1、(PDF) Effect of Different Application Methods of Zinc and Boron on

The results of this investigation revealed that the application methods of zinc and boron positively affect the growth and yield of cabbage whereas foliar application of these nutrients...

2、Effect of nano zinc and boron on growth and yield of cabbage (

To find out the effect of nano zinc and boron on growth and yield of cabbage. The experiment was laid out in randomized block design with twelve treatments replicated thrice. Foliar sprays of micronutrients were given as Zinc sulphate @ 0.5 %, Borax @ 0.25 %, Nano zinc @ 24 and 30 ppm through Zn EDTA, Boron @ 160 and 200 ppm through solubar.

3、Soil and Foliar Nutrition of Calcium, Magnesium and Boron

An experiment was carried out to study the effect of soil and foliar application of calcium, magnesium and boron on growth, yield and quality of cabbage .The result revealed that application of calcium and boron as foliar spray and magnesium as soil application recorded the maximum plant height (37.12 cm), number of leaves per plant (32.66 ...

4、Effect of spraying with balanced nano fertilizer and boron on

ABSTRACT krit University, to study the effect of foliar application of balanced nano-fertilizer and boron on two hybrids of cabbage Brassica oleracea var. capitata L. The experiment included three factors, the first factor is three concentrations of balanced nano-fertilizer viz, 0, 20 and 30 g

5、View of Effect of Different Application Methods of Zinc and Boron on

The results of this investigation revealed that the application methods of zinc and boron positively affect the growth and yield of cabbage whereas foliar application of these nutrients always makes higher growth parameters with yield.

The Effects of Calcium

Calcium-magnesium-boron fertilizer, as a new type of plant nutrient, offers several advantages, such as promoting plant growth, enhancing resistance to stress, and improving soil structure.

Effect of boron levels on growth and yield of Cabbage (cv

Abstract: A pot experiment was conducted to investigate the effect of B levels on growth, yield and yield components of cabbage during October 2004 to January 2005 in calcareous soils of Bangladesh. The genotype of cabbage was “KS Cross F. 1 hybrid”, which is suitable for pot experiment.

Effect of Nano

Abstract Research into the impact of spraying balanced Nano-fertilizer and boron on the vegetative growth characteristics of two hybrids of the cabbage plant, Brassica oleracea var. capitata L., was conducted during the 2021/9/1 agricultural season at the Horticultural Research Station and Landscape - Agriculture College - Tikrit University.

(PDF) Effect of Different Application Methods of Zinc and Boron on

The results of this investigation revealed that the application methods of zinc and boron positively affect the growth and yield of cabbage whereas foliar application of these nutrients always makes higher growth parameters with yield.

Long

The addition of boron (B) fertilizers to soils with low B content is required for augmenting crop yield. Therefore, it is imperative to have knowledge about the impact of long-term B addition at various dosages on crop yield and soil-B dynamics.

Boron fertilizer is a commonly used micronutrient fertilizer in agricultural production, playing a critical role in crop growth. During cabbage cultivation, foliar spraying of boron fertilizer effectively promotes its development, improving yield and quality.

I. Roles and Benefits of Boron Fertilizer

1. Promotes Cell Division and Elongation: Boron fertilizer stimulates plant cell growth, particularly during stem and leaf development. It accelerates cell division and elongation, resulting in sturdier plants.

2. Enhances Stress Resistance: Boron improves disease resistance, strengthening the plant’s ability to fend off pests and diseases while reducing the incidence of infections. It also boosts tolerance to adverse environmental conditions, such as drought and salinity.

3. Supports Pollen Development and Pollination: Boron ensures normal pollen formation and smooth pollination, increasing fertilization rates and fruit set. This is especially vital for cabbage, which relies heavily on effective pollination to form heads.

4. Boosts Photosynthetic Efficiency: By enhancing photosynthesis, boron increases organic matter accumulation, leading to higher yields and improved quality.

5. Strengthens Root Development: Boron promotes root growth and function, enhancing water and nutrient absorption. This improves drought resistance and reduces damage from waterlogging.

6. Improves Fruit Quality: Boron enhances attributes like size, color, and taste of cabbage heads, directly boosting market competitiveness.

II. Methods and Precautions for Boron Fertilizer Application

1. Optimal Timing: Apply boron during early growth stages when cabbage demand for boron is highest. The first half of the growth cycle (from planting to harvest) is ideal.

2. Select Appropriate Boron Sources: Choose between water-soluble or slow-release boron fertilizers based on soil conditions, crop needs, and cost. Water-soluble formulas suit large-scale spraying, while slow-release types work better for smaller areas or as base fertilizers.

3. Control Concentration and Dosage: Maintain spray concentrations between 0.1% and 0.5% to avoid boron toxicity. Adjust amounts according to soil fertility and crop requirements to prevent waste.

4. Allow Safety Interval: After spraying, leave a 7–10 day buffer period for crops to absorb boron safely, minimizing toxicity risks.

5. Combine with Other Fertilizers: Pair boron with phosphorus, potassium, or other nutrients to optimize uptake and nutritional balance.

6. Environmental Protection: Use eco-friendly boron products to avoid soil/water contamination. Target spray zones carefully to protect non-target plants.

boron fertilizer significantly benefits cabbage production by improving yield and quality. For best results, prioritize proper fertilizer selection, precise dosing, safety intervals, and integrated nutrient management. Scientific application enhances agricultural productivity while supporting sustainable farming practices.