They are 46 and 60.5 cm Both of them look pretty, each one is different from the other but they are beautiful 😍 Taller keeps beeing full of pistils, and the smallers that have green buds almost without pistils now is developing some kind of purple color on her leaves. They have a strong sweet and critric smell, the strongest among my plants. Watered yesterday with nutrients, i'm not sure if keep feeding them or not. I guess if i give them one more week (maybe cut them on feb 11) their colas may gain some weight, specially lower buds. Added a video of each plant, i hope you enjoy 😺

Was showing signs of nutrient lockout so decided to start flushing process.. amazing smell but this will be the last ever diary of disco biscuits as she has outstayed her welcome. Not as fat as I’d like her to be but still 2 weeks remaining before chop.

Overview of my grow: Tent: Secret Jardin DS120 4 x 4 (120 cm by 120 cm) Lights: 2 x 120 Watt CTlite c4 clusterled Climat: Trotec Dehumidifyer 240 watt- 10L/24h Filter: Prima Klima carbon filter PK2600 fan: 2 x Secret Jardin 20watt osc. fan Pots: Gronest 4 x 11 liter airpots Water : automated water system PH: bluelab Nutrients: Plagron cocos A + B Plagron PK 13/14 ATA cal/mag Epsom salt no rights to music in the videos Week 9 Not much happening only flowers are building and fattening up, I boost one final time and started my flush today , Harvest day is coming soon. She smells delicious very sweet it reminds me of the auto Lemon Kix, like candy. Banana on the exhale is all i can think about 😋 See ya next week, in week 11 of the bananablaze grow. Thanks for checking !!!

Pineapple Expressx2 (PE), Auto Durban Poisonx3 (ADP): Day 77 from seed. PEx2 Week 3 Flower & ADPx3 Week 5-6 Flower. Environment has been crazy fluctuations from outside weather: Temps 73-90F, RH 45-68%, CO2 500-875, & PPFD 1150-1250. Received a Compost tea to run off this week. All plants looking green and healthy. Flowering nicely. ADP #2, the most mature of the plants, Trichomes are coming along. Over all 55% Milky, 35% clear, 10% Amber. Going to give it another week of ripening and check again. The fade not real strong yet as well. 👌

11/3 Week 6 Watered roughly one gal each @6.5PH, Fish Sh!t 5ml - Karo 1 tps /gal Flower Girl still in the pot, no deficiencies I can see, well new ones :) Mag-Sulfur Foliar spray (Epsom Salt 1tbs/gal) on all as leaving cal-mag out this time Moved the two healthy plants to the center of the light, they can use it, the others might respond well to lower levels. 11/4 Better pics uploaded Placed Brandy on a block of coco coir to bring her canopy up to Layla's level. Moved Maggie to the corner she has a stretch going that I HOPE is ending and I dont want to set the lights to her. Watching that plant carefully Considering a PK boost watching only Layla for that as the other two ... well hell what can they tell me? 11/5 Working to getting the canopy under control with one stunted plant and another stretching like crazy. Put a block under Brandy to move her up level with Layla. Trained down Maggie this growth needs to end, it was already stressed. Still giving light pref to healthy plants. 11/6 Raised lights three clicks, increased extraction, showing some heat stress in those edges. 11/7 Good results on the heat stress curling has ended. Noticed some improvement also in the tops of Brandy and Maggie, so raised lights another couple of clicks. See if it continues, coming up on a make or break feeding in couple of days. update Foliar Feed All - Epsom Salt 1tbs/gal Well Maggie's came today - To runoff- 1% peroxide - 5ml CalMag - PH 6.8 Hitting Sulfur as hard as I can. Before pics posted Brandy not dry enough waiting Layla just got fed but she got pics too as there are signs of Mag deficiency 1 gal 6.5 PH - CalMag 5ml - Fish Sh!t 5ml - Bio_Bloom 5ml as a PK booster JIC 11/8 Video of plants 24hrs after giving Maggie the h2o2 1% , think she looks better lets see how it goes 11/9 48 hrs after treatment and Maggie is showing great improvement, serious improvement in leaf structure and coloring. Pics at lights out tomorrow new week anyway. Brandy showing some improvement but its early. Canopy is level now so lights set to Maggie being slightly taller ***Last update before the new week.*** May have found ONE of my problems,certainly not THE problem, but one. I have been using lemon juice as a PH UP since we went organic late last spring. Because of all the problems I have been looking into a lot of things further and found that lemon juice begins to degrade as a PH up after as little as an hour. A 6.0 PH water gallon can go to 6.5ish in 24 hours simply sitting in a dark corner in a jug. One can imagine the variances in soil. Why I dont know but I am going back to chemical PH additives post haste in fact its already done.

