Lifter Seeds: Complete Guide to Growing High-CBD Hemp

Genetics and Lineage of the Lifter Strain

Lifter was developed by the breeding team at Oregon CBD Seeds, a program recognized for stabilizing high-CBD hemp genetics through rigorous selection. The cultivar results from crossing Suver Haze as the maternal line with Early Resin Berry as the paternal contributor. Suver Haze brings exceptional CBD potential and complex terpene expression, while Early Resin Berry contributes accelerated maturation and abundant trichome coverage. The outcome is a genetically stable hemp variety with a predictable cannabinoid profile locked in across multiple generations of selective breeding.

Lifter is classified as a sativa-dominant hemp cultivar, displaying tall growth with an open canopy structure and elongated internodal spacing. Genetic stability allows growers to cultivate from seed with minimal phenotypic variation between plants. The strain is available primarily as feminized seeds, ensuring nearly all plants produce harvestable flower. This consistency makes Lifter particularly suitable for compliance-focused cultivation where predictable THC levels are essential for legal operation.

Suver Haze itself is a cross of Suver #8 and Early Resin Berry, which means Lifter carries approximately 75 percent genetic material from the Early Resin Berry line. This concentrated ERB genetics amplifies resin production significantly compared to other CBD cultivars. Suver Haze transmits a layered terpene profile featuring fruit and spice notes that define Lifter's distinctive aroma. The complete genealogical tree traces back to original Oregon CBD breeding lines with full documentation available from the breder.

When compared to sibling cultivars from the same breeding program such as Suver Haze, Elektra, and Hawaiian Haze, Lifter distinguishes itself through earlier flowering initiation. Users report a more pronounced uplifting sensation compared to the heavier relaxation of Suver Haze. Lifter proves less demanding regarding photoperiod sensitivity than Elektra, making it more forgiving for novice hemp farmers. This versatility positions Lifter as the universal CBD cultivar suitable for varied climatic conditions from the Pacific Northwest to the Southeast.

Parent Traits: Suver Haze and Early Resin Berry

Suver Haze delivers CBD concentrations reaching 20 percent alongside a complex terpene blend dominated by myrcene, bisabolol, and farnesene. It flowers in8 to 9 weeks with substantial yields per plant, though its later maturation can challenge growers in northern latitudes. Suver Haze passes to Lifter both the high CBD ceiling and the aromatic complexity that distinguishes premium hemp flower from commodity biomass.

Early Resin Berry matures 1 to 2 weeks ahead of most hemp cultivars, producing compact buds coated in dense trichome layers. Its natural resistance to mold makes it valuable genetic material for humid growing regions. ERB transmits to Lifter the speed of maturation and exceptional resin output that define the strain's commercial appeal. The combination of both parents creates an optimal balance between yield volume and flower quality that few other CBD cultivars achieve.

Cannabinoid and Terpene Profile of Lifter

Lifter produces CBD concentrations between 15 and 20 percent depending on growing conditions, genetics expression, and harvest timing. Total THC remains consistently below the 0.3 percent federal compliance threshold when cultivated properly. Minor cannabinoids include CBG at 0.5 to 1 percent, with trace amounts of CBC and CBN contributing to the entourage effect. This comprehensive cannabinoid profile makes Lifter ideal for full-spectrum CBD products where multiple compounds work synergistically. Laboratory Certificates of Analysis confirm remarkable consistency in this profile from harvest to harvest across different growing environments.

The dominant terpenes in Lifter are myrcene, beta-caryophyllene, and farnesene, creating its signature funky and earthy aroma. Secondary terpenes include bisabolol, humulene, and limonene, adding floral and citrus undertones to the overall profile. Total terpene content ranges from 1.5 to 2.5 percent by dry weight, placing Lifter among the more aromatic hemp cultivars available. The flavor when smoked or vaporized presents as slightly sweet with a mild peppery finish that distinguishes it from other CBD strains.

Users consistently describe the Lifter experience as uplifting, clarifying, and mildly energizing without sedation or cognitive impairment. Many report reduced anxiety and improved focus without the drowsiness associated with indica-dominant CBD strains. This makes Lifter particularly suitable for daytime consumption when mental clarity remains important. The entourage effect between CBD and the specific terpene combination amplifies therapeutic potential beyond what isolated CBD delivers alone.

