1、Mung Bean

🌱 Effective fertilization methods include broadcasting, side-dressing, and foliar feeding for mung beans. 📈 Monitor plant health for nutrient deficiencies; yellowing leaves signal the need for fertilizer.

2、Phosphorous fertilization alleviates shading stress by regulating leaf

Due to its nitrogen (N)-fixing qualities, mung bean is ideal for intercropping and it plays an important role in adjusting the planting structure, especially in fragile ecological environments, such as the Loess Plateau.

3、(PDF) Performance of different fertilizers and plant spacing on the

The nitrogen fertilizer utilization, residual, loss and dry-matter transportation, leaf area, photosynthetic potential, and wet-basis moisture content of mung bean were discussed.

4、IMPACT OF ADDED FOLIAR SPRAY OF UREA AND BORON ON GROWTH AND YIELD OF

REVIEW OF LITERATURE of mung bean have been carried out in Bangladesh as well as many other countries of the world. In this chapter, an attempt has been made to review the available information in home and abroad

Optimizing growth and yield in Mung Bean (Vigna radiata L.) through

Planting: Mung bean seeds were sown at a recommended depth and density, following local agricultural guidelines. Chemical fertilizers were applied at sowing and as a top dressing at the flowering stage. Organic manures were incorporated into the soil two weeks before planting.

Zinc and Boron Foliar Application Effects on Primed Mung Bean Growth

ar micronutrient treatment on primed mung bean substantially influenced growth and yield parameters. Growth indicators for mung bean exhibited a positive trend when zinc and boron were jointly applied to primed seeds with gibberellic acid, followed by a decline in the contro.

(PDF) Effect of foliar application of nitrogen and micronutrients on

Foliar application of N or N plus micronutrients increased leaf area, specific leaf weight, chlorophyll content, total dry mass, flower number and reproductive efficiency, yield attributes and...

Mungbean management manual 2nd edition

All stages of crop production and processing have to comply with strict hygiene practices to ensure the crop meets the highest standards for food safety and hygiene. The quality of mungbean seed is important as processors need unmixed varieties with a high germination percentage.

Best NPK fertilizer for Mung bean

Mung beans have high requirements for the balanced distribution of several trace elements such as N, P, K and B, Mo, Zn, Mn, etc. Soil measurement and fertilizer must be taken to achieve high and stable production requirements.

RESPONSE OF MUNG BEAN TO UREA APPLICATION, SPRAYING TIMES OF FOLIAR

Spraying foliar fertilizer number gave high plant pods number, pod seeds number and seeds yield compared to control and spraying three times was superior by giving (28.6, 7.2 and 1454 kg ha-1).

When applying foliar fertilizer to mung beans, several key precautions must be followed to ensure effective nutrient utilization and healthy crop growth. Below are detailed guidelines:

I. Choosing the Appropriate Foliar Fertilizer

1. Determine the Type of Fertilizer

• Nitrogen Fertilizer: Promotes leaf growth, enhances photosynthetic efficiency, and increases yield.
• Phosphate Fertilizer: Supports root development and improves disease resistance.
• Potassium Fertilizer: Boosts stress resistance and accelerates fruit maturation.
• Microelements: Such as boron, zinc, and iron, which address specific growth stages or alleviate certain diseases.

2. Consider Soil Conditions

• Select fertilizers based on soil pH. For example, use acidic fertilizers for alkaline soils and alkaline fertilizers for acidic soils.
• Analyze soil nutrient content and choose fertilizers to supplement deficient elements.

3. Align with Crop Needs

• Tailor fertilizer selection to the mung bean’s specific requirements (e.g., higher nitrogen for rapid growth).
• If the crop is affected by pests or diseases, incorporate targeted microelement fertilizers.

II. Proper Dilution of Foliar Fertilizer

1. Follow Dilution Instructions

• Use recommended dilution ratios (typically 0.1%–0.3% by weight). Incorrect concentrations may reduce effectiveness.
• Dilute with clean water to avoid introducing impurities or harmful substances.

2. Control Temperature and Timing

• Apply the solution at optimal temperatures, as extreme heat or cold can hinder absorption.
• Spray during early morning or late evening when leaves are dry, maximizing absorption.

III. Ensure Even Application

1. Use a Fine-Mist Sprayer

• Choose a sprayer with good atomization to cover leaves uniformly.
• Avoid over-application to prevent waste or foliage damage.

2. Achieve Uniform Coverage

• Start from the top of the plants and work downward, ensuring all leaves receive adequate fertilizer.
• Avoid repeated spraying on the same leaves to prevent chemical buildup or burning.

IV. Monitor Plant Responses and Adjust

1. Observe Crop Reactions

• Track growth indicators like leaf color, size, and overall vigor to assess fertilizer effectiveness.
• Watch for adverse effects (e.g., leaf scorching, abnormal growth) and modify strategies promptly.

2. Refine Based on Results

• Continue using effective fertilizers if positive changes occur.
• Discontinue and replace any fertilizers causing negative reactions.

V. Safe Storage and Handling

1. Store Fertilizers Properly

• Keep fertilizers in cool, dry areas away from direct sunlight and heat sources.
• Seal containers tightly to prevent moisture loss or evaporation.

2. Prevent Misuse and Environmental Contamination

• Store fertilizers out of reach of children to avoid accidental ingestion.
• Dispose of leftover solutions responsibly—do not pour into drains or waterways.

By adhering to these guidelines, foliar fertilization can optimize mung bean yields while safeguarding crop health and environmental sustainability.