************** 25.03. Day 58 Flower Day 18 ************** Got some issues with thrips and one plant have some Problems with Calcium deficit. she now gets 0.5 more calmag than before. And all ladies get some neem oil. // RO Water // TEMP 20C // PH 6,4 // CalMag 2ml // 0,1ml Regulator // 0,6 ph- // ************** 28.03. Day 61 Flower Day 21 ************** // RO Water // TEMP 20C // PH 6,4 // CalMag 2ml // 0,1ml Regulator // 0,6 ph- // Neem Oil

....Understanding Electrical Conductivity Electrical conductivity measures a material’s ability to transmit electric current, which in the context of gardening, relates to the soil or nutrient solution’s ion content. In simpler terms, EC indicates how salty the environment is around the roots of a plant. This “saltiness” is crucial because it affects the plant’s osmotic pressure, which in turn influences nutrient uptake and overall plant health. The Science Behind EC At its core, EC measures the presence of soluble ions like potassium, calcium, magnesium, and nitrates – all vital nutrients for plant growth. These ions carry electrical charges, and their movement creates an electrical current, detectable as conductivity. High EC levels typically mean a high concentration of dissolved ions, whereas low EC levels indicate fewer nutrients are available. The Impact of Electrical Conductivity on Plant Growth The relationship between EC and plant growth is a delicate balance. Just the right EC level can enhance nutrient uptake, bolster plant health, and increase yields. However, when EC levels stray too far from the optimal range, they can lead to nutrient imbalances, osmotic stress, and even plant death. Nutrient Uptake and EC Levels Plants absorb nutrients from the soil or water through their roots, a process influenced by the surrounding EC levels. Ideal EC levels help create an optimal environment for this exchange, ensuring plants receive the nutrients they need without exerting excessive energy. High EC Levels: A Double-Edged Sword While a certain level of dissolved ions is beneficial, excessively high EC levels can harm plants. High salinity can draw water out of plant cells, leading to dehydration and nutrient lockout – a condition where plants cannot absorb essential nutrients despite their presence. Low EC Levels: Undernourished Gardens Conversely, low EC levels can starve plants of necessary nutrients, stunt growth, and lead to underdeveloped or diseased plants. Maintaining an optimal EC range is crucial for healthy plant development. Measuring and Adjusting Electrical Conductivity Understanding the importance of EC is one thing, but applying this knowledge in the garden or greenhouse requires practical steps. Regular monitoring and adjustment can ensure that plants remain in a conducive growth environment. Tools for Measuring EC Gardeners can use various tools to measure EC, from simple handheld meters to more sophisticated systems integrated into hydroponic setups. Regular monitoring allows for timely adjustments to soil or nutrient solutions, ensuring optimal EC levels. Adjusting EC for Optimal Growth Adjusting EC involves changing the concentration of nutrients in the soil or solution. In hydroponics, this might mean diluting or concentrating the nutrient solution. In soil, amendments may be added or flushed with water to correct EC levels. Practical Applications: EC in Various Growing Environments The application of EC knowledge varies across different growing environments, from traditional soil-based gardens to modern hydroponic systems. Soil Gardening In soil, EC measurements can help diagnose nutrient imbalances and guide fertilization practices. Amending soil with organic matter or flushing with water can adjust EC levels to better support plant growth. Hydroponics and Aquaponics In hydroponic and aquaponic systems, where plants are grown in water-based solutions, maintaining optimal EC levels is crucial for nutrient availability. These systems allow for precise control of EC, directly influencing plant health and yield. Greenhouse Cultivation In greenhouses, EC monitoring can help manage the nutritional status of various plants, ensuring that each receives the right nutrient mix for optimal growth. Automated systems can provide real-time EC adjustments based on plant needs. Navigating Challenges: Overcoming EC-Related Issues While maintaining optimal EC levels can significantly enhance plant growth, gardeners may encounter challenges such as fluctuating conditions, equipment malfunctions, or environmental stresses. Regular monitoring, combined with a solid understanding of each plant’s specific needs, can mitigate these issues. Conclusion: The Conductive Path to Lush Gardens Electrical conductivity, though an invisible factor, is a cornerstone of successful gardening and farming. By understanding and managing EC levels, gardeners and farmers can profoundly influence the health and productivity of their plants. As we continue to explore the nuances of plant growth, the role of EC stands out as a testament to the marriage of science and nature in cultivating life. Whether in soil, water, or air, mastering the art of electrical conductivity can unlock the full potential of our green companions, leading to bountiful harvests and vibrant gardens.

