Carbon Aided™
Welcome to the Carbon-Aided™ field program.
A program dedicated to restoration of soil and profitability
for the farmer.
A brief history about Carbon-Aided™
For thousands of years farmers all over
the world have done an excellent job managing soils and
growing food for the nations. It has always been a challenge
to maintain good soil structure and at the same time be
profitable. Farmers understand that carbon, organic matter,
aeration and water holding capacity are critical in good
farming practices. Over the last few decades it has been
more and more difficult to maintain organic matter in
our soils because of the high use of sodium and petroleum
based products and the demands for higher and higher yields.
All these practices have been necessary to feed a hungry
world and to meet the demand to grow crops as efficiently
as possible. Many of our modern day practices have had
an impact on the natural life cycle of soil.
Simplified soil life cycle.
All life has a cycle including our soil;
the soil life cycle is one of the most complex cycles
on planet Earth. It takes trillions of soil organisms
to make our soils fully functional. Included in this array
of organisms are algae, bacteria, fungi, and actiomycetes.
Disruption in the cycle of any of these organisms will
change the structure and the long range manageability
of soil. Synthetic chemicals have certainly made an impact
on the life cycle of soil organisms.
Let's walk through a very simple life cycle of a living
plant. During a plant’s life, as it grows and matures
it exchanges carbon dioxide (CO2) into oxygen (O2) with
the help of photon energy (sunlight) and water. As the
plant matures it turns some of the photon energy into
starches and sugars. As the plant matures and comes to
the end of its life the energy it captured during its
life is converted. At this point the now dead plant needs
to be broken down and the soil organisms go to work, this
is the beginning of the composting cycle. Tonnes of once
living plant material are broken down into grams of organic
matter. The energy collected in the living plant needs
to be converted from a starch to a form of energy that
is usable by the next generation of plants. This is where
the organism comes into play. The question that naturally
comes up is simple. What happens if the soil lacks the
organisms to convert plant debris into organic matter?
The answer seems simple we need more artificial nutrients
to make up for the lack of organic matter. Or do we...
Why Carbon-Aided?
In modern agriculture it is extremely
difficult to grow the high yields without the assistance
of commercial fertilizer. But is it possible to make better
use of both naturally occuring soil nutrients and fertilizer?
The answer is yes! The Carbon-Aided program is the missing
link. By adding our carbon products like Humika™ and Plant
XL™ to your existing programs you can expect greater returns
on your nutrient program. The simple reason is that the
carbon element in these products stimulates the growth
of soil organisms thus stimulating organic matter to become
nutrients. A second reason for the use of our carbon products
is that they act as a natural chelator for commercial
fertilizer. The Carbon-Aided™ program stimulates the natural
cycle with great yield responses.
Why use the Carbon-Aided™ program?
Our products have a proven history since
2001
Our products are good for the natural balance of your
field.
Our products are made with the highest quality material,
and are designed to perform for you.
Our programs are economical and show good yield responses
in most field trials.
Our products are backed by years of research.
Our products are safe to use and safe for the environment.
Our products put money in your pocket.
A little goes a long way…
