Written by Ad OpsOrigins and Breeding History
Apollo Haze is a mostly sativa cultivar credited to Brothers Grimm, the boutique breeder known for precision selections like Cinderella 99, Apollo 11, and Rosetta Stone. The strain’s name signals its place inside the Brothers Grimm “Apollo” family while highlighting a classic Haze influence prized for electric, cerebral effects. In the late 1990s and early 2000s, the group’s work with elite Jack Herer-derived cuts, including the famous “Genius” clone, set the template for fast-flowering, high-potency sativas. Apollo Haze continues that lineage by pairing the Apollo line’s speed and resin output with the complex incense-and-citrus bouquet of Haze.
Public strain databases and seed catalogs frequently list Apollo Haze alongside other Apollo-labeled cultivars, reflecting its popularity in connoisseur circles. As a point of context, CannaConnection’s sitemap indexes Apollo Haze in the family of classic strains and also lists an entirely different entry called Apollo F1. Those two are not the same: Apollo F1 refers to a modern F1 hybrid concept, while Apollo Haze is a photoperiod sativa bred by Brothers Grimm. The nearby “Apollo F1” navigation on CannaConnection underscores how the Apollo name spans multiple products, but Apollo Haze remains a distinct, breeder-specific creation.
Brothers Grimm’s ethos has long been to capture the soaring headspace of Haze while trimming the notoriously long flowering times. That approach shaped Apollo Haze as a high-energy cultivar that still respects growers’ calendars. Where landrace Hazes can exceed 12–14 weeks of bloom, Apollo Haze is typically selected to finish faster while retaining the shimmering terpinolene-forward nose and uplifting, creative effects. This measured modernization explains its longevity among hobby and craft growers.
Although some historical specifics vary by release, the breeder intent is consistent: a high-resin, citrus-incense sativa that feels balanced and manageable in the garden. Growers value Apollo Haze for the brand identity and the way it carries forward Brothers Grimm’s well-documented Jack Herer heritage. In effect, the strain reads like a focused remix of the late-90s sativa renaissance, built for today’s quality standards and indoor workflows. That continuity is why Apollo Haze remains a go-to recommendation for fans of clear, zesty Haze profiles.
Genetic Lineage and Sativa Heritage
Apollo Haze descends from the Brothers Grimm Apollo line paired with a Haze-dominant influence, an intentional blend that emphasizes cerebral clarity and complex terpenes. Community reports and vendor listings often describe it as involving Apollo 11/Apollo lineage genetics and a classic Haze or Haze-hybrid male. In some circles, you’ll see references to Jack Herer-derived material such as the Genius clone in the background, reflecting Brothers Grimm’s consistent use of that elite Jack line. The exact male used can vary by release, but the phenotype intent is steady: sativa-forward architecture with shorter-than-landrace bloom times.
The Haze component is linked with terpinolene-rich expressions that deliver citrus, pine, and incense notes. Apollo-line genetics add structure, resin density, and a more predictable finish, which helps the cultivar work indoors under standard 12/12 schedules. The resulting genotype tends to be 70–80% sativa by expression, with elongated internodes, narrow-fingered leaves, and a higher calyx-to-leaf ratio. This balance produces buds that feel classic-Haze in effect but are more grower-friendly in timelines and training.
Phenotypic variation typically includes a citrus-forward phenotype and a spicier incense phenotype, both carrying bright top notes and a peppery, woody undertone. Growers often select mothers that show strong terpinolene presence with supporting limonene and beta-caryophyllene for a complete bouquet. Because Brothers Grimm is known for stable lines, Apollo Haze usually presents consistent vigor and uniformity within a seed pack, especially compared to older open-pollinated Hazes. Still, growers should expect sativa stretch and plan canopy management accordingly.
In practical terms, this lineage translates into reliable potency with vibrant head effects. Most cuts maintain a modern THC ceiling while holding onto the sociable, non-sedating feel that sativa lovers chase. With good environmental dialing, the genetic architecture reveals itself as a fast, fragrant, and articulate Haze expression. That makes Apollo Haze a strong candidate for both connoisseur jars and methodical, data-driven grows.
Bud Structure and Visual Appearance
Apollo Haze grows in a sativa-leaning frame with long, elegant colas that stack into tapering spears. Buds are typically medium density for a Haze hybrid, not airy but less rock-hard than indica-dominant flowers. Expect a high calyx-to-leaf ratio with elongated bracts, which simplifies trimming and improves bag appeal. Mature pistils shift from vibrant peach-orange to deeper amber hues as the trichome heads turn cloudy.
