Discover Three Products to Prep Your Soil for Spring Planting

By Michael Gardner
Senior Director Turf and NW Sales,
Bio Huma Netics, Inc.

As I begin to write, I’m reminded of an excerpt from Ode to the West Wind — “If winter comes, can spring be far behind?” Well, spring is certainly not far behind, especially for those of us working in the agriculture sector.

Winter can be a tricky time for growers, as many of them face numerous challenges to prep their soil for the next season. Healthy soil is the foundation of growing healthy crops, and this fact stands tall irrespective of the season or time of the year. When you have healthy soil, any crop you grow in it will look good, taste better, and be of higher quality. If your soil is weak and lacks nutrients, then external factors such as climate, location, etc. hold more power over the crop. [Read more…]

10 Fertilizer Facts for Global Fertilizer Day 2022

Every year, October 13 is marked as Global Fertilizer Day to highlight the significance and acknowledge the contribution of the fertilizer industry in feeding the world’s growing populations.

This annual international awareness campaign is supported by fertilizer associations and companies across the world with the shared purpose of highlighting the social, economic, and environmental impact of fertilizers. Creating awareness will promote better farming practices and promote the proper use of fertilizers in the farming community.

Let’s celebrate this day by learning the following fertilizer facts: [Read more…]

Effects of Humic Substances on Soil Microbes

By Richard Lamar, PhD
Senior Director of Humic Research
Bio Huma Netics, Inc.

Most of the work on agricultural applications of humic substances (HS) has focused on their biostimulant effects on plants. Far less work has been conducted on the effects of HS on soil microbial populations. It’s not surprising to learn, from the few studies that have been published, that HS also stimulate the growth of soil bacteria, even the bacteria that inhabit earthworm digestive tracts. One of the most important discoveries is that many species of soil bacteria are able to grow on humic acid (HA) as their sole carbon source (Tikhonov et al., 2010).

These findings have important implications for the roles played by soil bacterial communities—including those residing in the guts of soil fauna, such as earthworms—in the humification process (i.e., the process of conversion of dead plant tissues to humic substances). This means that these bacteria are consuming HS and modifying HS by metabolizing humic molecules and using the metabolized molecules to produce proteins, fats, and other types of molecules. When the bacteria die, they are in turn consumed by other microbes and those molecules created from metabolized humic molecules wind up being included as HS.

The other important piece of information that has come out of the work on bacterial-HS interactions is that, in addition to being potential carbon sources, HS can also act as soil bacterial growth stimulants or growth regulators (Tiknonov et al., 2010). This was demonstrated in a study in which a number of soil isolated bacterial species were grown on a medium that contained glucose as the carbon source (10 mg/ml) and humic acid (1 mg/ml). Thus, the humic acid was 10X lower than the glucose. Growth of the bacteria on this medium was compared with the growth of bacteria on a medium that did not contain the humic acid. The growth of 41% percent of the bacterial species (these were isolated from earthworm digestive tracts) were stimulated by the inclusion of the humic acid. The authors of the study concluded that, because the concentration of glucose was so high and the increase in available carbon from the addition of 1 mg/ml humic acid was insignificant, the humic acid acted as a growth stimulant to the 41% of bacteria whose growth was increased.

These types of studies have demonstrated that HS can stimulate the growth of plant-growth-promoting rhizobacteria (aka PGPR bacteria, for which the “rhizo” stands for rhizosphere or the area of soil that is intimately associated with plant roots). One of the most well-known PGPR bacteria are Pseudomonads, strains of which have been found to be able to solubilize phosphate, produce siderophores (important for Fe uptake), ammonia, and the plant-growth-regulator auxin (Gupta, 2008; Selvakumar et al., 2009).

REFERENCES

Gupta, A. and M. Gopal. 2008. Siderophore production by plant growth promoting rhizobacteria. Indian J. Agric. Res. 42(2):153–156.

