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.
Research has shown that the coffee plant is one of the most sensitive species to boron deficiency.
Boron (B) is an essential micronutrient for all plant species. In agriculture, boron is one of the most deficient minerals in soil around the world.
Boron (B) deficiency is directly affected by boron mobility or immobility in plants. In those species in which boron is immobile in the phloem, foliar-applied boron will not be translocated from the site of application. This means there is not enough boron to adequately supply the plant cells that are required for tissue formation. In those species where boron is immobile via phloem, boron must be applied via soil.
Boron is an important micronutrient for the development of nitrogen-fixing root nodules in legumes.
Fertilizing is an art form for anyone deeply involved in agriculture. The balance of nutrients, the type of fertilizers, and their application methods can make or break your yield. If you're specifically looking for a boron fertilizer for foliar application, U.S. Borax is here to help you understand why
Solubor might be an excellent fit for your needs.
Scientific research over the years has studied the patterns of absorption, partitioning, and remobilization of nutrients in soybean cultivation. In recent years, studies have shown that the potential for nutrient accumulation—including boron—has increased significantly due to current high productivity levels.
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.
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.
Katherine Warington was a pioneering scientist whose work on boron and its importance in plant nutrition has had a lasting impact on the field of agriculture.