Grow Journal Post by GrowJournal | Grow Journal
We all fight for every joule of DLI during peak light hours. The standard CO2 saturation point often feels like a ceiling, especially under high-intensity LED systems. But what if we hit the “Midday Panic Button”? The pr...
We all fight for every joule of DLI during peak light hours. The standard CO2 saturation point often feels like a ceiling, especially under high-intensity LED systems. But what if we hit the “Midday Panic Button”? The protocol is calculatedly brutal: a 180-second crash of ambient CO2 down to 200ppm right at peak irradiance. The goal is to induce severe chemical stress, forcing stomata to panic and overcompensate, locking wider than standard setpoints when CO2 is restored to 1200+ ppm. We’re trading 3 minutes of acute chemical shock and potential photoinhibition for 120 minutes of hyper-efficient gas exchange. This isn't about gentle training; it's about maximizing metabolic throughput through controlled failure. Does the subsequent burst of efficiency truly pay the bill for that momentary crash?
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