Written by Ad OpsIntroduction to Grizzly Crinkle
Grizzly Crinkle is a contemporary autoflowering cultivar developed by Mephisto Genetics, a breeder widely respected for boutique-quality autos. Classified as a ruderalis/indica, it marries day-neutral flowering with dense, indica-leaning bud structure and resin saturation. Breeder notes highlight heavy resin production, a compact and weighty flower set, and a gas-forward terpene profile layered with berry-grape sweetness. Those attributes position Grizzly Crinkle as a connoisseur-level auto that performs like a photoperiod in potency and bag appeal while keeping an auto’s speed and convenience.
As an autoflower, Grizzly Crinkle transitions from seed to harvest without reliance on a change in photoperiod. This trait typically shortens the lifecycle to around 70–85 days from sprout under optimal indoor conditions. For home growers, that means multiple harvests per season, faster phenotype evaluation, and consistent scheduling. For consumers, the strain’s resin density and potent aromatics point to a strongly expressed chemotype with a robust flavor-to-effect ratio.
Mephisto’s catalog is known for flavorful, resinous lines, and Grizzly Crinkle sits comfortably in that tradition. Reports from growers and phenotype spotlights consistently mention sparkling trichome coverage and stickiness that makes trimming gloves tacky within minutes. The flavor arc—fuel, berries, and grape—suggests a terpene ensemble likely dominated by myrcene, beta-caryophyllene, and limonene with supporting notes that may include linalool or ocimene. Together, these traits create a compelling, modern profile: fast, loud, and luxuriously frosty.
Breeding History and Origins
Mephisto Genetics built its reputation by applying rigorous selection to autoflowering lines, stabilizing traits across multiple filial generations. While many autos begin as crosses with Cannabis ruderalis for photoperiod independence, Mephisto’s process typically involves running large populations and selecting for potency, structure, and resin density—traits often perceived as weaknesses in early-generation autos. Grizzly Crinkle reflects that matured philosophy, showcasing deeply resinated calyxes and a terpene-forward nose that competes with top-shelf photoperiods. The breeder’s notes from their Yogi’s Stash resources point directly to heavy resin, dense structure, and gas-forward terpenes layered with berry-grape sweetness.
The specific parentage of Grizzly Crinkle has not been publicly detailed, a common practice among craft breeders protecting proprietary crosses. However, the indica-forward morphology and the described fuel-and-fruit profile suggest ancestry from potent Kush or Chem-family lines paired with fruit-heavy selections. Mephisto often draws from elite photoperiod clones to infuse autos with top-tier chemotypes before working them stable. The end result is an autoflower that presents photoperiod-grade frost and complex flavor while finishing in under three months.
From a breeding objective standpoint, Grizzly Crinkle reads like a targeted solution to grower and consumer demands seen over the past decade. Autoflowers have steadily closed the gap in THC percentage, with premium autos routinely testing in the high teens to low 20s by total THC. Resin production, once a soft spot, is now a highlight as evidenced by the sticky, bulbous trichome heads noted by cultivators. Grizzly Crinkle embodies these gains, packaging modern potency and bag appeal into a compact, rapid cycle.
Genetic Lineage and Autoflower Heritage
Grizzly Crinkle is categorized as ruderalis/indica, a shorthand for the two macro-lineages shaping its agronomic and experiential profile. The ruderalis component governs the day-neutral flowering behavior, allowing the plant to flower irrespective of photoperiod length. Indica influence shows up in shorter internodal spacing, a denser stack of calyxes, and a weighty, body-forward experience. For growers, this mix means minimal training windows and heavy emphasis on early vigor and root development.
Autoflowers of this class often complete their lifecycle in 9–12 weeks from germination, depending on environment and pheno-variability. With Grizzly Crinkle, many growers report 70–85 days from sprout indoors under 18/6 or 20/4 lighting schedules, which aligns with premium auto benchmarks. Outdoors, cooler nights or early-season starts may extend that timeline to 80–95 days. The consistent timing aids multi-run planning and facilitates staggered harvests for perpetual home setups.
The indica heritage also correlates with higher resin gland density and a ‘gassy’ aroma, attributes noted in the breeder’s descriptive material. Gas-forward lines frequently trace to Chem, OG, or related Kush families, which express abundant beta-caryophyllene, humulene, and pinene, alongside volatile sulfur compounds that amplify the fuel note. The berry-grape overlay suggests infusion from fruit-oriented lines, often associated with myrcene, limonene, linalool, and sometimes ocimene. The co-expression of fuel and fruit is prized because it signals both impact and complexity in the finished flower.
