SIDE-BY-SIDE FIELD NOTES
Super Silver Haze
vs White Fire OG
Leafly catalog summary values, not laboratory results for a specific sample. A displayed 0% is a rounded source value, not proof of absence. Unlisted cannabinoids remain unknown. Report totals are not per-effect sample sizes.
Super Silver Haze source ↗White Fire OG source ↗
| Profile | ![]() | ![]() |
|---|---|---|
| Classification | sativa | hybrid |
| Breeder | Green House Seeds | Not verified |
| THC · catalog reference | 21% | 22% |
| CBD · catalog reference | Not reported | Not reported |
| CBG · catalog reference | 1% | 1% |
| Dominant terpene | Myrcene | Myrcene |
| Terpenes | Myrcene, Caryophyllene, Limonene | Myrcene, Limonene, Caryophyllene |
| Aroma | Earthy / herbal, Pepper / spice, Citrus | Earthy / herbal, Citrus, Pepper / spice |
| Flavor | ||
| Reported effects | ||
| Reported negative effects | No sourced reports yet. | |
| Reported parents | Not verified | Fire OG (Reported parent), The White (Reported parent) |
| Lineage status | Ancestry documented | Reported parentage |
| Ancestry components | Skunk (unspecified) (Ancestry component), Northern Lights (Ancestry component), Haze (Ancestry component) | Not verified |
| Selected from | Not verified | Not verified |
| Lineage notes | Super Silver Haze is attributed to Green House Seeds and a background involving Skunk, Northern Lights and Haze. The source supplies those ancestry names but does not establish the exact sequence of crosses. | The cited catalog page does not establish a complete, authenticated immediate-parent cross for this entry. |
| Source reports · whole profile | 2,417 | 1,086 |
Explore Super Silver Haze family ↗Explore White Fire OG family ↗
Similarities
Shared documented terpenes: Myrcene, Caryophyllene, Limonene.
Main differences
The catalog lists THC at 21% for Super Silver Haze and 22% for White Fire OG. These reference points do not establish a sample range or an individual product's potency.
Keep the context
Reported attributes are subjective. Classification and chemical similarity do not establish equivalent effects.

