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This study evaluates seaweed biochar-amended vermicompost as a nutrient-rich medium for tomato seedling growth.

June 10, 2026HorticulturaeOpen Access

Desalinated Seaweed-Based Biochar-Amended Vermicompost as a Coco Peat Substitute for Tomato (Solanum lycopersicum) Seedling Production and Growth

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This study evaluates seaweed biochar-amended vermicompost as a nutrient-rich medium for tomato seedling growth.
Tomato seedlings were grown using coco peat replaced with vermicompost (0–100%, w/w) under both fertilized and unfertilized conditions.
Growth parameters including emergence, height, and biomass were measured during seedling and vegetative growth phases.
Statistical analysis assessed differences in growth parameters, determining the significance of treatment effects (p < 0.05).
100% vermicompost reduced seedling emergence by 10.42% compared to control, but increased height (13.69 cm) and leaf area (49.45 cm2).
Control (0% VC) achieved the highest biomass (9.55 g) and plant height (67.43 cm) during vegetative growth.
Higher VC rates (75–100%) increased chlorophyll content while maintaining acceptable growth.

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Randomized trial evaluates nutrient-supplying media for tomato seedlings, suggesting sustainable growth potential.

Ruben et al. (2026) studied this question.

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