Several cultivation factors influence the final cannabinoid profile including light intensity, nutrient regimen, and precise harvest timing. Late harvesting can push THC above the compliance threshold as cannabinoid acids continue converting. Conversely, harvesting too early sacrifices CBD potential that has not yet fully developed. The optimal harvest window occurs when trichomes display 70 to 80 percent milky coloration under magnification. Proper drying and curing protocols preserve the volatile terpene profile that defines Lifter's character.

• Myrcene — delivers earthy, musky aromatics and promotes relaxation alongside anti-inflammatory responses. This terpene appears in the highest concentration within Lifter flower, typically comprising 0.4 to 0.8 percent of dry weight. It synergizes with CBD to enhance calming effects without inducing sedation.
• Beta-Caryophyllene — contributes spicy, peppery notes and uniquely binds directly to CB2 receptors in the endocannabinoid system. This interaction supports pain relief and anti-inflammatory activity independent of CBD. It is the only terpene known to function as a dietary cannabinoid.
• Farnesene — presents green apple and woody characteristics with documented calming properties. Found across many hemp cultivars, it appears in notable concentrations in Lifter. Research suggests potential anti-anxiety and sedative effects at higher doses.
• Bisabolol — offers floral, sweet aromatics inherited from the Suver Haze parent line. Known for anti-irritant and skin-soothing properties, it adds therapeutic value topical CBD preparations. This terpene also demonstrates antimicrobial activity in laboratory studies.
• Humulene — provides hopy, herbal notes reminiscent of craft beer aromatics. Research indicates appetite-suppressant and anti-inflammatory properties. It works synergistically with beta-caryophyllene to enhance overall anti-inflammatory response.
• Limonene — contributes bright citrus notes that lighten the overall aroma profile. Associated with mood elevation and stress relief, it improves bioavailability of other terpenes and cannabinoids. Present in lower concentrations but impactful on the overall sensory experience.

Indoor Cultivation of Lifter Seeds

Lifter adapts well to indoor growing environments where cultivators maintain precise control over all environmental variables. The recommended light schedule follows standard photoperiod protocols with 18 hours on and 6 hours off during vegetative growth, switching to 12 and 12 to initiate flowering. Full-spectrum LED fixtures deliver optimal results for CBD production while minimizing heat output. The plant's natural tendency to stretch requires height management through training techniques, with18 to 24 inches maintained between LED panels and canopy tops.

Optimal daytime temperatures range from 68 to 80 degrees Fahrenheit with a10-degree reduction during dark periods to simulate natural conditions. Relative humidity should remain between 55 and 65 percent during vegetation, dropping to 40 to 50 percent once flowering begins to prevent mold development. Strong ventilation proves critical given Lifter's tendency to produce dense flower clusters that trap moisture. Carbon dioxide supplementation at 1000 to 1200 ppm can increase yields by 20 to 30 percent in sealed grow rooms. Substrate pH should target 6.0 to 6.5 for soil media or 5.5 to 6.0 for hydroponic systems.

Lifter responds well to moderate feeding programs without requiring heavy nutrient loads that some THC cultivars demand. Nitrogen dominates during vegetative growth, transitioning to elevated phosphorus and potassium once flowering initiates. Overfeeding nitrogen during bloom can delay flower maturation and potentially elevate THC production beyond compliance limits. Organic nutrient lines are preferred by growers targeting premium terpene expression in the final product. A thorough flush with plain water during the final 1 to 2 weeks before harvest improves flavor and smoothness. Calcium and magnesium supplementation becomes particularly important under LED lighting which can induce deficiencies.

Indoor yields typically reach 400 to 500 grams per square meter under optimized conditions, with average growers achieving 300 to 400 grams. The complete cycle from seed to harvest spans 14 to 16 weeks including vegetative and flowering phases. Feminized seeds eliminate the need for sex identification, ensuring every plant contributes to the final harvest. Sea of Green and Screen of Green methods prove particularly effective for maximizing Lifter's canopy coverage. Recommended container size falls between 5 and 7 gallons for full-sized plants, allowing adequate root development. Indoor operations can achieve 2 to 3 complete harvest cycles annually.

