Summary
This controlled trial investigated the effects of key nutrient concentrations and solution temperature on the performance of Redgauntlet strawberry cultivar in a commercial NFT hydroponic system. The work contributes to optimisation of protected cultivation practices for strawberry production, a recognised priority for sustainable greenhouse horticulture at the time of publication.
Regional applicability
The findings are directly applicable to United Kingdom protected horticulture, where NFT systems are widely used for strawberry and other soft fruit production. Results would inform nutrient management protocols for UK commercial and research greenhouse operations.
Key measures
Strawberry growth parameters and yield under different nutrient concentrations (nitrogen, potassium, calcium) and solution temperatures in NFT hydroponic system
Outcomes reported
The study examined how varying nitrogen, potassium, and calcium concentrations and solution temperatures affect growth and yield of Redgauntlet strawberry cultivar in a nutrient film technique (NFT) hydroponic system.
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