The practice has many advantages. Let’s look at a few. First of all, an organic tillage system produces healthier crops because the root structure of the plants remains intact. In traditional tillage, the root structure is compacted out of the ground and eventually breaks down, releasing the nutrients that soil biology is designed to release.
This can often lead to a lack of nutrients being absorbed by the crop. In addition, crop residue that has not been planted over years may have clogged up the soil pores, resulting in poor soil compaction and increased weed growth.
Soil Compaction And Weed Growth
Organic no till farming systems produce crops that are free of both soil compaction and weed growth. In traditional till farming, crop residue that has not been planted over several years can be dug up and burned to clear the field. Removing this excess residue from the field limits the amount of soil that can be used for other plants, while reducing the nutrient-absorbing qualities of the crop.
With an organic tillage system, the crop residue remains on the field. This allows the soil to decompose on its own, releasing nutrients that soil biology is designed to release. Also, weed growth is reduced because the weeds have no place to grow. Finally, soil that has gone unfilled tends to be less compacted than soils with extensive tillage. This means that it holds more water, holding up to 10 times more water than traditional till systems.
Most Effective In Dealing With Weeds
Organic till systems are most effective in dealing with weeds. The herbicide that is used on the crop helps to prevent the weed seeds from germinating and growing. This acts as a form of soil compaction control. However, the best weed control comes from using a combination of herbicides and cover crops to control the weeds. Cover crops are those plants that repel weeds by forming a shield around them. Other types of soil compaction control products, such as herbicide-tolerant (HT) soybeans, copper (Zeocasting) corn, canola, alfalfa, horsetail, and sheep sorghum, also help to prevent soil compaction and weed growth.
Organic no-till systems require that crop rotation is part of the planting and the rotation is on a regular basis, about every seven years. Rotating crops allow the soil to rest between seasons. This helps to improve the structure of the soil and to store nutrients, which is otherwise lost due to siltation and compaction. It is important to make sure that the crop you plant will grow according to a structure that will support the planting, for example, if you are planting sorghum, it is important to make sure that you plant the seeds orthogonally, so that they are planted up towards the lightest branch.
Organic Till Market Gardening
If you are interested in organic till farming, you should definitely check out the “organic till market gardening” podcast on the Internet. This particular podcast provides an in-depth look at the benefits of switching over to an organic system of tillage, as well as the challenges you will face on the way.
You’ll learn how to create your own no-till system, how to protect and enhance your soil structure, and how to develop the appropriate marketing strategy. Additionally, you’ll learn about what to plant, when to plant, and what kind of pest management strategies you will need to use to control the weeds in your field.
Another benefit of listening to the “organic till garden podcast” is that it will equip you with vital information about organic matter. In particular, it will introduce you to no-till systems and organic matter processing methods, so that you can become more informed about the products you choose to use in your soil, and the materials you choose to build your structures in your soil. It is very important to educate yourself about the nutrients you need to use in order to produce a high quality crop – because that is the only way you will be able to ensure that you are meeting the needs of your consumers, and that you are profiting from every sales transaction you conduct. For this reason, it is important to pay attention to the soil biology and the soil science of organic matter as you grow crops in your fields.