Coloration tends toward lime to forest green, with occasional lavender tints at cooler night temperatures below 18–19°C. Sugar leaves are narrow with minimal leaf-to-bud overlap on well-lit colas, allowing excellent resin presentation. Trichome coverage is noteworthy, creating a frosted sheen under directional light. Under magnification, gland heads are abundant and fairly uniform, reflecting a strong resin-drive from the Apollo side.
Internodal spacing is longer than average, often in the 4–8 cm range depending on light intensity and genetics. This spacing assists airflow and reduces microclimates that can foster botrytis, but it also demands training to maximize light interception. Lateral branching is robust after topping, and the plant readily accepts low-stress training to even the canopy. The overall silhouette is classic sativa: tall, expressive, and responsive to scrog netting.
In jars, cured buds maintain structure without crumbling, with a springy compression that indicates proper dry and cure at 58–62% RH. Trimmed flowers display prominent calyx tips, sometimes with subtle foxtail stacks when pushed with high light during late bloom. The visual aesthetic pairs well with the aroma—crisp, citrusy, and clean. It’s the kind of presentation that communicates “modern Haze” at a glance.
Aroma Profile: From Citrus to Incense
Apollo Haze’s aromatic identity sits at the intersection of bright citrus zest and classic Haze incense. On first grind, expect a sharp burst of terpinolene-citrus riding above green mango and sweet pine. As the grind rests, deeper notes of cedar, black pepper, and faint anise emerge from the caryophyllene and pinene layers. The bouquet feels layered and volatile, with top notes that announce themselves quickly even in small rooms.
Many phenotypes open with grapefruit, lime, or sweet lemon rind, a nod to the Apollo family’s Jack Herer lineage. Supporting hints of honeysuckle, fresh-cut grass, and basil can arise from ocimene and farnesene components in some expressions. With time and warmth, the incense character unfolds—think sandalwood, church incense, and dried herbal spice. These shifts make Apollo Haze a favorite for aroma-focused consumers who enjoy evolution from jar to joint.
During flowering, the aroma intensifies notably in weeks 6–9, with carbon filtration strongly recommended for indoor grows. Air-scrubbing with high-quality activated carbon and consistent negative pressure helps prevent escape odors. Growers often report that a single plant can perfume a tent when agitated during late flower. That high aromatic output correlates with terpene mass fractions often landing between 1.5–3.0% w/w on well-grown, lab-tested samples.
Stored properly, the nose remains crisp for months, especially with careful curing at 60–62% RH and cool temperatures around 15–18°C. Overdrying can mute the citrus top notes and emphasize woody spice, so aim for a slow dry to preserve volatiles. Glass jars with minimal headspace and occasional burping in the first two weeks optimize aroma retention. The result is a terpene-forward profile that still reads clean and bright after a long cure.
Flavor Profile: What You Taste in Smoke and Vapor
The flavor follows the nose, delivering citrus-zest brightness on the inhale and a spicy, woody exhale. Many cuts lean grapefruit-lime with a gentle sweetness reminiscent of pineapple or green mango. A peppery tickle at the back of the throat is common, suggestive of beta-caryophyllene and alpha-pinene interplay. In joints, the finish can show a sandalwood incense note that lingers pleasantly.
Vape expression depends on temperature. At lower settings (175–190°C), citrus and herbal sweetness dominate with minimal harshness, highlighting terpinolene, ocimene, and limonene. Midrange settings (195–205°C) bring in cedar, pepper, and faint anise, adding complexity. At higher temps (>210°C), expect a stronger spice-wood character with a mild increase in throat hit.
Combustion retains much of the citrus character but introduces toastier wood and resin undertones. A properly cured flower burns clean with white-to-light-gray ash, indicating thorough chlorophyll breakdown and balanced mineral content. Overfeeding late in flower or incomplete flush/dry can dull the citrus top notes and add bitterness. With tight post-harvest discipline, the flavor profile remains crisp through the entire joint.
Pairing suggestions include sparkling water with lemon peel, lightly sweetened green tea, or citrus-forward IPAs. Terpene pairing can also be fun: fresh grapefruit, rosemary sprigs, or basil can prime the palate for a more layered tasting. For edibles made with Apollo Haze, citrus-zest syrups and honey infusions carry the profile nicely. In concentrates, expect a terpene-forward sauce with dominant terpinolene and bright limonene sparkle.
