Getting ready to flip into flower

Did a prune and lst. Took a branch off the left to sex.

Super excited

Day 99 (Sept 23rd): Girls are still in their flush. One more day here and the lights go off. Trichomes are about 10% amber. Plan was to harvest around that marker, so we’re off to the races! Day 100: Lights are off for 48hrs starting this morning. Update to come. Day 101: They meet the scissors today! All chopped down and hanging to dry at 60 degrees and 60% humidity. I will provide an update in 10-14 days one dry!

ph problem this week nothing too bad it wil finish in 2 weeks

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Week 4 for the Critical and Sour Diesels and Week 3 for Lemon Pie, Blackberry and Gorilla Zkilttlez

Boy how these ladies have grown. All 6 ladies at this point are showing trichomes and the flower sites are really starting to bulk up. Girl Scout Cookies # 2 is soooooo frosty it's crazy !!!! Other than keeping the tent clean and making sure they get a watering and feeding each week, these ladies have been effortless to grow. One that has changed is that they seem to a bit more thirstier than usual but thats normal in flower I've heard. Well till next time fellow growers Happy Growing and Enhance Your Life!

Strawberry Pie Auto ~~~~04.20.23~~~~ Day 13 - Above Ground 🔸05.06.23 -So these girls continue to be amazing, scuffed up the soil today, and added airstones to my reservoir, even though it is just water maybe the plants will enjoy the extra oxygen!, the Medic Grow Smart 8 LED is doing very well, at 40% the plants are getting plenty of light and not showing any signs of over-stretching! 🔸05.03.23 - Just over the last 4 days these plants are just growing vigorously and healthy, first real watering today and the plants are starting to eat that Gaia Green amended soil and loving it, the Medic Grow Smart 8 LED is doing very well, at 40% the plants are getting plenty of light and not showing any signs of over-stretching! ~~~~~~~~~~~~~~~~~~ 📝Strawberry Pie Auto 📝Grown By: MrJones 📝@fastbuds_official 📝Soil - ProMix HP 📝Medic Grow Smart 8 LED - SETTINGS 40% V1 📝@medicgrow420 📝@gaiagreenorganics ~~~~~~~~~~~~~~~~~~ 📝 A true delight with a delicious aroma and a stunning 26% THC. This eye candy of a cultivar boasts unique colors and reeks of red berries and cookie dough that will leave your mouth watering. ~~~~~~~~~~~~~~~~~~

420Fastbuds FBT2307/Week11 What up everyone weekly update on these three beauties. All though they appear to be different in looks they all three are equally lovely. Really looking forward to the upcoming week as I'll start looking at the trichs to see if we got some amber showing up. All in all Happy Growing

Hi alle zusammen dies war die letzte vegi Woche puh! Wieder 10 Wochen ins Land gezogen die Zeit rennt auch 😰! Die Woche lief ganz gut bus auf Dienstag da wollte ich alles noch einmal nach justieren und da ist mir die lady die hinten rechts steht gerissen also das T von oben ein gerissen (gespalten) hat sie aber nicht sonderlich gestört hab sie so gut es geht fixiert (sollte auf den Bildern und dem video zu sehen sein werde es nächste woche nochmal genauer fotografieren) ist leider dadurch nicht alles unbedingt auf gleicher Höhe so 2 bis 3 cm höhen unterschied zu der kleinsten von den 4 octos aber naja habe Freitag abend nachdem das Licht aus ging den reflektor ausgebaut und einmal Grund gereinigt und wieder eingebaut danach das ganze von meiner Mh auf Ndl gewechselt. Die zeitschschalt Uhr habe ich auf 12/12 umgestellt ab jetzt geht es langsam Richtung heisse Phase 😁😂(ich freue mich schon auf den Duft und das geglitzer) euch allen ein schönes Wochenende mit viel Sonne 🌞🌞🌞🌞🌞🌞

Estamos en las ultimas semanas de engorde, estamos tratando de tener un vpd dentro del rango 1.2 o 1.3 kpa. La T con luz prendida llega hasta 26 y de HR no pasa de 55 y no baja de 40. Con luz apagada llegamos a 21 de T y la HR entre 40-50. Vamos bajando ph de a poco y tambien la EC, buscando llegar al final de la semana en 1.3 o 1.4.

The plants are in the 2nd week of flower and the pistols are staring to show it. That confirms that all of the plants are female.

Getting close to the end now. I can see the trichomes turning milky.

