The Grow Awards 2026 🏆

Pineapple chunk (First Try)

Mini Light Emitting Diodes/250W
kaizen
Pro Light Emitting Diodes/720W
Kaizen
0.75m x 0.75m x 1.60m
Kaizen
1.0m x 1.0m x 1.80m
Kaizen
5Inch Extraction
Kaizen
5inch carbon Filter
Kaizen
Expanded Clay
Holland
Indoor
Room Type
G
Germination
31m ago
Gangreen_Hippy This run of Pineapple Chunk has had a dramatic start — a good example of how seedling resilience and quick corrections can completely change the outcome of a shaky beginning. Below is a full breakdown of the grow so far, written as one continuous professional log. DAY 0 — Germination Begins Started with an overnight seed soak to fully hydrate the Pineapple Chunk seed and trigger early metabolic activity. No heat was used beyond room temperature; just a gentle warm start to initiate germination. DAY 1 — Into Rockwool & Humidity Dome After soaking, the seed was transferred into a pre-soaked rockwool cube. Excess water was squeezed out to avoid saturation, and the cube was placed into a heated propagator. To avoid overheating, a tea towel was placed beneath the paper towel layer, preventing the rockwool from sitting directly on the heated base. The propagator lid stayed fully closed to maintain high humidity for early development. DAY 2–3 — Stable Early Moisture & Heat The rockwool remained damp, not drenched. Humidity stayed high. No signs of stress or stretch yet. The seed was still enclosed in the darkness of the propagator—ideal for early germination. Everything was stable at this point. DAY 4 — The First Major Setback (Rockwool Dried Out) A sudden drop in rockwool moisture caused the seedling to collapse completely, lying limp across the cube. This is a classic dehydration event that often kills seedlings outright, especially in rockwool. Symptoms included: Darker cotyledons Curled leaf structure Weak, floppy stem Near-death presentation Immediate Recovery Measures: Rehydrated rockwool with 10 ml directly into the cube Added 10 ml into the crevice surrounding the stem Propped the stem upright using a cotton bud Restored humidity dome coverage Continued gentle heat for root recovery These steps prevented damping-off and gave the seedling a second chance. DAY 5 — Signs of Life & Stabilisation The seedling began to lift itself again, maintaining posture even after the cotton-bud support was removed. Cotyledons stayed dark and curled, but the plant stabilised and regained turgor pressure. The dome remained on to maintain moisture and reduce transpiration stress. DAY 6 — Temperature Fluctuation & Dome Management You tested removing the dome, but temperatures dropped and condensation fluctuated. Dome was placed back on with vents adjusted. The environment returned to: 23–25°C High, stable humidity No further wilting DAY 6–7 — Light Introduced (Phlizon LED) Once the seedling stabilised, light was introduced using the Phlizon LED at around: 380–390 PPFD initially Later increased to 450 PPFD as you tried to correct stretching on your second seedling This early PPFD bump strengthened stems and helped avoid further stretching. DAY 7 — Second Seedling Observed Stretching Stems became firm and upright. DAY 8–9 — Current Status (Today) The seedlings are now entering early seedling development with: Upright stems Recovering cotyledons Emerging true leaves Stable moisture Stable temperature Controlled PPFD Condensation appears on the dome each morning — a positive sign of humidity and warmth retention. No nutrients have been given yet, and correctly so. Plants are now beyond the dangerous “fragile” stage and are transitioning toward early vegetative growth.
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Used method
Glass Of Water
Germination Method

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