1、Silicon, a quasi

Silicon fertilizer regime, as soil or foliar application, is a subject of debate. Understanding Si uptake mechanisms is crucial for harnessing its positive effects. Diverse mathematical models define Si uptake dynamics at whole plant scale.

2、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.

3、What is silicone? What role does it play in fertilizers?

Silicone also has the characteristics of resistance to rain erosion and good penetration ability. The addition of diluted fertilizer can drive nutrients to pass through the foliage of the plant and be absorbed quickly.

4、The Multiple Role of Silicon Nutrition in Alleviating Environmental

Research results show that liquid silicon fertilizer amendments applied as foliar treatment can increase the nutrient value of crops such as silage crops. The silages made from silicon fertilized plants had a higher nutritional value and feeding dairy cows with silages made from Si-fertilized plants improved their milk productivity and the milk ...

Foliar fertilization with a soluble silicon source can alter pigment

Use of silicon (Si) to produce grains, fibers, and vegetables has shown promising results in different agricultural production systems. Si is able to mitigating abiotic and biotic stresses, which result in changes in pigment synthesis and gains in crop yields.

Role of silicon and silicon fertilizers in the world: a review of

Role of silicon and silicon fertilizers in the world: a review of papers from the Scopus database published in English for the period of 2012–2022

Silicon fertiliser application increases the terrestrial ecosystem

Silicon fertilizer application has been shown to increase SOC storage and plant carbon pool in terrestrial ecosystem.

Silicon addition improves plant productivity and soil nutrient

Silicon (Si) plays an important role in plant nutrient capture and absorption, and also promotes plant mechanical strength and light interception in alpine meadows.

The Use of Si

Each single experiment reporting a crop growing under a specific silicon-based fertilizer (case) was evaluated on the following topics: (a) increase in the productivity, (b) alleviation of limitation/stressful symptoms and (c) alteration of the crop physiological indicators.

The Role of Foliar

Several studies have reported a multi-faceted role of silicon in mitigating abiotic stress in plants by regulating various physiological, biochemical, and molecular processes. Silicon can serve as a physical barrier and improves plant–water relations by regulating root water uptake and transpiration.

Organic silicon foliar fertilizer is an essential plant nutrient supplement. By forming a protective film on the surface of plant leaves, it effectively prevents water evaporation and the intrusion of harmful external substances, thereby promoting plant growth and health. Below is a detailed explanation of the functions of organic silicon foilar fertilizer:

1. Enhancing Plant Stress Resistance

• Improving Drought Resistance: Organic silicon foliar fertilizer significantly enhances crops' drought resistance, reducing growth retardation or death caused by drought. For example, under dry conditions, crops treated with organic silicon foliar fertilizer develop more robust root systems and stronger water absorption capabilities, alleviating the impact of drought on growth.
• Boosting Disease Resistance: It strengthens plants' ability to resist diseases, reducing the incidence of infections. For instance, applying organic silicon foliar fertilizer to tobacco plants effectively prevents diseases like anthracnose and epidemic diseases, improving overall disease resistance.

2. Promoting Plant Growth and Development

• Accelerating Growth Rates: Organic silicon foliar fertilizer speeds up crop growth, enabling faster maturation. In rice fields, for example, its application noticeably accelerates growth and increases yields.
• Enhancing Fruit Quality: It improves fruit quality, including taste, color, and nutritional value. When applied to apple trees, fruits exhibit better flavor, brighter color, and higher nutritional content.

3. Optimizing Nutrient Absorption

• Increasing NPK Utilization Efficiency: Organic silicon foliar fertilizer boosts the absorption of key nutrients like nitrogen (N), phosphorus (P), and potassium (K), reducing fertilizer waste. Proper use helps crops absorb soil nutrients more efficiently, improving economic returns on fertilizer investments.
• Balancing Nutritional Uptake: It regulates the balance of nutrients within plants, ensuring even absorption of various elements. For example, in wheat fields, it harmonizes the uptake of N, P, and K, enhancing grain quality.

4. Improving Plant Ecological Environment

• Reducing Environmental Pollution: By minimizing reliance on chemical fertilizers and pesticides, organic silicon foliar fertilizer protects ecosystems. In fruit orchards, its use lowers chemical input, mitigating environmental harm.
• Enriching Soil Fertility: It enhances soil fertility, creating better growth conditions for crops. For instance, applying it to cornfields improves soil health and productivity.

5. Increasing Crop Yield and Economic Benefits

• Boosting Production and Profits: Proper use of organic silicon foliar fertilizer significantly raises crop yields and economic returns. In cotton fields, it increases both yield and fiber quality, elevating farmers' income.
• Lowering Production Costs: It reduces labor and material costs by improving efficiency. For example, in rice cultivation, it decreases the need for manual irrigation, cutting production expenses.

6. Advancing Agricultural Sustainability

• Minimizing Resource Waste: By reducing chemical fertilizer and pesticide usage, it curbs resource wastage. In orchards, its application lessens chemical dependence, conserving agricultural resources.
• Fostering Green Agriculture: Aligned with eco-friendly farming principles, it supports sustainable development. For example, in rice production, it reduces chemical inputs and environmental footprints, promoting green agriculture.

Organic silicon foliar fertilizer is a highly effective plant nutrient supplement with multifaceted benefits. It enhances stress resistance, accelerates growth, optimizes nutrient absorption, improves ecological outcomes, boosts yields and profits, and advances agricultural sustainability. its rational application is a critical measure for improving crop quality and productivity in modern agriculture.