What is EM?
Dr. Teruo Higa created Effective Microorganisms (E.M.) in the 1970s to enhance soil quality and plant growth. E.M. is a mix of beneficial microbes that help in agriculture and waste management. It has gained global popularity using phototrophic bacteria, lactic acid bacteria, and yeast. E.M. has undergone extensive testing and is proven to be safe for both humans and animals. It consists of over 80 microorganisms and is helpful in many practical applications.
Effective microorganisms (EM) are the coexistence of aerobic and anaerobic microorganisms. The exchange of food sources between these microorganisms makes EM a uniquely life-promoting culture.
Applications: 50-100ml EM Control per 1 L water
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EM for horses:
EM is a cost-effective way of keeping your horses healthy. It is excellent at controlling flies on the horse and their environment. It eliminates strong odours like urine by breaking down the ammonia compounds. When applied correctly, it helps to mitigate any harmful pathogens. Stable litter ready for disposal can be composted with horse manure to produce high-quality organic compost.
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EM for livestock: EM Control 50-100ml per litre of water.
Bad smells in barns and stables are caused by harmful microorganisms which attract flies. Spraying a solution of EM into livestock barns will suppress the odour. Animals will endure less stress, their health will improve, and the number of flies and ticks will decrease.
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EM in vegetable farming: 5-10ml EM Multi per 1 L water.
Use EM as a pre-planting treatment during the planting and transplanting stages of vegetables and herbs and repeat applications during crop growth. EM assists in breaking down crop residue before incorporating the residue back into the soil.
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EM in your home: 5-10ml (increase if necessary, completely safe) EM Multi per 1 L water
EM is truly an efficient cleaning agent. EM populates surfaces in and around your home with friendly microorganisms, which over time, maximises the effect. The enzyme action consumes the dirt and can be used on many different surfaces
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- Bathroom
- Kitchen
- Laundry
- Inside shoes
- Pet bedding
- Carpets
- All outlet pipes i.e. toilet, bath.
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- EM Multi in your garden
EM puts you firmly on the green path when using it in your garden. EM is certified organic, non-toxic, and environmentally friendly. Because EM boosts the soil, your garden will flourish without any chemicals. The soil’s vitality equals the vitality of the plants and fruits they produce. EM is a biocontrol measure, controlling pests by releasing microorganisms into the soil. With EM, pests and pathogens are controlled or suppressed by means of natural processes.
Spray for plants: Mix 5-10ml per litre of water.
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EM in your garden
EM puts you firmly on the green path when using it in your garden. EM is certified organic, non-toxic, and environmentally friendly. Because EM boosts the soil, your garden will flourish without the use of any chemicals. The soil’s vitality equals the vitality of the plants and fruits they produce. EM is a biocontrol measure, controlling pests by releasing microorganisms into the soil. With EM, pests and pathogens are controlled or suppressed by means of natural processes.
- EM Multi in vegetable farming:
Use EM as a pre-planting treatment during the planting and transplanting stages of vegetables and herbs and repeat applications during crop growth. EM assists in breaking down crop residue before incorporating the residue back into the soil.
- EM Multi in your home:
EM is truly an efficient cleaning agent. EM populates surfaces in and around your home with friendly microorganisms, which over time maximises the effect. The enzyme consumes the dirt and can be used on many surfaces.
- Bathroom
- Kitchen
- Laundry
- Inside shoes
- Pet bedding
- Carpets
- All outlet pipes i.e. toilet, bath
Example:
Azotobacters are aerobic and thrive on organic matter. This also supports their process of reproduction and proliferation. The waste matter produced is the ideal food source for phototropic bacteria. They provide organic waste, which is the sustenance required by azotobacters. This symbiotic relationship is why EM technology can be regarded as a solution to environmental problems.
