Ormus Minerals Effective Microbes Plant Microflora Application directions

Effective Microbes Plant Microflora  

Effective Microbes Plant Microflora is 1:250 and 1:500
The application rate to apply this is
100 to 1 for Lawns 2.5 Tbsp to 1 gallon of water.
250 to 1 for Shrubs 1 Tbsp to 2 gallon of water

	Internal Liquid Ormus Minerals Effective Microbes Plant Microflora
Natural Energy Supplement	INGREDIENTS: Ormus EM Probiotics grown on a medium of Organic Black Strap Molassas, Liquid Ormus Minerals, Liquid Fulvic Acits, Barley Malt Syrup, Azomite, Sea Salt, Himalayan Crystal Salt
	SKU NUMBER	PRICE	INFO	BUY NOW
	OM-136-MPM-032 32 ounces	$40.00	View Details
	OM-136-MPM-064 64 ounces	$65.00	View Details
	OM-136-MPM-128 128 ounces	$100.00	View Details

  
EM SAM technology for growing plants.  
Species: Bacillus subtilis, Bifidobacterium animalis,Bifidobacterium  
bifidum,Bifidobacterium longum,Enterococcus lactis,Enterococcus  
thermophilus,Lactobacillus acidophilus,Lactobacillus bulgaricus,Lactobacillus  
casei,Lactobacillus delbrueckii,Lactobacillus fermentum,Lactobacillus  
plantarum,and Saccharomyces cerevisiae,  
  
The application rate to apply this is  
100 to 1 for Lawns 2.5 Tbsp to 1 gallon of water.  
250 to 1 for Shrubs 1 Tbsp to 2 gallon of water  
  
Plant Ormus Products 
  
Ormus Minerals EM Plant Microflora 
Natural INGREDIENTS: 
Supplement  
 
  
  
Please read below to fully understand the dilution ratios.  
EM has excellent results with:  
  Higher yields  
  Improved soil structure, leading to better aeration and water holding capacity  
  Improved nutrient availability, leading to lower fertilizer requirements and higher fertilizer utilization of applied inputs  
  Lower disease pressure by developing a disease suppressive soil  
  Lower requirements for pesticides  
  Improved quality of produce and greater storage ability  
  Improved animal performance by creating healthy living environments and improved digestion.  
  Restoring waterways and enhancing riparian areas  
  
Basically, I determined that it would be a good idea to experiment with using  
lesser amounts of EM (the lower end of the scale below), particularly if you are  
having trouble diluting it with sufficient water. As shown below, I would like  
to see at least a 1:250 dilution for foliar sprays and a 1:100 for turf and  
soil, and I believe that 85 ml (1/3 cup) of EM per thousand square feet would be  
a good place to start:  
  
Dilution Rations for different uses. 
1:10000 - for daily use, such as through an irrigation system  
1:1000 - for weekly foliar use; 20-125 ml of EM per 1000 sq ft  
1:100-1:250 - for monthly use as a foliar feed; higher dilution (1:250) is  
better if possible; 85-500 ml of EM per 1000 sq ft  
1:50 - for monthly/seasonal use on turf and as a soil drench; higher dilution  
(1:100) is better if possible;  
  85-500 ml of EM per 1000 sq ft  
1:1000 - for soaking seeds; 5-10 minutes only, as some seed may ferment after too long  
  
  
Lawn and Garden - I think that perhaps the dilution ratio is more important than  
the actual rate of application.  
  
Lawn and Garden:  
Trees and flowering plants 1:1000 or 2 Tbsp. per gallon of water  
Spray soil and foliage with dilution for every season. DO NOT spray blooms or  
they may drop.  
Prepare soil and let sit for one month before seeding. Add EM weekly while  
watering Apply to soil when preparing for fall season.  
  
Storage:  
Store Ormus EM Lawn Biotics out of direct sunlight at room temperatures.  
  
Notes for Lawn Applications.  
In Vinny Pinto's book on agricultural EM use, he suggests ratios of anywhere  
from 1:100 to 1:1000, but he says not to apply to tender leaves below 1:300. He generally suggests 85 ml per 1000 sq ft, at least 3 times a year and preferable more like once a month for the first couple of years.  
  