Light Scheduling and Training Methods for Lifter

Lifter responds to photoperiod changes predictably, with the switch to 12 hours of darkness reliably initiating flower development within 7 to 10 days. Some experienced growers utilize a 13/11 light schedule to reduce transition stress while still triggering bloom. Topping the main stem at the fourth or fifth node creates2 to 4 primary colas that develop evenly. Low stress training by gently bending and securing branches opens the lower canopy to direct light penetration, significantly improving overall yield.

A SCROG net positioned20 to 24 inches above the substrate surface provides ideal support for Lifter's lateral growth pattern. Growers should fill the screen to 70 to 80 percent capacity before switching to flowering light schedules. Strategic defoliation of lower fan leaves during the third week of flowering improves airflow through the canopy and redirects energy to developing buds. Supercropping techniques work well during vegetative growth but should be avoided once flowering begins to prevent stress responses. Autoflower versions of Lifter exist for growers who prefer not to manage photoperiod transitions.

Outdoor Growing Guide for Lifter Seeds

Lifter ranks among the most reliable hemp cultivars for outdoor cultivation across temperate and warm climate zones. Optimal growing regions correspond to USDA hardiness zones 5 through 10, covering the majority of productive agricultural land in the United States. Transplanting outdoors should occur after the final frost date, typically between May and June depending on latitude. Plants reach5 to 6 feet in height under full outdoor conditions, developing broad canopies that require4 to 6 feet of spacing between individuals. Full sun exposure of8 or more hours daily proves critical for maximizing CBD biosynthesis in the flower.

Soil preparation focuses on well-drained media rich in organic matter with pH between 6.0 and 7.0 for optimal nutrient availability. Cover crops and companion planting improve the soil ecosystem while providing natural pest deterence. Mulching with straw or wood chips conserves soil moisture and suppresses weed competition around young plants. Lifter demonstrates moderate drought tolerance once established, though consistent irrigation during flowering significantly improves final yield. Raised beds offer an effective solution in regions with heavy clay soils that retain excessive moisture around root zones.

Flowering initiates naturally when daylight hours drop below approximately 14 hours, typically occurring in August across most northern hemisphere locations. Harvest timing falls between late September and mid-October depending on latitude and local climate conditions. The Early Resin Berry genetics provide Lifter with earlier maturation compared to many competing hemp cultivars. This advantage proves particularly valuable in northern regions where early autumn frosts threaten unharvested crops. Monitoring trichome development with magnification determines the precise optimal harvest window for each individual field.

Outdoor yields range from 1 to 2 pounds per plant under favorable growing conditions with attentive management. Large-scale commercial operations report1000 to 1500 pounds per acre of dried, trimed flower from well-managed Lifter fields. The cultivar's relatively uniform maturation pattern makes it suitable for mechanized harvesting equipment used on larger acreages. Post-harvest drying should occur in controlled environments maintaining 60 degrees Fahrenheit and 60percent relative humidity to preserve terpene integrity. Compliance testing is recommended approximately 2 weeks before the planned harvest date to allow time for early cutting if THC levels approach the legal limit.

Yield Expectations and Harvest Techniques for Lifter

Indoor cultivation produces 400 to 500 grams per square meter under optimized conditions with experienced growers, while average operations achieve 300 to 400 grams per square meter. Outdoor plants yield 1 to 2 pounds each when given a full growing season with adequate nutrition and water. Commercial acre yields reach 1000 to 1500 pounds of dried flower depending on plant density and management intensity. Yield depends heavily on phenotype expression, nutritional program, light availability, and grower experience level. Feminized seeds ensure 99 percent or more female plants, maximizing productive canopy area withoutasted space on males.

Harvest readiness is determined primarily by trichome maturity, targeting 70 to 80 percent milky appearance with 10 to 20 percent amber coloration. Harvesting too early before trichomes mature fully results in reduced CBD potency and underdeveloped terpene profiles. Waiting too long allows continued conversion of CBDa to THC precursors, potentially pushing the crop above compliance thresholds. A jeweler's loupe at 30x magnification or USB digital microscope provides adequate resolution for trichome assessment. Pistil darkening to 70 to 80 percent serves as a useful secondary indicator when trichome evaluation proves difficult.

Harvest methodology choices include whole plant chopping versus selective harvesting of upper colas first. Selective harvesting allows lower flower sites additional maturation time under continued light exposure, potentially increasing total yield by 10 to 15 percent. Dry trimming preserves more terpenes compared to wet trimming by allowing slower, more controlled drying process. Hang drying at 60 degrees Fahrenheit with 55 to 65 percent relative humidity over 7 to 14 days produces optimal results. The stem should snap cleanly rather than bend before transitioning to the curing phase in sealed glass containers.

