As any farmer knows, preventing disease and parasites is a constant battle. Boron application is well-known for its support of plant health from root to flower; it also may be a powerful defense against certain parasites.
Soil can lose essential water-soluble nutrients needed for crop growth due to excessive rain or irrigation. This process is referred to as
leaching. Depending on factors like soil structure and local climate, some soils may leach more than others.
There are dozens, if not hundreds, of products to choose from as you’re planning your fertilization program. From various blends of granular and powder to liquid formulations, there are numerous nutrient variables. How can you cut through the clutter to find out what you really need?
From where your farm is located to the type of soil you have, many factors can affect boron levels. Learn more about what you need to ensure your soil’s boron levels are adequate for your crops.
Boron is an important micronutrient for the development of nitrogen-fixing root nodules in legumes.
Soil health takes the lead in regenerative agriculture approaches. Regenerative agriculture is an approach to farm management that focuses on soil health and restoration while being conscientious of the unique relationship farming has with the environment. As you consider increasing the use of regenerative agriculture practices on your farm, U.S. Borax can play a key role in the impact of boron in your farm’s soil health journey.
Low pH soil is a good indication of boron (B) deficiency. In general, the tropical regions of the world have old and weathered soils with low organic matter. These conditions are favorable to the loss of various nutrients by leaching, especially boron.
Arsenic (As) is a naturally occurring, toxic heavy metal dispersed in the environment through a variety of industrial, mining, and agricultural activities. High levels of arsenic can cause toxicity in cultivated plants and potential soil pollution.
Soil plays a major role in determining the availability of boron in plants. Boron is taken up by plant roots from the soil solution. Learn about the science behind boron adsorption and deficiency.
For a century, we've known that boron is an essential nutrient for plants. But what we’ve recently learned is that boron can play a key role in aiding plants with drought resistance.