Tuesday, August 3, 2010
Quantum Growth Beneficial Soil Bacteria Fights Harmful Fungal And Bacterial Pathogens
Multiple mechanisms are likely responsible for the observed anti-fungal and anti-bacterial effects, including direct synthesis of toxic compounds, induction of apoptosis, or simply through the principle of Gausse’s Law of competitive exclusion.
Many growers who use Quantum Growth on a regular basis report great success in controlling mildew and bacterial blight in fields treated with only Quantum versus fields treated with synthetic fungicide and bactericides. They also report that when Quantum is applied after first sign of disease, the plant recovers and continues to grow and produce fruits. We recommend applying Quantum on a weekly basis for systemic protection.
Several other commercially available biological fungicides have demonstrated mixed results against fungal infections, including Serenade (Bacillus subtilis) and Sonata (Bacillus pumilus). These products all contain single strains. The consortium of microbes in Quantum Growth acts in a manner similar to the drug “cocktails” that have demonstrated increased efficacy, for example in HIV treatments. This multi-strain approach and inherent redundancy attacks pathogens through multiple-mechanisms, and the effects are synergistic, not additive.
The following strains have been verified to be contained in Quantum Growth through DNA sequencing.
Bacillus amyloliquefaciens, Bacillus subtilis, Bacillus licheniformis, Bacillus megaterium, Bacillus circulans, Bacillus pumilus, Rhodopseudomonas palustris, Curtobacterium flaccumfaceins, Rhodospirillum rubrum, Nitrobacter winogradsky, Family Actinomycetes- (Steptomyces lydicus) Pseudomonas fluorescens
Another advantage with Quantum Growth is its long shelf life, even after the container has been opened. As long as the container is tightly sealed and stored at room temperature, the product’s efficacy will last several years.
Quantum comes in several different formulations depending on soil types and desired response. However, we have found that the best results are obtained when using Quantum Lights and Quantum VSC together in equal proportions.
For those interested in further information on beneficial soil bacteria, please review the following references.
References
1. Yan Z, Reddy MS, Ryu CM, McInroy JA, Wilson M, Kloepper JW (2002). Induced systemic protection against tomato late blight elicited by plant growth-promoting rhizobacteria. Phytopathology 92(12): 1329-33.
2. Lacava PT, Li W, Araujo WL, Azevedo JL, Hartung JS (2007). The endophyte Curtobacterium flaccumfaciens reduces symptoms caused by Xylella fastidiosa in Catharanthus roseus. The Journal of Microbiology 45 (5): 388-393.
3. USDA/Agricultural Research Service (2008, June 12). Beneficial Bacteria Help Control Produce Pathogen. ScienceDaily. Retrieved July 30, 2010, from http://www.sciencedaily.com /releases/2008/06/080606133836.htm
4. Kudriashova EB, Vinokurova NG, Ariskina EV (2005). Bacillus subtilis and phenotypically similar strains producing hexaene antibiotics. Prikl Biokhim Mikrobiol 41(5):553-7.
5. Hong S, Moon BH, Yong Y, Shin SY, Lee YH, Lim Y (2008). Inhibitory effect against Akt of cyclic dipeptides isolated from Bacillus sp. J Microbiol Biotechnol. 18(4): 682-5.
For more information, log on to http://www.smartfarmingsolutions.com/
Labels: beneficial soil bacteria, Inoculaid, inoculants, plant disease, plant pathogens, Quantum Growth
Monday, March 9, 2009
INOCULAID REDUCES FERTILIZER USE BY 50%
Inoculaid, a new mix of photosynthetic beneficial soil bacteria can reduce fertilizer use by as much as 50%, without compromising yield, thereby helping the environment.
Soil biologists have long known the symbiotic relationship between plants and certain bacteria and fungi co-habitating in the root zone.
While plants provide nutrients such as sugar and amino acids, strands of rhizo bacteria transform nitrogen from the air into ammonia which the plants can absorb. Others help transport nutrients to the roots; and some even provide auxin (plant hormones) necessary for plant growth.
For years various biological laboratories have offered various cocktails of beneficial bacteria. However, none have provided such an effective alternative to traditional farming until now.
I have applied various brands of beneficial bacteria in a number of large and small trials. They indeed reduce fertilizer inputs. However, they had very short shelf life once the container was open; and they provided a 10% to 20% fertilizer reduction.
