Soil Composition

Soil Composition and Crop Quality

This chart reflects a tremendous amount of information available for your understanding of the composition of a healthy productive soil environment. It is based on scientific research accumulated over years of observation on productive soil types throughout many growing areas of the country. The approach to obtaining this insight on soil composition was simple and direct: “What attributes in soil are needed to produce high yielding high quality crops year in and year out?”

The end results you see on the chart are based on experts that know exactly what is required to produce profitable crops. Do you know who the experts where? They are the crops grown in this type of soil composition! You have probably heard me say it more than once and here I go again, there are three things that don’t lie to you: soil, plants and animals. They have no political agenda, no financial obligations to perform and no egos to satisfy!

Mineral Content

Let’s look at what the soil has to offer us when these proportions in the soil profile are in place. The 46% mineral content plays an important role in the scheme of the soil environment. It contains all the major and minor elements that are presented on the soil samples. The soil sample is based on the top six and two third inches of top soil. The mineral content may be the largest soil attribute but is not the biggest limiting factor in crop production. It is a composite of all that is in your soil profile. Now how do you tap into these reserves without depleting them? One of the answers is to grow a high yielding, high quality organic matter crop! That last statement is contrary to popular expert opinions.

Our understandings from soil samples observed over the many years in providing soil nutrition for growing a crop has yielded higher fertility levels after the crop was harvested, which is the opposite of the “balance sheet theory”. You are supposed to put back what the crop took out! Which has been scientifically proven false since it conception. Theory is a best guess as to how man thinks it works!


The next one to look at is water. 25% of your soil could be water in a desirable level at all times to supply that essential ingredient in the recipe for a successful crop. The crop depends on it for its ability to absorb nutrition from the surrounding soil environment. The living soil organisms cannot and will not function without its rejuvenating, replenishing source of energy. Hydrogen in the water chemistry feeds all different forms of bacteria, fungi and molds to help them as an energy source and the pure chemistry to create organic acids that feed your plants root systems.

The root is very successful when the environment around it has a supply of water. The plant needs this water to absorb the transforming chemistry being created by the living portion of the soil organisms. The soil organisms feed the plants root system via the water. The plants roots absorb nutrition into it roots in a “water soluble form”. Earthsoils products are all water soluble allowing absorption directly into the plant. The nitrogen, four forms of potassium phosphate, trace elements of Zn, Mn, Cu, Fe, Mg, B, S, Ca enter into the root digestive track for easy assimilation. The chemistry that is created by your plants from this point on is just plain incredible!

I will condense it so that I can even understand it. The postage to describe the processes occurring in a single plant and its relationship with the soil would keep the post office busy full time! The plant absorbs the nutrition it wants in through its root systems and brings them to all the functioning parts of the plant. The plant takes in water, nutrition, carbon dioxide from the air and soil, and this chemistry is hit with sunlight and the plant creates sugar and a valuable by product called oxygen. It does it all daylight long and deposits its manufactured sugar back down to the root system, exits out into a moist environment and that sugar feeds the micro biological system the energy it needs to transfer more nutrition back into the plant to create more sugar and oxygen. Someone should be given a lot more credit for His Grand Designing Abilities! Nothing lost in this incredible process but everything has gained! If by any chance I am boring you with facts you already know, great! I’ve got a zinger coming up you probably were not looking for.

Organic Matter

The other portion of the above chart shows a 4% organic matter content as being ideal. Now that is not the case in many soil types from different areas. Don’t be upset because you don’t have this level of organic matter. Organic matter is any material left behind in the soil that can be decomposed into humus and redesigned into plant food material for the upcoming crop production. The higher the levels of mineral content in the form of complex sugars, proteins, carbohydrates, digestible fibers, enzymes and amino acids, the better the food material there is available for the living portion of the soil to utilize for manufacturing plant food for your crops for the following years to come. Organic matter is literally a house that bacteria will eat themselves out of.

Organic matter is holding our soil profiles in place. It acts as a sponge to hold moisture for longer periods of time for plant use. Organic matter can be said to be one of the most important ingredients into crop production. The question that enters my mind in the fields that have had long durations of GMO crops is, “When is the soil going to completely reject the organic matter food supply and completely shut down with beneficial microbiological supporting systems?” I suggest choosing hybrids that fit your farming practices and ones that will help fortify your soil’s digestive track! If your organic matter is having a difficult time breaking down into humus through natural occurring processes, then I’m afraid you are not getting back from your genetics the nitrogen, phosphate, and potassium you used to rely upon for increased fertility levels. Organic matter is a huge contributor to fertility levels! I have poured a 1000 # of phosphate on an acre of ground and lost phosphate levels! I have grown oats and plowed them in when 2 feet tall and just about doubled the useable phosphate levels in the soil! There is a direct correlation between excellent organic matter offered to your soil environment and yields, soil tilth, water holding capacity, disease resistance, reduced erosion and most importantly, you remaining on the farm to be the steward of the soil that you are!

