Orange Sherbet/Gorilla Cookies/BDevilXl

S_herby Detailed scientific summary of the 6 weeks (7 including germination) I hope it can be useful 🍪❤️ Botanical and Phytochemical Analysis of Cannabis sativa L. cv. Orange Sherbet Auto Cultivation in Controlled Outdoor Environment Experimental Context and Biological Material This study documents the morphological, physiological, and phytochemical analysis of the cultivar Orange Sherbet Auto (Cannabis sativa L.), developed by FastBuds, cultivated in outdoor conditions on a balcony. This cultivar is an autoflowering hybrid with 70% Sativa predominance, characterized by an estimated life cycle of 75-80 days from germination to harvest and a THC potential of 24%. The cultivation method adopted was outdoor, utilizing a bifracted solar exposure: approximately 5.5 hours of direct light in the morning (East-southeast, 7:30–12:30/13:00) and approximately 2.5 hours in the afternoon (North, 16:45–20:00), for a total of about 8 hours of direct light, integrated with indirect light during intermediate hours. The experimental setup involved the use of a rigid 3.2-liter pot (17 cm diameter). The substrate was composed of commercial potting soil containing humus and siliceous sand, enriched with approximately 10% perlite to improve drainage and aeration. A layer of expanded clay (approximately 1.5 cm) was added to further optimize drainage. Initially, the pH of the commercial potting soil was described as slightly acidic (~6.2–6.5), although subsequent analyses revealed an actually alkaline pH (8.0), influencing micronutrient absorption. For nighttime protection, a perforated plastic bottle was used as a mini-greenhouse, applied around 18:00 and removed in the morning to prevent thermal shock and protect from wind. Irrigation, initially performed with non-pH-regulated water (pH ~7.0), was subsequently corrected to pH 6.5 after purchasing a pH meter. The nutritional protocol used BioBizz organic fertilizers: Bio-Grow for the vegetative phase and Bio-Bloom for flowering. A Low Stress Training (LST) technique was planned between days 12 and 16 to optimize structure and light capture. Germinative Phase and Establishment (Days 1-7) Germination: Seeding occurred on May 15, 2025, with visible germination on May 17, 2025, indicating a root emergence time of 48 hours. This data indicates high germinative vigor and good seed quality of the cultivar. The "Glass of Water" method proved effective, with a 100% success rate. Environmental Conditions and Initial Irrigation: During this phase, daily temperatures remained between 20-23°C and nighttime temperatures between 10-16°C. Irrigation was managed through nebulization or application of 1-2 water caps near the seedling every 1-2 days, avoiding the stem to prevent collar rot. Initial Establishment: At the end of the first week, the seedling height was 2 cm. Despite using commercial potting soil not specific for Cannabis, the plant showed good response. The slow but steady growth observed is considered a normal development rate for sub-optimal lighting conditions, such as 5.5 hours of direct light. No fertilizers were applied during this phase, with relative humidity at 55% and absence of odor. Vegetative Phase (Weeks 2-4) Week 2 – Growth Stagnation Morphometry and Physiology: Plant height remained unchanged at 2 cm. This growth stagnation (0% height increase) was attributed to adverse weather conditions, characterized by gray skies and reduced PAR (Photosynthetically Active Radiation). Average daytime temperatures (24°C) and nighttime temperatures (16°C) did not favor vigorous growth. Relative humidity was 50%, and odor remained absent. Improvement was expected with temperature increases (up to 26°C) and clearer days. Week 3 – Explosive Recovery and Initiation of Terpene Biosynthesis Morphometry and Physiology: The plant showed explosive growth recovery, reaching a height of 5 cm (150% increase). This environmental trigger is correlated with temperature increases (day 27°C, night 19°C) and improved light conditions (7-8 hours of direct light). Humidity remained at 50%. Preliminary Phytochemistry: The first olfactory perception of volatile monoterpenes was recorded, described as a weak odor. This is an indication of terpene biosynthesis activation, with an initial profile dominated by pinene and limonene, significant for varietal character development. Nutrition: Fertilization with Bio-Grow (0.159 ml) began. Despite the small pot size and limited light, the plant responded positively. Transition to Pre-Flowering (Week 4) Morphometry and Phenology: The plant showed rapid and significant growth, reaching 26 cm in height (420% increase compared to the previous week). This marked internodal elongation is interpreted as pre-floral stretch, a typical characteristic of Sativa-dominant genetics, correlated with an increase in endogenous gibberellins. Entry into the pre-flowering phase occurred 2-3 days before the end of the