Summary
This field study investigates whether preharvest foliar applications of monopotassium phosphate influence the storability and quality retention of tomato fruit under cold storage conditions. The work suggests a production input strategy to enhance postharvest performance, though the specific magnitude of effect and practical significance of findings would require access to the full dataset. The research contributes to understanding mineral nutrition's role in maintaining fruit quality during the supply chain.
Regional applicability
The study's geographic location is not specified in available metadata. Tomato production and cold chain practices vary significantly across regions; UK applicability would depend on whether trials were conducted in comparable Mediterranean or protected cropping contexts. Monopotassium phosphate is a widely available input, so management findings could be transferable if environmental and cultivar conditions align.
Key measures
Tomato fruit quality metrics during cold storage, potentially including firmness, colour, weight loss, volatile organic compounds, and nutrient composition
Outcomes reported
The study examined effects of preharvest monopotassium phosphate (MKP) foliar applications on tomato fruit quality attributes during cold storage. Quality parameters likely included visual appearance, firmness, composition changes and volatile compound profiles.
Topic tags
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