Gave her a cocktail to help with stress. Added 1st net for lateral support, not so much now, but for later. Blue light is absorbed by photoreceptor proteins called phototropins, which trigger a hormonal response that causes cells on the shaded side to elongate, making the plant bend toward the light. Try and fill this side a little. She is quite big already, just needs to find her stride again after the undue torture. The mind is constantly working and producing, just like a factory. It's not just a passive recipient of information but an active producer of ideas, attitudes, and beliefs. The "ingredients" in this factory are the information you consume, such as books, conversations, and the media you engage with. The "products" are your thoughts, beliefs, and actions. The quality of the ingredients directly influences the quality of the output. 5 apex stems with 20-30 mini cola, let them develop a little, with the apical dominance shattered, all those 20-30 will all compete with each other as soon as that stretch is initiated. Key to a good stretch is making sure the plant is cycling efficiently, with large ATP conversions occurring lights out. For now, keeping light intensity high. A plant will slow its vertical growth in very high light intensities, leading to a more compact form with thicker stems and leaves. This response is a protective mechanism against light stress, which can damage the photosynthetic apparatus and lead to symptoms like leaf scorching, yellowing, and brittleness. Instead of growing taller, the plant invests its energy into creating a more robust, stress-tolerant structure. Providing plants with necessary antioxidants helps protect the photosynthetic apparatus by scavenging reactive oxygen species (ROS) that cause damage from excess light. UV light exposure can impact the xanthophyll cycle by either enhancing its photoprotective role or causing damage, depending on the intensity and type of UV radiation. UV exposure can trigger the synthesis of more xanthophyll cycle pigments to increase the plant's capacity to dissipate excess energy, but it can also cause direct damage, particularly to Photosystem II, and may lead to a decrease in the de-epoxidation state (DEPS ratio) which indicates a reduced capacity to dissipate excess energy. Plants can respond to UV stress by increasing the synthesis of xanthophyll cycle pigments, such as violaxanthin and zeaxanthin, to improve their photoprotective capacity. UV-induced changes in xanthophyll cycle pigments can be linked to a plant's overall tolerance to high radiation stress. The xanthophyll cycle helps protect against photoinhibition, which is especially important when the plant is exposed to high levels of both UV and visible light. High doses of UV radiation can directly damage photosynthetic components, including the proteins, lipids, and pigments in the thylakoid membranes. Exposure to UV radiation can have a mixed effect on the de-epoxidation state (DEPS ratio) of the xanthophyll cycle pigments. In some cases, UV can inhibit the conversion of violaxanthin to zeaxanthin, resulting in a lower DEPS ratio and a reduced capacity for energy dissipation. However, the total pool of xanthophyll cycle pigments may increase, and this enhanced pool size could provide a greater potential for photoprotection despite a lower DEPS ratio. The xanthophyll cycle works alongside other mechanisms, such as the accumulation of flavonoids (UV screens), to protect the plant from UV-induced damage. Blue light repairs 100% UV-induced damage in plants through a process called photoreactivation, which uses a light-dependent enzyme called photolyase. This enzyme uses energy from blue and UV-A light to directly reverse the damaging pyrimidine dimers in the DNA caused by UV-B radiation, a key mechanism for maintaining the plant's genetic integrity. After carbon, light, water, temperature, and nutrients, the limiting factor of a plant's growth is often its own internal factors or the amount of a key ingredient. Chlorophyll concentration is one such factor, as the amount of this pigment limits how much light can be captured for photosynthesis. Other factors include chloroplast number, respiration rate, and the concentration of carbon dioxide in the atmosphere, as plants are often in a CO2-deficient condition. 60x60x18=64800seconds x 700 = 45,360,000moles. 45DLI Exposure to 165 µW/cm² of ultraviolet-B (UV-B) light for 3600 seconds = 1 hour, a extremely high, acute dose triggering stress responses and protective mechanisms. . The plant's photoreceptor protein, UVR8, senses the UV-B radiation. This triggers a signaling cascade that activates specific genes to protect the plant from damage. In response to the UV-B signal, the plant ramps up the biosynthesis of protective compounds like flavonoids, phenolic acids, and anthocyanins. These compounds absorb UV radiation and accumulate in the epidermal layers of leaves to shield inner photosynthetic tissues. The plant may increase leaf thickness or deposit more cuticular wax, creating a physical barrier to the radiation. The plant will produce more enzymatic and non-enzymatic antioxidants to neutralize the reactive oxygen species (ROS) produced by the UV-B radiation. The plant activates enzymes, including photolyases, to repair DNA damage caused by the UV-B. These repair mechanisms are critical for preventing permanent genetic mutations. While protective measures are activated, a high dose delivered over a short period can cause stress that overwhelms the plant's defenses. Photosynthesis is highly sensitive to UV-B. A high dose can inactivate Photosystem II (PSII), damage thylakoid membranes within the chloroplasts, and reduce chlorophyll content, which lowers the plant's overall photosynthetic capacity. Despite repair mechanisms, high UV-B doses can inflict persistent damage on the plant's DNA. The overproduction of reactive oxygen species can cause oxidative stress, leading to the oxidation of lipids and proteins and disrupting cellular function. I am playing in the enchanted forest. A shift in perspective is what changes perception over time. By deliberately considering a situation from another point of view (perspective), you can challenge your initial, knee-jerk interpretation (perception). This is a valuable skill in both personal and professional life for fostering empathy, improving problem-solving, and making more informed decisions. Move the mind off perception into perspective. Thank you.

