1、Corn: Boron applications for increased yields of high

However, boron fertilizer may improve sweet corn yield and high-yield field corn output, especially on sandy soils in high rainfall regions, or with over-irrigation because soluble boron can be easily leached from the root zone.

2、Recent advances in micronutrient foliar spray for enhancing crop

Rather than soil application, a foliar application is more effective at enhancing plant inbuilt mechanisms, plant cell homeostasis, water relations, and productivity during abiotic stresses. However, excess foliar application will lead to abnormalities in crop growth and scorching.

3、Frontiers

Effective manipulation of the BR signal and avoidance of side effects are required to enhance yield in different crops. Application of BR by spraying at specific developmental stages can enhance crop yield, but this method is impractical for use on a large scale.

Phytochemical responses of camelina to brassinolide and boron foliar

The main hypothesis of our study was that the combined application of brassinosteroid and boron would be an agronomic tool to reduce the negative effects of drought by increasing physiological and biochemical traits in camalina.

‌Core formula of corn foliar fertilizer spraying

‌Zinc-boron micro-fertilizer (chelated zinc + borax)‌ 73% of my country's soils are zinc-deficient and 84% are boron-deficient. Supplementation can reduce the problems of bald tips and deformed ears, and increase yield by more than 15%.

EFFECT OF FOLIAR SPRAYING STAGE BY MANGANESE AND BORON ON GROWTH

rogen, Phosphate and Potassium Fertilizers were added according to their recommendations. The results indicated that the spraying treatment with Manganese at concentration (50 mg.L-1), the spraying treatment with boron at concentration of (4 mg.L-1) and spraying stage (45 days) were significantly excelled by giving them the lowest averages for ...

Understanding brassinosteroid

Brassinosteroids (BRs) play a crucial role in regulating multiple biological processes in plants, particularly those related to crop productivity and stress tolerance.

Application of brassinosteroids for improving crop production: from

Currently, there are no environmentally friendly and cost-effective methods of remediation of contaminated areas, which would allow to reduce or neutralize the negative effect of anthropogenic factors on phyto- and agrophytocenoses.

Does boron fertilizer use increase corn and soybean yields?

His conclusions corroborate the findings by Dr. Savoy where there was no significant additive effect of boron fertilization on corn or soybean grain yield, particularly at the recommended rate (1 lb boron per acre) for boron deficient soils (Tables 3 – 4).

Boron: The Secret to High Yield Corn

Boron toxicity in corn is extremely rare and is usually triggered by improper application of the nutrient. Always ensure your application rate is correct for individual field conditions and ideally use variable rate prescriptions to apply the boron.

Spraying brassinosteroid-boron fertilizer on corn is a modern agricultural technique aimed at improving crop yield and quality. Below is a detailed analysis of its effects, application methods, and precautions:

I. Effectiveness Evaluation

1. Promoting Growth and Development

• Root Health: Brassinosteroid-boron fertilizer enhances root development, improves nutrient absorption from the soil, and boosts overall growth speed and plant robustness.
• Chlorophyll Synthesis: It stimulates chlorophyll production, increasing photosynthetic efficiency, which aids in nutrient accumulation and biomass growth.
• Stress Resistance: The fertilizer strengthens the crop’s tolerance to drought, cold, diseases, and other adverse environmental conditions, reducing the impact of natural disasters.

2. Yield Improvement

• Kernel Plumpness: It increases grain weight, enhancing both corn yield and quality.
• Ear Position: By promoting stem elongation, it raises the ear position, contributing to higher total yields.
• Yield Increase: Studies show an average yield increase of 5%-10% after spraying, though results vary by crop variety, climate, and other factors.

3. Quality Enhancement

• Color: Spraying improves corn color, making it more visually appealing.
• Taste and Nutrition: It elevates the crop’s quality, resulting in better taste and nutritional value.
• Storage Life: Improved quality extends storage duration, reducing post-harvest losses.

II. Application Methods

1. Dilution Ratio

• Dilute the fertilizer in water according to product instructions (e.g., 100-200 ml per mu).
• Apply the solution evenly around the root zone, avoiding direct contact with leaves.
• Ensure uniform spraying for balanced nutrient distribution.

2. Timing

• Choose sunny, windless weather to prevent rain from washing away the solution.
• Optimal spraying times are early morning or evening when temperatures are lower, minimizing evaporation and maximizing efficacy.
• Prune plants before spraying to facilitate absorption and translocation.

3. Frequency

• Adjust frequency based on growth stages and weather.
• Spray every 7-10 days during early and mid-growth stages; reduce frequency during maturity.
• In dry or hot conditions, increase spraying frequency to support healthy growth.

III. Precautions

1. Safety Interval

• Adhere to safety intervals between applications and avoid mixing with other pesticides to prevent adverse reactions.
• Follow product manuals for crop compatibility, usage, and restrictions.
• Use personal protective equipment (PPE) to avoid inhalation or ingestion.

2. Environmental Impact

• Be cautious of potential environmental risks, such as water pollution or soil degradation.
• Monitor crop health and soil conditions, adjusting strategies as needed.
• Conduct risk assessments before use to mitigate ecological harm.

3. Economic Costs

• Evaluate cost-effectiveness based on crop profitability, as the fertilizer is relatively expensive.
• Research market prices and plan budgets carefully.
• Track crop performance and yields to justify investment.

Spraying brassinosteroid-boron fertilizer is an effective technique for boosting corn yield and quality. success depends on proper application, adherence to safety guidelines, and economic feasibility. Scientific use of this fertilizer can significantly enhance corn growth, development, and productivity.