Written by Ad OpsOrigins and Breeding History
Modified Reunion is a mostly indica cultivar bred by Skunk House Genetics, a boutique breeder known for resin-forward selections and potent, gas-heavy flavor lines. The breeder’s portfolio often spotlights dense trichome coverage and complex savory profiles, and Modified Reunion sits squarely in that tradition. While Skunk House Genetics has not widely publicized a full pedigree for this specific cut, the naming convention aligns with the breeder’s “Modified” series, which typically takes inspiration from high-impact parentage and emphasizes potency, bag appeal, and extractability.
As a modern, indica-leaning hybrid, Modified Reunion arrives in a market where THC-dominant cultivars constitute the vast majority of retail flower sold in North America (commonly reported at well over 90% of shelf share). This context helps explain its popularity among experienced consumers and extract artists who prioritize resin structure and terpene density. Skunk House has developed a reputation for selecting plants that perform both as whole flower and in hydrocarbon extraction, and Modified Reunion has been discussed in that same dual-use lane.
The strain’s history reflects the broader shift in breeding away from pure landrace expressions and toward carefully layered polyhybrids. In the 2010s and early 2020s, average dispensary flower potency climbed into the high teens and low-20s percentage range for THC, and cultivars that could reliably hit those marks with vibrant terpene expression rose to the top. Modified Reunion was positioned for that moment: indica-forward comfort, modern potency expectations, and a flavor profile that leans into the savory-gassy spectrum many connoisseurs seek.
Because the breeder’s official, line-by-line genealogy has been kept relatively quiet, most of what is known about the strain’s origins comes from grower reports and the breeder’s pattern of selection. Skunk House Genetics’ “Modified” nomenclature is commonly associated with heavy resin, fuel, and umami tones, and Modified Reunion is frequently described as carrying that torch. In practical terms, this history matters for cultivators and consumers alike, who can expect an indica-leaning, high-resin performer designed for strong yields of sticky, terpene-rich flower and concentrates.
Genetic Lineage and Phenotypic Expectations
Skunk House Genetics lists Modified Reunion as mostly indica by heritage, a signal that growers should anticipate compact internodes, firm bud structure, and a soothing, body-forward effect. Although the exact cross is not officially posted, the breeder’s “Modified” line routinely channels savory chem/fuel character and thick trichome blankets. That pattern suggests phenotypes with pronounced resin glands, making this cultivar a viable candidate for live resin or rosin production where trichome size and head retention are critical.
In indica-leaning hybrids with similar backgrounds, two broad phenotypes commonly emerge. One tends toward ultra-dense, golf-ball colas with modest stretch (0.75–1.5x) and readily purples under mild nighttime temperature drops of 3–5°C. Another shows a more hybrid structure with medium stretch (1.5–2x), speared colas, and slightly looser bracts that resist bud rot better in humid rooms.
If you are hunting seeds or clones of Modified Reunion, plan for selection around resin quality, internodal spacing, and terpene intensity. Many modern indica-leaners produce total terpene content between 1.5% and 3.5% by weight, with top-shelf outliers occasionally surpassing 4%. In practical breeding terms, a phenotype expressing 2.0–3.0% total terpenes with durable, medium-length trichome stalks and prominent bulbous heads (90–120 µm) is a strong candidate for wash or hydrocarbon runs.
Because the strain’s exact pedigree is not fully disclosed, growers should evaluate phenos empirically in their room. Track metrics like leaf-calyx ratio, canopy height at flip versus week three of flower, and yield per square foot to quantify performance. A well-performing indica-leaning hybrid in a dialed environment can achieve 35–60 g/ft² in home grows and significantly more in optimized commercial facilities with CO2 enrichment and consistent PPFD.
Appearance
Modified Reunion typically presents as dense, crystalline buds with a compact calyx stack and visible trichome frosting from tip to stem. Colors range from deep forest green to dark olive, often accented by plum to violet hues when night temperatures dip by 3–5°C late in flower. Bright tangerine pistils thread through the canopy, and cured buds often show a shimmering, almost wet-looking resin sheen indicative of high trichome density.