Visual Characteristics and Bud Structure
Grizzly Crinkle is visually arresting, with dense, compact buds that feel heavy for their size. Calyxes stack closely, building golf-ball clusters that link into short spears at the top nodes. The calyx-to-leaf ratio often skews favorable, with fewer protruding sugar leaves and a canopy that still benefits from modest leaf tucking. Under optimal nutrition and light, trichomes blanket the bracts, reflecting the heavy resin production cited by Mephisto.
Coloration typically ranges from lime to forest green with vibrant orange pistils that darken to copper as maturity approaches. In cooler finishing conditions—especially with a 3–4 C night/day split—anthocyanins may express as purples at the edges or within the bract interiors. This visual pop is aesthetic but can also signal plant stress if overdone; growers should maintain stable VPD while chasing color. Under LED spectrums with high blue and red balance, resin heads appear glassy and bulbous, a strong indicator of high-quality gland development.
Trichome density is not just cosmetic; it translates to tactile stickiness that gums scissors and gloves during trim. Growers often report that even fan leaves near the cola tops show sugar-like frost by week five of bloom. This density supports solventless extraction performance, with many resin-forward autos yielding 3–5% rosin return on well-executed home presses. For whole flower users, the visual signal of frost correlates with aromatics that jump out of jars even at room temperature.
Aroma and Olfactory Complexity
The nose on Grizzly Crinkle opens with a firm, unmistakable gas—sharp, kerosene-adjacent, and slightly peppery. This is the ‘fuel’ tier commonly associated with beta-caryophyllene, humulene, and pinene, while sulfur-containing volatiles can contribute the classic skunky-fuel edge. Layered underneath, a clean berry and grape sweetness rounds the profile, making the aroma both aggressive and inviting. The interplay keeps the bouquet from feeling one-note, which is why fuel-and-fruit compositions are so prized among terpene enthusiasts.
In a fresh grind, the grape note intensifies and leans toward candied grape with a faint floral lift. Many users describe a blackcurrant or concord nuance that pairs nicely with the diesel baseline. The room quickly fills—on a 1–10 scale of aroma projection, Grizzly Crinkle often registers at 8–9 in small spaces. Carbon filtration is therefore strongly recommended during bloom and post-harvest handling.
Aging and cure shape the bouquet in measurable ways. After 14–21 days of slow drying and 3–6 weeks of curing, the top notes smooth out and the mid-palate sweet berry tones become richer. Total terpene content in resin-forward autos frequently falls in the 1.5–3.0% range by dry weight, and this cultivar’s nose suggests it lives near the upper half of that band when grown optimally. Proper cure retains monoterpenes that would otherwise volatilize, preserving the strain’s layered aromatic identity.
Flavor, Mouthfeel, and Consumption Temperatures
On the palate, Grizzly Crinkle tracks its nose: sweet berry-grape on the inhale followed by a decisive fuel exhale. There’s often a subtle earth-chocolate undertone that hints at indica roots and a faint pepper finish from caryophyllene. The mouthfeel is coating and almost syrupy due to resin density, with lingering grape-diesel on the aftertaste. In joints, the sweetness is more pronounced initially, while bongs accentuate the fuel and pepper.
Vaporization temperatures strongly influence flavor outcomes. At 175–185 C, monoterpenes like myrcene and limonene dominate, producing a bright berry-grape impression with lighter diesel. At 190–200 C, the flavor becomes thicker and more fuel-forward as sesquiterpenes and cannabinoids vaporize more robustly. Above 205 C, cannabinoids intensify and flavors darken, with a trade-off in sweet top notes.
Compared to many autos, Grizzly Crinkle holds flavor deeper into the session, a likely function of resin richness and terpene density. If rolled, slow-burning papers preserve sweetness and reduce harshness; hemp wraps can drown fruit notes and overemphasize gas. In glassware, a medium grind and gentle pack prevent hot spotting, preserving the delicate grape ribbon that makes the profile distinctive. Across methods, a proper cure is the biggest single determinant of flavor fidelity.