week, around Day 24-26 from germination, with the emergence of pre-flowers at main nodes and confirmation of female phenotype. Environmental Conditions: Direct light was approximately 8 hours, with elevated temperatures (day 30°C, night 23°C) and humidity at 50%. Nutrition and Phytochemistry: Odor remained weak, but aromatic profile intensification was recorded, with the emergence of sesquiterpenes such as β-caryophyllene and myrcene. This coincides with the beginning of pre-flowering, indicating phytochemical profile complexification. Bio-Grow dose was increased (0.8 ml) and Bio-Bloom (1.2 ml) was introduced to support the growing phosphorus and potassium requirements for reproductive structure development. Initial Reproductive Phase (Weeks 5-6) Week 5 – Phytosanitary Management and Nutritional Correction Morphometry and Phytosanitary Problems: Height reached 31 cm. A leafminer infestation (Liriomyza spp.) was identified, manifesting with characteristic galleries on leaves. Damage was moderate and localized, with photosynthetic surface reduction estimated at less than 5%. Affected leaves were manually removed. Biological Control and Nutrition: To counteract pests, a spray based on Neem oil (azadirachtin), nettle (salicylic acid) and horsetail (silicic acid) was scheduled. These compounds act by disrupting insect hormonal systems and stimulating plant natural defenses. Simultaneously, a slight nutritional deficiency was detected, probably due to the use of non-pH-regulated water and alkaline substrate pH (8.0), which can cause antagonism in micronutrient absorption such as iron and manganese, manifesting with interveinal chlorosis. The purchase of a pH meter allowed correction of water and fertilizers to pH 6.5. Irrigation volume was maintained at 500 ml to avoid excess in the small pot. Environmental Conditions and Phytochemistry: Direct light at approximately 8 hours, temperatures day 30°C and night 18°C, humidity at 60%. Odor remained weak. Fertilizer doses were increased to Bio-Grow 1.6 ml and Bio-Bloom 2 ml. Week 6 – Progressive Maturation and Rhizosphere Balance Restoration Morphometry and pH Management: The plant continued to grow, reaching 33 cm in height. To counteract alkaline substrate pH and restore ionic balance in the rhizosphere, corrective flushes were performed. Drainage pH, initially 7.8, was brought back to 6.5–7.0, indicating improvement in nutritional absorption. Environmental Conditions and Phytochemistry: Stable direct light at approximately 8 hours, temperatures day 31°C and night 25°C, humidity at 60%. Odor remained weak, but aromatic profile complexification continued, with the addition of terpinolene and glandular system maturation. Fertilizer doses were further increased to Bio-Grow 3 ml and Bio-Bloom 4 ml. The plant appeared healthy and continuously growing. The emergence of capitate stalked glands was observed, synchronically with flowering initiation, indicating cannabinoid biosynthesis activation. Results and Scientific Implications Phenotypic and Morphological Adaptability: The Orange Sherbet Auto cultivar demonstrated exceptional resilience and adaptability to sub-optimal environmental conditions, such as limited lighting regime (8 hours of direct light) and initially alkaline substrate. Compensatory growth, manifested by internodal elongation (final height of 33 cm, 1550% increase compared to week 1), allowed maximization of light capture. Biological Protocol Effectiveness and Nutritional Management: The use of BioBizz fertilizers, combined with water pH correction and corrective flushes, proved effective in managing nutritional deficiencies induced by alkaline substrate pH. The hypothesis of plant adaptive mechanisms, such as organic acid secretion at root level for micronutrient chelation, may have contributed to its resilience. Integrated Phytosanitary Control: The biological control strategy based on natural compounds (Neem, nettle, horsetail) proved effective in managing leafminer infestation within 7-10 days, promoting sustainable cultivation without chemical pesticides. Phytochemical Development: Olfactory analysis allowed tracking of terpene profile development, from monoterpene emergence (pinene, limonene) in week 3, to complexification with sesquiterpenes (β-caryophyllene, myrcene, terpinolene) in subsequent weeks. This progression correlates with glandular system maturation and plant preparation for reproductive phase and cannabinoid biosynthesis. In summary, this cultivation diary, analyzed from a botanical-phytochemical perspective, provides significant empirical data on the resilience and adaptability of Cannabis sativa L. cv. Orange Sherbet Auto in challenging outdoor conditions, offering valuable information for optimization of biological and sustainable cultivation protocols. Small Tip: To see the photos well, click on the "Switch To The New Diary View" button below and click on the photo so that it opens in full screen. 🐵🌟