I met the folks at Applied & Experimental Biology, the makers of Inoculaid at an ag expo last year; and later had a long conversation with Thom Selvig, the biologist who developed the product. He described to me thirty years of research which culminated into this unique mix of photosynthetic bacteria, (naturally found in the soil), which provide an array of proven benefits:
1) Reduction of fertilizer inputs by as much as 50% without compromising yield.
2) Improved soil moisture and aggregation.
3) Reduction in harmful pathogens/pests including nematodes and fungi.
When one hears of such phenomenal claims, the first reaction is skepticism- too good to be true; just another snake oil; why isn't every body using this product?
Growers and golf superintendents are starting to. I talked to several of them and ag consultants who are currently using Inoculaid on a large scale (thousands of acres of vegetable production). They all reported the same success. In some cases they have completely eliminated fumigation, drastically cut fungicide and in one instance cut nitrogen input by 2/3.
Inoculaid is the new paradigm towards environmentally friendly agriculture and landscape maintenance. By using nature’s own weapons, Inoculaid is now allowing growers to produce more food, with less fertilizers and chemicals.
For an amazing view of this microbiology at work through the lens of a microscope, watch the video. It will dazzle you.
Or go to http://www.smartfarmingsolutions.com/ for more information
Labels: beneficial bacteria, fertilizer, inoculants, nematode, organic farming, organic gardening, reduce fertilizer, soil moisture
Thursday, February 12, 2009
THE GREAT BENEFITS OF INOCULANTS
Among the many soil microbes, bacteria and fungi play major roles in providing plants with nutrients, hormones, drought and disease tolerance and other benefits.
Bacteria
The basic function of bacteria is the reduction of complex organic compounds to simpler substances. Bacteria disintegrate plants and animals, returning basic elements to the soil and air which are used again to create new life.
Depending on the depth, moisture and temperature of the soil, bacteria population in one gram of soil can range from several million to over a billion.
Bacteria have a symbiotic relationship with plants at the root zone, a part of the soil called Rhizosphere. Most soils are low in available carbon, while soil microbes consist mostly of carbon. As a result, soil microbes are usually in a state of starvation. However, some species of bacteria at the root surfaces extract needed nutrients from the plant, including sugars, amino acids, vitamins, tannin, to name a few. Sugars provide readily available sources of carbon, while amino acids provide nitrogen.
In return the Rhizobacteria provide numerous benefits to the plant including:
• Mineralization of organic nitrogen, sulfur and phosphorous.
• Fixation of nitrogen
• Increasing root area.
• Causing oxidation-reduction reactions.
• Promoting plant growth
o Producing plant hormones
o Protecting against harmful pathogen
o Enhancing nutrient uptake and use
• Increasing breakdown of synthetic pesticides and other contaminants.
• Enhancing drought resistance.
• Improving soil aggregation/aeration.
Bacteria population numbers and diversity can rapidly increase when calcium is readily available, when soil pH increases towards neutral, and sugars and amino acids are available.
Fungi
Like bacteria, fungi play a major role in the decomposition process and the formation of humus. In fact up to 50% of the substances decomposed by fungi may become fungal tissue, compared to about 20% with bacteria.
Certain fungi have a similar relationship with plant roots as Rhizobacteria. This relationship is called Mycorrhizae. They derive a huge survival advantage by teaming with plants. Instead of competing with other microbes for decaying organic matter, they obtain sugar directly from root cells. Amazingly, they can drain 5% to 30% of the plant photosynthate production. However they provide an enormous benefit in return: their hyphae (tentacles) grow out in the soil 5 to 15 cm from the infected root, reaching into small soil particles pores, which root hairs are unable to do, thereby bringing moisture and nutrients to the plant in far greater quantity. The Mycorrhizal fungi can provide as much as ten times more absorptive surface area to the infected plant.
Unfortunately increased quantities of fertilizers and pesticides, the absence of crop rotation and the frequent tilling of the soil kills or greatly diminishes the beneficial microbe populations. Fumigation also renders a soil sterile. The result is decreased plant vigor, more susceptibility to drought and diseases and lower yield.
One way to rejuvenate the soil is by inoculating it with specific species of bacteria and fungi. Many farmers and gardeners are discovering that they can greatly decrease fertilizer and pesticides rates by incorporating inoculants on a routine basis as part of their normal and sustainable cultural practices.