Under magnification, expect abundant capitate-stalked trichomes with well-formed heads that hold their shape through harvest and dry. Bract surfaces can appear stippled with glandular density, and well-grown examples may show a fine layer of “sand” (knocked heads) on jar walls after handling—evidence of fragile, mature heads. Sugar leaves typically run dark, with serrated edges curled slightly inward when the plant finishes under optimal vapor pressure deficit.
Bud structure leans toward golf-ball nuggets on the more indica-locked phenotypes and chunkier, spear-like tops on hybrid-leaning cuts. In both cases, mechanical firmness is high: a gentle squeeze should meet resistance, then spring back with resin tack. Average calyx size appears medium, with a relatively low leaf-to-calyx ratio that trims easily and polishes well for retail presentation.
When dried correctly, the surface shimmer is striking, and the buds feel “greasy,” a common descriptor for resin-heavy indica lines. A fresh break often reveals sticky interiors that cling to fingers, a practical sign of a cultivar that can do double duty as premium flower and extraction input. Bag appeal is excellent, and the cultivar photographs well under both natural and LED spectrums due to its contrast between dark foliage, orange pistils, and glistening trichomes.
Aroma
The aroma of Modified Reunion is assertive and layered, leaning into savory fuel, earthy skunk, and a faint sweet-dough undercurrent. On first crack, many cuts broadcast gas and chem notes, followed by a warm, kitchen-herb background that hints at umami complexity. As the jar breathes, a rounded sweetness emerges, sometimes reminiscent of bakery crust or dried citrus peel.
The dominant scent molecules in indica-leaning, gas-forward cultivars often include beta-caryophyllene, myrcene, and limonene, alongside supporting sulfur-containing volatiles that contribute to the “fuel” impression. Total terpene percentages for top-tier flower typically land between 1.5% and 3.5% by weight, which correlates with stronger, longer-lasting scent in the jar. If stored at 55–62% relative humidity, aroma integrity tends to remain stable for months, while drier storage can volatilize top notes and flatten the bouquet.
Cold-cure concentrates of strains like Modified Reunion commonly intensify the same themes: sharpened gas on the front, rounded by earthy-sweet midnotes. Hydrocarbon extraction preserves many light volatiles, which is why consumers often perceive “louder” aroma in live resin compared to cured flower. In both formats, a clean, savory nose typically signals mature trichome heads harvested at peak.
Terpene balance can shift with environment and cure. Warmer, faster dries may push the profile toward earth and away from citrus or sweet dough, while longer, cooler cures preserve brighter elements. For repeatability, aim for slow drying at 16–18°C and 58–62% RH over 10–14 days to protect the aromatic fraction.
Flavor
On the palate, Modified Reunion tends to mirror its nose with a deep, savory fuel entry, an earthy-herbal midpalate, and a faintly sweet finish. The first two pulls are usually the loudest, emphasizing gas and chem that resolve into a cohesive, almost umami-like depth. Subsequent draws settle into a balanced earth-and-spice character, which many enthusiasts describe as satisfying and “coat-the-mouth.”
Vaporization typically reveals more nuance than combustion, bringing forward citrus and dough notes that might be partially obscured in a joint. Approximate volatilization ranges for common terpenes in vaping contexts put myrcene around 166–168°C, limonene near 176°C, and linalool close to 198°C; beta-caryophyllene often presents clearly at typical vape temps as well. Keeping temps at 175–190°C can maximize flavor while minimizing harshness, although flavor chasers may ramp down to 165–175°C for the most delicate top notes.
Combusted flower can show a peppery tickle on the exhale, likely tied to beta-caryophyllene and related sesquiterpenes. A properly flushed and cured batch should burn to light gray ash and retain a consistent, resin-rich flavor profile for most of the session. If flavor tapers prematurely or turns acrid, suspect either an overdried cure or insufficient post-harvest rest.
Pairings that complement the flavor include unsweetened green tea, lightly roasted nuts, or mild cheeses that won’t overpower the savory-gas backbone. For concentrates, a short, cool pull on a clean device preserves the sweet dough nuance and avoids scorching the terpenes. Across formats, the throughline is a bold, savory presence balanced by subtle, comforting sweetness.