Conclusions  
The many researchers use widely varying application rates and dilutions in  
agriculture with much success. I believe we should begin experimenting with  
using less EM and higher dilutions (more water). It seems to me that 1/3 cup (85 ml) per thousand square feet would be a good place to start. This would make it easier to have higher dilutions.  
  
I think that 1:100 should perhaps be a minimum for foliar and crop applications. If you can't use that much water, try using less EM until you have that 1:100 ratio. If you can use more water, do so.  
Remember how 1:500 outperformed 1:100 in the one trial and how 10 ml per 1000 sq ft was better than higher amounts in the other?  
Another trend is that regular applications are important, particularly in the  
first couple of years.  
  
This is not new information, but important to remember.  
In the research, the EM is often applied with an equal amount of blackstrap  
molasses to give the microbes some nutrients and carbohydrates, and to help the EM stick to the leaf surface.  

Also, it is apparent that it is important to also increase the organic matter  
content of the soil while using EM. If the OM content is low, EM can cause some problems over time. Keep the leaves and grass clippings in the yard.  
  
So, in summary:  
Let's try some lower application rates, perhaps starting with 1/3 cup EM  
per 1000 sq ft * it should be diluted at least 1:100 * it should be done  
regularly, perhaps once a month or more * it is a good idea to apply it with  
an equal amount of blackstrap molasses, as well as bio-stimulants like sea  
minerals, liquid kelp, and liquid fish * we also need to increase the  
organic matter content of the soil  
  
Implementing EM into Gardens and Farms  
  
Seed Treatment: Soak seeds one day before planting in a 1:10000 EM / water  
solution. If the seed cannot be soaked, moisten the seed before planting with  
the same 1:10000 EM / water solution.  
  
Transplanting: Water-in new transplants with a 1:750 EM /water solution. EM can be added with other products, such as organic fertilizers, mineral supplements and compost teas during this process.  
  
Foliar Treatments: Apply EM with a sprayer at a 1:500 EM / water dilution rate.  

Application frequency should be every 2-6 weeks depending on conditions and objectives. Approximately 10 Litres / hectare of EM should be applied during a  foliar treatment.  
  
If total spray rate is less than 1000 Litres / hectare and  
more EM is needed for desired results a lower dilution rate, 1:250, may be  
necessary. Treat a smaller test plot with the lower dilution rate and monitor  
the crop response for 24-48 hours before treating the entire crop.  
  
Soil Treatment: Add EM to irrigation water at a rate of 50 Litres of EM per  
hectare. This can be done 4-8 times a year depending on climate. Dry or cold  
climates require more frequent treatments. If you do not irrigate, EM can be  
drilled into soil at a 8-15cm depth and a rate of 50 litres per hectare.  
  
Cover Cropping: Apply EM as a foliar treatment at a 1:100 EM / water dilution  
rate just before or after the cover crop is incorporated back into the soil.  
  
Produced through a natural fermentation process, SCD Probiotics Soil Enrichment serves as a cost-effective alternative to chemical additives. Enhanced levels of phototrophic non-sulfur bacteria (PNSB) have powerful detoxifying anti-oxidant properties that help enrich the soil and improve plant performance.  
  
You can use Probiotics Soil Enrichment to:  
  
Improve the nutritional uptake efficiency of plants Increase seed germination  
Enrich the soil in residential lawns and gardens Nurture healthy trees and  
flowers Usage Guide: Probiotics Soil Enrichment is a concentrated formula and should be diluted with water.  
Dilute 1-2 tablespoons Soil Enrichment per gallon of water and apply directly to the soil around the base of the plant.  
  
Use weekly throughout the growing season.  
When using as a seed soak, dilute 1 tablespoon of Probiotics Soil Enrichment per ½ gallon of water and soak for 24 hours.  
  
Note: Store at room temperature and away from direct sunlight. The live and  
active bacteria may cause sediment to occur. This is natural and does not impact the efficacy of the product.