High Stress Training
High Stress Training (HST) refers to cultivation techniques that deliberately apply physical stress to cannabis plants during vegetative growth, including bending, breaking, or removing major branches. Common HST methods include supercropping, mainlining, and severe pruning, which differ from Low Stress Training (LST) by creating micro-fractures or removing tissue rather than gently bending stems. Breeders and cultivators employing HST techniques often report that plants respond by producing multiple dominant colas and increased lateral branching. Recovery speed and stress tolerance vary significantly between genotypes; some lineages bred for vigor demonstrate faster healing and branching response, while others may require longer recovery periods. HST is generally applied during early-to-mid vegetative stages to allow adequate healing before flowering onset. Understanding a strain's inhe
High Stress Training strains
No strains tagged into High Stress Training yet — they'll appear here as breeders submit lineage records under this family.
High Stress Training (HST) refers to cultivation techniques that deliberately apply physical stress to cannabis plants during vegetative growth, including bending, breaking, or removing major branches. Common HST methods include supercropping, mainlining, and severe pruning, which differ from Low Stress Training (LST) by creating micro-fractures or removing tissue rather than gently bending stems. Breeders and cultivators employing HST techniques often report that plants respond by producing multiple dominant colas and increased lateral branching. Recovery speed and stress tolerance vary significantly between genotypes; some lineages bred for vigor demonstrate faster healing and branching response, while others may require longer recovery periods. HST is generally applied during early-to-mid vegetative stages to allow adequate healing before flowering onset. Understanding a strain's inhe
Breeders working with HST-responsive genetics prioritize vigor, thick stems, and fast recovery in their selection criteria. Lines showing consistent branching response and resilience to tissue damage are favored for cultivation systems relying on these techniques.
Educational reference · Cultivar metadata only · No medical claims