetic chemicals have been introduced to agriculture. Decades of chemical treatments have virtually sterilized the soil by killing the essential bacteria that provide the fundamental foundation for all healthy plant growth.

Chemical Fertilizers

Many man-made synthetic chemicals
are so toxic that they require full
"Haz-Mat" suits with gas masks for
the workers applying them.

The long-term effects of these toxic chemicals have not yet been determined, but we have a clue…

There have, however, been some natural products developed that stimulate the biological activity of the soil or apply one form of organic acid or another. After working with many of these products over the last 20 years we saw impressive results with one of them.

A micro-biologist was able to isolate the most effective biological and nutrient rich combination of flora and develop an application protocol that produces hundreds of gallons of organic soil conditioner that contains billions of live beneficial bacteria that can be introduced directly into any irrigation system. This product, D2S Organic Soil Conditioner, and its application protocol, has been certified as meeting the USDA National Organic Standards.
Organic Certification

D2S Certified Organic Soil Conditioner contains an enormous diversity of beneficial bacteria. These organisms enhance plant growth while offering protection to plant roots. D2S Conditioner© helps plants tolerate temperature extremes, nutrient imbalances and drought, while providing a challenge to organisms that may attack plant roots.

D2S Conditioner
© also contains a wide diversity of endo and ecto mycorrhizal fungi that colonize plant roots. These beneficial fungi form a fine network of fibrous strands that serve as an extension of the plant's root system, increasing root area which helps plants absorb water and nutrients. D2S microbes have a very close relationship with the plants. This association of microbes and roots benefits both organisms…the plant gives the microbes food, such as sugars and amino acids, and the microbes give the plants minerals, some vitamins, nitrogen, and some amino acids. A good example of a microbe living inside plant roots is Rhizobium, which lives inside the roots of plants such as peas and clover. Another group of microbes living inside roots are mycorrhizal fungi. Rhizobium and the mycorrhizal fungi live together in a relationship that benefits both organisms…a true symbiotic relationship. Many microbes live in the soil, but over one hundred times more live close to the roots of plants. This area near the roots is called the rhizosphere, the thin layer of soil that sticks to the roots. The rhizosphere is a huge habitat in the soil because roots have so many root fibers. An individual wheat plant, for example, may have a root surface area of six square yards.

Various organisms break down organic and mineral materials in the soil. This is partly by enzymatic action and partly by taking the materials in as nutrients and metabolizing them further. Most of the byproducts of this breakdown are used by the plants as nutrients, although some, perhaps 5%, are lost into the soil environment and become relatively stable and resistant to further decomposition. This remaining homogenous mix of material is called humis. Humis is the dark colored, sweet smelling substance often referred to as "black gold" because of its nutritional value to the plants, the soil and the microorganisms living within them.

Humis goes through a process that causes its components to merge and form complex chained structures called polymers which are poly-phenolic acids. These polymers synthesize partly due to the enzymes from the soil microorganisms and partly due to the soil chemistry. During humification all cellular makeup undergoes a transformation, modification and structural reorganization that results in a highly complex polymeric humic compound. Some of this process is a chemical reaction, but most of what is taking place is biochemical which produces enzymes that are released by the microorganisms. This process produces several beneficial results. First, they help the plant to increase the absorption of minerals and bring into solution certain mineral materials that were previously inert and convert them
into useable nutrients. Second, they facilitate the absorption of other organic compounds that serve
to aid in plant nutrition and plant physiology. Third, they help reduce toxic materials in the soil. Fourth, they increase the water holding capacity of the soil thus makingwater more available to the plants. Fifth, they increase the soil's buffering capacity which helps stabilize the soil's pH thus helping the
plants absorb mineral nutrients. All of these result in a dark soil color which aids in the absorption of solar energy.

Prior to including these organisms into D2S Conditioner© each strain has been extensively tested. These tests include subjecting the microorganisms to many chemicals, various temperatures, oxygen and variations in pH. This is done to identify the stronger, more chemical resistant organisms from the others. These biological organisms include enzymes, bio-surfactants, bio-nutrients, bio-stimulants, fungus and stimulants.Then they are blended into the mix to insure the widest spectrum of secondary species possible to insure the efficacy of D2S Conditioner©.

Prior to application, D2S Conditioner© is added to water in an enclosed tank where it is aerated aggressively for 24 hours. During this brewing period the D2Sbacteria is cultivated on essential nutrients and it naturally reproduces every 17 minutes. After the 24 hour brewing period there are literally hundreds of billions of live beneficial bacteria in the water. As these healthy organisms are introduced directly into your irrigation system they are carried into the soil where they continue to reproduce, producing enzymes and biologically breaking down the nutrients in the soil to make them available for plant uptake. They also produce organic acids that will improve the soil's ability to take and hold water and other nutrients.
Saddleback Turf Before
Saddleback Turf After
Saddleback Turf Before

Saddleback Turf After

 

 

SaddleBack College is required to purchase secondary water (treated effluent for irrigation). These before and after photos clerarly show the positive effect of D2S Soil Conditioner©.

D2S Soil Conditioner© has been specifically created to continually revitalize your soil, improve water penetration and enhance nutrient availability to growing plants. Through repeated applications the D2S Conditioner© will constantly inject a source of biological organisms and soil stimulants onto your fields through your currently installed irrigation system. The result is a rapid, ongoing improvement in soil conditions and plant health. During this process the volume of microorganisms is increasing in the soil. This increase benefits the entire field in three ways. First, the cycles that permit nutrients to flow from soil to plant are interdependent and occur only with the help
of the soil community. Second, the soil microorganisms are the key link between mineral resources and plant growth. And third, without microorganisms the minerals in the soil would not be able to be taken into the plant. Obviously, if the plant cannot take in the minerals it needs, the yield is going to decrease. As the D2S Conditioner© frees up the minerals from the soil, they are taken into the plant, resulting in a plant that is healthier, higher yielding and less susceptible to disease.

The result of D2S applications:

* Reduced compaction
* Improved water absorption
* Improved aeration, water penetration and water retention
* Increased organic matter
* Buffer salts
* Solids breakdown
* Odor reduction
* Slime reduction

Without the organisms necessary for healthy, productive soil, the soil's ability to take in water is impaired and nutrients are bound up and are unavailable to the plant. Most importantly, as growing seasons pass, synthetic chemical fertilizer requirements increase as the overall health of the soil decreases. D2S Conditioner© offers a cost effective, efficient way to reverse this process. By
applying D2S conditioner© the soil is restored to good health by providing three ingredients…

1. Bio stimulants for indigenous organisms already in the soil
2. Additional strains to supplement existing organisms…
3. Nutrients to grow out the cultures.

D2S Crops
D2S Crops

D2S Organic Soil Conditioner©…

1. Introduces symbiotic organisms to your soil.
2. Improves overall soil efficiency and cell improvement.
3. Accelerates select biological growth.
4. Biologically transforms bound micro and macro nutrients for plant intake.
5. Improves soil aggregate for additional water absorption, aeration, root development and
overall plant health.
6. Is specifically formulated to enhance biological growth of indigenous organisms,
resulting in soil improvement, thus promoting healthier plants and increased productivity.


Click Here for a 5 Minute PowerPoint!