Cannabinoid Profile and Potency Metrics
Apollo Haze presents modern potency in a sativa framework, with THC commonly reported in the 18–25% range when grown and cured correctly. Elite phenotypes under optimal conditions can test higher, occasionally cresting 26–28% THC in lab certificates of analysis (COAs). CBD is typically minimal, from <0.1% to roughly 0.5%, keeping the chemotype firmly Type I (THC-dominant). Minor cannabinoids such as CBG often register between 0.3–1.5% and CBC at 0.1–0.6%.
Haze-influenced cultivars sometimes show measurable THCV, and Apollo Haze may produce trace to modest THCV in the 0.1–0.8% band depending on phenotype. While these levels are not guaranteed, growers who hunt for THCV have occasionally flagged certain Apollo Haze selections for that trait. The combination of high THC and a bright terpene stack produces a fast-onset, energetic experience. That synergy—THC plus terpinolene and limonene—is a known driver of clear, uplifting effects in consumer reports.
Terpene totals on well-grown Apollo Haze often land between 1.5–3.0% by weight, a healthy figure for top-shelf flower. High terpene content correlates with perceived potency due to entourage effects, even when THC alone does not hit absolute peak numbers. This is one reason Apollo Haze can “feel” stronger than a lower-terp, higher-THC indica on a per-milligram basis for some users. The qualitative experience is more than THC; the chemical matrix matters.
Because cannabinoid output is environment- and phenotype-dependent, data-driven growers should send samples for testing during pheno hunts. That feedback ensures the chosen mother aligns with targeted potency and minor cannabinoid characteristics. Over multiple cycles, dialed conditions can lift total cannabinoids several percentage points. Consistent light intensity, proper VPD, and post-harvest discipline are particularly impactful for this cultivar.
Terpene Profile and Chemical Signature
Terpinolene typically leads in Apollo Haze, often anchoring the citrus, pine, and floral bouquet. In lab-tested samples of related Haze-forward cultivars, terpinolene commonly appears in the 0.5–1.2% range, and Apollo Haze often mirrors those figures. Supporting terpenes include beta-caryophyllene (0.2–0.6%), ocimene (0.1–0.4%), limonene (0.1–0.3%), and alpha-pinene (0.1–0.3%). Depending on phenotype, myrcene may be present at modest levels around 0.2–0.6%, lending a subtle sweetness without sedating the profile.
This terpene constellation explains the layered sensory experience—bright citrus top notes, herbal-fruity midtones, and spicy-woody base notes. Caryophyllene contributes pepper and warm spice, while pinene brings resinous wood and a fresh forest nuance. Ocimene provides sweet, green, almost tropical accents that complement the Apollo family’s grapefruit tendencies. Together, the set creates a clean, cooling lift on the palate with a lingering incense finish.
From a functional chemistry standpoint, terpinolene is often associated with alertness and creativity in user anecdotes. Limonene’s citrus aroma correlates with perceived mood elevation, while pinene’s resinous tone is frequently linked to mental clarity in traditional herbal contexts. Caryophyllene’s unique property of binding to CB2 receptors may contribute to perceived body ease without stoniness. While these associations are not medical claims, they help explain why Apollo Haze reads as highly functional to many consumers.
For extractors, Apollo Haze can yield terpene-forward concentrates that retain the citrus-incense signature if processed at low temperatures. Hydrocarbon extraction and live resin techniques preserve the volatile top notes particularly well. Post-processing steps should minimize heat dwell to protect terpinolene and ocimene. The result is a bright, effusive concentrate ideal for daytime dabbing.
Experiential Effects and Functional Use
Apollo Haze is prized for a clear-headed, energetic lift that arrives quickly and tapers gently. Onset after inhalation is typically felt within 2–5 minutes, with peak effects around 15–25 minutes post-consumption. The experience emphasizes mental clarity, creative ideation, and sociable talkativeness without heavy body weight. Many users report enhanced focus and task engagement, making it a daytime friendly choice.
Duration generally runs 2–3 hours for inhaled flower, with a longer tail at higher doses. Compared to heavier Hybrids, Apollo Haze avoids couchlock in typical doses, staying nimble and uplifting. The cultivar can be stimulating, so dose awareness matters for those sensitive to jitters or racy headspace. Microdosing at 2–5 small puffs can deliver mood lift with minimal intensity.
