1、Silicon in paddy fields: Benefits for rice production and the potential

Our meta-analysis results further revealed that Si fertilization led to the average increasing rate of 36 % and 39 % in rice yield and biomass, which could reach up to 52 % and 46 % with the increasing doses of Si fertilizer, respectively.

2、Silicon Fertilizer Addition Can Improve Rice Yield and Lodging Traits

This study revealed that the addition of silicon fertilizer improved rice yield compared to that under reduced nitrogen or increased density treatments alone, prevented excessive ineffective tillering after a density increase, and increased the number of productive panicles.

3、Silicon–calcium fertilizer increased rice yield and quality by

Silicon-calcium complex fertilizers are fertilizers mixed with silicates and carbonates, which can supply the silicon and calcium needed by rice.

Impact of silicon fertilization on crop growth, productivity and

This review focuses on the relationship between silicon and rice crops, their interactions with other elements and strategies for managing silicon in soils and plants to sustain rice...

Effect of Silicon Fertilizer on the Morphology, Yield, and Quality of Rice

Taking Jihong 9 and Jinongda 853 as test varieties, the effects of silicon fertilizer application on rice growth, morphology, yield and quality at young panicle formation stage under water-saving conditions were studied.

Effects of Silicon

The objective of this study was to evaluate the effects of different combined doses of standard fertilizer practice and Si fertilizer on growth, yield and yield components, and nutrient uptake of rice.

Silicon enhanced phosphorus uptake in rice under dry cultivation

Farmers may not necessarily need to apply more phosphorus fertilizer when practicing water-saving rice cultivation; however, this does not imply that silicon fertilizer can be used without restrictions.

Silicon Fertilizer Addition Can Improve Rice Yield and

This study revealed that the addition of silicon fertilizer improved rice yield compared to that under reduced nitrogen or increased density treatments alone, prevented excessive ineffective tillering after a density increase, and increased the number of productive panicles.

Silicon application improved the yield and nutritional quality while

Abstract Silicon (Si) is an essential nutrient for rice, but its effects on the yield and quality of rice under heavy metal stress remain uncertain.

Silicon fertilization influences microbial assemblages in rice roots

Microbial mechanism of in-situ remediation of arsenic (As) in As-contaminated paddy fields by silicon (Si) fertilization has been rarely reported, especially under continuous rice cultivation and Si applications.

The Role of Xin Fertilizer Silicon Fertilizer in Rice

1. Overview

In agricultural production, fertilizers are critical to improving crop yields and quality. For rice, a nutrient-demanding crop, proper fertilization not only promotes growth but also enhances its resistance to diseases and pests. In recent years, Xin fertilizer silicon fertilizer, as a highly efficient compound fertilizer, has been widely used in rice production due to its unique nutritional properties. This article explores the positive effects of Xin fertilizer silicon fertilizer on rice.

2. Nutritional Composition Analysis

Xin fertilizer silicon fertilizer is a compound fertilizer containing nitrogen (N), phosphorus (P), potassium (K), and silicon (Si). These components are essential for rice growth:

• Nitrogen: As the foundation for protein synthesis in plants, nitrogen promotes leaf growth and differentiation, enhancing photosynthetic efficiency.
• Phosphorus: Regulates enzyme activity in plants, particularly during root development and flower bud differentiation.
• Potassium: Helps balance water in plants, improves stress resistance, and facilitates sugar transport and accumulation, thereby improving rice quality.
• Silicon: Enhances soil water retention and structural stability, reducing erosion. It also promotes root development and improves drought resistance in rice.

3. Impact on Rice Growth

• Root System Development: Silicon strengthens root density and absorption capacity, improving water and nutrient uptake efficiency.
• Disease Resistance: Silicon enhances rice’s ability to resist diseases like rice blast. Studies show that silicon-treated rice exhibits stronger expression of anti-disease genes.
• Yield Increase: By providing essential nutrients (N, P, K), Xin fertilizer silicon fertilizer boosts growth and increases per-unit yield. Silicon also improves stem quality, resulting in fuller grains and better taste.

4. Practical Application Cases

In a rice-growing region of China, farmers using Xin fertilizer silicon fertilizer achieved a 15% higher average yield and improved rice quality compared to traditional chemical fertilizers. Specific improvements included more grains per panicle, lower chalky grain rates, and enhanced texture. This demonstrates the fertilizer’s effectiveness in boosting both yield and quality.

5. Conclusion and Recommendations

Xin fertilizer silicon fertilizer, as a high-efficiency compound fertilizer, significantly promotes rice growth, disease resistance, yield, and quality. Its widespread use in rice cultivation is recommended to support sustainable agricultural development. attention should be paid to its environmental impact and application efficacy to ensure rational utilization.

Note: Terms like "辛肥硅肥" (Xin fertilizer silicon fertilizer) are transliterated as products/brand names may lack standardized English equivalents. Adjustments can be made if specific technical or branded terminology is required.