1、Revisiting potassium

We collected 13,190 observations from 1681 peer-reviewed articles that involved thirty-three Chinese long-term experiments with no fertilizer (NF), nitrogen and phosphorus fertilizers (NP), and NP plus K fertilizers (NPK) treatments.

2、Fertilization with Phosphorus, Potassium, and Other Nutrients

P and K fertilizer management should minimize the transformation of applied nutrients to nonavailable forms and maximize crop absorption. To this end, banding or fertigation may be an alternative to broadcast applications.

3、Improving Fertilizer Use Efficiency—Methods and Strategies for the

The first chapter of the Special Issue comprises two papers that focus on factors limiting the uptake and use of nutrients from fertilizers by crops, as well as on the present strategies and prospects for improving fertilizer use efficiency [12].

4、Effect of nitrogen, phosphorus and potassium fertilization management

Rational fertilization is the main measure to improve crop yield, but there are differences in the optimal effects of nitrogen (N), phosphorus (P) and potassium (K) rationing exhibited by the same crop species in different regions and soil conditions.

When to Use High Potassium Fertilizer? For Lush Growth

While all plants require potassium, some species have higher demands than others. Understanding when and how to apply high potassium fertilizer is essential for maximizing crop yields and ensuring optimal plant health.

Potassium fertilization for optimization of onion production

In this context, the aim of this study was to evaluate the effects of doses of potassium on onion yields. Two field experiments were carried out in the periods of September to December 2012 and...

What is a High Potassium Fertilizer and When Should You Use It?

This article will explain what high potassium fertilizers are, what potassium does for plants, when and how to properly use these fertilizers, and which plants respond best to increased levels of potassium.

What is High Potassium Fertilizer

Read on to find out about the benefits of using a high potassium fertilizer and exactly when and how you should use it for the best possible results.

High Potassium Fertilizer

Knowing when to use high potassium fertilizer is crucial for maximizing its benefits. This includes applying it during the planting stage to establish strong root systems and during the fruit development stage to support optimal fruit growth and quality.

Potassium Use Efficiency of Plants

Root systems of genotypes with greatest KUpE often have an ability (1) to exploit the soil volume effectively, (2) to manipulate the rhizosphere to release nonexchangeable K from soil, and (3) to take up K at low rhizosphere K concentrations.

When young onion seedlings are exposed to high-potassium fertilizer during their growth, adverse consequences may arise. Proper management of high-potassium fertilizer is essential to ensure healthy development.

First, it is crucial to understand the role of potassium. High-potassium fertilizer, rich in potassium, promotes plant growth and development. As a key cation in plants, potassium regulates osmotic pressure, metabolism, and energy conversion. Appropriate use can enhance growth speed and stress resistance in young onion seedlings.

excessive use of high-potassium fertilizer may lead to negative outcomes. Below are potential issues and solutions:

1. Excessive Fertilization: Overapplication can disrupt nutrient balance, inhibiting absorption of other essential elements. It may also cause soil salinization, leading to dryness, compaction, and poor root growth. Solution: Reduce dosage by adjusting application rates or frequency. Monitor soil moisture and pH to maintain optimal conditions.

2. Root Damage: High potassium levels can weaken roots, impairing water and nutrient uptake. Solution: Trim severely damaged roots and ensure good drainage to prevent waterlogged soil.

3. Nutrient Imbalance: While potassium boosts growth, both excess and deficiency disrupt physiological functions. Excess potassium lowers sodium concentrations, while deficiency reduces osmotic pressure. Solution: Tailor fertilization based on growth stages and soil tests. Increase potassium early in development and reduce it later to avoid imbalances.

4. Pest/Disease Risks: High potassium may stimulate plant exudates, attracting pests. Enhanced enzyme activity could accelerate pest/disease spread. Solution: Improve field hygiene by removing debris. Monitor plants closely and implement timely pest control.

responsible use of high-potassium fertilizer requires precise dosing, timely application, and avoidance of overuse or root damage. With scientific management, healthy growth and improved yield/quality in young onion seedlings can be achieved.