Higher production by weight, larger peppers, slower decomposition, and longer plant survival during a disease event.

The KPCB greenhouse was reported to produce 70% more peppers by weight than the comparison greenhouses. Individual peppers were described as averaging approximately 20–30% larger. In a separate 30-day shelf-life comparison, treated peppers decomposed 10–14 days later than control specimens.

The source reports 70% more pepper production by weight in the KPCB greenhouse, but the underlying treated and control production weights are not supplied, so the percentage cannot be independently recalculated. Peppers are described as averaging 20–30% larger than control specimens, but individual fruit dimensions and weights are not provided. The source attributes added fruit weight to a thicker skin membrane, but no membrane-thickness measurement is supplied; therefore, that proposed explanation is not presented here as a measured mechanism. During a 30-day shelf-life comparison, treated peppers were reported to decompose 10–14 days later than controls, although storage temperature, humidity, firmness, weight loss, and spoilage-scoring methods are not provided. During a late-season disease outbreak, control plants reportedly died within one week while treated plants survived about three additional weeks. The pathogen, disease severity, number of plants, exposure conditions, and statistical analysis are not supplied, so this result is presented strictly as a field survival observation rather than proof of disease resistance. No Brix, total fruit count, yield per hectare, fertilizer use, pesticide use, irrigation volume, production cost, or economic return measurements were supplied.

Why this matters for pepper growers: This Pepper King Farms case combines production and post-harvest observations from a commercial greenhouse setting. The KPCB greenhouse was reported to produce 70% more peppers by weight, with peppers averaging 20–30% larger and decomposing 10–14 days later than control specimens in the documented shelf-life test.