Looking good:))))))

Diesel: The plant has slowed a bit after topping but now growth seems stable. Wedding Cake: Still the lil one of the three, growth is now more stable after topping. Sunset Sherbet: It was the one with the least expectation of the three, but after FIMIing, growth continued without a hitch and is now almost as tall as the other two.

Since boosting the bloom nutrients, Bud are gaining size. Added second light to expose lower buds to more light. Keeping temping below 80 was an issue adding second light but also adding more exhaust fans to tent. Plant seems to be only a couple weeks away from harvest. Will start to flush next week for 1-2 weeks.

Patagonia

2/4: Photo session day! The squattier of the two picked up a lot less of the sativa genes. She's gonna be shorter, but she's in a big hurry compared to her lankier sister. The taller one, like most other sativa dominant strains I've grown, really doesn't like being fed so often. At this point, I'll probably just feed her every other feeding day, and on plain watering days I'll give her cal-mag and flavor/terpene enhancers, and maybe a little beastie bloomz. I had a total infestation of Cattus (felis) which I documented in my photos. Eradication seems impossible, so I'm opting to allow a degree of predation, but hoping trichome production will, at least, deter them soon.😁 2/5: I fed everybody today except these girls and my two #3's..they usually protest after a full-strength feeding. I just gave them water with cal-mag, bembe, signal, humic acid, and a little Open Sesame. I also sprayed everybody down with Axiom harpin proteins for the last time today. I made a DIY CO2 generator today using a 5 gallon cat litter bucket, a small aquarium pump, some air line tubing, and a bubble stone, plus 6 cups of sugar and 30 grams of wine yeast in 2 gallons of warm water. I put the tube where the CO2 is exhausted up against the back of the oscillating fan that aims down over the plants so they are being constantly forcefully bombarded with high levels of CO2(1300+ppm) from above. I set the ac infinity controller to allow the temps to climb up to 89f before the fan turns on. 2/6: These girls are a much lighter shade of green than anybody else in the garden. I bought some Gro-Pro pot risers to elevate the pots so that they will dry out faster..seem pretty effective. 2/7: Now they look deficient in N and K...ffs! I'll go back to feeding them with everyone else, but will make up a batch of weaker nutes for them. I foliar fed with big bloom and tiger bloom. 2/8: I ordered a second 6" AC Infinity fan to connect to my controller, some ducting, and a diffuser which I'll mount to the wall, down near the floor. The fan unit will be in another closet, adjacent to the garden closet, and I'll run ducting up through that closet ceiling into the attic, with a filter on the end to keep bugs and particulates out. For the next 6 weeks or so, it will provide a supply of colder fresh air. I did the math, and it will now only take about 1 minute and 40 seconds to completely exchange the air in the closet. Depending on the outside air temp at the time, it should take anywhere between 8 and 20 minutes for the closet to heat back up to 80f and the fans to kick back on again. This Spring, on days when it's not cooler than 72f, I'll disconnect the duct in the closet and stretch it into that bedroom, clipped to the window unit air conditioner output, cranked down as low as it will go. This Summer, I'm gonna just run a pair of the quantum boards and grow 4 or 5 autos in there, but this should help keep the temps cooler in summer as well, without dedicating an air conditioner to the grow op.🙏 2/9: I foliar fed them with grow big, big bloom, and tiger bloom and checked moisture in their pots. They're due for a good watering tomorrow.

Permanent Marker weed strain possesses the genetics for high anthocyanin production, which is responsible for its signature deep purple. While the genes are present, the expression of these colors is often enhanced by "thermal stress" (lower temperatures) during the final three weeks of flowering, which triggers the production of these pigments. 👋 Raising the Carbon-to-Nitrogen (C:N) ratio in the growing medium to avoid over-immobilizing nitrogen, on the flip side, being careful not to trigger early autophagy. Moderate, controlled increases in sugar support the energetic demands of flowering and act as a signal trigger, but excess sugar is more likely to inhibit flowering or damage the plant. Balance, like everything else. Visually, when the chloryphyll green gets darker, it is a subtle indicator that the concentration of nitrogen is increasing / more is being stored than is being used. I noticed when you push very high intensity lighting, it slowly fades the green as the plant degrades chloryphyll faster than it can be replenished. When the green of the leaf continually gets darker, it is an indication that the concentration levels of nitrogen are increasing, and I dont want to increase light intensity. Turn down the nitrogen faucet. C:N ratio dictates the rate at which nitrification occurs, if at all. The Carbon-to-Nitrogen (C:N) ratio acts as a critical biological "on/off switch" (or regulator) for nitrogen turnover by determining whether microbes immobilize (consume/tie up) or mineralize (release) nitrogen during the breakdown of organic matter. This ratio regulates microbial activity by defining the balance between available energy (carbon) and building materials (nitrogen). The C:N ratio in a medium acts as a critical regulator of nitrification, effectively functioning as an "on/off" switch for the dominance of either autotrophic nitrifying bacteria or heterotrophic bacteria. The shade of green in chlorophyll is subtly linked to the enzyme Rubisco through a co-evolutionary, functional relationship designed to optimize photosynthesis. Chlorophyll absorbs blue and red light for energy, reflecting green light, a process that ensures the "light-dependent" reactions provide the correct, controlled amount of energy (ATP and NADPH) needed by Rubisco to perform its "light-independent" carbon fixation. Because Rubisco is a relatively inefficient and slow enzyme—often considered the bottleneck of photosynthesis—chlorophyll and the overall structure of the leaf have evolved to manage energy distribution to prevent overwhelming the Calvin cycle. While chlorophyll absorbs mainly red and blue light, it is not perfectly efficient, and leaves appear green because some green light is reflected or transmitted. This reflection allows light to penetrate deeper into the leaf, preventing the surface chloroplasts from becoming overloaded and enabling a more efficient distribution of energy to the high volume of Rubisco located throughout the leaf's mesophyll. The rate of chlorophyll-driven electron transport (light reactions) is matched to the potential rate of carbon fixation (Rubisco activity). If Rubisco were faster, leaves might be darker; however, the "shade of green" represents a balance that prevents chlorophyll from producing more energy than the inefficient Rubisco can process. The green color itself is a byproduct of a photosynthetic system tailored to feed a slow, yet crucial, enzyme (Rubisco) just enough energy to maximize carbon assimilation without inducing excessive oxidative stress or inefficiency. The shade of green in leaves is directly linked to the concentration of chlorophyll, which is in turn strongly correlated with the amount of Rubisco (Ribulose-1,5-bisphosphate carboxylase/oxygenase) and, consequently, the rate of carbon fixation. Darker green leaves generally indicate a higher concentration of both chlorophyll and Rubisco, signifying greater capacity for photosynthesis. Increase output or reduce input. Subtle tells. While an excess of nitrogen (specifically ammonium) can cause an imbalance, nitrification—the microbial conversion of ammonia to nitrate—is highly sensitive to a variety of environmental, chemical, and physical factors. Because it depends on specific, slow-growing bacteria (Nitrosomonas and Nitrobacter) and archaea, anything that stresses these organisms can disrupt the process.