Cannabinoid Profile and Potency
Modified Reunion is a THC-dominant, mostly indica cultivar, aligning with the broader market where THC-dominant flower represents the overwhelming majority of sales. While published, strain-specific lab data are limited, indica-leaning hybrids of similar breeding typically test between 18% and 26% total THC, with occasional outliers higher in dialed grows. Total THC on compliant labels is calculated as THC + (THCA × 0.877), reflecting the mass loss during decarboxylation.
CBD in such cultivars is generally minimal, commonly below 0.5% by weight, and often not a significant contributor to the effect profile. Minor cannabinoids like CBG can register in the 0.2–1.5% range, while CBC and THCV, when present, tend to be trace amounts (often ≤0.5%). Lab-to-lab variance and sample preparation can introduce measurement differences of a few percentage points, so single COAs should be interpreted with context.
Inhalation onset for THC occurs rapidly, typically within 1–5 minutes, with peak subjective effects around 15–30 minutes and a total duration of 2–4 hours for most users. Tolerance, recent food intake, and co-administered terpenes can modulate both intensity and duration. Indica-leaning chemotypes frequently promote body relaxation and a calmer headspace at comparable THC levels versus sativa-leaning counterparts.
For consumers sensitive to strong THC, a lower initial dose is prudent. One or two small inhalations can approximate 2–5 mg of THC depending on device and material potency, providing a controlled entry to evaluate Modified Reunion’s strength. As always, individual responses vary, and titration remains the safest approach to find a comfortable dose.
Terpene Profile
Although exact terpene percentages vary by phenotype and cultivation environment, Modified Reunion aligns with terpene patterns seen in resin-heavy, indica-leaning hybrids. Beta-caryophyllene and myrcene commonly occupy the top two slots, supporting the strain’s spicy, earthy, and relaxing character. Limonene, humulene, and linalool often appear as meaningful secondary contributors, rounding out the bouquet with citrus lift, woody dryness, and floral calm.
In modern commercial flower, total terpene content frequently lands between 1.5% and 3.5% by weight, and this range is a practical target for Modified Reunion. Beta-caryophyllene is notable because it binds selectively to CB2 receptors, potentially contributing to perceived anti-inflammatory and soothing effects. Myrcene is frequently reported as the most common dominant terpene in commercial cultivars, appearing as a primary or co-dominant constituent in a large minority of tested samples.
Aromatically, myrcene can read as earthy and musky, enhancing the strain’s “weight” and relaxing tone, while limonene injects brightness that consumers describe as mood-elevating. Humulene contributes subtle woody and herbal facets and is associated with a dry, crisp finish in the aftertaste. Linalool, when present at meaningful levels, can add floral softness and complement the evening-ready vibe.
For extraction-focused users, the presence of robust sesquiterpenes (caryophyllene and humulene) can lend stability during post-processing, as these heavier molecules are less volatile than monoterpenes. Nevertheless, careful temperature control is essential to retain the lively top-end of the terp spectrum. Cold curing and storage at 4–10°C can meaningfully slow terpene loss and oxidation over time.
Experiential Effects
Consumers describe Modified Reunion as deeply relaxing, body-centered, and steady, with a calm mental state that avoids the racier edges of high-THC sativas. Onset via inhalation is quick—often felt within minutes—with a gentle rise to a plateau that many find tranquil and grounding. The experience typically skews toward evening use, pairing well with quiet activities, movies, or winding down after work.
Subjectively, the strain’s indica-leaning character can translate to muscle ease, perceived stress reduction, and a comfortable heaviness in the limbs. A mild uplift can co-exist with the body calm, especially in phenotypes where limonene is a notable secondary terpene. At moderate doses, users commonly report reduced restlessness and a sense of physical contentment without cognitive fog.
Duration of effect often falls in the 2–4 hour window for smoked or vaped flower, with the strongest sedation emerging in the second half of the curve. For some, that late-phase heaviness is ideal for sleep preparation, while others prefer to dose earlier in the evening to leave a buffer before bedtime. As with any potent indica-leaner, stacking multiple sessions can tip relaxation into couchlock.