As with many THC-dominant sativas, common side effects include dry mouth and dry eyes, which most users manage with hydration and eye drops. A minority of users may experience transient anxiety or rapid heart rate at high intake, especially without a snack or hydration beforehand. Keeping sessions under 10–15 mg inhaled THC equivalent can help maintain a comfortable groove for new consumers. Pairing with calming breathing or a brief walk can moderate intensity if needed.
The strain’s social energy makes it suitable for collaborative work, art, music, and light outdoor activities. Many people use it as a “sunshine sativa” for weekend errands or project sprints. For gaming or long-form creative sessions, the sustained clarity and lack of sedation are major advantages. The flavor profile further enhances the ritual, making repeated small sips of vapor a pleasant way to pace a session.
Potential Medical Applications and Considerations
Consumers often reach for Apollo Haze for mood elevation and functional daytime relief. Anecdotal reports include support for mild depressive symptoms, apathy, or low motivation, where an uplifting chemotype can catalyze activity. The clear headspace and focus may also be helpful for some with attention-related challenges in low-to-moderate doses. However, responses vary, and clinical validation specific to Apollo Haze is limited.
For pain, Apollo Haze is not typically the first choice for deep, chronic pain, but users with mild musculoskeletal discomfort sometimes report adequate relief without sedation. The presence of beta-caryophyllene and limonene may contribute to perceived anti-inflammatory and mood-supportive effects, respectively, based on broader literature about these terpenes. Headache sufferers who respond to citrus-forward sativas sometimes find Apollo Haze beneficial for early-stage tension headaches, though results are individualized. Always consider set, setting, and hydration for headache-prone users.
Anxiety-sensitive individuals should titrate cautiously, as stimulating sativas can elevate heart rate and produce racing thoughts in higher doses. Starting with one or two small puffs and assessing after 10 minutes is a pragmatic approach. Pairing with CBD (5–10 mg) or choosing a low-THC vapor dose can soften edges while preserving clarity. Those with panic disorder or severe anxiety should consult a clinician familiar with cannabinoid therapy.
This content is not medical advice and does not substitute professional guidance. For patients, obtaining flower with a recent lab COA ensures transparency about THC, CBD, and terpene content. By tracking dose, timing, and subjective effects in a simple journal, users can determine whether Apollo Haze fits their therapeutic goals. If it does, its consistent daytime functionality can be a valuable addition to a personalized regimen.
Comprehensive Cultivation Guide: Indoors and Outdoors
Apollo Haze thrives in controlled indoor environments but can perform strongly outdoors in warm, dry climates. As a mostly sativa, expect a 1.5–2.5x stretch after flip, making pre-flip training essential. Indoors, plan for 9–11 weeks of flowering (63–77 days), with many phenotypes finishing near the 9.5–10.5 week mark. Outdoors in the Northern Hemisphere, target a mid-to-late October harvest depending on latitude and phenotype.
Optimal daytime temperatures range from 24–28°C in bloom, with nights at 18–21°C to preserve color and terpene volatility. Relative humidity should sit around 60–70% in late veg, 50–55% in early flower, and 40–45% in late flower to mitigate botrytis risk. Maintain a VPD of 0.8–1.2 kPa during veg and 1.2–1.5 kPa in flower to balance transpiration and nutrient flow. Good airflow is essential; aim for gentle leaf movement and consistent canopy-level circulation.
Lighting intensity in bloom should be maintained between 700–900 µmol·m⁻²·s⁻¹ PPFD for soil/coco and up to 1000–1100 PPFD with supplemental CO2. If running CO2, 1000–1200 ppm during lights-on can boost photosynthesis and yield, provided temperature and nutrition are matched. Keep daily light integral (DLI) in bloom around 35–45 mol·m⁻²·day⁻¹ depending on cultivar response. Apollo Haze tends to reward higher light if nutrients and irrigation are dialed.
Outdoors, choose a site with 8+ hours of direct sun, good airflow, and low late-season precipitation. Use stakes or trellising to support long colas during fall storms. In humid regions, a greenhouse with dehumidification offers better risk control, aiming for 45–55% RH by late flower nights. Proper leaf stripping and spacing make a substantial difference in outdoor success.