Cannabinoid Profile and Potency Metrics
While formal lab panels vary by phenotype and grow conditions, Grizzly Crinkle’s heavy resin and modern breeding suggest a high-THC chemotype. Premium autos from top breeders frequently test between 18–24% total THC, with CBD typically below 1%. Anecdotal results from resin-forward autos often show total cannabinoid content in the 20–27% range, which includes minor cannabinoids like CBG. For practical purposes, users should treat Grizzly Crinkle as potent and dose accordingly.
THCa dominates the raw flower and decarboxylates to THC with heat or time, a conversion typically reaching 87.7% efficiency by mass when fully decarbed. At 20% THCa, fully decarbed flower approximates 17.5% THC by mass after accounting for CO2 loss, although combustion and vaporization efficiencies differ. Inhalation bioavailability of THC averages around 10–35%, whereas oral bioavailability is lower at 4–12% due to first-pass metabolism. These pharmacokinetic realities explain why inhaled effects onset quickly and edibles feel stronger per milligram absorbed.
Minor cannabinoids play secondary roles. CBG commonly appears in the 0.2–1.0% range in resin-forward autos and may contribute to perceived clarity at lower doses. Trace CBC and THCV sometimes register, often under 0.5% combined, but their perceptible effects are subtle at those levels. As always, actual content depends on phenotype expression, cultivation parameters, and post-harvest handling.
Terpene Spectrum and Volatile Compounds
The fuel-and-fruit aromatic duet implies a terpene matrix anchored by myrcene, beta-caryophyllene, and limonene, with supporting roles for linalool, ocimene, humulene, and pinene. Myrcene often leads in indica-leaning lines at 0.3–1.0% of dry weight, contributing to fruity and earthy tones. Beta-caryophyllene commonly lands at 0.2–0.8%, bringing pepper and a spicy diesel edge. Limonene at 0.2–0.6% adds citrus brightness that helps read as berry-grape when combined with linalool.
Linalool in the 0.05–0.3% range can push a floral, grape-candy nuance that many tasters note on Grizzly Crinkle. Ocimene and terpinolene, when present, add a high-tone sweetness and fresh quality that enlivens the mid-palate. Humulene and alpha-pinene contribute woody, herbal facets and may fine-tune perceived fuel. The net effect is a layered bouquet where no single terpene overwhelms the ensemble.
Volatile sulfur compounds (VSCs) are increasingly recognized as key drivers of ‘gassy’ or ‘skunky’ notes in modern cannabis. Even in parts-per-billion concentrations, molecules like 3-methyl-2-butene-1-thiol can dramatically elevate the fuel character. While not measured specifically for Grizzly Crinkle, the aromatic signature suggests that VSCs likely amplify its gas-forward personality. Good curing practices help retain these fleeting volatiles, preserving the cultivar’s signature punch.
Experiential Effects, Onset, and Duration
Users commonly describe Grizzly Crinkle as relaxing, body-centered, and immersive without being immediately immobilizing. The first 10–15 minutes often bring a warm body wave and a quieting of mental chatter, consistent with myrcene and caryophyllene-forward chemotypes. At moderate doses, a focused, reflective mood and sensory richness are typical, aligning with the berry-grape sweetness that reads as comforting. At higher doses, couchlock potential increases, and the fuel backbone asserts a heavier finish.
Onset differs by route. Inhaled, effects are usually felt in 2–5 minutes, peaking around 20–30 minutes, and plateauing for 60–120 minutes before tapering. Oral ingestion via edibles begins around 45–90 minutes, with a longer plateau of 3–5 hours depending on dose and metabolism. Tinctures taken sublingually split the difference, often peaking in 30–60 minutes with 2–3 hour duration.
Side effects align with typical THC-rich cannabis: dry mouth, dry eyes, and dose-dependent dizziness or anxiety in sensitive users. Surveys of adult-use consumers suggest 30–60% report mild xerostomia and 15–30% report dry eyes at typical recreational doses. Paranoia is more likely with high doses or unfamiliar settings but can be mitigated by slow titration. As always, personal physiology, tolerance, and set-and-setting shape subjective outcomes.
Potential Therapeutic Applications and Dosing
A ruderalis/indica auto with a potent, resin-heavy chemotype like Grizzly Crinkle may be relevant for sleep initiation, muscle relaxation, and pain modulation. Evidence reviews have found that cannabinoids can offer clinically meaningful relief for chronic pain in some patients, with many surveys reporting over half of respondents experiencing moderate improvements. Sedation-leaning terpene profiles with myrcene and linalool, when present, are frequently associated with sleep latency reduction. Beta-caryophyllene’s CB2 receptor activity is often discussed in the context of inflammation and neuropathic discomfort.
