
|
A Natural Concentrate of Beneficial Soil Microorganisms |
|
|
MICROSOIL CORN TEST
Conducted in Yucatan, Mexico |
 |
|
 |
Introduction:
|
The technological
advances that have been made in the past years towards the control of parasites and
plagues, the production of fertilizers, both solids and liquids, as well as high quality
seeds, have significantly elevated the crop yield in the areas where they are used.
However, due to the excessive use and application of chemical products, severe damage has
been done to the eco-system, not to mention that the quality of life for humans has
deteriorated due to the high amount of toxins associated with chemical fertilizer use. As
a result of these problems, people are now turning to organic agricultural methods to try
to restore the eco-system and some of the natural resources that have been destroyed. This
is a long process but one that is urgently needed, because if not addressed, these
problems such as the poisoning of our soils, the increase of plagues and more drug
resistant illnesses will simply get worse. These can all be addressed, but it will
require the participation of everyone involved in agriculture.
We are committed to doing our part in working towards this goal, and
have been introduced to a high quality, organic product called, MicroSoil, which is
capable of returning the soil to its original condition. MicroSoil contains enzymes and
beneficial soil microorganisms to replace those that have been depleted due to the excess
use of chemicals, leaving the soil void of nutrients, resulting in diminishing yields.
Professor Migual Alonso, of the pueblo of Tixmeuac, in the state of
Yucatan, Mexico agreed to conduct a test, using MicroSoil to see what results he could get
and how cost effective it would be. |
 |
Objective:
|
|
| Phase one would entail using
MicroSoil in agricultural soil in the south of the Yucatan Peninsula, specifically in the
county of Tixmeuac, an area that is not considered very ideal for growing crops. |
 |
Preparation and Planting:
|

98% Germination Rate with MicroSoil |
 |
Senor Alonso began by
planting 5 hectares in the Spring/Summer of 1997 with Cargill seed DE 343, planting 56,000
plants per hectare. The soil was mechanized and the seeding done by hand with a distance
of 70 cm between burrows and 25cm between plants, using one seed per stroke of planting.
No herbicide was used either in pre-emergence or post-emergence, neither was a fertilizer
used, yet there was a germination rate of 98%. Based upon this fact, Senor Alonso expected
to get a yield of 3 tons/Ha which is what most of the other farmers in the area get. |
|
 |
The Test Results:
|
|
| Ten days after the emergence of the
plants, he applied MicroSoil on the surface of the soil at a rate of 1 liter of MicroSoil
diluted with 100 liters of water per hectare. He broadcast this dilution with a backpack
pump just to the point where the soil was damp. He also applied 100 kg of urea per
hectare. |
 |
| It was necessary to apply the
urea because during the first few days the microorganisms in MicroSoil and the plants
compete for the nitrogen due to the fact that the microorganisms require a
small amount of nitrogen to activate them. Note: The quantity of urea required may vary
depending on the amount of nitrogen already available in the soil. |
 |

With such rapid growth
No weeds had time to develop |
|
 |

Wider and Deeper Green Leaves
on MicroSoil Crop |
 |
In just 15 days it was
clearly visible that there was increased thickness in the size of the stems as well as
more rapid growth where MicroSoil had been applied. It was observed that the growth was so
accelerated that that the weeds did not even have time to develop, therefore, no herbicide
was used, neither was any weeding required. |
|
|
 |
| It was also observed that the tasselling occurred 8 to
10 days earlier than usual. According to the manufacturers specs 55 days is normal,
but tasselling occurred only 45 days from seeding. It was also observed in the beginning
that over 50% of the plants showed pairing (sucker plants) as seen in the photographs,
developing large husks between 6-10 inches long. 
Significantly better growth rate
with MicroSoil
|
|

Tasseling at 45 days from seeding - 8 to 10 days earlier than
normal! |
|
 |

Bending the corn |
 |
Finally, they proceeded to
the bending of the corn to let it dry out. When the last measurements were taken, the
average height was found to be 2.50 meters and the thickness of the stems, 1 inch. When
compared to the control this was a difference of 50%. Although no measurements were taken
of the leaves, it was observed that they were wider and a deep green color. |
|
|
| At harvest, it was determined
that the average size of 57% of the husks was between 8 and 10 inches with only 19% being
under 8 inches and 24% being greater than 10 inches. The average number of corn rows per
husk was 16 with 90% being kernels. The average weight of the husks was 230 grams, and
when the kernels were removed, the average weight was 150 grams. The final yield with
MicroSoil was 6.5 tons/Ha while the control had a yield of only 2.7 tons/Ha. |
 |

See the dramatic difference in the size
of the roots and ears of corn |
|
 |
| Relative to the cost, we would have to say
that there is a great difference between the two treatments. |
 |
 |
TREATMENT |
FERTILIZATION |
|
| |
($ per ton of product) |
| MICROSOIL |
$110.00 |
| CONTROL |
220.00 |
| DIFFERENCE |
+110.00 |
|

|
| The main objective of this test was not to
show that you can make money and lower your cost while obtaining a greater yield, but
emphasize the fact "that plants feed through the roots and for this to take place,
the soil has to be in stable condition with a good balance between its animal and organic
life," making MicroSoil the ideal alternative. |
 |

MicroSoil - "an alternative to enter the organic era and take care
of our environment" |
 |
The microorganisms are an
essential part in the soils fertile composition, if they dont exist, the soil
is inert and it has no life. Only with organic matter and minerals is it possible to
deliver nutrients to the plants. MicroSoil provides us with an alternative to enter the
organic era and take care of our environment. In addition, the use of MicroSoil gives us
great economic benefits as we have observed in this test. MicroSoil is not a product for a
specific crop, it is for all types of soil. |
|
 |
Regardless
of what crop you are growing, MicroSoil is an efficient, effective alternative. |
|
 |