1、Effect of Boron and Bio

to sesame generally improves capsule growth by synthesizing tryptophan and auxin. The enhancement effect on capsules/plant, seeds per capsule attributed to the favorable influence of boron ...

2、Foliar application of boron positively affects the growth, yield, and

The objective of this study was to determine the optimal concentration of boron (B) to obtain the highest growth, yield, and oil content of black sesame. A field experiment was conducted in a completely randomized block design with five treatments and five replications.

3、Effect of Combined Application of Nitrogen and Boron on Yield

So, the combined application of nitrogen and boron can increase the yield of sesame. From these perspectives, an experiment was carried out to study the effect of nitrogen and boron application on yield contributing characters and yield of sesame.

Effect of boron and sulphur on yield and quality of sesame (Sesamum

Sulphur and boron application significantly increased the plant height, number of capsules per plant, and stover yield. Sulphur application significantly increased seed yield up to 40 kg ha-1. Boron application increased seed yield significantly up to the highest level.

(PDF) EFFECT OF NITROGEN AND BORON ON AVAILABLE NUTRIENTS IN SESAME

From the study, it was found that nutrient uptake of sesame plant and the nutrient concentration in post-harvested soil such as total N, available P, exchangeable K, available S and available B was increased with the increasing of nitrogen up to a certain level and boron supply.

Dose and method of application of fertilizers in sesame field

Sesame is an important oilseed crop due to its different types of commercial application. The produced oil from sesame uses for food and beauty care product preparation due to its high...

EFFECT OF NITROGEN AND BORON ON THE GROWTH AND YIELD OF SESAME

trogen and boron fertilizers play an important role in improving sesame yield. But research work related to nitrogen and boron fertilizer on sesame are limited in Bangladesh. However, some of the important and informative research findings related to the nitrogen and b

Foliar application of boron positively affects the growth, yield, and

Abstract The objective of this study was to determine the optimal concentration of boron (B) to obtain the highest growth, yield, and oil content of black sesame. A field experiment was conducted in a completely randomized block design with five treatments and five replications.

(PDF) Effect of Boron and Bio

Among boron levels application of 7.5 kg boron/ha recorded highest nutrient uptake, seed yield, stover yield and harvest index and it was on par with application of over application of 5.0...

(PDF) Nitrogen and Boron Effects on Sesame Yield and Traits

The objective of this study was to determine the optimal concentration of boron (B) to obtain the highest growth, yield, and oil content of black sesame. A field experiment was conducted in a completely randomized block design with five treatments and five replications.

Sesame, as a critical oil-bearing crop, plays a pivotal role in China's agricultural production. Boron, an essential micronutrient for plant growth, significantly impacts sesame development and yield. Mastering proper boron fertilizer application is crucial for enhancing sesame productivity and quality. Below is a detailed guide on optimizing boron fertilizer use for sesame.

I. Selecting Appropriate Boron Fertilizer Types

1. Borax: A common form of boron fertilizer with high boron content, suitable for various soils. it dissolves readily in acidic soils, potentially causing boron loss. Adjustments based on soil pH are recommended.
2. Boric Acid: A water-soluble boron source ideal for acidic soils. It is easily absorbed by plants and minimizes soil pH fluctuations, making it safe for long-term use.
3. Boron-Magnesium Fertilizer: Combines boron and magnesium, addressing both nutrient deficiencies and improving overall plant nutrition.

II. Timing and Application Methods

1. Fertilization Timing: Sesame requires the most boron during early growth and flowering stages. Apply boron:
   • As a base application: Before sowing or within a week post-sowing.
   • Foliar spraying: Around flowering for direct absorption.
2. Application Methods:
   • Base application: Spread boron evenly on soil surface, then incorporate into the soil.
   • Foliar spraying: Dilute boron fertilizer and spray onto leaves for rapid absorption.

III. Dosage Control

1. Optimal Rates: Apply 5–10 kg/mu (0.5–1 kg/ha) of boron fertilizer, adjusted for soil fertility, crop needs, and climate. Excessive boron can inhibit growth due to toxicity.
2. Split Applications: To avoid overloading soil, divide boron into two doses (e.g., half pre-sowing, half during flowering).

IV. Coordination with Other Fertilizers

1. Phosphorus Fertilizer: Phosphorus enhances boron uptake. Pairing boron with phosphate fertilizers amplifies their synergistic effects.
2. Potassium Fertilizer: Potassium regulates plant water balance, aiding boron absorption. Combine boron with potassium to boost efficiency.

V. Field Management Practices

1. Irrigation: Maintain consistent soil moisture, especially in dry regions, to prevent boron stress.
2. Pest/Disease Control: Monitor fields for pests/diseases during boron application. Prompt intervention ensures healthy crop development.

VI. Farmer Education and Guidance

1. Knowledge Dissemination: Conduct training sessions and distribute materials to educate farmers on boron’s role, application techniques, and precautions.
2. On-Site Technical Support: Agricultural experts should provide field demonstrations and tailored advice to ensure farmers master best practices.

Proper boron fertilizer use is vital for maximizing sesame yields and quality. By selecting suitable boron sources, timing applications correctly, controlling dosages, and integrating with other nutrients, farmers can harness boron’s full potential. Coupled with robust field management and expert guidance, these strategies ensure sustainable sesame cultivation and productivity growth.