The purplematic is foxtailing rly strong :/ but i do not mind that too much, i am much more sad about the actual size of the plants. Got 2 auto hulkberry rdy for next summer. The hulkberry is stacking up in a way more sadisfying way harvested at day 4 of the week

Tied her down and regular defol as the bud arms start to form shes real bushy and looking like she’s about to stretch out I wouldn’t be surprised to see her at around 70 cm this time next week . The tent is getting mad full

Die Lemon Skunk steht nun in Blütewoche 7 und präsentiert sich von ihrer besten Seite. Die Buds sind massiv, fest und vollständig mit Trichomen überzogen. Das Harz glänzt unter dem Licht, und das Aroma ist intensiv zitronig mit einer erdigen Basis – typisch für die Genetik. Die Trichome zeigen ein perfektes Reifestadium: etwa 70 % milchig, erste bernsteinfarbene Spitzen. Damit beginnt langsam die finale Reifephase, in der Aroma und Wirkstoffgehalt ihren Höhepunkt erreichen. Das Semi-Hydro-System läuft stabil weiter. Die Pumpe hält die Nährlösung aktiv, was für konstante Sauerstoffversorgung sorgt. Die Pflanzen reagieren vital, und die Wurzeln arbeiten sichtbar effizient. Die Düngung liegt aktuell bei 8 ml/l Canna Coco A + B, was optimal aufgenommen wird. Kein Überdüngungszeichen, keine Mängel – die Blätter beginnen langsam, die gespeicherten Nährstoffe zu mobilisieren, was ein gutes Zeichen für den kommenden Spülvorgang ist. Die Struktur bleibt offen, die Luftzirkulation ist stark, und die Buds profitieren von optimalem Licht. Das Verhältnis zwischen Haupt- und Seitentrieben ist ausgeglichen, was zu einer gleichmäßigen Blütenentwicklung über die gesamte Pflanze führt. Insgesamt zeigt sich die Lemon Skunk in absoluter Bestform: kompakte Buds, starker Duft, hohe Harzproduktion und stabile Semi-Hydro-Performance. Die letzten Wochen versprechen dichte, aromatische Blüten – ein klarer Hinweis, dass die Ernte langsam näher rückt.

Plants are looking awesome. Skullcap is extremely frosty, the whole tent reeks and no hiccups. I've noticed that the (14) pineapple express #2 seems to be less dense of a bud cola, its looking like the (15) Pineapple express #2 is the better version. If it doesn't tighten up this one's out of the running. I already got rid of the skullcap mom, great quality, but not the quantity I wanted to see.

I guess, it's the waiting game. Just watering 1,5 liters ph'ed water daily and checking the trichomes. I'm really happy with the results so far. 😁😁😁

