1、Silicon, a quasi
Establishing a clearly defined optimal fertilizer dosage is a standard practice for various mineral fertilizers. Extensive efforts are required to obtain comparable dosage information for Si to enhance its efficient utilization.
2、Silicon (Si): A Regulator Nutrient for Optimum Growth of Wheat Under
The authors made an attempt to analyze the different areas of silicon research published through the Web of Science, Google Scholar, Springer Link, and Wiley Blackwell databases using keywords such as silicon, wheat, drought, salinity, and nutrient management.
3、Foliar Spraying Suitable Dosage of Silicon Fertilizer on Wheat
In this experiment, different levels of silicon (Si) fertilizer was applied to change the secondary defense system of wheat, to study the impact on the life table parameters of aphid (Sitobion avenae F.) (Hemiptera: Aphididae), and to explore the mechanism of Si application in enhancing wheat resistance to aphids.
Assessment of the Effect of Foliar Silicone Fertilizer on Winter Wheat
Assessment of the Effect of Foliar Silicone Fertilizer on Winter Wheat Cultivation
Silicon Fertilization a Tool to Boost up Drought Tolerance in Wheat
PDF | In this study, impact of silicon (Si) application on wheat performance under drought stress is studied.
Foliar Spraying Suitable Dosage of Silicon Fertilizer on Wheat
Results: Our findings indicated that the application of Si can suppress the net reproductive rate (R 0), intrinsic rate of increase (r m), mean generation time (T), finite rate of increase (λ), and prolong the population doubling time (t) of aphid.
Silicon (Si): A Regulator Nutrient for Optimum Growth of Wheat Under
It has also been found that foliar application of nano-silicon fertilizer leads to an increase in the concentration of GB, water-soluble car-bohydrates, and free amino acids in wheat plants...
(PDF) Effect of silicon fertilization on wheat productivity and
The present two-year study was carried out during 2017–18 and 2018–19 to observe the yield performance of wheat with application of silicon solution (amorphous silica SiO2) under sub-humid...
Foliar application of silicon and the effect on wheat seed yield and
Adequate nutrients for plants are important for increasing the yield and quality of the seeds produced. The objective of this study was to evaluate foliar fertilization with silicon in...
Assessment of the Effect of Foliar Silicone Fertilizer on Winter Wheat
The introduction of a dose of 400 g SiO2 per hectare (three sprayings) resulted in significant changes in qualitative characteristics of winter wheat grain cultivar Hondia and flour. There...
In modern agricultural production, wheat, as one of the key food crops, has its yield and quality influenced by various factors. The use of silicon fertilizer plays a significant role in enhancing both the productivity and quality of wheat. Below is a detailed exploration of the appropriate dosage of silicon fertilizer per mu for wheat:
- The Role of Silicon Fertilizer
Silicon is an essential nutrient element for plant growth, serving critical functions. Silicon fertilizer promotes root system development, enhances the plant's ability to absorb nutrients from the soil, and improves photosynthetic efficiency, thereby fostering robust growth. Additionally, it strengthens the plant's stress resistance, increases resilience against pests and diseases, and ultimately boosts yield and quality.
- Dosage of Silicon Fertilizer
There is no universal standard for the appropriate amount of silicon fertilizer per mu for wheat. This depends on factors such as soil silicon content, wheat variety, and fertilization methods. Generally, the dosage should be determined based on soil test results. Lower soil silicon levels may warrant increased application, while higher levels may require reduced amounts.
- Application Methods
Silicon fertilizer can be applied through various methods, including broadcast spreading, furrow application, and spot application. Broadcast spreading involves evenly distributing the fertilizer over the soil surface followed by tillage. Furrow application places the fertilizer in irrigation channels, whereas spot application targets specific locations in the field. Among these, spot application tends to yield better results.
- Timing of Application
The timing of silicon fertilizer application impacts its effectiveness. Applying it prior to or immediately after wheat sowing typically maximizes utilization, allowing the fertilizer to interact fully with soil nutrients. During the growth phase, additional applications can enhance silicon accumulation within plants, further optimizing outcomes.
- Combination with Other Fertilizers
Combining silicon fertilizer with nitrogen, phosphorus, and potassium fertilizers enhances its efficacy. For instance, concurrent application of these major nutrient fertilizers improves silicon uptake and overall plant growth. Adjusting fertilization ratios can further refine the benefits of silicon use.
- Precautions
When using silicon fertilizer, consider the following:
- Avoid overapplication to prevent soil silicon enrichment, which could harm the environment.
- Select suitable silicon fertilizer types based on soil conditions and crop needs.
- Adhere to scientific fertilization practices, controlling both the amount and timing for optimal results.
- Case Study
A practical example illustrating silicon fertilizer's benefits involves a farmer who increased wheat yield and quality through proper application. Ten days before sowing, they applied silicon fertilizer and subsequently top-dressed during the growth period, alongside balanced usage of nitrogen, phosphorus, and potassium fertilizers. After one season, their wheat yield rose by approximately 10% compared to non-silicon-treated fields, with marked improvements in grain quality.
determining the suitable silicon fertilizer dosage per mu for wheat requires consideration of soil conditions, crop requirements, and application methods. Following scientific principles and precise management practices is crucial to maximizing the benefits of silicon fertilization.
