Every strain page in this database follows a consistent template designed to make comparison and research straightforward. This guide explains each section, what the data means, and how to interpret it correctly.
ℹ️ All strain pages use this standard structure. If you are contributing to this wiki, follow this template for any new strain pages you create.
The overview provides a brief description of the strain, its lineage (parent strains), and its type classification. This section gives a high-level summary suitable for quick reference.
What to look for:
A summary table with the most frequently referenced data points:
| Field | Description | |
|---|---|---|
| Type | Indica, Sativa, or Hybrid classification (with caveat that this is morphological, not pharmacological) | |
| THC % | Typical total THC range as a percentage of dry weight | |
| CBD % | Typical total CBD range as a percentage of dry weight | |
| Dominant Terpenes | The two or three most abundant terpenes by concentration | |
| Flowering Time | Typical range from flip to harvest under indoor conditions | |
| Yield | Relative yield expectation (low, moderate, high) with approximate figures | |
| Growing Difficulty | Easy, Moderate, or Difficult based on pest/disease resistance, training needs, and environmental sensitivity | warning |
Quick stats are approximate ranges. See the sections below on variability and COAs for important context about why these numbers are ranges rather than exact values.
This section documents the parent strains, breeding history, and genetic background of the cultivar. It distinguishes between:
What to note: Genetic information for older strains may be uncertain or based on breeder claims rather than genetic sequencing. Where multiple accounts exist, this section acknowledges the uncertainty.
Details the typical concentrations of major and minor cannabinoids:
| Cannabinoid | Typical Role |
|---|---|
| THC / THCA | Primary psychoactive cannabinoid in most strains |
| CBD / CBDA | Non-intoxicating; may modulate THC effects |
| CBG / CBGA | Minor cannabinoid, precursor to THC and CBD in the biosynthesis pathway |
| CBN | Degradation product of THC; increases with age and oxidation |
Most strains in this database are THC-dominant with CBD below 1%. Strains with elevated CBD are noted where applicable.
Lists the dominant and secondary terpenes found in the strain, typically with approximate percentage ranges of the total terpene content.
Common terpenes documented in this database:
| Terpene | Common Aromas |
|---|---|
| Myrcene | Earthy, musky, herbal |
| Limonene | Citrus, lemon, orange |
| Caryophyllene | Spicy, peppery, woody |
| Pinene | Pine, fresh, sharp |
| Terpinolene | Floral, herbal, citrus |
| Humulene | Earthy, woody, hoppy |
| Ocimene | Sweet, herbal, citrus |
| Linalool | Floral, lavender |
ℹ️ Terpene expression varies with growing conditions. Temperature, humidity, light spectrum, soil composition, and harvest timing all affect terpene production. The profiles listed represent typical results under standard growing conditions but can vary significantly.
Describes commonly reported effects, organized by:
Documents the sensory profile of the strain, including smell (aroma of the dried flower) and taste (flavor when vaporized or combusted). Common descriptors are listed from most to least frequently mentioned.
Lists therapeutic applications commonly associated with the strain in user reports and published research. This section is included for informational purposes only.
🚨 Danger
Not Medical Advice -- This section does not constitute medical advice. Cannabis affects individuals differently. Consult a qualified healthcare professional before using cannabis for any therapeutic purpose. Do not substitute strain descriptions for professional medical guidance.
Documents commonly reported negative or unwanted effects. These can include dry mouth, dry eyes, anxiety, paranoia, dizziness, and increased heart rate. High-THC strains generally carry greater risk of adverse effects, particularly for inexperienced users.
Cultivation-relevant data for each strain:
| Field | Description |
|---|---|
| Difficulty | Easy (resilient, forgiving of mistakes), Moderate (requires some experience), or Difficult (sensitive to environment, pests, or nutrient issues) |
| Flowering Time | Days from initiating the 12/12 light cycle to harvest readiness for indoor growing |
| Yield | Approximate yield per plant or per square meter under typical conditions |
| Plant Height | Relative size classification (short, medium, tall) |
| Preferred Environment | Indoor, outdoor, greenhouse, or any |
| Resistance Notes | Notable resistance or susceptibility to mold, pests, or environmental stress |
Documents any recognized awards, competition wins, or notable mentions (Cannabis Cup, Emerald Cup, etc.). If a strain has no documented awards, this section notes "No widely recognized awards on record."
Cross-references to other strains in this database with similar genetic lineage, terpene profiles, or reported effects. These links help readers explore related cultivars.
Even within a single named strain, individual plants (phenotypes or "pheno"s) can express noticeably different cannabinoid and terpene profiles. When a breeder releases a strain, they typically select a "keeper" phenotype, but different growers may maintain different pheno-hunts. This is why the values on these pages are ranges rather than exact numbers.
The only way to know the cannabinoid and terpene content of a specific sample is through laboratory testing. COAs from accredited laboratories provide:
Always prioritize a current COA over wiki ranges when evaluating a specific product.
| Factor | Effect on Cannabinoids/Terpenes |
|---|---|
| Light spectrum | UV-B exposure may increase THC and terpene production |
| Temperature | High temperatures during flowering can degrade terpenes; moderate stress may increase resin production |
| Humidity | High humidity increases mold risk; very low humidity can stress plants and reduce yield |
| Nutrients | Excess nitrogen can reduce resin production; appropriate phosphorus and potassium support flower development |
| Harvest timing | Harvesting earlier yields more energetic effects (more THC, fewer degraded cannabinoids); later harvest increases CBN and produces more sedating effects |
| Curing | Proper curing (slow drying at controlled humidity) preserves terpenes; improper curing leads to terpene loss and chlorophyll retention |
| Growing medium | Soil, coco, and hydroponic systems can produce different terpene profiles even with identical genetics |