1、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.

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

PDF | On Mar 25, 2024, Malika Mamasolieva and others published Role of silicon and silicon fertilizers in the world: a review of papers from the Scopus database published in English for...

3、The Use of Si

Silicon (Si) is a “ quasi-essential ” element, associated to stresses/limitations alleviation in crops. However, stressful situations are becoming the norm, due to climate change, human exhaustion of natural resources, land degradation and loss of soil biodiversity.

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

Therefore, this study developed and analyzed various studies on the role of Si in soil and Si fertilizers over the past decades. The purpose of this study is to find out how many developed countries have already taken the step to study and use silicon fertilizers.

A Comprehensive Review on the Potential Effect of Silicon Fertilizer

Numerous studies have shown that Si positively impacts plant growth, productivity, photosynthesis, balanced nutrient availability, and the processes for scavenging reactive oxygen species [5,6].

Effect of organosilicone and mineral silicon fertilizers on chemical

Both soil incubation and pot experiments were conducted to assess the effect of OSiF and MSiF on bioavailability of Cd and Pb in soil and their accumulation in rice. Additionally, a hydroponic experiment was conducted to study whether Si in rice can alleviate Cd stress.

Silicon, a quasi

This review outlines the use of natural and chemical sources of Si as fertilizer, different regimes of Si fertilization, and conclude by identifying the optimum concentration of Si required to observe the beneficial effects in plants.

Impacts of chemical and organic fertilizers along with silicon on

Hence, we investigated the impacts of NPK and biochar fertilizers along with Si sources on agronomic traits, grain yield and nutrient uptake in rice grain under PGPB. The experiment was conducted as a split-split-plot in a randomized complete block design with three replications during two crop years of 2022 and 2023.

Silicon as a Smart Fertilizer for Sustainability and Crop Improvement

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...

Silicon as a Smart Fertilizer for Sustainability and Crop Improvement

Application of Si fertilizer takes into account soil fertility, crop needs, soil moisture patterns, and crop uptake of nutrients from the soil, also help in maintaining the ratio of nutrients withdrawn by crops in check [4].

The Roles and Effects of Silicon Fertilizer in Chemical Fertilizers

Silicon fertilizer is a critical type of chemical fertilizer, primarily functioning to supply plants with silicon, an essential micronutrient. Silicon participates in various physiological processes within plants, such as photosynthesis, cell division, and cell wall formation. Consequently, silicon fertilizer plays a vital role in promoting plant growth and increasing crop yields.

1. Promoting Plant Growth

Silicon fertilizer enhances the growth of stems and leaves, increases branching, and improves individual plant weight. This occurs because silicon strengthens photosynthetic capacity, boosts energy supply, and enhances plant robustness. Additionally, it stimulates root development, improving water and nutrient absorption, thereby accelerating overall growth.

2. Improving Crop Yields

Silicon fertilizer significantly boosts agricultural productivity. Research shows that appropriate application increases yields for staple crops like corn, wheat, and rice, while also enhancing fruit size and quality. For oilseed crops such as cotton, soybean, and rapeseed, silicon fertilizer raises output and oil extraction rates in peanuts, sesame, and other crops.

3. Enhancing Crop Quality

Silicon fertilizer elevates crop quality by increasing protein content, strengthening disease resistance, and reducing pest and pathogen incidence. It also improves taste, appearance, and market competitiveness of produce.

4. Protecting the Ecological Environment

Silicon fertilizer mitigates soil erosion and water loss, preserving ecological balance. It enhances soil water retention and fertility, reduces excessive chemical fertilizer use, and lowers agricultural environmental impact. Furthermore, it promotes soil microbial activity, improving soil health and supporting sustainable agriculture.

5. Advancing Agricultural Sustainability

Silicon fertilizer is key to sustainable agriculture. Its rational application addresses resource constraints and pollution issues in farming, fostering industrial transformation and modernization. As an organic fertilizer alternative, it reduces synthetic chemical use, minimizing environmental harm.

6. Driving Agricultural Technological Innovation

Research and application of silicon fertilizer spur agricultural innovation. Scientists continuously explore new production techniques and application methods to optimize efficiency. These advancements expand farming options and safeguard food security, propelling industry progress.

The roles and benefits of silicon fertilizer in agriculture are indispensable. Proper use not only boosts growth and yields but also improves crop quality, protects ecosystems, and supports sustainable development. Prioritizing research and application of silicon fertilizer is crucial to securing agricultural productivity and environmental harmony.