Another week.struggling with mold because of high humidity..I will give 5more days and then 48ho darkness…almost there 🙏..

Hello everyone, Well its getting kinda packed in the greenhouse so all i have for you guys is a little video, See you guys next week... 🤘🤘🤙🤙

Day 35 - RT 86F RH 58% - All 3 ladies are still doing amazing, really starting to fill out! Doctors Choice #1 looks like it had a bit of a nitrogen deficiency so I gave it 1.5 tsp of grow big by fox farm! All in all extremely happy with this grow so far! Thanks for following & happy growing friends!✌️🏼🙏🏼🌱

Another solid week, I've upped the EC of the solution a bit to keep her going as she transitions into flower. Starting to get a sweet smell now and I see a few purple pistils mixed in as well. Things are about to get fun!

🌿 RS11 "C" - The Balcony Colossus Transitions! 🏙️ Welcome to Week 12! RS11 "C" continues her reign as the absolute titan of the balcony. She is towering over her space and is putting on a gorgeous display as she gears up for her next phase of life. 📈 The Details / Progress Report: Towering Canopy: Taking a look at the full-plant shots her size next to that red railing is staggering! She has established an incredibly tall, sturdy main frame with strong lateral branches pushing their way up to compete for the sunlight. 🌳 The Transition Begins: If you zoom in on the apex and upper growth you can see the nodes tightening up and the earliest signs of pre-flower development. She is officially entering her flowering stretch and channeling all that vegetative energy into building bud sites! 🌸 Immaculate Health: The foliage close-ups show how a plant in peak condition look like ?. The fan leaves are massive, vibrant, and perfectly praying toward the sun. Thanks to your proactive biological pest control (the sachet is still visible doing its job!), she is completely free of outdoor pest damage. 🛡️🐞 💧 Next Steps: As she pushes through this pre-flowering stretch, her water and nutrient demands are going to hit their peak. Keep her well-fed to support the incoming bud development. Because she is so tall and about to start packing on flower weight, the most critical step moving forward is ensuring her branches are supported against any heavy balcony winds. She is an absolute outdoor beast! Let's keep it growing! 🌱💨

watered on day 1Have to add calmag in the next watering .

Una pequeña chica que ha salido adelante tras germinar con temperaturas cercanas a los 42 ºC en la horas centrales del día Por eso está pequeña! ZUp Auto by @42.fastbuds @42.fastbuds @fastbuds_espana 🚀 FastBuds 15% DISCOUNT code "NONICK" 2fast4buds.com 💦 BioTabs 15% DISCOUNT code "GDBT420" biotabs.nl/en/shop/ @biotabs_official 🌱Substrate PRO-MIX HP BACILLUS + MYCORRHIZAE @promixmitch @promixgrowers_unfiltered

Blütewoche 5 startet und man sieht wirklich wie sie tag für Tag an Gewicht zunimmt,gerade wenn man gegossen hat. Sie riecht schon sehr intensiv nach der Zitrus Note.

Mixing a ratio of 4ml start 5ml Katana / 1 litre water at PH of 6.2 Mix well and spray onto paper towels to soak, Fold paper towel in half & place seed inside & fold to cover so the seed is in darkness, Place damp paper towels with the seed inside a zip lock sandwich bag. I only had to wait 28 Hours and the seed had split She was planted into her 1st pot last night. Happy days, looks like a very good start 🏆 😵‍💫🤘🏼