Post-harvest processing options include smokable flower, extraction for oils and isolates, and biomass sales for industrial processing. Premium Lifter flower commands wholesale pricing between 150 and 400 dollars per pound depending on quality, terpene content, and COA results. Biomass destined for extraction sells at20 to 50 dollars per pound based on CBD percentage and volume. Proper drying and curing protocols increase market value by 30 to 50 percent compared to rushed or improperly handled material. Long-term storage requires dark, cool conditions with humidity packs maintaining 58 to 62 percent relative humidity for shelf life extending6 to 12 months.

Maximizing CBD Potency at Harvest Time

Peak CBD concentration occurs when trichomes reach full milky development before significant amber transition begins. Controlled stress factors such as mild drought or increased UV exposure during late flowering can stimulate additional cannabinoid production. However, excessive stress elevates THC disproportionately relative to CBD, creating compliance risks that outweigh any potency gains. The final two weeks before harvest should involve only plain water irrigation to flush residual nutrients and ensure clean burning flower.

Laboratory testing at multiple stages including pre-harvest, post-dry, and post-cure provides comprehensive data on cannabinoid evolution throughout processing. CBD content may decrease slightly during extended drying periods as natural decarboxylation converts CBDa. Storage at temperatures below 70 degrees Fahrenheit slows degradation of both cannabinoids and terpenes over time. Vacuum sealing eliminates oxygen exposure for long-term storage exceding three months. Total CBD calculated as CBDa multiplied by 0.877 plus free CBD represents the key commercial metric for wholesale transactions.

Common Pests, Diseases, and Cultivation Challenges

Lifter demonstrates moderateold resistance inherited from its Early Resin Berry parentage, though this protection has limits in persistently humid environments. Dense flower clusters create microenvironments where botrytis (bud rot) can develop rapidly if moisture becomes trapped within the inflorescence. Preventive measures including adequate plant spacing, strategic defoliation, and strong air circulation reduce risk significantly. Integrated Pest Management approaches are strongly preferred over synthetic chemical pesticides for hemp flower destined for the smokable market. Organic cultivation methods maintain compliance with consumer expectations and third-party certifications that command premium pricing.

Primary insect pests affecting Lifter include aphids, spider mites, hemp ruset mites, and caterpillars such as corn earworm and hemp borer. Aphids and spider mites represent the most frequent indoor threats, colonizing leaf undersides and reducing plant vigor through sap extraction. Caterpillars pose the greatest outdoor danger, boring into flower clusters and leaving frass that promotes secondary mold infections. Bacillus thuringiensis (Bt) sprays provide effective biological control against caterpilar species when applied preventively. Neem oil and insecticidal soap address mild aphid and mite infestations without leaving harmful residues on flower material.

Fungal diseases including powdery mildew, downy mildew, fusarium wilt, and damping off in seedlings require vigilant prevention strategies. Powdery mildew appears as white powdery patches on leaf surfaces, thriving in conditions of high humidity combined with poor air circulation. Preventive applications of sulfur-based sprays or potassium bicarbonate solutions reduce infection pressure during vulnerable growth stages. Fusarium is a soil-borne pathogen attacking roots and vascular tissue with no effective cure once established in a growing medium. Crop rotation and substrate sterilization between cycles represent the primary defensive measures against this devastating disease.

Lifter presents several strain-specific challenges that growers must anticipate and manage proactively. The tendency toward hot testing when plants experience stress or harvest is delayed requires careful monitoring throughout late flowering. Heat stress above 90 degrees Fahrenheit can trigger foxtailing where new calyxes stack abnormally on mature buds. Nutrient lockout manifests quickly in Lifter due to its high metabolic activity, making pH management critical at every feeding. Light burn from LED fixtures positioned too close creates bleached leaf tips that reduce photosynthetic capacity. Hermaphroditism remains rare with quality feminized genetics but can emerge under severe environmental stress.

