Traditional procedures for making compost takes anywhere from 1 to 2 months. However, these days there is something widely available that can help reduce this process into just 3 weeks. Thanks to composting and Effective Microorganisms (EM), improved soil condition and ultimately agricultural productivity need not take a very long time to be enjoyed.
Reasons why the use of compost is highly beneficial vary. Primarily, its addition helps enhance the health and fertility of the soil. It contributes to the improvement of the types and amount of microbes present in the soil, valuable in more ways than one. Ecological risks are also reduced as the use of synthetic fertilizers hazardous to the environment is eliminated.
Because it enriches the soil and enhances its quality, agricultural productivity is improved. It is said that EM is being utilized by organic farmers in over 150 countries worldwide, and its effectiveness is backed up by a lot of scientific investigations. This approach actually relies on a liquid culture of certain microbes that are known to be "facultative anaerobic organisms".
In layman's terms, these are life forms that can live in conditions not only with normal oxygen levels present in the air, but also when there are low levels of the gas available. These organisms present in EM are also known as "fermenting microbes". The name alone reveals that they are also responsible for fermentation process, necessary for making bread, cheese, yogurt, salami, beer and many others. The liquid culture needs to have the right blend of microorganisms to work.
Yeast, lactic acid and photosynthetic bacteria are the main groups of microscopic life forms that are major role players. There are also some other wild ones added into the liquid culture. With the right facilities and raw materials, the creation of this popular organic fertilizer is not impossible. However, it can easily be purchased from various manufacturers.
The fact is Effective Microorganisms is a trademark of the EM Research Organization, Inc; In the US as well as in other countries. However, there are many other similar products readily available to organic farmers. While for sure there are numerous excellent ones out there, it's also not unlikely for rip-offs to be around that may yield less satisfactory results.
Scientific researches have found that the use of EM can provide many other results than just improving the soil's quality and health. It has been found out that this organic compost is valuable in helping crops beat diseases such as botrytis. Protection against weevils and other commonly encountered stressors by farmers also help ensure the well-being of plants.
It's easy to see why composting and Effective Microorganisms can be beneficial to one's agricultural productivity. There are also many other wonderful EM uses around. They may be used for cleaning polluted water and cleaning sewers. Organisms present are helpful in sanitizing medical facilities and dealing with oil spills. As mentioned earlier, it is used for fermenting purposes, allowing for the production of many fermented food products. EM is also known to be highly effective in controlling insects, as well addressing odor and preventing certain diseases in animals.
Reasons why the use of compost is highly beneficial vary. Primarily, its addition helps enhance the health and fertility of the soil. It contributes to the improvement of the types and amount of microbes present in the soil, valuable in more ways than one. Ecological risks are also reduced as the use of synthetic fertilizers hazardous to the environment is eliminated.
Because it enriches the soil and enhances its quality, agricultural productivity is improved. It is said that EM is being utilized by organic farmers in over 150 countries worldwide, and its effectiveness is backed up by a lot of scientific investigations. This approach actually relies on a liquid culture of certain microbes that are known to be "facultative anaerobic organisms".
In layman's terms, these are life forms that can live in conditions not only with normal oxygen levels present in the air, but also when there are low levels of the gas available. These organisms present in EM are also known as "fermenting microbes". The name alone reveals that they are also responsible for fermentation process, necessary for making bread, cheese, yogurt, salami, beer and many others. The liquid culture needs to have the right blend of microorganisms to work.
Yeast, lactic acid and photosynthetic bacteria are the main groups of microscopic life forms that are major role players. There are also some other wild ones added into the liquid culture. With the right facilities and raw materials, the creation of this popular organic fertilizer is not impossible. However, it can easily be purchased from various manufacturers.
The fact is Effective Microorganisms is a trademark of the EM Research Organization, Inc; In the US as well as in other countries. However, there are many other similar products readily available to organic farmers. While for sure there are numerous excellent ones out there, it's also not unlikely for rip-offs to be around that may yield less satisfactory results.
Scientific researches have found that the use of EM can provide many other results than just improving the soil's quality and health. It has been found out that this organic compost is valuable in helping crops beat diseases such as botrytis. Protection against weevils and other commonly encountered stressors by farmers also help ensure the well-being of plants.
It's easy to see why composting and Effective Microorganisms can be beneficial to one's agricultural productivity. There are also many other wonderful EM uses around. They may be used for cleaning polluted water and cleaning sewers. Organisms present are helpful in sanitizing medical facilities and dealing with oil spills. As mentioned earlier, it is used for fermenting purposes, allowing for the production of many fermented food products. EM is also known to be highly effective in controlling insects, as well addressing odor and preventing certain diseases in animals.
Would have been pretty cool if you had left the author's links on
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