Propagation, Training, and Canopy Management
Germination rates with reputable seeds often exceed 90% when using standard paper-towel or plug methods. Maintain 24–26°C and moderate moisture for 24–72 hours until taproot emergence. Transplant to a light starter mix once cotyledons open and set humidity domes at 70–80% for the first few days. Seedlings prefer gentle light at 200–300 PPFD before stepping up.
Vegetative growth is vigorous, especially after the fourth node. Top at the 4th–6th node to promote lateral branching, then use low-stress training to spread arms outward. Apollo Haze responds exceptionally well to SCROG; one plant can fill 0.4–0.6 m² with a 3–4 week veg and attentive training. For SOG, use more plants with minimal veg and a single top to produce narrow spears.
Expect a 1.5–2.5x stretch post-flip, so set the trellis before transitioning to 12/12. Tuck branches through weeks 2–3 of flower to maintain a level canopy and prevent apical dominance from shading lowers. Conduct a strategic defoliation around day 21 and again around day 42, removing large fan leaves that cast shade over bud sites. Lollipop the lowest 20–30% of the plant to redirect energy to the top colas.
Internodal spacing can widen under low light or high nitrogen; keep blue spectrum robust in veg and avoid overfeeding N late in veg. A target height before flip of 25–45 cm (for most tents) generally ends around 60–110 cm finished, depending on pot size and training. If height is constrained, supercropping in early flower can help keep colas within the light map. Aim for even cola heights to simplify distance-to-light management and maximize uniformity.
Nutrition, Irrigation, and Environmental Controls
In coco or soilless, a balanced vegetative feed near 3-1-2 NPK works well, shifting to 1-2-2 in early flower and 1-3-2 at peak bloom. EC targets typically range 1.4–1.8 mS·cm⁻¹ in veg, 1.6–2.0 in early flower, and 2.0–2.2 at peak for heavy-feeding phenotypes. Keep pH at 5.7–6.0 in coco/hydro and 6.2–6.8 in soil for optimal nutrient uptake. Provide supplemental Ca/Mg, especially under LED lighting and RO water.
Apollo Haze appreciates consistent, moderate feeding rather than heavy swings. In coco, aim for 10–20% runoff and manage drybacks to maintain oxygenation. In living soil, top-dress with balanced amendments and use biological inoculants to support microbial nutrient cycling. Avoid excessive nitrogen past week 3 of flower to preserve terpene expression and prevent leafy buds.
Irrigation frequency depends on pot size, medium, and VPD; monitor pot weight and leaf posture to refine cadence. Periodic root-zone checks with EC and pH meters help catch imbalances early. Foliar feeding is rarely necessary but can be used lightly in veg for micronutrient correction—avoid foliar sprays after week 2 of flower. Maintain clean lines, sterile reservoirs, and proper solution temps (18–21°C) in hydro to prevent root pathogens.
Environmental stability is key for cannabinoid and terpene maximization. Keep day/night temperature swings within 4–6°C to reduce stress while encouraging color and aroma. Ensure ample fresh air exchange and odor control through quality carbon filters, as Apollo Haze is notably fragrant. If pushing high PPFD, match with CO2 and extra irrigation events to prevent edge burn and mid-flower fade.
Flowering, Harvest Timing, and Post-Harvest Processing
Apollo Haze typically flowers for 9–11 weeks depending on phenotype and environment. By day 49–56, the bulk of calyx development is apparent, with resin swelling through day 63 and beyond. Late ripening (days 63–74) often brings a notable terpene peak and final density gain. Watch trichomes carefully rather than relying purely on breeder timelines.
For an energetic, bright effect, harvest when trichomes are mostly cloudy with 5–10% amber. For a slightly deeper body feel, some growers wait for 15–25% amber. Pistil color is a secondary indicator, with 60–80% browned pistils common at maturity. Always sample-test a small branch at different ripeness stages to learn the cut’s sweet spot.
Drying should be slow: target ~10–14 days at 60°F/60% RH (15.5°C/60% RH) with gentle airflow and darkness. Stems should snap rather than bend before jarring. Cure at 62% RH with daily burps for the first 7–10 days, then weekly for several more weeks. A full cure at 4–6 weeks can increase perceived smoothness and amplify citrus-incense aromatics.
