1、Effects of different fertilizer types and fertilization methods on

It is recommended to adopt the green and efficient cultivation technology of reducing nitrogen and increasing calcium. It is also possible to apply the special compound fertilizer for peanut and support the efficient cultivation technology of layered fertilization.

2、Effects of long

This study aimed to investigate changes in peanut (Arachis hypogaea L.) yield and kernel quality, and changes in copper (Cu), zinc (Zn), lead (Pb), and cadmium (Cd) concentrations in soil and peanut kernels after 16 years of continuous cropping with different fertilization treatments.

3、Growing Peanuts – Fertilizers for Peanuts

Peanuts grow best in a soil pH range of 6.0-7.5, with liming recommended for pH levels below 6.0 to enhance fertilizer efficiency. Well-drained, light-colored, loose, friable sandy loams with high levels of calcium (Ca) and moderate organic matter are ideal for peanut cultivation.

4、Types of High

This article provides peanut fertilizer recommendations and explains how to maximize your yields by understanding peanut nutrient requirements and implementing effective peanut nutrient management.

Is Using Only Phosphate Fertilizer Sufficient for Peanut Cultivation?

Peanut seedlings need less fertilizer, but if the application of base fertilizer is insufficient or no base fertilizer is applied and summer peanuts are planted, nitrogen fertilizer should be properly applied to promote seedling emergence and flower bud differentiation.

What is the Best Fertilizer for Peanuts? Maximize Your Yields

This article provides peanut fertilizer recommendations and explains how to maximize your yields by understanding peanut nutrient requirements and implementing effective peanut nutrient management.

Peanut special fertilizer

Main Technical Indicators: Organic matter content ≥15%, Total nutrients ≥30% (N-P-K: 12-8-10), Effective viable bacteria count ≥200 million/g. Usage Method: When ridge planting, apply 50-60 kg of the peanut-specific fertilizer per mu (0.0667 hectares) at a rate of 30%.

Impact of Various Organic Fertilizers on the Growth, Yield, and Soil

fertilizer (T2), pig manure compost (T3), and chicken manure compost (T4), while chemical fertilizer (T1) and no fertilizer (CK) were used as contr. ls. The study investigated peanut agronomic traits, yield and its contributing factors, soil physical and chemical properties, and peanut .

Increasing Growth and Yield of Peanuts with Various Types and Dosages

This research aims to obtain the right organic fertilizer type and dosage to increase peanut production.

Seasonal differences in yield and fertilizer use efficiency of

Thus, this study evaluated the effects of timing and splitting Ca applications on the dry matter accumulation and partition, fertilizer use efficiency, and yield of different low-Ca-tolerant peanut varieties (low-Ca-sensitive Jihua 16 and low-Ca-tolerant Yueyou 45) in the early and late seasons.

Specialized fertilizers for peanut cultivation primarily include organic fertilizers, chemical fertilizers, and bio-bacterial fertilizers. Each type has distinct characteristics and applicable scenarios. Proper usage can effectively enhance peanut yield and quality.

Organic Fertilizers:

1. Farmyard Manure: Includes livestock manure, crop straw, and green manure. Rich in organic matter and trace elements, it provides diverse nutrients for peanut growth, improves soil structure, and enhances water- and nutrient-retention capacities. It also promotes root development and disease resistance. excessive use may lead to soil salinization.

2. Commercial Organic Fertilizers: Includes bio-organic fertilizers and compound organic fertilizers. These are prepared through microbial fermentation or chemical synthesis, containing beneficial microorganisms and nutrients. They rapidly replenish soil nutrients, boost fertility, regulate soil pH, and reduce pest/disease risks. they are relatively expensive and may pose heavy metal contamination risks.

3. Green Manure: Includes leguminous plants (e.g., alfalfa, Chinese milk vetch) and other nitrogen-fixing crops. During growth, they fix atmospheric nitrogen, supplying nitrogen to peanuts. They also improve soil structure and organic matter content. their long growth cycle delays effectiveness.

Chemical Fertilizers:

1. Nitrogen Fertilizers: Such as urea and ammonium nitrate. Promote stem and leaf growth, photosynthesis, and early-stage peanut development. Excessive use, may cause excessive late-stage growth, compromising quality.

2. Phosphate Fertilizers: Such as superphosphate and diammonium phosphate. Enhance root development, disease resistance, and drought tolerance. Overuse may increase root disease risks.

3. Potassium Fertilizers: Such as potassium sulfate and potassium chloride. Improve stress resistance, disease resistance, and maturation. Excessive use may reduce peanut quality.

Bio-Bacterial Fertilizers:

1. Plant Growth-Promoting Microorganisms: Optimize soil microbial communities, enhance fertility, water retention, and nutrient availability. Stimulate root development and disease resistance.

2. Phosphate-Solubilizing Bacteria: Decompose insoluble soil phosphorus, improving phosphorus availability. Neutralize soil acidity to prevent acidification.

3. Potassium-Solubilizing Bacteria: Release insoluble soil potassium, enhancing potassium availability. Mitigate soil acidity.

4. Silicon-Solubilizing Bacteria: Mobilize insoluble soil silicon, increasing silicon availability. Reduce soil acidity.

5. Aluminum-Solubilizing Bacteria: Extract insoluble aluminum, improving aluminum availability. Prevent soil acidification.

6. Zinc-Solubilizing Bacteria: Unlock insoluble zinc, boosting zinc availability. Counteract soil acidity.

7. Copper-Solubilizing Bacteria: Dissolve insoluble copper, enhancing copper availability. Alleviate soil acidity.

8. Iron-Solubilizing Bacteria: Release insoluble iron, improving iron availability. Reduce acidic soil conditions.

9. Manganese-Solubilizing Bacteria: Activate insoluble manganese, increasing manganese availability. Prevent soil acidification.

10. Boron-Solubilizing Bacteria: Mobilize insoluble boron, optimizing boron availability. Mitigate soil acidity.

specialized peanut fertilizers vary widely, each with unique roles and applications. In practice, select fertilizer types and dosages based on peanut growth stages and soil conditions to achieve optimal results. Emphasize balanced formulations and proper application methods to avoid overuse or misuse-related issues.