1、Does Watermelon Need Boron Fertilizer? Why?

In this comprehensive guide, we will delve into the world of watermelon nutrition, exploring the importance of fertilizers, the types of fertilizers suitable for watermelon plants, and practical tips for optimal fertilization.

2、Nitrogen and boron nutrition in grafted watermelon II: Impact on

Boron fertilizers are frequently used to overcome B-deficiency; however, their excessive application could cause B toxicity. Boron deficiency causes vegetative and reproductive defects in plants; therefore, it must be supplied in sufficient quantities.

3、Application of boron fertilizer and topping on female parent seed

The purpose of this research was to obtain the dose of Boron fertilizer and topping on the seed production of watermelon female parent. The research was conducted from September 2021 to December 2021.

Effect of Boron (B) and lime on production of watermelon in dystrophic

Boron fertilization increased the productivity of watermelon, when the base saturation was increased to 70%. We recommend 2.4 kg.ha-1 of boron. However, the acceptable range is 2 to 4 kg.ha-1 of boron, because promoting higher productivity and fruits of watermelons with higher quality when cultivated in dystrophic yellow latosol under ...

Watermelon boron increase production and quality

Application of boron fertilizer has a promoting effect on the growth and development of watermelon. According to the test, the application of boron fertilizer in watermelon, the rate of increase of 7.4%, an increase of 11.7%, sweetening 0.7 degrees.

Application of boron fertilizer a

Abstract High quality watermelon fruit can be influenced by the quality of the seeds planted. The purpose of this research was to obtain the dose of Boron fertilizer and topping on the seed production of watermelon female parent. The research was conducted from September 2021 to December 2021.

Watermelon Fertilizer Management: Application Schedule and Methods

Fertilizer plays an important role in Watermelon development, ensuring they reach their full size, flavor, and overall quality. Fertilizer management in Watermelon is a crucial aspect of cultivating this juicy and delicious fruit.

Long

In this study, based on an 8-year field experiment, we evaluated soil health and ecosystem multifunctionality under different fertilization treatments.

Application of boron fertilizer and topping on female parent seed

High quality watermelon fruit can be influenced by the quality of the seeds planted. The purpose of this research was to obtain the dose of Boron fertilizer and topping on the seed...

RESEARCH ON THE CONSUMPTION OPTIMIZATION OF CHEMICAL AND ORGANIC

the fertilizers based on organic compounds of boron in combination with organic and chemical fertilizers showed the role of boron in the development and growth of plants (Table 2). The content o

I. Introduction In agricultural production, the rational application of fertilizers is a key factor in improving crop yield and quality. Boron fertilizers, as essential microelement fertilizers, play a crucial role in the growth and development of crops such as watermelon. This article will explore the significance of boron fertilizers for watermelon, their applications, and effects during production.

II. Definition and Classification of Boron Fertilizers

1. Definition Boron fertilizers refer to fertilizers containing boron elements, including various forms such as borates, boron ammonium salts, and borax. Boron is an essential microelement for plant growth and plays a vital role in plant development.

2. Classification Based on chemical composition, boron fertilizers can be divided into the following categories:

   • Borates: Such as borax, calcium borate, and magnesium borate. The boron in these fertilizers exists in ionic form, which is easily absorbed by plants.
   • Boron Ammonium Salts: Such as ammonium borate and ammonium bicarbonate borate. The boron in these fertilizers also exists in ionic form, facilitating plant absorption.
   • Others: Such as aluminum borate and zinc borate. The boron in these fertilizers is less efficiently absorbed by plants compared to the above categories.

III. The Importance of Boron Fertilizers for Watermelon

1. Promoting Growth and Development Boron fertilizers can promote the growth of watermelon plants and enhance their stress resistance. Studies have shown that appropriate application of boron fertilizers significantly increases watermelon yield and quality.

2. Improving Fruit Quality Boron fertilizers enhance the quality of watermelon fruits. Appropriate application increases sugar content, taste, and nutritional value, making watermelons more delicious.

3. Enhancing Disease Resistance Boron fertilizers strengthen the disease resistance of watermelon plants. Proper use effectively prevents and controls diseases like Fusarium wilt and root rot, reducing the incidence of pests and diseases.

4. Boosting Photosynthesis Boron fertilizers promote photosynthesis in watermelon plants. Appropriate application increases chlorophyll content in leaves and photosynthetic efficiency, providing ample nutrients for growth.

IV. Application and Effects of Boron Fertilizers in Watermelon Production

1. Application Methods Boron fertilizers can be applied through basal dressing, topdressing, or foliar spraying. The choice depends on the growth stage and soil conditions of watermelons.

2. Dosage The amount of boron fertilizer should be determined based on soil test results and crop requirements. Generally, 5–10 kg per mu (0.067 hectare) is optimal. Excessive application may lead to boron accumulation, harming soil health and crop growth.

3. Timing Application timing varies with watermelon growth stages. Applying appropriate amounts during early, middle, and late stages maximizes yield and quality improvements.

boron fertilizers are critical for watermelon production. Proper application promotes plant growth, improves fruit quality, enhances disease resistance, and boosts photosynthesis, significantly increasing both yield and quality. boron fertilizers should be prioritized in watermelon production, with dosage and timing adjusted based on soil tests and crop needs.