Water activity (aw) between 0.55–0.65 is a good target for stability and terpene preservation. Keep storage cool (15–18°C), dark, and oxygen-limited to minimize terpene oxidation. Avoid heat above 25°C during post-harvest handling, which can rapidly volatilize terpinolene and ocimene. With discipline, Apollo Haze rewards you with a polished, boutique-grade finish.
Yield Benchmarks, Phenotype Selection, and Quality Optimization
Indoors, Apollo Haze typically yields 450–600 g·m⁻² under dialed LED lighting and CO2-supported environments. Without CO2, expect 400–500 g·m⁻² in well-managed scrogs. Outdoors, healthy plants can produce 500–900 g per plant depending on veg time, training, and late-season weather. These figures assume skilled cultivation; novice grows may fall below these ranges until dialing occurs.
Pheno hunts should evaluate vigor, internodal spacing, terpene intensity, and finish time across multiple plants. Keep detailed notes and collect early flower rub tests to identify top aromatics. Send small samples for lab testing when possible to validate THC, minor cannabinoids (e.g., CBG/THCV), and terpene totals. Select mothers that combine aroma density, manageable stretch, and a consistent 9.5–10.5 week finish.
Quality optimization hinges on canopy uniformity, balanced nutrition, and strict environmental control. Keep light maps even across the canopy; a 10–15% PPFD variation is a good standard. If colas are shading lowers, increase lateral spread or thin selectively to enhance penetration. Many growers report the best nose and smoothest smoke when feeding is tapered the last 10–14 days and the dry is executed at 60/60.
For commercial rooms, staggering harvest by ripeness windows can homogenize batches. For home growers, consider keeping two phenotypes—a citrus-lime rocket and a more incense-forward cut—to suit different moods. Both can meet top-shelf standards when their nuances are understood. With careful selection, Apollo Haze becomes a flagship cultivar in a sativa-focused rotation.
Common Issues, IPM, and Stability Notes
Because of its sativa architecture, Apollo Haze can outgrow small spaces if not trained early. Plan the canopy from week one of veg to avoid late flower height stress. Nutrient burn is uncommon if EC is controlled, but late nitrogen can cause leafy buds and muted terpenes. Bud rot risk is moderate; maintain strong airflow and keep late-flower RH under 45%.
Standard pests include spider mites, thrips, and fungus gnats. Implement an integrated pest management (IPM) plan that combines prevention, monitoring, and biological controls. Yellow sticky cards and weekly leaf inspections (top and underside) help spot early problems. Beneficials like Amblyseius swirskii (thrips/whitefly) and Neoseiulus californicus (mites) can maintain low-level pressure.
Avoid sulfur sprays past week 2 of flower, as residues can taint terpenes. If powdery mildew appears in veg, treat aggressively with approved biologicals and environmental corrections, then reset clones from clean stock if needed. Keep floors and walls clean, limit in-and-out traffic, and quarantine new plants for two weeks. Sanitation and climate discipline are the cheapest insurance policies for high-terp sativas.
Brothers Grimm genetics are generally regarded as stable and true-breeding, and Apollo Haze follows that reputation. Nonetheless, seed lots and individual phenotypes can vary, especially with Haze influences. Maintain a mother from a vetted pheno once found to ensure consistent results. Regular backups via clones protect against loss and preserve your ideal expression.
Contextual Notes and Naming Clarity
Apollo Haze’s name often appears in the same browsing context as other “Apollo” entries, which can confuse newer growers. On CannaConnection, for example, the sitemap lists both Apollo Haze and Apollo F1 among many strains. Apollo F1 is typically discussed in the context of modern F1 hybridization and, in some materials, autoflower dynamics, whereas Apollo Haze is a photoperiod sativa bred by Brothers Grimm. They are different products serving different grower goals.
In broader lineage discussions, the “Apollo” prefix points to Brothers Grimm’s influential Apollo 11 and associated Jack Herer-related work. Haze appended to the name signals a specific terpene and effect target: brighter citrus, incense, and an uplifting cerebral profile. The combination indicates what you can expect in the garden and the jar—speed from Apollo, mystique from Haze. Understanding this naming helps set accurate expectations before you ever pop seeds.
Because documentation can vary by vendor or repost, always defer to breeder-released notes when possible. If a shop lists a particular cross (e.g., Apollo-line mother × Haze male), verify the release description rather than relying on forum memory. Keep labels on clones and track notes carefully through your grow cycles. That practice ensures your Apollo Haze remains exactly the plant you selected and loved.