S_herby 🍪 --- https://growdiaries.com/grower/spiritual_herb

S_herby These little plants really surprised me. ❤️😋🍃 My old profile: https://growdiaries.com/grower/spiritual_herb

S_herby We are in the 8th week overall since germination, wow, I am really happy with the results, considering the few hours and above all the super small size of the pot! 🍊---🍪

S_herby 🔬 Phytochemical & Botanical Diagnostic – Trichome Survey & Phenological Stage Orange Sherbet Auto – Week 9 from germination Gorilla Cookies Auto – Week 7 from germination 📸 -- there are photos of the general analysis This week marked a crucial stage in the cannabinoid maturation of both cultivars. Using a 25x macro lens through smartphone magnification, I performed detailed trichome inspection to evaluate phytochemical readiness. Orange Sherbet Auto (FastBuds): The trichome profile revealed ~60% translucent, ~39% milky, and ~1% (or less) amber glands. This indicates that the plant is still in its peak biosynthetic phase, with high concentrations of acidic cannabinoids (mainly THCA) and mono-/sesquiterpenes being actively produced. The almost complete absence of amber glands confirms that oxidative degradation to CBN has not yet started. Morphologically, the colas are undergoing active calyx swelling, and pistil coloration is still evolving. The plant is phenotypically stable, showing no signs of stress, which aligns with its dominant sativa expression. Estimated harvest window: ~10–14 days from now. Gorilla Cookies Auto (FastBuds): Despite being only in Week 7, this plant shows advanced resin maturation, with ~70% cloudy trichomes, ~20–25% amber, and minimal clear heads. This accelerated development is likely linked to moderate mechanical stress due to early-stage LST, later removed, possibly triggering endogenous defense pathways (e.g., jasmonic acid or ethylene cascades) that stimulated trichome biosynthesis. The plant, with its strong indica genetic base, is demonstrating faster cannabinoid conversion rates and resin output, favoring sedative cannabinoid profiles (notably Δ9-THC and initial traces of CBN). Botanical Summary: Orange Sherbet is still within its phytochemical secretion phase, dominated by cannabinoid acids (THCA/CBGA) and terpene peak synthesis. Harvest is postponed. Gorilla Cookies, on the other hand, is nearing its oxidative degradation phase, with amber trichomes indicating potential CBN presence. Harvest may be evaluated soon to enhance sedative effects. The observed divergence between the two cultivars confirms the strong influence of genotype and controlled eustress on secondary metabolism activation. Environmental Factors (Week Review): Daytime highs: 25–26 °C; Night lows: ~16 °C. These cooler nocturnal temps may have slightly slowed enzymatic activity in Orange Sherbet, contributing to its slower ripening compared to Gorilla Cookies. Next steps: update macro shots, reassess pistil browning and terpene expression. Expected profiles: Orange Sherbet (limonene, terpinolene, valencene); Gorilla Cookies (β-caryophyllene, myrcene).

S_herby 🚀 Project Introduction – Scientific Grow Log: Gorilla Cookies Auto (Fast Buds) Welcome to an advanced biobotanical and phytochemical grow journal focused on the Gorilla Cookies Auto cultivar by Fast Buds. This project documents a complete outdoor balcony grow conducted in urban conditions with limited sunlight (7–8h/day) and alkaline substrate (pH ≈ 8.0). 📊 The cultivation was designed as a controlled scientific experiment aiming to analyze: Root system adaptation in constrained pots (3.2 L) Stress response mechanisms under mechanical and thermal stimuli Trichome phytochemistry and cannabinoid biosynthesis (with macro lens inspection) Soil–plant interactions in high-pH media and their effect on nutrient bioavailability This report integrates morphophysiological progression (weeks 1–7), hormonal signals (auxins, jasmonates), nutrient management with BioBizz inputs, and trichome maturation profiling. Special focus is given to the accumulation and oxidation pathways of Δ⁹-THCA and CBN, as well as terpenes like β-Caryophyllene and Myrcene. 🌡️ Unique environmental stressors such as high daytime heat (32 °C), nighttime drops (~16 °C), and substrate alkalinity played a key role in activating Systemic Acquired Resistance (SAR) and accelerating resin production. 📷 The slides attached below provide a visual and scientific breakdown of the full grow cycle — from germination to pre-harvest — using infographics, root physiology diagrams, metabolic charts, and phytochemical data. 👉 Ideal for growers, researchers, and enthusiasts seeking to explore the scientific side of cannabis cultivation, even in challenging microclimates. Feel free to leave your feedback, questions, or comparisons!

S_herby Today my Gorilla Cookies entered her 8th week overall, while the Orange Sherbet entered her 5th week of flowering, we're almost there 🍪 I'm continuing with regular sun exposure, cooler temperatures at night, everything is going well, this experiment has literally blown my mind

S_herby We are getting closer and closer to the final harvest, I can't wait to taste my sweet bud 🍪🍊

S_herby It may not have been an absurd harvest, but I'm proud ❤️, a very resistant strain!

S_herby My Gorilla Cookies is now in her 9th week, not bad for a first outdoor harvest where she only got 8 hours of direct light 🌞❤️

S_herby Week 10 started very well, maybe too much nitrogen during the flowering period, this caused a lot of sugar leaves to grow inside the buds! The cycle will end today or at most in 3 days. GC is at week 8 (54 days) OS is at week 10 (64 days)

S_herby 🌞❤️🍊----✂️ My old profile: https://growdiaries.com/grower/spiritual_herb