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Also known as: Rare Dankness Cheese · Cheese Phenotype

Rare Cheese

A Cheese-family hybrid marketed for funky dairy aromatics, with a lineage and chemistry less documented than its name suggests.

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Rare Cheese is one of dozens of Cheese-branded hybrids floating around seed banks and dispensary menus. The 'Cheese' family genuinely traces back to a real UK Skunk #1 phenotype, but 'Rare Cheese' itself has no consistent, verifiable pedigree across vendors — different breeders sell different plants under the name. Expect a Skunk-leaning aroma if the cut is legit, but ignore confident claims about precise THC numbers, fixed effects, or exotic lineage. Most of what's marketed as 'rare' here is branding, not genetics.

Overview

Rare Cheese is a marketing name attached to several Cheese-family hybrids sold by different seed banks and dispensaries. The 'Cheese' lineage itself is real and traceable: it originated in the late 1980s/early 1990s in the UK as a distinctive pheno of Skunk #1, later popularized commercially by Big Buddha Seeds [1][2]. 'Rare Cheese' as a specific, stable cultivar, however, does not have a single agreed-upon source Disputed.

If you see Rare Cheese on a menu, treat it as a Cheese-leaning hybrid of unknown specific pedigree until the vendor shows otherwise. The defining trait — when the plant is the real deal — is a pungent, sour, fermented-dairy aroma layered over classic Skunk funk.

Chemistry: cannabinoids and terpenes

There is no published peer-reviewed chemotyping of 'Rare Cheese' specifically No data. Vendor-reported THC for Cheese-family cultivars typically lands in the mid-to-high teens, with negligible CBD, which is consistent with broader THC-dominant cannabis chemotyping surveys [3].

The Cheese aroma is widely attributed to a combination of myrcene, caryophyllene, and sulfur-containing volatile compounds (VSCs). Recent research has shown that the classic 'skunky' smell in cannabis comes primarily from prenylated VSCs like 3-methyl-2-butene-1-thiol, not from terpenes alone [4] Strong evidence. So the 'cheese' note is likely a VSC + terpene interaction, not just 'high myrcene.'

The popular claim that '>0.5% myrcene makes a strain indica/couch-lock' is folklore with no clinical backing No data and should be ignored when reading lab labels.

Reported effects

There are no strain-specific clinical trials on Rare Cheese or any other named cultivar No data. What exists is user self-report from sites like Leafly and growers' forums, which is anecdotal and prone to expectancy effects Anecdote.

Commonly reported subjective effects for Cheese-family hybrids include relaxation, mild euphoria, talkativeness, and appetite stimulation. These are also among the most commonly reported effects for any THC-dominant flower, so they tell you more about THC than about Cheese specifically.

The indica/sativa label attached to Cheese varieties is not a reliable predictor of effect. Chemical analyses repeatedly show that 'indica' and 'sativa' labels do not map cleanly onto cannabinoid or terpene profiles [5] Strong evidence.

Lineage (disputed)

The umbrella Cheese lineage traces to a Skunk #1 cut selected in the UK around 1988–1989, sometimes credited to the 'Exodus' collective; Big Buddha Seeds later stabilized a seed line called Cheese (Big Buddha Cheese × Afghani) in the early 2000s [1][2] Weak / limited.

'Rare Cheese' specifically has been used as a product name by multiple vendors with no consistent parental claim. Some list it as a Cheese × unknown hybrid; others use it as a phenotype name for a particularly pungent Cheese cut. Without verifiable breeder records, any specific pedigree statement for Rare Cheese should be treated as marketing copy, not fact Disputed.

If provenance matters to you, ask the vendor for the breeder name and parent strains, and check whether that breeder actually lists the cross in their catalog.

Cultivation basics

Cheese-family plants are generally considered approachable for newer growers. They tend to be vigorous, with moderate stretch in early flower and a flowering time around 8–10 weeks indoors Anecdote. They respond well to topping and low-stress training to manage the bushy Skunk structure.

Because of the pungent VSC and terpene output, odor control is essential indoors — carbon filtration is not optional if discretion matters. Outdoors in temperate climates, Cheese types finish in early-to-mid October in the Northern Hemisphere.

Watch for botrytis (bud rot) in dense colas during humid late flower; airflow and humidity control (RH < 55% in late flower) help [6] Strong evidence. Specific yield numbers from vendor pages are best treated as upper-bound marketing claims rather than averages.

Marketing vs. reality

Three things to keep in mind:

  1. 'Rare' is a marketing word. There is no registry of cultivar rarity in cannabis. Genetic studies show that strain names are frequently inconsistent between vendors, with samples sold under the same name often being genetically distinct [7] Strong evidence.
  2. The 'Cheese' aroma is real, but not unique to this name. Many Skunk-descended hybrids produce similar VSC profiles. A pungent dairy smell does not authenticate a specific pedigree.
  3. Vendor THC numbers are not measurements of your jar. Cannabinoid content varies widely between batches, phenotypes, and cure conditions, and label inflation is well-documented [8] Strong evidence.

If a Rare Cheese smells funky-sour, grows like Skunk, and gets you where you want to be, that's a fine outcome. Just don't pay a premium for the word 'rare.'

Sources

  1. Reported Danko, D. (2014). 'The History of Cheese.' High Times.
  2. Reported Bienenstock, D. (2017). 'A Brief History of Cheese, Cannabis' Stinkiest Strain.' Vice / Merry Jane coverage of Big Buddha Cheese lineage.
  3. Peer-reviewed ElSohly, M. A., Mehmedic, Z., Foster, S., Gon, C., Chandra, S., & Church, J. C. (2016). Changes in cannabis potency over the last two decades (1995–2014). Biological Psychiatry, 79(7), 613–619.
  4. Peer-reviewed Oswald, I. W. H., Ojeda, M. A., Pobanz, R. J., et al. (2021). Identification of a new family of prenylated volatile sulfur compounds in cannabis revealed by comprehensive two-dimensional gas chromatography. ACS Omega, 6(47), 31667–31676.
  5. Peer-reviewed Smith, C. J., Vergara, D., Keegan, B., & Jikomes, N. (2022). The phytochemical diversity of commercial Cannabis in the United States. PLOS ONE, 17(5), e0267498.
  6. Peer-reviewed Punja, Z. K. (2021). Epidemiology of Botrytis cinerea in Cannabis sativa flower buds. Frontiers in Microbiology, 12, 731062.
  7. Peer-reviewed Schwabe, A. L., & McGlaughlin, M. E. (2019). Genetic tools weed out misconceptions of strain reliability in Cannabis sativa. Journal of Cannabis Research, 1, 3.
  8. Peer-reviewed Schwabe, A. L., Johnson, V., Harrelson, J., & McGlaughlin, M. E. (2023). Uncomfortably high: testing reveals inflated THC potency on retail Cannabis labels. PLOS ONE, 18(4), e0282396.

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May 26, 2026
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