One word of caution: there are many types of inoculants, be sure to choose the appropriate one for the task. For example, there are products specific for decomposing thatch/grass clippings, which is very desirable if you are a turf grower or you are one of the unlucky ones to mow your yard more than once a week during the summer. On the other hand, there are inoculants specific for plant growth and yield.
Another important point when applying inoculants: there populations grow logarithmic when food is available, which includes fertilizers. It also means that during their rapid multiplication they will compete with plants for nutrients. Therefore it is important to provide them an alternative source of food. Many farmers and gardeners apply molasses overhead or through drip irrigation on a regular basis to alleviate this problem. It is also important to reduce fertilizer rates when implementing an inoculation program.
If you are an organic farmer or gardener, inoculants along with calcium are probably your best weapons to fight off diseases and increase plant vigor and yields. The same applies to turf.
Bacteria
The basic function of bacteria is the reduction of complex organic compounds to simpler substances. Bacteria disintegrate plants and animals, returning basic elements to the soil and air which are used again to create new life.
Depending on the depth, moisture and temperature of the soil, bacteria population in one gram of soil can range from several million to over a billion.
Bacteria have a symbiotic relationship with plants at the root zone, a part of the soil called Rhizosphere. Most soils are low in available carbon, while soil microbes consist mostly of carbon. As a result, soil microbes are usually in a state of starvation. However, some species of bacteria at the root surfaces extract needed nutrients from the plant, including sugars, amino acids, vitamins, tannin, to name a few. Sugars provide readily available sources of carbon, while amino acids provide nitrogen.
In return the Rhizobacteria provide numerous benefits to the plant including:
• Mineralization of organic nitrogen, sulfur and phosphorous.
• Fixation of nitrogen
• Increasing root area.
• Causing oxidation-reduction reactions.
• Promoting plant growth
o Producing plant hormones
o Protecting against harmful pathogen
o Enhancing nutrient uptake and use
• Increasing breakdown of synthetic pesticides and other contaminants.
• Enhancing drought resistance.
• Improving soil aggregation/aeration.
Bacteria population numbers and diversity can rapidly increase when calcium is readily available, when soil pH increases towards neutral, and sugars and amino acids are available.
Fungi
Like bacteria, fungi play a major role in the decomposition process and the formation of humus. In fact up to 50% of the substances decomposed by fungi may become fungal tissue, compared to about 20% with bacteria.
Certain fungi have a similar relationship with plant roots as Rhizobacteria. This relationship is called Mycorrhizae. They derive a huge survival advantage by teaming with plants. Instead of competing with other microbes for decaying organic matter, they obtain sugar directly from root cells. Amazingly, they can drain 5% to 30% of the plant photosynthate production. However they provide an enormous benefit in return: their hyphae (tentacles) grow out in the soil 5 to 15 cm from the infected root, reaching into small soil particles pores, which root hairs are unable to do, thereby bringing moisture and nutrients to the plant in far greater quantity. The Mycorrhizal fungi can provide as much as ten times more absorptive surface area to the infected plant.
Unfortunately increased quantities of fertilizers and pesticides, the absence of crop rotation and the frequent tilling of the soil kills or greatly diminishes the beneficial microbe populations. Fumigation also renders a soil sterile. The result is decreased plant vigor, more susceptibility to drought and diseases and lower yield.
One way to rejuvenate the soil is by inoculating it with specific species of bacteria and fungi. Many farmers and gardeners are discovering that they can greatly decrease fertilizer and pesticides rates by incorporating inoculants on a routine basis as part of their normal and sustainable cultural practices.
One word of caution: there are many types of inoculants, be sure to choose the appropriate one for the task. For example, there are products specific for decomposing thatch/grass clippings, which is very desirable if you are a turf grower or you are one of the unlucky ones to mow your yard more than once a week during the summer. On the other hand, there are inoculants specific for plant growth and yield.
Another important point when applying inoculants: there populations grow logarithmic when food is available, which includes fertilizers. It also means that during their rapid multiplication they will compete with plants for nutrients. Therefore it is important to provide them an alternative source of food. Many farmers and gardeners apply molasses overhead or through drip irrigation on a regular basis to alleviate this problem. It is also important to reduce fertilizer rates when implementing an inoculation program.
If you are an organic farmer or gardener, inoculants along with calcium are probably your best weapons to fight off diseases and increase plant vigor and yields. The same applies to turf.
Labels: benefical bacteria, inoculants, organic farming, soil remediation
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