List of Content
What are Symbiotic Microbes?
Symbiotic Microbes (SM) are a diverse blend of naturally occurring beneficial bacteria, fungi and yeast that work together to improve soil quality and encourage healthy plant growth. They add more life to soil and assist with the decomposition of organic matter, producing nutrient-rich soil for plants, strengthening plants and helping fight pests.
What are Symbiotic Microbes with Fulvic Acid?
Symbiotic Microbes with Fulvic Acid (SMFA) consist of Symbiotic Microbes, Fulvic acid and sulphur-free blackstrap molasses to improve soil quality and encourage healthy plant growth. Fulvic acid is a metabolite created by soil bacteria during the decomposition of organic plant matter. It is critical to life as life would not exist without fulvic acid.
Additional Benefits
- Fulvic acid is vital for transferring nutrients from the soil to the plant.
- It is a natural metabolic accelerator
- It boosts a plant’s immunity and suppresses harmful microbes in the soil.
- Fulvic acid is a powerful electrolyte that delivers energy in cells.
- It helps to loosen compacted soil, which improves water infiltration and aeration.
- It reduces heavy metal pollution and protects plants against the uptake of toxins.
Benefits of using liquid ferments:
- prevent diseases
- prevent bacterial attacks
- prevent insect invaders
- provides a boost in nutrient needs
- Support the growth of more vigorous plants. (stems, leaves, and roots)
How to use SMFA
- Soil drenching improves nutrient uptake and increases the plant’s overall health.
- Foliar spray – Prevents disease and improves the plant’s ability to absorb nutrients.
- Apply to roots – It helps to stimulate growth and improve overall plant health.
- Foliar spray and soil drench
- 2ml per 1 litre water (spray upper and lower surfaces of leaves)
- Prevention
- 1ml to 10 litre water for daily use.
- 2ml to 1 litre water once a week.
- Plant strength & soil health
- You may alternate weekly between SMFA and SMA.
- Pest & disease
- You may alternate weekly between SMP & SMFA.
- Outbreak
- 2ml per 1 litre water daily for at least 12 days.
- Plant strength & soil health
- You may alternate between SMFA and SMA daily.
- Pest & disease
- Use SMFA with SMP daily. Start the first day with 10ml per 1 litre water. From the second day, use 2ml per litre of water. You may alternate between SMFA and SMP daily.
When to apply
DO NOT apply in direct sunlight. It is best to apply it late afternoon or early in the morning, before the soil and leaves are exposed to any direct sunlight. The microbes will attach to the leaf surface or enter the soil, feeding the plant and providing excellent organic fertilization and resistance to pests and diseases.
Storage & Shelf Life
Store in a cool, dark place out of direct sunlight. SMFF contain living organisms, and pressure may build up. Unscrew the cap without removing it to release the pressure and secure it tightly. Shelf Live is 9 months if it is stored correctly.
Ingredients
Symbiotic microbes, fulvic acid, sulphur-free blackstrap molasses, natural ethanol, raw apple cider vinegar, and fountain water.
Detailed Benefits of Fulvic Acid
- Fulvic acid plays a critical role in plant health by helping transfer minerals and other nutrients from the soil to the plant. Each fulvic acid molecule contains an unusually high amount of highly bioavailable oxygen. These multiple oxygen sites enable fulvic acids to bind with minerals and easily transport them into the cells of plants.
- It is a Natural Metabolic Accelerator.
- It boosts a plant’s immunity and suppresses harmful microorganisms in the soil.
- Fulvic acid is one of nature’s most potent natural electrolytes. It delivers energy to cells and regulates and regenerates electrical energy in cells. Fulvic acid is vital in maintaining proper electrical balance within cells.
- Fulvic acid helps to loosen compacted soil, which improves water infiltration and aeration.
- It reduce Heavy Metal Pollution. Fulvic acid modifies the nature of heavy metals and reduces the uptake of heavy metals in plants. It has a high cation exchange capacity and forms strong bonds with heavy metals, reducing plant stress.
- It can be added to the soil, used as a foliar spray, or applied directly to the roots.
- As a soil amendment, fulvic acid can help improve nutrient uptake and increase the plant’s overall health.
- When used as a foliar spray, it can help prevent disease and improve the plant’s ability to absorb nutrients.
- When applied directly to the roots, fulvic acid can help to stimulate growth and improve overall plant health.
What is Fulvic acid?
The health of all life depends on the health of our soil. The soil’s health depends on the harmonious interplay of countless microorganisms, soil organic matter, plants, elements, animals and humans.
We are beginning to understand that fulvic acid is as critical to life as oxygen and water. Fulvic acid’s unique molecular structure gives it capabilities in regulating health that exceed all other known compounds.
Fulvic acid is a metabolite created by soil bacteria during the decomposition of organic plant matter. It is critical to life; life would not exist without fulvic acid.
For millions of years, bacteria were the primary life form on earth. When plant life began on earth, bacteria developed a symbiotic relationship with them. Bacteria realised that if they digest, decompose and recycle organic plant material, the plant nutrients could be a great source of food and energy for them. For this to be a symbiotic relationship that benefits both plants and bacteria, the bacteria had to return the favour that helps plant life. They did this by creating a metabolite called fulvic acid. Fulvic acid is the primary transport agent that delivers minerals and other nutrients to plants.
Detailed Benefits of Fulvic Acid for plants & soil
Powerful mineral transporter: Fulvic acid plays a critical role in plant health by helping transfer nutrients from the soil to the plant. Fulvic acids are relatively small, water-soluble molecules that quickly pass through cellular membranes. Each fulvic acid molecule contains an unusually high amount of highly bioavailable oxygen. These multiple oxygen sites enable fulvic acids to bind with minerals and easily transport them into the cells of plants. Because fulvic acid can transport minerals and other nutrients many times its weight, it dramatically increases nutrient delivery into cells. It increases the plant’s oxygen uptake capacity and improves chlorophyll and membrane permeability, allowing more nutrients to enter. It’s capable of dissolving minerals and trace elements uniquely by binding with them, a process known as chelation, allowing the minerals to be taken up more effortlessly by the plant. The improved soil organic matter and nutrient absorption increase photosynthesis, plant strength, growth, height and root density.
Supercharged Electrolyte: Fulvic acid is one of nature’s most potent natural electrolytes. Electrolytes are substances that produce an electric current when they dissolve in water. Fulvic acid’s multiple binding sites enable it to donate and receive electrons. This enables fulvic acid to deliver energy to cells and regulates and regenerates electrical energy in cells. Hence, fulvic acid is vital in maintaining proper electrical balance within cells.
Soil Health: Fulvic acid helps to loosen compacted soil, which improves water infiltration and aeration. It can also help to suppress harmful microorganisms in the soil.
Reduce Heavy Metal Pollution. Fulvic acid modifies the nature of heavy metals and reduces the uptake of heavy metals in plants. It has a high cation exchange capacity and forms strong bonds with heavy metals, reducing plant stress.
It can be added to the soil, used as a foliar spray, or applied directly to the roots. As a soil amendment, fulvic acid can help improve nutrient uptake and increase the plant’s overall health. When used as a foliar spray, it can help prevent disease and improve the plant’s ability to absorb nutrients. When applied directly to the roots, fulvic acid can help to stimulate growth and improve overall plant health.
