1、Frontiers

In conclusion, applying slow-release B fertilizer is an effective strategy to increase sugar beet yield and quality in northeast China, with a recommended application rate of 30 kg ha -1. These findings established a baseline for formulating effective and futristic fertilizer for sugar beet.

2、Optimizing boron and zinc supplementation for cane growth and its

Significant individual effects of boron and zinc on sugarcane growth and yield was observed.

3、Adequate Boron Supply Modulates Carbohydrate Synthesis and

In this context, the authors aimed to assess the effects of B availability on sugarcane root and shoot development, nutrient status, and carbohydrate synthesis and allocation in two sugarcane varieties recommended for the same production environment using hydroponic solution.

(PDF) Adequate Boron Supply Modulates Carbohydrate Synthesis and

In this context, the authors aimed to assess the effects of B availability on sugarcane root and shoot development, nutrient status, and carbohydrate synthesis and allocation in two sugarcane...

Boron deficiency in Sugarcane

Although boron is essential to the health and quality of sugar cane, it’s often the most deficient micronutrient in sugar cane plantations. Boron plays a crucial role in a number of vital processes and is highly important for sugar cane yield.

Sugarcane productivity and sugar yield improvement: Selecting variety

In particular, the selection of the most productive variety and the use of an optimal fertilizer rate and plant bioregulator are critical for increasing sugarcane productivity and sugar yield.

Effects of fertilization depth on sugarcane quality and soil fertility

Currently, the primary nutrients applied to sugarcane in China include potassium chloride, superphosphate, and urea, with application rates varying between 500 and 750 kg/ha, 1500–2250 kg/ha,...

UTILIZATION OF BORON ( 10 B) DERIVED FROM FERTILIZER BY SUGAR CANE (1)

With the objective of evaluating sugar cane use of B (10 B) derived from fertilizer (boric acid), an experiment was conducted under field conditions in the 2005/2006 growing season.

Optimizing boron and zinc supplementation for cane growth and its

In sugarcane, boron deficiency impairs sugar translocation and weakens structural integrity, leading to impaired growth and reduced productivity 18.

(PDF) Slow

Boron fertilizer can increase soil B content and significantly improve crop yield and quality. At present, the effects of slow-release B fertilizer on beet root yield and quality remain...

Sugarcane is an important economic crop whose growth process requires a large amount of nutrients, among which boron is one of the indispensable elements. Granular boron fertilizer, as a boron supplement, is widely used in the fertilization of sugarcane and other crops. Below is a detailed introduction to the specific methods and precautions for using granular boron fertilizer in northern China.

I. Functions and Importance of Granular Boron Fertilizer

1. Promotes Sugar Synthesis: Boron plays a critical role in sugar synthesis in sugarcane. It can promote the synthesis of sucrose, increase the sugar content of sugarcane, and thus enhance both its yield and quality.
2. Enhances Disease Resistance: Boron strengthens the disease resistance of sugarcane, reducing the incidence of pests and diseases, lowering the use of pesticides, and thereby decreasing environmental pollution.
3. Supports Root Development: Boron promotes the growth of sugarcane roots, enhances their absorption capacity, and improves the utilization of water and nutrients by the plant.
4. Improves Yield and Quality: The use of granular boron fertilizer effectively increases sugarcane yield and quality, boosting farmers' income.

II. Selection and Application of Granular Boron Fertilizer

1. Choose Suitable Granular Boron Fertilizer: Select reliable, stable, and moderate-concentration products. Opt for well-known brands and certified products to ensure the effectiveness and safety of boron.
2. Determine Timing and Dosage: Based on sugarcane growth stages and soil conditions, decide when and how much to apply. Generally, apply during early, middle, and late growth stages to maintain healthy development and high yields.
3. Application Methods: Granular boron fertilizer can be directly spread around the root zone or mixed with organic fertilizers. Follow the principle of "small amounts, multiple applications" to avoid excessive boron loss.
4. Consider Environmental Factors: Avoid applying under high temperatures, humidity, or adverse weather to prevent reduced effectiveness or damage to sugarcane growth.

III. Precautions

1. Avoid Overapplication: While beneficial, excessive granular boron fertilizer may cause boron toxicity. Carefully control dosage and frequency.
2. Combine with Other Fertilizers: Pair granular boron fertilizer with nitrogen, phosphorus, and other fertilizers to meet sugarcane’s diverse nutritional needs and improve efficiency.
3. Check Soil pH: Soil acidity/alkalinity affects boron effectiveness. Test soil pH before application to select appropriate boron products.
4. Clean Up Residuals: Remove leftover fertilizer to prevent environmental contamination. Avoid scattering to minimize ecological and health risks.

using granular boron fertilizer for sugarcane in northern China is an effective practice. Proper selection and application can significantly enhance growth, yield, and quality. attention to dosage, environmental factors, and safety measures is crucial to ensure optimal results and sustainability.