1、Synergistic Effects of Supplemental Lighting and Foliar Phosphorus

This integrated approach, combining optimized supplemental lighting and precision phosphorus fertilization, offers a practical and scalable strategy to stabilize passion fruit yields in climate-variable regions, with immediate potential for commercial orchards and greenhouse production.

2、Effects of excess phosphorus application on passion fruit quality

PDF | On Oct 13, 2020, Tomohiro Kondo and others published Effects of excess phosphorus application on passion fruit quality | Find, read and cite all the research you need on ResearchGate

3、Enhancing passion fruit

This study investigated the effects of combining alkaline humic acid fertilizer with chemical fertilizers on passion fruit quality and soil health, focusing on how reduced chemical fertilizer application impacts yield, nutritional quality, and soil characteristics.

4、Trop. Agr. Develop. p.109

These results indicated that excess P application resulted in a deterioration of passion fruit quality, both in palatability and external appearance. Passion fruit, or edible Passiflora, is widely distrib-uted in the tropical and subtropical areas (Morton, 1987).

Nutritional status of yellow passion fruit fertilized with phosphorus

In addition, Borges et al. (2002a) evaluated the effect of phosphorus doses (simple superphosphate) on the nutritional status of passion fruit and recorded no effect on B leaf contents.

Enhancing passion fruit (Passiflora edulis f. flavicarpa Degener

To sustainably enhance soil quality and ensure the quality of passion fruit, this study investigates the combined application of alkaline humic acid fertilizer (AHF) and chemical fertilizer (CF) in passion fruit cultivation on a field that had been continuously cultivated for two years.

What Fertilizer for Passion Fruit: Essential Nutrients for Healthy

Unlock the secrets to thriving passion fruit vines with the right fertilizer! This article delves into essential nutrient needs—nitrogen, phosphorus, potassium, calcium, and magnesium—tailoring your fertilization strategy for optimal growth.

PDF: EFFECTS OF IRRIGATION METHODS AND COMPOUND FERTILIZER ON THE

Key findings: Passion fruit (P. edulis Sims) showed the best vegetative growth values when it was combined with the sprinkler irrigation system and NPK fertilizer.

Phosphorus Fertilizers: Sources, Benefits, And Application Tips

Fish meal, a gradually released fertilizer with phosphorus, also offers a rich source of organic matter, promoting soil fertility and supporting the growth of leafy greens and fruit-bearing crops.

Effects of Excess Phosphorus Application on Passion Fruit Quality

To determine the effects of excess phosphorus (P) application on fruit quality, three-year-old passion fruit plants grown in sand culture with nutrient application of sufficient P at 3.5 mM were subjected to regulated P application treatment of 0, 1.3, 2.5, or 10 mM for three months.

The effects of high-phosphorus fertilizers on passion fruit mainly manifest in the following aspects:

1. Promoting Growth: High-phosphorus fertilizers provide passion fruit plants with ample phosphorus, essential for their growth and development. Phosphorus is a critical nutrient involved in key physiological processes such as cell division, elongation, and differentiation. Thus, using high-phosphorus fertilizers strengthens stem growth, increases plant height and density, and enhances overall robustness.

2. Improving Yield: High-phosphorus fertilizers boost passion fruit productivity. Phosphorus promotes bud formation, flowering, and pollination success, leading to greater fruit quantity and quality. Additionally, it strengthens disease resistance, reducing pest and pathogen damage, which further elevates yields.

3. Enhancing Quality: High-phosphorus fertilizers elevate fruit quality. Phosphorus accelerates fruit ripening, enhancing sweetness and flavor. It also improves antioxidant capacity, delaying fruit senescence and extending shelf life.

4. Facilitating Fruit Development: High-phosphorus fertilizers support fruit development by promoting sugar accumulation, optimizing the sugar-acid ratio for improved taste. Furthermore, they stimulate the synthesis of proteins, fats, and other nutrients, enriching the fruit's nutritional value.

5. Strengthening Stress Resistance: High-phosphorus fertilizers enhance passion fruit resilience to stress. Phosphorus improves tolerance to drought, heat, and other adversities, ensuring higher survival rates. Under drought conditions, it fosters root system expansion for better water uptake; during heatwaves, it lowers leaf temperatures, mitigating heat damage.

6. Soil Amendment: High-phosphorus fertilizers improve soil structure and fertility. Phosphorus stimulates microbial activity, accelerating organic matter decomposition, thereby enhancing soil aeration and water retention. It also enriches soil with nitrogen, potassium, and other nutrients, boosting overall fertility.

7. Resource Efficiency: Using high-phosphorus fertilizers reduces production costs. While pricier than standard fertilizers, their long-term benefits in yield and quality optimization lower per-unit input expenses. they facilitate circular resource use, minimizing fertilizer waste.

high-phosphorus fertilizers positively impact passion fruit growth, yield, quality, stress resistance, and more. Rational application is vital for maximizing production benefits. careful dosage and application methods are crucial to avoid issues like soil salinization from overuse.