1、Recent advances in the chemistry of nitrogen, phosphorus and potassium

The intense cultivation of crops has resulted in the depletion of available nutrients from soil, thereby demanding the application of excess nutrients to soil to improve yield. Thus, mineral fertilizer discovery and application have, in many ways, contributed greatly to meeting global food demands.

2、Exploring phosphorus fertilizers and fertilization strategies for

In this paper, we present various pathways in support of this argument. Retuning P fertilizer products and application strategies will contribute to fighting hunger and micronutrient deficiencies in humans. Moreover, direct soil P losses will be reduced as a result of improved P absorption by plants.

3、施入土壤后肥料氮、磷和钾的化学研究最新进展综述

The advent of civilization has made humans dependent on plants for food and medicine, leading to the intensification of agricultural production. The intense cultivation of crops has resulted in the depletion of available nutrients from soil, thereby demanding the application of excess nutrients to soil to improve yield. Thus, mineral fertilizer discovery and application have, in many ways ...

4、Potassium fertilization enhances both cereal yield and soil

Potassium’s global influence on crop yield and soil carbon remains poorly quantified. This meta-analysis suggests that potassium fertilization increases cereal yield by 19.3% and soil carbon by ...

Effects of nitrogen, phosphorus, and potassium fertilizers on storage

Nitrogen (N), phosphorus (P), and potassium (K) fertilization is widely used to enhance crop productivity. However, the synergistic effects of combined N, P, and K application on sweetpotato yield and nutrient use efficiency are not fully understood.

Effect of Phosphorus and Potassium Fertilizers Application on Soil

At Assosa, a field experiment was conducted to determine how soil chemical characteristics and accumulation of phosphorus and potassium in potato tissue responded to phosphorus and...

Effect of nitrogen, phosphorus and potassium fertilization management

In this study, we used 6-year-old Sapindus mukorossi as a test material, and adopted the “3414” fertilizer formulation method, focusing on which fertilizer rate is the most effective and which soil properties and leaf traits play a key role in yield.

Effect of Phosphorus and Potassium Fertilizers Application

At Assosa, a field experiment was conducted to determine how soil chemical characteristics and accumulation of phosphorus and potassium in potato tissue responded to phosphorus and potassium fertilizers application.

Phosphorus Mobilization in Plant–Soil Environments and Inspired

Phosphate fertilizers are used at a large scale to improve crop yields globally. With the rapid increase in human population, food demands are also increasing. To see that crop yields meet demands, farmers have continuously added phosphate fertilizers to their arable fields.

Effect of Phosphorus and Potassium Fertilizers Application on Soil

At Assosa, a field experiment was conducted to determine how soil chemical characteristics and accumulation of phosphorus and potassium in potato tissue responded to phosphorus and potassium fertilizers application.

Nutrient-rich soil is a soil amendment used for plant cultivation, typically composed of organic matter, inorganic substances, and microorganisms. Phosphate and potassium fertilizers are critical components of nutrient-rich soil, playing essential roles in plant growth.

1. Promoting Plant Growth: Phosphate and potassium fertilizers enhance the nutritional content within plants, stimulating growth. Phosphorus promotes root development, improving water and nutrient absorption, while potassium strengthens stress resistance and pest immunity. Appropriate application boosts plant yield and quality.

2. Enhancing Disease Resistance: These fertilizers increase internal nutrients, strengthening disease resistance. Phosphorus supports root growth to fend off pathogens, while potassium improves cold tolerance and reduces infection risks. Proper use minimizes pest and disease outbreaks.

3. Boosting Photosynthesis: By enriching plant nutrients, phosphate and potassium drive photosynthesis. Phosphorus expands leaf area, while potassium sharpens photosynthetic efficiency. Balanced application optimizes light energy conversion.

4. Improving Soil Structure: These fertilizers enhance soil physical properties like water retention and fertility. Phosphorus loosens soil for better aeration and drainage, while potassium stabilizes pH and buffering capacity, creating a balanced growing environment.

5. Enriching Soil Fertility: Phosphate and potassium elevate soil nutrient levels. Phosphorus nurtures roots to enrich the soil, while potassium locks in nutrients for sustained fertility, ensuring long-term plant vitality.

6. Stimulating Microbial Activity: These fertilizers fuel microbial populations. Phosphorus fosters bacteria and fungi growth, while potassium regulates soil pH, creating an optimal ecosystem for decomposers and nutrient cycling.

phosphate and potassium fertilizers in nutrient-rich soil support plant growth, disease resistance, photosynthesis, soil structure, fertility, and microbial health. Rational application is vital to maximizing crop quality and productivity.