Super Cropping
Super cropping is a high-stress training technique where growers intentionally bend and damage the outer stem tissue of cannabis plants during vegetative growth, typically by gently crushing the stem between thumb and forefinger. The plant responds by fortifying the damaged area with additional cellular growth, resulting in a thickened, woody stem that can better support heavier flower development. Breeders and cultivators employing this method often report plants with increased lateral branching and more uniform canopy structure. The technique requires careful timing and plant health monitoring to avoid excessive stress or infection at damage sites. Super cropping is distinct from low-stress training methods like LST (low-stress training) or SCROG, as it deliberately induces controlled injury rather than gentle bending.
Super Cropping strains
No strains tagged into Super Cropping yet — they'll appear here as breeders submit lineage records under this classification.
Super cropping is a high-stress training technique where growers intentionally bend and damage the outer stem tissue of cannabis plants during vegetative growth, typically by gently crushing the stem between thumb and forefinger. The plant responds by fortifying the damaged area with additional cellular growth, resulting in a thickened, woody stem that can better support heavier flower development. Breeders and cultivators employing this method often report plants with increased lateral branching and more uniform canopy structure. The technique requires careful timing and plant health monitoring to avoid excessive stress or infection at damage sites. Super cropping is distinct from low-stress training methods like LST (low-stress training) or SCROG, as it deliberately induces controlled injury rather than gentle bending.
Plant breeders studying structural resilience and stem architecture often observe how cultivars respond differently to super cropping stress, with some genetics demonstrating faster recovery and stronger tissue repair than others. This information helps identify genetic traits valued in commercial cultivation for yield efficiency and plant robustness.
Educational reference · Cultivar metadata only · No medical claims