AN INDEPENDENT GUIDE TO CANNABIS KNOWLEDGE Information, with context.
CannabisAtlasFIELD NOTES / VOL. 01
SIDE-BY-SIDE FIELD NOTES

Gelonade
vs Sour Dubb

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.
Profile
Illustrative cannabis photo from Leafly; not a verified Gelonade specimen
Illustrative photo: Leafly
Gelonade ↗
Illustrative cannabis photo from Leafly; not a verified Sour Dubb specimen
Illustrative photo: Leafly
Sour Dubb ↗
Classificationhybridhybrid
BreederNot verifiedNot verified
THC · catalog reference22%25%
CBD · catalog referenceNot reportedNot reported
CBG · catalog reference1%1%
Dominant terpeneLimoneneNot verified
TerpenesLimonene, Caryophyllene, LinaloolLimonene, Linalool, Caryophyllene
AromaCitrus, Pepper / spice, FloralCitrus, Floral, Pepper / spice
Flavor
Reported effects
Reported negative effects

No sourced reports yet.

Reported parentsLemon Tree (Reported parent), Gelato #41 (Reported parent)ECSD (Reported parent · disputed), Sour Bubble (Reported parent · disputed)
Lineage statusReported parentageDisputed parentage
Ancestry componentsNot verifiedNot verified
Selected fromNot verifiedNot verified
Lineage notesThe cited catalog page does not establish a complete, authenticated immediate-parent cross for this entry.Sour Dubb has uncertain clone-only origins. Leafly proposes East Coast Sour Diesel with Sour Bubble and separately describes a B.O.G. Seeds recreation using a different Sour Diesel line. This is a source-reported identity, not a genetically authenticated pedigree.
Source reports · whole profile20132

Similarities

Shared documented terpenes: Limonene, Caryophyllene, Linalool.

Main differences

The catalog lists THC at 22% for Gelonade and 25% for Sour Dubb. 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.

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