• Scout plants daily — examine leaf undersides, stem junctions, and inside developing buds for early pest or disease indicators. Early detection prevents small problems from becoming crop-threatening infestations. Morning inspections when pests are less active provide the most accurate assessment.
• Maintain proper airflow — use oscillating fans indoors positioned to create gentle leaf movement throughout the canopy. Outdoors, adequate spacing between plants allows natural wind penetration. Stagnant air pockets create ideal conditions for both pests and fungal pathogens.
• Introduce beneficial insects — release ladybugs for aphid control and predatory mites such as Phytoseiulus persimilis for spider mite suppression. Establish populations preventively before pest pressure builds. Green lacewing larvae provide broad-spectrum predation against multiple soft-bodied pest species.
• Apply organic sprays preventively — neem oil applications weekly during vegetative growth create a deterent layer against common pests. Cease all spray applications at least two weeks before harvest to avoid residue on flower. Rotate between neem, pyrethrin, and Bt to prevent resistance development.
• Use sticky traps for monitoring — yellow traps attract whiteflies and fungus gnats while blue traps target thrips populations. Position traps at canopy height and check daily to identify emerging pest pressure. Trap counts guide decisions about when to escalate control measures.
• Remove infected material immediately — bag and dispose of any plant tissue showing disease symptoms away from the growing area. Leaving infected material in place allows spore production and spread to healthy plants. Sanitize tools after handling diseased tissue to prevent mechanical transmission.
• Rotate control methods regularly — alternate between biological agents, organic sprays, and cultural practices to prevent pest resistance. Populations exposed to a single control method repeatedly develop tolerance within several generations. Integrated approaches maintain long-term effectiveness across multiple growing cycles.

Legal Compliance and THC Testing for Hemp Cultivators

The 2018 Farm Bill defines hemp as Cannabis sativa containing no more than 0.3 percent THC on a dry weight basis, establishing the legal framework under which Lifter operates. Oregon CBD Seeds developed Lifter specifically to comply with this threshold under normal growing conditions. However, environmental stressors including heat, drought, and nutrient imbalances can push THC production above legal limits in any hemp cultivar. A crop testing above the threshold, termed a hot crop, faces mandatory destruction in most state regulatory programs. The USDA Final Rule implemented in 2021 established total THC calculated as delta-9 THC plus THCa multiplied by 0.877 as the official compliance metric.

Pre-harvest testing is mandatory for licensed hemp operations, typically required15 to 30 days before the planned harvest date depending on state regulations. Sampling protocols vary significantly between jurisdictions, with some states testing only the top third of the plant where cannabinoids concentrate most heavily. The testing laboratory must hold DEA registration and follow validated analytical methods for cannabinoid quantification. Results from pre-harvest testing determine whether the crop can be legally harvested, sold, and processed. If results indicate THC approaching the limit, growers must decide between early harvest with reduced CBD or risking a compliance failure.

Effective compliance strategies for Lifter cultivation begin with harvesting slightly early when THC trajectory indicates potential threshold violation. Selecting seeds from verified sources with documented compliance history across multiple harvests reduces genetic risk substantially. Avoiding stress factors known to elevate THC production including water deprivation, extreme heat, and nutrient deficiency keeps cannabinoid ratios stable. Some states implement a negligence threshold at 0.5 percent THC that avoids crop destruction for minor violations. Remediation options for marginally hot crops may include conversion to extract where THC can be removed, supervised destruction, or alternative non-consumable uses.

State-level regulatory variations create a complex compliance landscape that hemp growers must navigate carefully. Licensing requirements, testing frequency, acceptable measurement uncertainty, and enforcement approaches differ substantially between jurisdictions. Some states require separate licensing for each production lot or growing location within a single operation. Comprehensive record-keeping including GPS coordinates, planted acreage, seed source documentation, and all test results protects growers during regulatory audits. Lifter maintains a strong compliance track record when cultivated following established best practices with appropriate harvest timing. Working with an experienced testing laboratory and agricultural legal counsel provides essential support for commercial hemp operations.

Buying Guide and Seed Quality for Lifter

Primary sources for authentic Lifter seeds include Oregon CBD Seeds as the original breeder, licensed distributors operating under their authorization, and established seed banks with verified supply chains. Feminized seeds represent the industry standard for commercial hemp cultivation, delivering 99 percent or greater female plant rates. Regular seeds remain available for breeding projects where male genetics are needed for pollination and seed production. Autoflower Lifter variants exist but remain less common and typically produce lower yields than photoperiod versions. Retail pricing ranges from 1 to 5 dollars per seed with significant volume discounts available for commercial-scale purchases.