Hello everyone, Not much to say about this girl. This week I started giving her some nutrients so lets see how she turns out now... See you guys next week.. 🤘🤘👊👊👊

12-13 Friday the 13th before Christmas. Kinda neat. Well lets see how I set up this ride. Watered around 2.5 l. Weird, to full saturate my pot, without run off AND to feel the bottom of the pot wet-ish. Anyways. 5ml cal/mag, 1 ml drops of balance, 3/8 tsp-ish recharge and 1 ounce EM1. Hopefully coasting and watching them swell. Scc still getting taller. Sheesh 12-15 Big plain water, I strike again 😂 Saw some yellow tips, at first I figured hungry, makes sense, top dress due. Let check the run off and see where we stand. NOPE, slight burn. GD!! Ppm 1580 ph 6.6. so now they both around 900 ppm. Bulk time. Coulda waited a week and then top dress. Maybe next time I can think and check my run off before I top dress. Even if youre not supposed to in organic. Ok rambling. 😁😂🤘 .

Seems to be growing nice so many budsites she’s drinking a lot 2ltr a day easy I’ve added a bit of budcandy to see how she handles it

📅 D85- 26/01 📜 Only fresh water from now on. She's not yet ready - 3-4 days more I think. ✍️ 0.1 EC ♒ 6 pH 🌊 10 L 📏 95 cm 📅 D90- 29/01 📜 Not yet Ready ✍️ 0.1 EC ♒ 6 pH 🌊 10 L 📏 95 cm

It has been a good week. The bananas are fattening! They are also loosing most of the lower leaves, I'm a bit afraid that they lose too many, I hope not! I had to raise the one that is on the right side, as it was considerably shorter than the rest of them. Now after two weeks of stretch it seems like they stopped ascending. I can't wait to see how this coming week will go!

Hello everyone. Another week passed, gave her water and some enzimes on day 33, I noticed some leaf intervenal discoloration, not too concerning in my opinion. Maybe the enzimes were too much or some nutrient lock out due to a somewhat excessive fertilization. Any opinion on this issue? I think will go on with plain water to the end I think, hoping the problem will sort out itself. What do you think? Other then that I think buds oare forming fast and fine, she's putting out a little resin and smell now. Ciao 😊

🦍🤩🍀🍀

Sorry again the beat newbie haha

Buds have Been fattening up and making shape with the pistols sill stretching with slight change in colour for some of the pistols and are able to see the trichomes start to spread out and starting to get more frosty and the side branches are stretching out and stem thickness is also coming along nice nugs are quite sticky and the terpy smell has become more noticeable and I’m doing some light trimming to leaves covering lower bud sites for better light ab