Potential side effects mirror other high-THC cultivars: dry mouth and dry eyes are common, and infrequent users may experience transient dizziness at higher doses. Anxiety is less commonly reported with soothing, indica-forward profiles but remains possible, particularly in high-stress settings or with large doses. Hydration, moderate pacing, and a comfortable environment can help optimize the experience.
Potential Medical Uses
Modified Reunion’s profile suggests potential utility for individuals seeking evening relaxation, muscle comfort, and help with sleep initiation. THC has been studied for analgesic and anti-spasmodic properties, and user reports often point to reduced soreness and tension with indica-leaning chemotypes. Terpenes likely to be present—such as myrcene, linalool, and beta-caryophyllene—have been investigated for calming or anti-inflammatory actions in preclinical contexts, though human data remain mixed and dose-dependent.
For sleep-related concerns, indica-forward hybrids are commonly chosen anecdotally for reducing sleep latency. Users often report easier transitions to rest when dosing 60–90 minutes before the desired bedtime, allowing the peak to align with winding down. Those sensitive to next-morning grogginess may prefer smaller evening doses to balance restfulness with alert waking.
In mood and stress contexts, many consumers cite perceived short-term relief, especially where limonene and linalool lend gentle uplift and tranquility. However, clinical responses vary widely, and THC in high doses can exacerbate anxiety in some individuals. Low, measured dosing—1–2 small inhalations—may provide a safer on-ramp to gauge personal benefit.
As always, cannabis is not a substitute for professional medical care, and potential drug interactions should be considered. Individuals with cardiovascular concerns, a history of psychosis, or pregnancy should consult healthcare providers before use. For those cleared to try THC-dominant products, keeping a simple log of dose, timing, and effects over one to two weeks can help titrate an effective and sustainable routine.
Comprehensive Cultivation Guide
Overview and plant vigor: Modified Reunion is a mostly indica cultivar from Skunk House Genetics, bred with resin yield and bag appeal in mind. Expect sturdy growth, dense bud set, and a terpene-forward finish when environmental parameters are dialed. Phenotypes may split between short, compact frames and moderately stretching hybrids; both respond well to topping and canopy management.
Environment and climate: In vegetative growth, target air temperatures of 24–28°C during lights on and 20–22°C at lights off, with relative humidity at 60–70% and a VPD of about 0.9–1.2 kPa. In flower, shift to 22–26°C day and 18–21°C night, with RH moving from 55–60% in weeks 1–3, to 45–50% in weeks 4–6, and 40–45% in weeks 7–10. This taper supports resin production while mitigating botrytis risk in dense indica buds.
Lighting and PPFD: Provide 18/6 light in veg with 400–700 µmol/m²/s PPFD for compact, healthy growth; this equates to a DLI of roughly 26–45 mol/m²/day. In flower, 12/12 with 900–1,200 µmol/m²/s for high-energy phenotypes is a sweet spot; advanced rooms running CO2 at 1,000–1,200 ppm can push PPFD up to 1,400 µmol/m²/s if irrigation and nutrition are tight. Maintain even canopy height with SCROG or manifold training to prevent hot spots and improve light penetration to secondary sites.
CO2 and airflow: If enriching, hold CO2 between 1,000–1,200 ppm during hours of light; enrichment below 800 ppm confers less benefit at high PPFD. Maintain consistent air exchange and directional airflow across the canopy at approximately 0.3–0.5 m/s to prevent microclimates. Use oscillating fans at multiple levels and ensure negative pressure draws odor through carbon filtration.
Mediums and pH/EC: In coco/hydro, aim for pH 5.8–6.2; in soil/soilless organics, pH 6.2–6.8. Veg EC generally runs 1.2–1.8 (600–900 ppm 500-scale), rising to 1.8–2.4 EC (900–1,200 ppm 500-scale) during peak flower depending on cultivar hunger. Always prioritize runoff readings over feed charts; Modified Reunion’s resin-first genetics often prefer steady, moderate nutrition rather than aggressive nitrogen late in flower.
