Up to 50% of a Strawberry Plant's Sale Price Goes Towards Transport

Why It Matters

Reducing transport and disease costs strengthens growers’ margins and stabilizes supply chains, a critical advantage as labor shortages and logistics volatility rise. The model offers a scalable, resource‑efficient path to more resilient strawberry production.

Key Takeaways

• Transport can consume up to 50% of a strawberry plant's sale price
• Vertical farms produce 600,000 starter plants per 12‑meter tower annually
• Closed‑loop fertigation cuts water and nutrient waste dramatically
• Biosecure towers reduce pest and disease losses at early growth stages

Pulse Analysis

Transport and cold‑chain logistics have become a hidden cost driver for strawberry propagation, often swallowing half of a plant’s eventual market price. As growers grapple with fragmented supply chains, labor scarcity, and heightened disease risk, the incentive to localize early‑stage production grows. Vertical farming offers a way to sidestep long refrigerated hauls, delivering plants directly to the grower’s greenhouse or field, thereby preserving quality and cutting energy expenditures.

IGS’s Growth Towers leverage high‑density trays, LED photon‑optimized lighting, and a closed‑loop fertigation system to create a predictable, biosecure nursery. A single 12‑metre tower can house up to 630 mother plants per tray and generate up to 600,000 starter plants annually, dramatically shrinking the footprint compared with traditional nurseries. By recycling water and nutrients, the system reduces input waste, while automation eases labor pressures that have plagued propagation for years. The result is a more stable cost structure that lets growers forecast expenses with confidence.

The broader industry impact could be significant. As more producers adopt vertical propagation, the reliance on distant suppliers may wane, reshaping regional strawberry supply chains and potentially lowering consumer prices. Investment in such technology also aligns with sustainability goals, offering lower carbon footprints through reduced transport and energy use. Early adopters stand to gain a competitive edge, while the sector as a whole moves toward a more resilient, cost‑effective model for meeting growing demand.