Practical applications could include evening relief for back pain, arthritic stiffness, or post-exertion soreness, as well as wind-down aid for anxious rumination. Users seeking daytime function may prefer microdoses to avoid couchlock, leaning on the strain’s mood-calming properties without the heavy finish. In patient registries, 60–80% of medical cannabis users report improved sleep quality and reductions in pain scores after adoption, though individual responses vary. Grizzly Crinkle’s gas-plus-berry profile aligns with anecdotal reports of strains that blend mental ease with body heaviness.
Dosing should follow a conservative, step-wise approach. For inhalation, start with one short inhale and wait 10–15 minutes before redosing, especially if new to high-THC autos. For edibles, begin at 2.5–5 mg THC and increase by 2.5–5 mg increments, waiting a full 24 hours between changes. Patients should consult healthcare providers, particularly when using other sedatives or managing conditions affected by CNS depressants.
Cultivation Guide: Seeds to Harvest Indoors
As an autoflower, Grizzly Crinkle rewards strong starts and minimal stress. Many growers direct-sow into the final container to avoid transplant shock, using 3–5 gallon (11–19 L) fabric pots for optimal root aeration. Germination rates are highest with 24–30 C root-zone temperatures and gentle moisture, with seeds typically cracking within 24–48 hours. A mild root inoculant and 0.4–0.6 mS/cm EC water support healthy taproot emergence.
Lighting schedules of 18/6 or 20/4 are most common; 24/0 can work but may reduce plant vitality in some genotypes. Aim for 300–400 PPFD during early seedling, rising to 500–700 PPFD by week 3, and 800–1,000 PPFD for bloom. That equates to DLI targets of roughly 20–25 mol/m2/day in early vegetative, 35–45 in late vegetative, and 45–55 in flower. Maintain LED distances per manufacturer guidance to prevent light stress on the compact canopy.
Environmental parameters should prioritize steady VPD. In early growth, 24–27 C daytime and 60–70% RH deliver a VPD near 0.8–1.0 kPa, supporting rapid leaf expansion. In flower, shift to 23–26 C and 50–55% RH for a 1.1–1.3 kPa VPD to maximize resin output while curbing mold risk. In the final 10–14 days, lower RH to 45–50% to protect the dense, resin-heavy colas.
Nutrition for autos should be gentle early and assertive mid-flower. Target 0.8–1.2 mS/cm EC during early vegetative, 1.4–1.8 in pre-flower, and up to 1.8–2.2 at peak bloom depending on media and cultivar appetite. In coco coir, maintain 5.8–6.2 pH; in soilless or organic soil, aim for 6.2–6.8 pH. Monitor runoff EC to avoid salt buildup that can stunt autos during their limited training window.
Because Grizzly Crinkle forms dense flowers, airflow and canopy management are essential. Provide 0.5–1.0 m/s of gentle leaf-surface airflow and strong exhaust to maintain CO2 replenishment. If enriching CO2 to 800–1,200 ppm, keep temps 1–2 C higher and maintain high PPFD to capitalize on the boost. A clean intake filter and regular pre-filter changes on carbon scrubbers tame the strain’s strong aroma through late bloom.
From emergence, many Grizzly Crinkle plants show pre-flowers around day 21–28 and are in full bloom by day 30–35. Typical harvest windows fall between day 70–85 from sprout, with some phenos finishing slightly earlier. Watch trichomes rather than calendar: aim for a mix of mostly cloudy with 5–15% amber for a balanced effect or 20–30% amber for maximum body-weighted sedation. Because resin production is heavy, plan for sticky harvest logistics and tool hygiene.
Cultivation Guide: Outdoor and Greenhouse Strategies
Outdoors, Grizzly Crinkle’s autoflowering habit allows flexible scheduling that bypasses photoperiod constraints. In temperate climates, three successive runs from late spring to early fall are feasible, each taking roughly 75–90 days seed to harvest. Start seeds indoors for 10–14 days under gentle LEDs and transplant once roots fill a small starter pot to avoid stall in the field. Fabric pots of 5–10 gallons or in-ground beds with rich, aerated soil will support the cultivar’s dense structure.
