1、Impact of Potassium Pre

In rainy locations, sweet cherry is cultivated under plastic covers, which are useful to prevent fruit cracking but decrease cherry quality such as firmness and acidity. Here we evaluate the impact of pre-harvest K foliar applications on harvest and ...

2、Effect of potassium fertilization during fruit development on tomato

Effects of irrigation and K fertilization during fruit development on tomato fruit quality, WUE and KUE were studied. Deficit irrigation and increasing K fertilization significantly improved fruit quality. Sufficient water supply during fruit development is essential to improve plant WUE.

3、Too Much of a Good Thing Can Be Bad: Reconsidering Potassium

In fact, excessive K fertilization will result in lower yields and increased fruit rot based on studies done in Wisconsin in the early 90s. In addition, excessive K fertilization will reduce the uptake of Calcium which is a key nutrient for increasing berry firmness and reducing fruit rot.

4、Importance of Applying Potassium to Reduce the Cracking Rate of

The research was carried out in the 2018 agricultural season with the aim of studying the effect of foliar spraying with potassium on reducing the fruit cracking of pomegranate.

Importance of Applying Potassium to Reduce the Cracking Rate of

Nutrients such as potassium are involved in some physiological processes during the period of fruit growth, and their deficiency leads to fruit cracking (Sheikh and Manjula, 2009).

Potassium Fertilization in the Production of Vegetables and Fruits

The horticulturist should prioritize the use of potassic fertilizers with lower salt content, if possible free of chlorine and containing magnesium and sulfur. However, it is essential to remember that the high potassium content in plants can induce deficiency of calcium and magnesium.

Different potassium fertilization levels influence water

Optimized K fertilization generates a relatively high yield, WUE, and fruit quality. Optimal use of K for yield formation must be integrated with all production factors. Excessive K will not be used by the plants but leads to a surplus of this nutrient.

FRUIT CRACKING: A MAJOR CHALLENGE IN FRUIT PRODUCTION

hards, cracking can reduce fruit market value by 50%. Additionally, inadequate fertilization with calcium and boron increases the percentage of cracked fruits from 5.5% to 13

(PDF) Potassium Nutrition of Fruit Crops

Potassium (K) nutrition is of paramount importance in fruit crops because of its profound influence on appearance, colour, soluble solids, acidity, taste, vitamin contents, and shelf-life of...

Importance of Applying Potassium to Reduce the Cracking Rate of

Fruit cracking is one of the most important obstacles that pomegranate cultivation suffers from, which inflicts great damage on the crop, sometimes reaching more than 60%.

Excessive application of potassium fertilizer can still lead to fruit cracking. This is because excessive potassium fertilization results in overly high concentrations of potassium ions in the fruit, thereby affecting its growth and development. Additionally, excessive potassium can reduce the sugar content in fruits, leading to poorer taste. It also decreases the protein and starch content in fruits, lowering their quality. Furthermore, excessive potassium reduces the vitamin C content in fruits, impacting their nutritional value.

Excessive potassium fertilization can also reduce the sugar content in fruits. As an essential nutrient for plant growth, potassium promotes the synthesis and transport of sugars within plants. when potassium levels are too high, the excessive potassium ion concentration in plants reduces their ability to absorb other nutrients, consequently decreasing sugar content in fruits. excessive potassium directly affects fruit quality and taste.

Excessive potassium fertilization also leads to reduced protein and starch content in fruits. Proteins and starches, main components of fruits, play crucial roles in determining texture, taste, and nutritional value. High potassium levels interfere with the plant's absorption of other nutrients, resulting in lower protein and starch contents. Thus, excessive potassium negatively impacts fruit quality and palatability.

excessive potassium decreases vitamin C levels in fruits. Vitamin C, a beneficial antioxidant for human health that boosts immunity and disease resistance, is diminished when potassium levels exceed optimal concentrations. The mechanism involves impaired nutrient absorption due to elevated potassium ions, ultimately reducing the fruit's nutritional value.

Repeated sections (translated identically due to original repetition): Excessive potassium fertilization can also reduce the sugar content in fruits. [...] excessive potassium directly affects fruit quality and taste. Excessive potassium fertilization also leads to reduced protein and starch content in fruits. [...] Thus, excessive potassium negatively impacts fruit quality and palatability. Furthermore, excessive potassium decreases vitamin C levels in fruits. [...] excessive potassium negatively impacts the fruit's nutritional value.

(Note: The original Chinese text contains extensive repetitive paragraphs. The English translation maintains this structure as per the source material. For practical purposes, redundant information would typically be consolidated in professional writing.)