1、Silicon application improves strawberry plant antioxidation ability and

Exogenous silicon application to roots was superior to leaves for improving fruit quality in strawberry. Silicon root application increased leaf carotenoids and reduced leaf membrane peroxidation in strawberry plant especially under deficit irrigation.

2、Silicon for strawberries

The addition of silicon can improve nutirent regulation and aid in powdery mildew management in strawberry crops, leading to potential increases in yield and crop quality

3、Foliar Silicon Spray to Strawberry Plants During Summer Cutting

This work aimed to find out an optimal method of Si application to enhance the resistance of strawberry (Fragaria × ananassa Duch.) transplants to high temperatures, commonly experienced in the summer when strawberries are propagated for greenhouse production in Korea.

4、Benefits of using silicon as a nutrient in sustainable strawberry

Silicon is not considered an essential plant element and strawberries are not considered to be silicon accumulators. However, work at the University of Hertfordshire shows that the use of a...

5、Benefits of using silicon as a nutrient in sustainable strawberry

ioavailable silicon nutrient has multifaceted benefits on strawberry plants. Field experiments (2012-2018) on a commercial strawberry farm at Wisbech, UK, consistently showed that weekly application (spray or root via the fertigation system) of the silicon nutrient at a concentration of 0.017% (volume/volume) on strawberries reduced the severit

Silicon beneficial effects on yield, fruit quality and shelf

In summary, Si application to Fortuna strawberries through the roots could be a good solution to increase fruit quality and yield and to increase bene ts from the fi agronomical point of view.

Silicon as a Smart Fertilizer for Sustainability and Crop

In this review, we provide an overview of different smart fertilizer types, application of Si fertilizers in agriculture, availability of Si fertilizers, and experiments conducted in greenhouses, growth chambers, and open fields.

Benefits of using silicon as a nutrient in sustainable strawberry

Silicon is not considered an essential plant element and strawberries are not considered to be silicon accumulators. However, work at the University of Hertfordshire shows that the use of a bioavailable silicon nutrient has multifaceted benefits on strawberry plants.

Silicon beneficial effects on yield, fruit quality and shelf

Root silicon application to the organic substrate improved yield, fruit quality and fruit shelf-life. The silicon application either as foliar or to the radicular system of strawberry plants was investigated.

Silicon beneficial effects on yield, fruit quality and shelf

The silicon application either as foliar or to the radicular system of strawberry plants was investigated. Fortuna strawberry plants were grown in two different substrates (coconut fibre and organic substrate) under optimal (20 μM) or low (5 μM) iron (Fe) conditions.

As a popular fruit, strawberries require essential silicon during their growth, a critical nutrient that promotes root development, improves fruit quality, and boosts yield. Below are detailed methods for effectively supplementing silicon fertilizer in strawberry cultivation:

I. Selecting the Right Type of Silicon Fertilizer

1. Silicate Fertilizers: These are the most common forms, including calcium silicate, ferrous silicate, and monosilicic phosphate. Available as powders or granules, they are easy to apply. Choose based on soil type, crop needs, and silicon content.

2. Organic Silicon Fertilizers: Derived from sources like humic acid or seaweed extract, these improve soil structure, water retention, and aeration while providing silicon. Follow product instructions carefully to avoid overuse, which may lead to soil salinization.

3. Trace Element Silicon Fertilizers: Specialized products designed to supplement micronutrient silicon requirements. Consult professionals before use to ensure proper application, especially for crops like strawberries.

II. Timing and Methods of Application

1. Timing: Strawberries absorb silicon most actively during early growth stages. Prioritize silicon supplementation in the first few months after planting, with additional applications during peak growth and fruiting periods.

2. Methods:

   • Soil Application: Evenly spread fertilizer around plants and lightly work it into the soil.
   • Foliar Spraying: Dilute silicon fertilizer and spray onto leaves, avoiding direct contact with fruits to prevent quality issues.

III. Dosage and Concentration Control

1. Dosage: Apply 1–2 kg per mu (adjust based on growth stage and soil conditions). Excessive use may cause soil salinization.

2. Concentration: Follow product guidelines for dilution. High concentrations can harm strawberries; test small areas before full application.

IV. Balancing with Other Nutrients

1. Balanced Fertilization: Combine silicon with nitrogen (N), phosphorus (P), and potassium (K) to meet strawberries’ nutritional needs at different stages.

2. Organic + Inorganic Synergy: Pair organic fertilizers (for soil health) with inorganic ones (for quick nutrient release) to optimize silicon uptake and overall soil fertility.

V. Monitoring and Adjustments

1. Evaluate Effects: Track plant growth, fruit quality, and yield to assess silicon fertilizer performance. Address issues like poor growth or declining quality by adjusting dosage or switching products.

2. Adapt Strategies: Refine fertilization plans based on monitoring results. For example, replace underperforming products and stay alert to soil/environmental changes for optimal timing.

Supplementing silicon fertilizer for strawberries requires tailored choices of fertilizer type, precise timing, balanced nutrient pairing, and ongoing adjustments. By aligning practices with strawberry growth patterns and soil conditions, farmers can ensure healthy plants and high-quality, high-yield harvests.