Oxygen Content

The last ingredient to mention in the chart above is the oxygen content. It has been found that an extremely beneficial level to be at for overall crop production is 25%. The scientific researchers that came up with that figure were not listening to modern day experts! No, they did not listen to the experts of today, they listened to the plants that outperformed everything else based on 25% oxygen content.

There was not only more yield but less disease problems, healthier standing plants through harvest, less nitrogen input costs, less stock rot, more nitrogen nodules placed on soybean root systems, less weed competition, more earthworms present, less soil compaction, bigger leaves on all crops and the beat goes on! I’m dating myself here but I mentioned the “beat goes on”, it was a song by Sonny and Cher. It was a hit in my younger years and it still is—maybe I’m still young at heart! The oxygen content in the soil is the very thing that allows the heart beat in the soil to pound away with incredible rewards! I’m going to run a little experiment with you right now.

I want you to pick the time and the place to do this. Take a few deep breaths (one pass field cultivation in the spring) and when the second hand reaches 12(the first day you plant) hold your breath for four minutes (the day you fall till your soil) and lets see how you feel during the growing season. Did you make it holding your breath past one minute’s time? Thirty seconds? Hold your breath until you feel the discomfort of wanting oxygen. I don’t want you to commit me to the funny farm for running this experiment, but I would like you to place yourselves in your soils’ environment for one single minute during the growing season! Could you produce results up to the maximum abilities without air? You know as well as I that air is pretty important in our life right now. Wouldn’t you agree? It gets real uncomfortable in the position of not functioning without it.

Your whole body relies on that breathing in and letting it out to function in a living world. Your soil relies on oxygen to stay alive and well, also. There are so many exchanges involving chemical reactions within the soil requiring oxygen it would be impossible to mention them all and science is discovering more as we speak. Oxygen in the soil profile is essential for aerobic bacteria to perform their magic of converting organic matter into plant food materials. They create humic acid which not only feeds the plants but protects your root systems from predators, disease and potentially devastating aflatoxins, a mycotoxin mold! They all need the presence of the oxygen for you to have the crops you have planned for the growing season.

Tillage Practices

There are a lot of different tillage practices in place, every farm has their own. Our products and program will work with any of them as long as you keep in mind how it feels to hold your breath for four minutes. When the soil has had a heavy shot of rain then soil can develop a crust to it that can seal the soil from receiving any benefit from what oxygen can provide you and your crops.

Interesting research that I came across just lately was the fact that when you open up the soil thru row cultivation it releases carbon dioxide from the soil profile and the bottom leaves absorb it so fast hardly any of it was lost. Remember, carbon dioxide plus water and sunlight create sugar. The plants feed the sugar to the living portion of the soil so that it can be fed nutrition as it wants it. The bacteria do their thing and create more carbon dioxide from their activities of feeding the plants roots (we breathe out carbon dioxide), which in turn is released from the soils and the plants reabsorb the carbon dioxide and convert it to sugar again! From this point on it should be self explanatory. It doesn’t get any more exciting then this when it comes to understanding how well balanced our ecological system has been designed. Hats off again and again to the Grand Designer!
Again, in trying to describe how important oxygen is to the soil as it is to us I will go back to a time when my Dad, as well as many of your own, relied on the cultivator as a weed controller. It was interesting to watch his fields turn a richer darker green after opening up the soil. I can’t forget the Moms and their gardens! When it rained it meant I had better get the hoe sharpened. Why now? Cause when it dries out you will hoe the garden to get the weeds that are growing and some air back to the plants so they can breathe! I knew what my job was going to be way before the sun came out and before the bike pedals found their way to the newly refreshed creek of water west of the farm. The plants just exploded after the rain and the addition of oxygen for Mom’s plants to breathe! I’ll just bet these same experiences are coming to mind about now, and it still works to this day!  Earthsoils customers everywhere: It just that simple. If in doubt, hold your breathe to see how your soil is feeling and react accordingly!