Daytime temperatures between 22–30 C and nights above 12–14 C keep growth steady. Relative humidity management is more difficult outdoors, so site selection and airflow become crucial. Space plants 60–90 cm apart and orient rows with prevailing winds to reduce microclimate stagnation around the bulky colas. A light trellis can prevent wind damage and support the dense tops as they pack on weight.
In greenhouses, environmental control improves outputs significantly. Shade cloth at 20–40% can prevent heat stress during midday peaks while clear mornings and afternoons keep DLI high. Dehumidification to 50–60% RH in late flower will reduce botrytis risk, which is disproportionately high in resin-heavy, tight-budded autos. Greenhouse carbon filtration is recommended due to the cultivar’s strong fuel-forward emissions.
Nutrient Strategy, EC/PPM, and pH Management
Autos like Grizzly Crinkle are sensitive to early overfeeding, so front-load biology and gently ramp mineral nutrition. Start with a calcium-magnesium base in RO water to 0.2–0.3 mS/cm before adding grow nutrients to reach 0.8–1.2 mS/cm by late week two. Transition to bloom inputs by the first signs of pistils, maintaining nitrogen to avoid premature fade while increasing phosphorus and potassium. Silica at 50–100 ppm can improve stalk rigidity and stress tolerance, helping support dense cola weight.
By mid-bloom, many phenotypes happily consume 1.8–2.2 mS/cm if environmental and light intensity are optimal. Watch leaf tips and runoff EC; if tips burn or runoff climbs rapidly above input, reduce feed concentration or increase watering frequency with lower EC. In coco, frequent fertigation with 10–20% runoff helps maintain root-zone stability. In living soil, periodic top-dressing and biologically active teas can sustain the heavy resin push late in flower without salt stress.
pH discipline preserves nutrient availability. In hydroponic and soilless systems, keep pH 5.8–6.2 during early growth and 6.0–6.2 in bloom. In soil, 6.3–6.8 supports macro and micro uptake throughout the cycle. Periodic slurry tests ensure the root-zone pH remains in range, minimizing lockout in a cultivar that has little time to recover from imbalances.
Training, Canopy Management, and Stress Tolerance
Because Grizzly Crinkle is an autoflower, training must be gentle and timed carefully. Begin low-stress training (LST) around day 14–21, pinning the main stem to encourage lateral growth and even canopy. Avoid topping after day 21; autos often lack the vegetative window to recover, and this cultivar’s dense structure prefers minimal high-stress interventions. Selective defoliation of large fan leaves that shade productive sites can increase light penetration without over-thinning.
A single plant can fill a 2x2 foot (60x60 cm) space with proper LST and a 3–5 gallon container. For multi-plant setups, a sea-of-green approach with 4–9 plants per 2x4 (60x120 cm) can maximize grams per watt. Maintain 800–1,000 PPFD in bloom, ensuring even distribution to all bud sites for uniform ripening. Because the buds are dense, ensure vertical airflow under the canopy to reduce microclimates.
Stress tolerance is moderate. The cultivar can handle routine LST and reasonable defoliation but may stall with aggressive topping or late-stage supercropping. Environmental swings beyond 5 C and RH spikes above 65% in late bloom increase disease risk. Consistency is rewarded with tighter internodes, heavier resin, and fewer larf sites.
Integrated Pest Management and Mold Prevention
Heavy resin and dense colas increase the importance of proactive IPM. Begin with clean starts: disinfect tents, rotate intake pre-filters, and quarantine new plant material. Yellow sticky cards and weekly leaf inspections catch early signs of fungus gnats and mites. Soil surface management with sand, diatomaceous earth, or biologicals like Bacillus thuringiensis israelensis can reduce gnat populations.
Biocontrols provide a chemical-free safety net. Beneficial mites such as Neoseiulus californicus or Phytoseiulus persimilis can suppress spider mites if introduced preventatively. Beauveria bassiana sprays are useful in vegetative stages but should be discontinued once flowers develop to avoid residue. For powdery mildew risk, sulfur burners are effective in veg but should never be used around flowering plants.
Mold prevention pivots on airflow and humidity control. Keep RH at 50–55% in mid bloom and 45–50% late; ensure 3–5 complete air exchanges per minute in tents. Oscillating fans should create gentle leaf movement across all canopy layers without windburn. In dense tops, a late-week 6 leaf strip around day 49–56 can improve airflow and reduce botrytis incidence without compromising yield.
