1、Effects of foliar fertilizer application on the growth and fruit
Foliar fertilizer application impacted the shape, skin color, and quality of the melon. Melons treated with micronutrients, secondary nutrients and micronutrients, and amino acids and micronutrients exhibited better measures of fruit quality than those treated with non-foliar treatments.
2、Does Watermelon Require Foliar Fertilization? Why?
Foliar feeding involves applying liquid fertilizer directly to the leaves of watermelon plants. This method can provide quick nutrient uptake and is particularly useful when addressing nutrient deficiencies or correcting imbalances.
3、Effects of Foliar and Root Application of Different Amino Acids
Foliar application is more efficient for soluble protein accumulation (Ala/Glu/Gly/Pro/Leu). For nutritional quality, except for Lys, all treatments increase vitamin C and widely promote total phenolics and lycopene, with only minor exceptions, and only Arg foliar application enhances ORAC.
4、Recommended fertilization rates based on watermelon yield and
The total recommended fertilizer rate for the watermelon should be based on the target yield and the application rates should be rationally controlled according to the nutrient requirements at the different growth periods.
5、Effect of Water
In response to the low fertilizer utilization efficiency in watermelon production in Xinjiang, this study explores the impact of water-soluble compound fertilizer on the physiological...
Effect of fertilization regimes on continuous cropping growth
Continuous application of organic and bio-organic fertilizers can help alleviate such obstacles by suppressing pathogenic fungi. These findings reveal the microbial mechanisms underlying the effects of different fertilization regimes on continuous cropping growth constraints of watermelon.
Effects of foliar fertilizer application on the growth and fruit
Foliar fertilizer application impacted the shape, skin color, and quality of the melon. Melons treated with micronutrients, secondary nutrients and micronutrients, and amino acids and micronutrients exhibited better measures of fruit quality than those treated with non-foliar treatments.
Melon Growth Optimization Via Fertigation: Exploring Foliar Spray
Abstract or imbalances can negatively affect melon quality, impacting the size, and overall appearance of the fruit. This study evaluated the effects of foliar sprays using AB fertilizer and plant booster, as well as the application of 60 ppm gibberellin on the growth a
Comparative evaluation of foliar treatments of watermelon plants with
The effectiveness of the use of new foliar fertilizers and growth regulators for vegetative plants of watermelon in dry-steppe conditions of the Volgograd region has been studied.
Optimal Foliar Fertilization Practices After Watermelon Fruit Set
During this stage, regular applications of fertilizer for Watermelon can help support healthy foliage growth, strong root development, and increased fruit production.
Watermelon foliar fertilizer is a nutrient solution applied directly to plant leaves to provide essential nutrients and promote growth. Its primary purpose is to address excessive growth—a condition where plants grow too rapidly, leading to weak stems, reduced disease resistance, and susceptibility to pests and diseases. In watermelon and other cucurbit crops, uncontrolled growth can result in stunted development, poor fruit quality, and lower yields, making its regulation critical for optimal production.
Understanding Excessive Growth
Excessive growth occurs when plants prioritize rapid vegetative development over reproductive stages (e.g., fruiting). This imbalance depletes internal nutrients, weakens structural integrity, and increases vulnerability to stress. In watermelons, excessive vining or leaf expansion often diverts resources away from fruit formation, reducing commercial value.
Mechanism of Watermelon Foliar Fertilizer
Foliar fertilizers supply balanced nutrients (e.g., nitrogen, phosphorus, potassium) and micronutrients directly through leaf absorption. By fulfilling nutritional gaps, they:
- Stabilize growth rates: Prevent overly rapid vegetative development.
- Enhance disease resistance: Micronutrients (e.g., zinc, iron) and organic compounds (e.g., vitamins) strengthen plant defenses.
- Improve resource allocation: Ensure nutrients are directed toward both foliage and fruit.
Application Guidelines
To maximize effectiveness and avoid waste, follow these practices:
- Select a balanced formula: Choose fertilizers containing macro- and micronutrients tailored to watermelon needs.
- Adhere to dosage: Apply 50–100 mL per mu (or as recommended) without overuse.
- Proper dilution: Mix 100 mL of fertilizer with 1 liter of water before spraying.
- Consistent schedule: Apply every 7–10 days during critical growth stages.
- Monitor plant response: Adjust frequency or dosage if excessive growth persists.
Key Considerations
- Supplement, not replace: Foliar fertilizers complement, but do not substitute, soil-based fertilization.
- Integrated management: Combine with pruning, irrigation, and pest control for best results.
By regulating growth through targeted nutrition, watermelon foliar fertilizer helps achieve robust plants, high-quality fruits, and increased farmer income. Proper use ensures sustainable yields while mitigating risks associated with unchecked vegetation.