12 days to full transplantable roots. Right on schedule as expected. Moved 6 of the 12 clones (1 per plant) into a new 45L Rez that I cobbled together in an evening. Just small enough to fit into the cabinet. Hopefully the roots don’t choke each other out for territory while we work to reveg, re-flower and ultimately seed em all for the new F3 line. We’ll pick the best buds from the lot for the next testing run once we see what the pheno variation looks like from the main run in the tent. It’s a process and annoyance not to be yielding bud off a grow cycle but it is what it is if you want your own signature stuff. Alls good for now. Let’s just hope that the 6 coats of paint I threw on the lid is enough to keep out the grow light penetration🤞. Shoulda used black, whatever.

Hi people! I have nothing special to say. you can see everything in the photo! and all this can be summed up in one word! Perfect! it begins to show dark colors in buds, as well as on large leaves from the stem. in the photo this is not yet noticeable, but the eye already sees the manifestations of genetics! and I think that further it will only become more beautiful and more colorful!

😍 Beauty. Empty water with NPK raw enzymes, amino and humic/fulvic. Checking the EC of the pot, ranges vary but overall sitting around d 1.2-1.6ms/cm. I can notice tips on one, ever so slightly yellow, hints that ec is on the line. See how long she can go with just water. So far, so good. They are at that size when the growth snowball really starts to pick up. Upped ppfd, first sign of flower showing on 1 plant. Applied a fair bit of IR, which has stretched the stems; they know if they want to reach the high ppfd they need for flower, then they need to stretch accordingly. All you can eat buffet made to order. Plant perception allows plants to sense the direction, intensity, quality, and duration of light, using this information to direct growth, optimize photosynthesis, and adjust development. This ability to "see" light and respond accordingly is a fundamental survival mechanism. The interaction between microorganisms and the plant rhizosphere creates an active environment that directly contributes to soil electrical conductivity (EC), facilitating nutrient availability and, consequently, enabling better plant growth. A healthy, microbially active rhizosphere acts as a living, conductive bridge that converts locked-up resources into bioavailable, charged particles (ions) that the plant can directly use to grow. Microbes break down organic matter and minerals, releasing ions (N, P, K, etc.) slowly and in alignment with plant needs. Unlike synthetic fertilizers that dump a high concentration of salts at once (causing instant, great EC osmotic shock), microbial processes provide a steadier stream of nutrients. Beneficial microbes produce osmolytes, antioxidants, and signaling molecules (like auxins and ACC deaminase) that help plants manage drought, salt, and temperature stress. Microbial exopolysaccharides (EPS) create hydrated biofilms around roots, maintaining a more stable water environment. If an excessive amount of soluble nutrients or salts is added (e.g., heavy compost, manure, or excessive mineral amendments), the total dissolved solids can still exceed the plant's tolerance threshold. Intense evaporation, drought, or extreme heat can concentrate salts in the soil solution regardless of how active the microbes are. (Balance). The ability of microbes to buffer the soil is finite. If the input exceeds the biological processing speed, osmotic stress can occur. This is where high CEC comes in useful. Because of this active exchange, the plant creates a localized chemistry that favors what it needs: If the plant needs calcium, it increases exudates that favor calcium solubilization and exchange. The plant can alter the pH immediately around the roots to make specific nutrients more available while locking up others. It doesn't need. The high CEC acts as a buffer against over-fertilization or pH swings. Instead of nutrient antagonism (where too much of one thing blocks another), the microbial activity helps balance nutrient availability. In a high-CEC organic system, the plant acts as a manager, utilizing microbes and root chemistry to pull exactly what it needs from the "bank" of soil nutrients. Nature knows best. I let her feed herself now. If a leaf is photosynthesizing, it makes ATP (via light reactions) and sugars. If a root is respiring, it burns sugars to make ATP for itself. They do not share a common, transferable "pool." While you don't get a "bigger ATP pool" by adding root ATP to leaf ATP, growing organically allows for better energy allocation. In organic systems, mycorrhizal fungi and bacteria break down nutrients. This requires less direct energy expenditure from the plant to seek out raw minerals compared to hydroponics/synthetic, where the plant might have to push harder roots to find uptake points. Healthy, microbe-rich roots need less energy for defense and can focus on absorption. Plants send sugars (made in leaves) down to roots to feed microbes, which in turn bring back nutrients/salt ions to create a EC of 0.5ms/cm. This symbiotic loop means the plant spends less energy on acquiring nutrients, leaving more energy available for building biomass. Leaves make Glucose (Sugar) via Photosynthesis. Sugars travel to the roots. Roots use that sugar to fuel respiration to gain nutrients. Nutrients travel back up to fuel more Leaf growth. Organic growing doesn't create a larger combined ATP pool; it creates more efficient energy usage and resource allocation. Because the plant isn't wasting energy fighting for nutrients or managing osmotic stress from synthetic salts, it has more metabolic energy left over to put into growth. High Transpiration Rate. Stronger Mass Flow. More water/nutrients to roots. Increased uptake. It is a "pull" system that acts as the primary conveyor belt for plant nutrition.