Salvakumar, G., P. Joshi, S. Nazim, P. K. Mishra, J. K. Bisht and H. S. Gupta. 2009. Phosphate solubilization and growth promotion by Pseudomonas fragi CS11RH1 (MTCC8984), a psychrotolerant bacterium isolated from a high-altitude Himalayan rhizosphere. Biologia, 64(2)239-245

Tikhonov, V. V., A. V. Yakushev, Y. A. Zavgorodnyaya, B. A. Byzov, and V. V. Demin. 2010. Effect of humic acids on the growth of bacteria.  European Soil Science, 43 (3):305–313.

The Right Stuff for Soils and Plants

By Mojtaba Zaifnejad, PhD

When applied fertilizers benefit soil health and plant growth, and are readily available to them, it is said that they are bioavailable. The extent of bioavailability of nutrients and fertilizers applied to soil and plants determines their effectiveness in improving soil health and crop yield.

In addition to the 4Rs approach, the factors affecting this mineral nutrient bioavailability include, but are not limited to, parent material of the fertilizers; their oxidation (saddening) or reduction (making happy) state for plants; what kind of carrier they ride on (chelated or complexed); whether they are taking healthy treats (right source of carbons) to the host, its children, and workers (beneficial microbes); and whether that treat is a long-lasting one for everybody. If the coming guest (fertilizer) can help the hosts (plant and soil) to handle bad neighbors (insects, disease, weeds, etc.) and harsh circumstances (droughts, floods, wind, etc.), that is better yet. [Read more…]

8 Simple Steps to Healthy Crop Soil

by Larry Cooper

8 SIMPLE STEPS TO HEALTHY CROP SOIL: A PREVIEW

Of course, you'll need to read this complete article to understand how and why each of these steps is essential for creating healthy crop soil, but here's a preview.

  • Understand that soil is a living system.
  • Measure and document your soil characteristics.
  • Disturb the soil structure as little as possible.
  • Bring plant diversity to the soil.
  • Keep soil covered at all times.
  • Keep living roots in the soil all year round.
  • Build soil organic matter.
  • Have a soil health plan: Review and revise it regularly.

Decline in soil health is one of the most potentially devastating world-wide crises of the 21st century, but the average person who does not farm probably never gives farm soil a second’s thought: The supermarkets are fully stocked—everything must be okay, right?

It’s not. A Reuters news headline from 2014 stated, “Only 60 Years of Farming Left If Soil Degradation Continues.” The article quoted the United Nations Food and Agriculture Organization (FAO) as saying that about a third of the world’s soil has already been degraded from chemical-heavy farming techniques, deforestation, and global warming. It was predicted that in 2050 the amount of agricultural land, in particular, would be only a quarter of the amount available in 1960—yet we will have 2 billion more people to feed.

What can be done about it? Quite a bit, actually; though reversing soil degradation and improving soil health is going to require changes in thinking and changes in some very hard-wired cultural practices. The 8 Simple Steps to Healthy Crop Soil that we’re about to discuss are culled from a variety of farming philosophies, some as old as time itself. You can find them in modern-era discussions of Regenerative Agriculture, Restoration Agriculture, and Conservation Agriculture, but they also draw from many aspects of “conventional” farming that were in place long before the concept of “conventional” included chemical fertilizers and pesticides. Most important, these steps are modeled on the practices followed by Nature itself in every undisturbed forest floor, unplowed prairie, and pristine mountain meadow.

The very best thing about the 8 Simple Steps to Healthy Crop Soil is that these practices can be profitably applied with good results by commercial farmers (conventional and organic), hobby farmers, community gardeners, even the “square-foot” backyard gardeners in the middle of a city. And while geography, soil type, and soil history certainly influence how the 8 Simple Steps to Healthy Crop Soil are implemented, implementing them all (and it has to be all of them) will lead to good results in all soil-based plant-growing situations.

What are the benefits of healthy soil?

Better Yields. Healthy soil produces more abundant crops of higher quality that are less susceptible to pests and diseases, more drought resistant, and better tolerant of wind, heavy rain, hail, heat, and all the other mayhem that keeps farmers up at night.