High-quality Lifter seeds display dark brown or grey coloration with distinctive tiger striping patterns across the shell surface. The outer casing should feel firm and resist cracking when gentle pressure is applied between fingers. Fresh seeds harvested within the past 1 to 2 years demonstrate the best germination rates, typically achieving 85 to 95 percent success from reputable sources. Proper storage in cool, dark, dry conditions preserves seed viability, with refrigerator storage extending useful life to 3 to 5 years. Seeds showing green coloration, soft shells, or small size likely represent immature genetics with poor germination potential.

Several warning signs indicate potentially unreliable seed sources that growers should avoid. Absence of a Certificate of Analysis from parent plants prevents verification of cannabinoid profiles and compliance history. Sellers unable to provide germination rate data or offering no replacement policy for failed seeds lack accountability. Suspiciously low pricing often indicates outdated stock, incorrect genetics, or seeds produced without proper breeding protocols. Unlicensed sellers without verifiable business history or customer reviews present unaceptable risk for commercial operations investing significant resources in each crop cycle.

Germination methods for Lifter include the paper towel technique requiring 24 to 72 hours, direct soilowing at quarter-inch depth, and starter plugs such as Root Riot or Rapid Rooter cubes. Optimal germination temperature falls between 70 and 80 degrees Fahrenheit with consistently high humidity but without waterlogging that causes rot. Seedlings require 18/6 lighting with gentle airflow and very low-strength nutrients until the first true leaves develop fully. Transplanting to final containers or outdoor positions should occur after 2 to 3 sets of true leaves have established. Hardening off indoor-started seedlings over 5 to 7 days of gradually increasing outdoor exposure prevents transplant shock.

Feminized Versus Regular Lifter Seeds

Feminized Lifter seeds produce 99 percent or more female plants, eliminating the labor and risk associated with identifying and removing males before pollination occurs. They represent the ideal choice for flower production operations and commercial hemp farms where every square foot of canopy must generate revenue. Feminized seeds cost more per unit than regular seeds but deliver superior cost efficiency when calculated per productive female plant. The primary limitation is unsuitability for breeding programs since no male genetics are available for controlled pollination.

Regular Lifter seeds produce an approximately equal ratio of male and female plants, requiring sex identification during early flowering. They serve essential roles in breeding programs and seed production operations where male pollen is needed to create new seed lots. While cheaper per individual seed, the effective cost per female plant exceds feminized options when accounting for space and resources invested in males. Regular seeds enable pheno-hunting where growers evaluate multiple expressions to select superior individual plants for cloning. Commercial hemp farms focused on flower production use feminized seeds almost exclusively due to the economic advantages.

• Certificate of Analysis from parent plants — verify CBD content exceds 15 percent and THC remains below 0.3 percent across multiple test dates. COAs should come from DEA-registered laboratories using validated methods. Request COAs from the specific parent lot rather than generic strain averages.
• Germination guarantee of 85 percent minimum — reputable sellers stand behind their product with documented germination rates and replacement policies. Test a small batch before committing to large orders for commercial planting. Germination below 80 percent indicates storage problems or aged seed stock.
• Documented compliance history — seeds from parent plants with multiple successful harvests below THC limits across different growing regions demonstrate genetic stability. Ask for harvest records spanning at least two growing seasons. Regional compliance data matching your climate zone provides the most relevant assurance.
• Clear labeling and documentation — packaging should specify feminized versus regular, seed harvest year, lot number, and breder identification. Traceability from seed to source plant enables accountability if problems arise. Missing or vague labeling suggests informal production without quality controls.
• Established seller reputation — verified customer reviews, responsive support channels, and transparent business practices indicate reliable operations. Check hemp farming forums and grower communities for independent feedback. Sellers operating for multiple years with consistent positive reviews present lower purchasing risk.

Related Cannabis Seeds Products

Exploring complementary cultivars alongside Lifter allows growers to diversify their operations across different cannabinoid profiles, growth characteristics, and market segments. Whether targeting high-CBD hemp production, THC-rich recreational varieties, or unique terpene expressions, each strain below offers distinct advantages worth evaluating against your specific growing conditions and business objectives.

• Lifter Seeds
• Yuck Mouth Seeds
• Jack 47 Seeds
• Golden Kush Seeds
• Sugar Daddy Seeds