Hope you are well. Thanks for taking the time. Little main line defoliation to focus growth. A cell is a quantum measuring device for light’s frequency to make order from the chaos that light frequencies bring from our environment. A cell performs mechanical resonance, where its intrinsic structures vibrate at specific resonant frequencies when exposed to external mechanical stimulation. Cells possess the ability to sense and respond to mechanical cues from their environment, a process known as mechanosensing. This can involve the activation of signaling pathways and changes in gene expression. Cellular resonance is a component of mechanotransduction, the process by which cells convert mechanical force into a biochemical signal that triggers a cellular response. Plants perceive mechanosensory stimuli, such as vibration and touch, through structures like trichomes (hairs) and specialized ion channels embedded in their cell membranes. Plants are sensitive to frequencies ranging from ultrasound to lower sound waves, such as 250 Hz. The perception depends on various factors, including the stiffness of the underlying tissue, which can be tuned by the plant to perceive specific frequencies associated with environmental cues like insect herbivory. While the exact molecular mechanisms are still being explored, scientists have identified several potential pathways that may be affected by acoustic vibrations in this frequency range: 4000-5000 Hz. Enzyme activity: Sound waves can increase the activity of certain enzymes, such as amylase, and elevate the content of soluble sugars and proteins. Increased stomatal opening in response to specific frequencies can optimize photosynthesis by increasing the plant's absorption of water and CO2. In addition to enhancing drought tolerance, sound vibrations can strengthen plants' overall resistance to stress. Studies have shown that some genes related to stress response can be activated by sound stimulation. The Emerson effect is a phenomenon where the combination of red and far-red light increases the rate of photosynthesis beyond the sum of the two wavelengths used separately. This synergy is important for understanding Extended Photosynthetically Active Radiation (ePAR), which includes the far-red spectrum, because it means a more comprehensive measurement is needed to fully understand light's effect on plant growth. ePAR meters measure light up to 750 nm, which is necessary to capture the far-red light that participates in the Emerson effect. The human eye can detect more shades of green than any other color due to a combination of our cone cell sensitivity and evolutionary history. Our eyes are most sensitive to the yellow-green part of the spectrum, which is the peak of our visual sensitivity, and a large part of our ancestry was spent needing to distinguish subtle variations in greenery for survival. or our primate ancestors, being able to discern subtle differences in green was crucial for survival. It helped them identify edible plants and avoid poisonous ones, as well as detect predators hiding in foliage. This constant need to distinguish shades of green drove the evolution of our color perception to become most sensitive to it. S-cones: Detect short wavelengths, perceived as blues and violets. M-cones: Detect medium wavelengths, perceived as greens. L-cones: Detect long wavelengths, perceived as reds and yellows. The primary reason for our enhanced sensitivity to green is that the peak sensitivities of the M-cones and L-cones are very close together in the green-yellow region of the visible spectrum. This overlap means that green light stimulates both the M-cones and L-cones, creating a more robust and detailed signal for the brain to interpret. In contrast, the S-cones are more isolated and respond to a much narrower band of light, leading to less sensitivity for blues. The brain's visual processing pathways also play a role. Our visual system processes color differences through "opponent channels," which compare the signals from different types of cones. The opponent channel that processes red versus green has a more precise and intricate system than the blue versus yellow channel, leading to finer discrimination in the green part of the spectrum.

Day 80 since seed touched soil. Lovely strain, grew nice for 0 care she got. Had bad summer, no sun, just rain, so developed slowly and small, would perform way better - no doubts !!! Happy Growing !!!

35 days!!! When I returned from vacation, I found her a little tired:) as far as I know, the weather wasn't very good, but the last 3 days we've had really sunny weather, so even though the girl lives on the north side of the house, she's still maturing there:) she looks really good :) good luck to everyone.

🔥 Off to week 3 we go with the start of Day 15! 🔥 Couldn't be much happier with the progress so far. All my cuties are developing nicely, gaining lots of leaves and the stems are getting more robust & thick every day. I now turned up my SF SE3000 to around 70% with 50cm distance. Halved the amount of Rhizotonic and now started adding Cannazym. I'm still going slow with watering and only upped the amount to ~ 250 ml. What I'm so far most pleasantly surprised with, is the fact, that all 4 cuties look the same. Super, super strong genetics here from Mephisto. 💯 Looking forward to see their progress in the next few days. Stay tuned for updates & thanks for reading! 🌱

day 16 in flower. very little stretching on this Pheno. and she's started showing her purple already. I'm super excited and hope I get my taste and high on point. thanks for sticking with me. 🙏🏿💯

everything changed on week 4 grow tent and cob led came to show how a good light is important. from now til last 2 weeks, only indoor growing goodbye CFL's, you worked well. + LST and ferts (2ml + 0.25) Defoliation started Removed branches from 1st node