Welcome to Flower week 1 of Sweet Seeds Mental Rainbow F1 I'm excited to share my grow journey with you from my Sweet Seeds Project . It's going to be an incredible ride, full of learning, growing, and connecting with fellow growers from all around the world! For this Project , I’ve chosen the Feminized Photo strain Mental Rainbow F1 : Here’s what I’m working with: • 🌱 Tent: 120x60x80 • 🧑‍🌾 Breeder Company: Sweet Seeds • 💧 Humidity Range: 50 • ⏳ Flowering Time: 7-8weeks • Strain Info: 22-30%THC • 🌡️ Temperature: 26 • 🍵 Pot Size: 16 • Nutrient Brand: Narcos • ⚡ Lights : 600W x 2 A huge thank you to Sweet Seeds for allowing me to try my Best with this amazing collection from Photo Strains they managed to Sponsore . Big thanks for supporting the grower community worldwide! Your genetics and passion speak for themselves! I would truly appreciate every bit of feedback, help, questions, or discussions – and of course, your likes and interactions mean the world to me as I try to stand out in this exciting competition! Let’s grow together – and don’t forget to stop by again to see the latest updates! Happy growing! Stay lifted and stay curious! Peace & Buds!

Added a second scrog net for the taller plants last Friday. Constantly defoliating to increase light penetration but not trying to stress the plants. (Selective leaf picking) Plants loved the tea I have them last week. Visual improvements in every plant 2 days later. Top dressing later this week on 9/29: 5 tablespoons Gaia green 444 5 tablespoons Gaia Green 284 15 tablespoon Wiggle Worm Earth Worm Castings Light increased to 75%

....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.

26/09 The second week of vegetation has begun, the sprout feels super great, I buried it 2-3 cm, so it looks a little shorter. I will start fertilizing from about the 15th day, until that moment I just pour water with the addition of Piranha 2ml / l, today I poured 10ml from a syringe around the sprout and today it stood all day without a cup under full light Tonight I added to the AD Piranha solution more nutrition for these mycorrhiza fungus in the form of Bud Candy. And carefully poured 5 ml of the solution 2-3 cm from the sprout on one side. Perhaps this will immediately help develop an excellent root system. I continue to occasionally wet the ground for it so that it would be more humid around it, since I have a fairly strong lamp for such a grow box, I think that it can be hot, although other plants felt great at this stage 30/09 Last night I poured her compote with Piranha and BudCandy 2 ml / l each, poured about 500 ml into her eye and lo and behold, she responded with rapid growth, she adds very much every day. I will try to alternate watering with ordinary water so as not to overfeed. And super genetics, she is gaining the thickness of the trunk already!

🎩🌈🍧🍨🍬 No trainin no toppin just test Run Terps on her is insane str8 candy fruity ice cream can’t wait till run her again in full sun ☀️+ toppin and trainin!! This a winter test grow outdoor ❄️ so the buds won’t be that big but We will see 🤭

Royal Gorilla took 63 to harvest from 12/12 switch Very Sticky while trimming The buds I hung last night totalled 223 grams The trimmings totalled 35 grams I will update next week when things are dry and going into mason jars

Flower4, día 4 desde que comenzó la floración, se regaron con 1.8 EC y pH 6.2, con los nutrientes puestos en la descripción, no me tienen muy convencido pero creo que van mejorando. Flower9, defoliación y riego, está vez se agregó al riego Bud Candy, el cual seguirá siendo usado en toda la fase de floración. Flower13, riego 2.0 EC y pH 6.2, se agregó Voodoo Juice, Tarantula y Piranha al agua de riego.

Another week done. Final selection of the 3 phenotypes I found in a 10 seed run of the f4's. I am pretty confident I'll be carrying on the dark purple/red male since heavy anthocyanins production is what I was hunting for in this particular venture. Will be collecting pollen as I'm doing a good job keeping humidity low in the grow room so should be pretty viable. Will be crossing this into my winner from the ethos hash plant run as well as the rainbow belts