Harvest Timing, Drying, and Curing Protocols
Harvest timing should be trichome-led, not calendar-led, due to phenotype variance. For a balanced effect, aim for a trichome field of 5–15% amber with the rest cloudy and minimal clear heads. For maximal couchlock and body emphasis, wait for 20–30% amber. The breeder’s emphasis on heavy resin means amber coloration can advance quickly in the final week, so daily checks are recommended.
Drying is best at the classic 60/60 baseline: 60 F (15.5 C) and 60% RH for 10–14 days. Whole-plant or large-branch hanging slows drying, preserving terpene content in resin-rich flowers. Dehumidifiers and gentle circulation fans outside the dry space help maintain stable conditions, preventing case hardening. The aroma will evolve from sharp fuel to a more integrated fuel-plus-grape during this phase.
Curing completes the process by stabilizing moisture and maturing flavor. Jar or bin cure at 58–62% equilibrium humidity for 3–6 weeks, burping daily in the first week and less frequently thereafter. Total terpene content of 1.5–3.0% is maintained best with cool storage and limited oxygen exposure. For long-term storage, vacuum sealing with terpene-preserving humidity packs helps lock in the cultivar’s layered profile.
Yield Expectations, Phenotype Variance, and Quality Grading
Yield is a function of environment, light intensity, and training precision. Under optimized indoor conditions at 800–1,000 PPFD and 18/6 lighting, single Grizzly Crinkle plants in 3–5 gallon pots commonly produce 80–180 g of dried flower. In a dialed 2x4 foot space, total yields of 350–550 g/m2 are realistic, with experienced growers occasionally exceeding that band. Outdoor or greenhouse runs often match or surpass indoor yields when weather cooperates.
Phenotype variation typically shows up along a fuel-to-fruit axis. Some plants lean more diesel-pepper with harder spear colas, while others express louder grape-candy notes with slightly rounder buds. Height tends to stay in the 60–100 cm range indoors, with shorter internodes that suit compact spaces. Across phenos, heavy resin is a constant, aligning with the breeder’s description.
Quality grading favors bag appeal and nose. Trimmed A-grade flowers exhibit thick trichome coverage, tight structure, and a distinct fuel-and-fruit aroma that projects strongly from the jar. Lower grades often result from environmental stress, inadequate drying, or late-stage humidity spikes leading to foxtailing or larf. Resin-rich trim retains significant value for hash and rosin, with home presses often returning 3–5% on flower and 10–18% on high-quality sift.
Legal, Safety, and Responsible Use Considerations
Cannabis legality varies by jurisdiction, and cultivation may be regulated or prohibited in your area. Always confirm local laws regarding home grows, plant counts, and possession limits before starting seeds. Odor management is a frequent legal and neighborly requirement for indoor and greenhouse cultivation. Carbon filtration and sealed drying practices help maintain compliance and discretion.
From a safety standpoint, avoid operating vehicles or heavy machinery under the influence, and keep all cannabis products secured away from children and pets. Start with low doses and escalate gradually, especially with potent, resin-rich autos like Grizzly Crinkle. If using for medical purposes, consult with a clinician to manage potential interactions with existing medications and to tailor dosing strategies.
Conclusion and Key Takeaways
Grizzly Crinkle stands out as a quintessential modern autoflower from Mephisto Genetics, combining true day-neutral performance with photoperiod-caliber resin and flavor. The cultivar delivers a gas-forward aromatic punch layered with berry-grape sweetness, wrapped in dense, frost-laden flowers. Indoors, expect 70–85 days from sprout to harvest under 18/6 or 20/4 lighting, with yields that compete in grams per square meter and a nose that demands robust carbon filtration. Its ruderalis/indica heritage anchors a relaxing, body-forward experience that many users find ideal for evenings.
For growers, success comes from strong starts, gentle early training, and careful environment and nutrition management. Keep VPD steady, RH modest in late bloom, and trichome maturity as your harvest guide. With precise drying and a multi-week cure, the fuel-and-fruit profile becomes both louder and more refined. In short, Grizzly Crinkle is an autoflower that satisfies connoisseurs and cultivators alike, delivering speed, potency, and a deeply memorable jar appeal.