Nutrition specifics: In veg, provide a balanced NPK with sufficient calcium and magnesium—think 120–160 ppm N, 60–90 ppm P2O5 equivalent, and 160–220 ppm K2O equivalent, with Ca 120–150 ppm and Mg 40–60 ppm. In early flower (weeks 1–3), gently reduce nitrogen and raise potassium, targeting 90–120 ppm N and 220–300 ppm K2O equivalent. In mid-to-late bloom, keep N modest (60–80 ppm) and potassium robust (280–350 ppm) while providing a steady trickle of sulfur and micronutrients to support terpene synthesis.
Irrigation strategy: In coco, small, frequent feeds to 10–20% runoff stabilize EC and root zone oxygen. In soil, water to full container field capacity and allow a moderate dryback; overwatering is a primary cause of root stress and terpene suppression. Root-zone temperature stability (20–22°C) improves uptake and reduces calcium deficiency leaf tipping in high-VPD rooms.
Training and canopy management: Top once at the 4th–6th node and spread with low-stress training to create 8–12 main sites per plant in a 2×2 ft footprint. Modified Reunion’s dense buds benefit from strategic defoliation—one light clean-up around day 21 of flower and a second at day 42 to improve airflow and light to middle sites. A single-layer SCROG net in 3×3 or 4×4 tents helps maintain even distance to LEDs and reduces larf.
Flowering time and harvest window: Expect 8.5–10 weeks from flip, depending on phenotype and environmental fine-tuning. Watch trichome heads under 60–100× magnification: a balanced harvest often lands when most heads are fully cloudy with 10–20% amber. Ambience and effect skew more sedative as amber increases; extractors may prefer earlier cuts with maximum cloudy heads for brighter terp profiles.
Pest and disease management: Dense indica flowers invite botrytis in high humidity—prevent rather than treat. Stick to RH targets, maintain airflow, prune inner lollipops, and keep leaves off the medium surface. Implement an IPM program with regular scouting and, if needed, rotations of biologicals appropriate to your region and regulations; maintaining clean intakes and quarantining new clones are fundamental.
Drying and curing: For terpene retention, slow-and-cool is best. Dry whole plants or large branches at 16–18°C and 58–62% RH with gentle, indirect airflow for 10–14 days until stems snap rather than fold. Post-dry, aim for 10–12% internal moisture, then cure in airtight containers, burping daily for the first week, then every few days for 2–3 weeks; ideal storage RH is 55–62% and target water activity is about 0.55–0.65.
Yields and performance metrics: In well-run home environments without CO2, 35–60 g/ft² is achievable; with CO2, dialed fertigation, and strong PPFD, advanced growers can exceed these numbers. In grams per watt under efficient LEDs, 0.8–1.5 g/W is a reasonable benchmark depending on phenotype and training. Concentrate yield from fresh-frozen material depends on trichome head size and resin maturity; resin-forward indica-leaners commonly wash 3–6% in ice water (strain-dependent), while hydrocarbon yields vary with input quality.
Common mistakes and troubleshooting: Overfeeding late in bloom can mute terpenes and hamper burn quality; taper nitrogen and maintain adequate potassium and sulfur. Excess humidity in late flower risks mold—lower RH to 40–45% in weeks 7–10 and maintain canopy airflow. If aroma seems flat after dry, suspect an overfast dry or too warm a room; future runs should slow the curve and target cooler conditions.
Clones versus seeds: If running clones, confirm the cut’s vigor and disease status before entry to the room; test for common pathogens where feasible. If hunting from seeds, pop 6–12 seeds to fairly sample the phenotypic spread, and select for resin density, nose intensity, and manageable internodes. Keep meticulous notes and retain labeled cuts until post-cure evaluation confirms your keeper.
Sustainability and quality control: Optimize irrigation to reduce runoff in coco and consider organic top-dress or living soil for reduced salt waste. Use high-efficiency LEDs to lower heat and power draw; monitor PPFD with a quantum sensor rather than relying on manufacturer estimates. A simple in-room QC workflow—tracking VPD, PPFD, pH, EC, and runoff daily—can raise consistency and improve both yield and terpene retention over successive cycles.