From Residue to Revenue

Fertility Foundation

The foundation for excellent fertility is still based on usability of the nutrition offered to your crops.  Earthsoils® provides the nutrition needed for top crop performance.  At Earthsoils® we understand that crop genetics have been compromised and changes must be made to accommodate current crop production. We will not compromise product quality, change our formulations or abandon our intent to help your soils become productive.  However, timing and application procedures will be changed slightly to adapt to the “new technologies” based on the insights received through our infield comparisons and independent scientific research evaluations.  Conversion of crop residue is the key to soil fertility.

For example, today’s hybrids do not break down or decompose in a timely manner. Their physiological composition is different from natural corn or soybean varieties.  Evidence of this is appearing in new equipment designed to handle crop residue. What ever happened to all the awesome decomposition done free of charge by biologicals? Oh, that’s right.  They can’t survive in the residue created by the seed giants! Now you buy the equipment that will hopefully break them down instead of the no-cost system provided by nature when there is natural food to break down! No extra cost savings here!

Therefore, we are recommending that a fall application of ES-CAL at a rate of 2.5 gallons per acre on all GMO crops be incorporated into your program. This application will increase your ability to break down the crop residue.  ES-CAL will feed the biological system that is responsible for organic matter break down. Aerobic bacteria need high levels of food energy to help break down the new food sources. Without a head-start in the decomposing process in the fall, the next years’ supply of nitrogen intended for crop production will be used by biological systems as their protein energy source to decompose stock residue instead of feeding your crop the “N” you purchased to be used for it. Residue is now competing for your production dollars intended for next years’ crop.

Organic Matter

Rule number one in nature; organic matter and toxic residue must be converted into humus first before a successful crop can be grown! This has been occurring for quite some time. Simply stated, help the breakdown of the residue in the fall to ensure healthy and abundant crop production in the next growing season.  The biotech crops tie up a tremendous amount of trace elements, especially manganese, iron and zinc. However, potassium enters the equation, because it is mobilized with the manganese via enzymatic reactions through the specific chemistry exchanges.  Systemic herbicide applications greatly reduce the uptake and mobilization of all of the above components.

Based on soil samples, we are recommending a foliar application be applied 14 days after any systemic herbicide application. More specifically, the application of Micro-Mix, Manganese, and ES-CAL.  Independent research has provided a 38 bushel per acre increase on corn and eighteen bushel gain on soybeans after foliar applying trace elements.  Yes, this involves another pass over the field. However, the benefits are more than paying for themselves. The trace elements cannot be combined with a one pass application of systemic herbicide. It doesn’t work effectively in combination. When used in combination, the trace elements lessen the effectiveness of some systemic herbicides. The later application of Earthsoils® essentially cleanses your crop while at the same time replaces displaced or immobilized trace elements and potassium.

Please note, we are not asking you to place all of your trace elements with the seed at time of planting as we have in the past. Place our products according to your choice in crop genetics the next year. In addition, you will not spend any more money on our program than what soil samples are revealing.  You will be given an opportunity to make better use of our products through more effective applications.  Nitrogen is a very essential element in a lot of different exchanges that occur in soil profiles.

Conventional Genetics

Conventional genetics and Earthsoils® work very effectively together to balance nitrogen needs in all types of soils.  Over the past several years we have reduced the amounts of nitrogen to produce a crop and our rates and products continue to prove its effectiveness. The continued use and rotation of GMO crops are revealing that they may not have the same utilization abilities as conventional crops. I know that iron and nitrogen are mobilized together through plant chemistry exchanges. I know manganese is essential to create enzymes necessary to feed biologicals responsible for uptake of nitrogen transfer into the plant and the relationship between K and N are inseparable. This means we may have extreme deficiencies in the uptake and proper utilization of nitrogen. It is now becoming a question of how much nitrogen is enough when the plant you are trying to feed is basically dysfunctional. Plants in a normal genetic format are synergetic. All parts of the plant should be working together for the good of the whole plant. Nitrogen rates will be adjusted according to the genetics you have chosen.
Please indicate your choice of genetics when submitting soil samples for a program for 2010.  I have at this time provided you with contrary information and I know you have all probably gone into brain overload. This is an incredible amount of information to digest in one sitting. I will not apologize for bringing this information to your attention. You have to make decisions concerning your farming operations and you can do this more effectively if you have information that is not only backed by scientific research but nudged along with some good old common sense. Hopefully the information gives a better insight into the choices you make as a steward of your soils. That’s all I have to say about that!