Economic Return. In addition to better yields, crops will require less chemical input in terms of fertilizers and pesticides. This won’t happen overnight, or even necessarily in the first year or two. But in the long term, growers will find their input expenditures greatly reduced.

A Farm for the Kids. Restoring health to the soil in a sustainable way means that growers will leave their kids a productive, profitable farm that the kids, in turn, can also leave in good shape for the grandkids.

Saved Planet. Though not necessarily our immediate goal, following the 8 Simple Steps to Healthy Crop Soil will increase the amount of carbon sequestered in the soil and lower CO2 levels in the atmosphere, which will help reduce global warming and give our grandkids’ grandkids a decent world in which they can live and prosper.

With these impressive benefits in mind, let’s dig deeper into how to create healthy crop soil.

Download/read the complete White Paper here.

The Huma Gro Farmer Podcast: Episode 3 – Soil Biology and Soil Health with Zap®

By Jael Batty

In Episode 3 of The Huma Gro Farmer podcast, we discuss Soil Biology and Soil Health with Zap®. Because a healthy soil biology is vital to a healthy crop, we must rebuild soil biology after fumigant or pesticide use. We discuss this with our experts, Bio Huma Netics, Inc. President and CEO Lyndon Smith, and Eastern U.S. Sales Manager and Agronomist Barrett Smith. Join us as we discuss how Zap® rebuilds soil biology after fumigant/pesticide use. See show notes.

The Value of Humic Substances in the Carbon Lifecycle of Crops: Humic Acids, Fulvic Acids, and Beyond

humates

By Larry Cooper, with Rita Abi-Ghanem, PhD

Humic substances play an important role in soil fertility and crop yield. This article provides a basic overview of what humic substances are, how they are created, and how they work. Discussion is provided on how to add humic content to crop soil, including the use of commercial products such as the Huma Gro® line of carbon-rich organic acids.
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Micronutrients Are the Key to Better Yields

wheat

Experts say that utilizing the smallest nutrients can unlock the greatest potential.

By Larry Cooper, with Dr. Rita Abi-Ghanem

Micronutrients play a critical role in plant vigor, yield, and harvest quality. Yet, they are often overlooked when growers develop their nutrient programs. In this article, we provide an overview of what micronutrients are, the roles they play, how availability is affected by soil and other conditions, how to recognize deficiencies, and the important steps to take when developing a micronutrient plan for your crops.
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The Value of Humic Substances in the Carbon Lifecycle of Crops:

Humic Acids, Fulvic Acids, and Beyond.

A New White Paper from Huma Gro®

This white paper is based on an article by Huma Gro® staff originally published in the January 2017 issue of AgroPages Magazine.

Humic substances play an important role in soil fertility and crop yield. This article provides a basic overview of what humic substances are, how they are created, and how they work. Discussion is provided on how to add humic content to crop soil, including the use of commercial products such as the Huma Gro® line of carbon-rich organic acids.

Read Online       Download PDF

For more information on Huma Gro® Carbon-Rich Organic Acids, go to https://humagro.com/huma-gro-products/organic-acids/.

To view an online version of the complete Huma Gro® Product Catalog, go to http://bit.ly/HumaGroCatalog2017.

Saying Goodbye to Soil Fumigants

An Effective and Responsible Approach

A New White Paper from Huma Gro®

While the routine use of pre-plant soil fumigants has become standard practice for many growers over the years, problems with product availability, safety restrictions, ecological concerns, and soil sustainability have begun to call the practice into question. Growers are now faced with a dilemma: Fumigation has been an easy solution to many causes of decreased crop yields, but what options are available that are as effective to protect yield yet still responsible when it comes to health, safety, and environmental impact?

This article highlights sustainable alternatives to soil fumigation, including the combination use of two specific Huma Gro® products, Promax® and Zap®, that provide effective nematicide/fungicide actions while building a vigorous soil biology for the natural improvement of soil health and fertility.

Read Online      Download PDF

For more information on Promax®, click here.

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