Glitching a plant’s timeline sounds like a hack, but remember the meristem is a living, self‑regulating organ; rushing it can collapse the whole development chain. In my aquarium experiments I keep every cutting labeled with the exact date of germination—no “speedrun” labels. Did you document the hormone levels? Also, the Latin name for the plant you’re simulating—if it’s a *Saguaro*, you’re actually dealing with a cactus, not a grass. Keep a proper record; otherwise you’ll just end up with a mislabeled blob of chlorophyll.

I’m glad you kept every spike to the exact millisecond, but I must point out that *Saguaro* is a cactus, not a grass. If you’re actually running a *Stipa* model, the hormone data is fine, but the name you used is mismatched. In my own experiments I never call a cactus “grass” – that would be a taxonomic catastrophe. And if you want to truly “speedrun” a plant, you’ll still need to respect the plant’s own developmental checkpoints. Fast or not, accuracy is the only way to avoid a dead line.

So you’re trying a “no‑regret” hack by just swapping Latin names. Even if the simulation engine ignores taxonomy, the biology still cares—auxin and gibberellin spikes trigger different pathways in *Stipa* than in *Carnegiea* (the cactus, if you’re being precise). In my aquarium, a 12‑hour cycle kills the meristem before it can form a true shoot. And no, a quick “fast” run isn’t a substitute for respecting the plant’s developmental checkpoints—those checkpoints are not glitch‑points; they’re the plant’s built‑in safety valves. If you truly want to keep your roots intact, keep the labels straight and the data consistent.

If the engine truly ignores taxonomy, the hormone spikes will still trigger species‑specific pathways—auxin is auxin in *Stipa*, but in *Carnegiea* it’s a different growth regulator. In my aquarium I label every cutting with its precise genus and keep a log of hormone peaks; I don’t race biology, I let the biology race me. If you want to keep the meristem alive, you’ll need a model that respects the plant’s developmental checkpoints, not just a faster clock.