Plants were watered on day 4 of week 4, as follows: Thin Mint Jr. (P1): 1 gallon water, pH: 6.2, Height: 5 1/4 in. Thin Mint Sr (P2): 1 gallon water, pH: 6.13, Height: 4 1/2 in. Lucy (P3): 1 gallon water, pH: 5.6 (slightly low), Height: 5 in. Herbert (P4): 1 gallon water, pH: 4.93 (LOW), Height: 4 3/4 in. ***All plants were watered with nutrient this week; Bergman's Plant Food Growtime Fertilizer (19% N, 5% P, 20% K - 2/3 tsp/gallon) ***Planning to add pH UP solution to Plants 3 & 4 (more notably P4) to increase their pH levels a bit as they are a little lower than ideal right now. Our pH goal is 5.8-6.5). ***Lights increased to 40% intensity on day 3 of this week and increased again to 40% on day 5 of this week. *Current AC Infinity tent settings: Daytime temp: 73-78 degrees F Nighttime temp: 67-70 degrees F Humidity range: 50-60% (ideal is 55% for daytime)

If you are lonely when you are alone, then you are in bad company. Bee pollen is considered a “vitamin bomb” due to the presence of almost all vitamins with an average of 0.02–0.7% of its total content, with a higher amount of water-soluble than fat-soluble vitamins. Bee pollen contains vitamins A, D, E, B1, B2, B6, and C. It also provides minerals such as calcium, magnesium, phosphorus, potassium, zinc, copper, manganese, iron, and selenium, I mixed a bunch of that with some honey and RAW cane molasses to make a nice big bucket of tea. A family friend who is a beekeeper was kind enough to share some honey. The nutritional content of raw honey is impressive and includes high levels of protein, amino acids, B vitamins, calcium, manganese, potassium, magnesium, zinc, and iron, as well as various polyphenolic antioxidants. I am loading up nature's finest sugars, and sweet things, Honey & Mollases. UV-B-induced DNA damage (CPDs and 6–4 PPs) can be repaired efficiently by photolyases. Pyrimidine dimers can be repaired by nucleotide excision repair (NER), or bypassed by replicative polymerases (Britt 2004). The expression of the CPD photolyase (PHR) gene is induced by UV-B light dependent on UVR8 signaling pathway, and is also induced by blue and UV-A light (Li et al. 2015) https://link.springer.com/article/10.1007/s44154-022-00076-9?fromPaywallRec=true Old but gold. The camera picks up far more light than there is during the night cycle, camera is showing bright pink violet collages but my eyes barely see a thing, about 0.25ppfd in that tent overnight. Have been tweaking the spectrum of moonlight/intensity and watching the responses overnight. Tweak, tweak, tweak all week. PAR is 400-700nm, Overnight UVA in the tent is all 365nm and 385nm, so the meter only picks up a fraction of the light curve that makes it photosynthetically active past 400nm. Of the light in the tent, 0.25ppfd is from UVA Looks like It makes them 🕺 🕺 💃 all night. Better flower soon or ill be screwed for space, they are stretching, but is it "the stretch"? She has fire in her belly. Growing crops with insufficient light (i.e., below “optimal,” as defined here) limits the yield potential, which in turn wastes the other production inputs including labour, water, nutrients and electricity. As lighting fixture is one of the most expensive investment of the production, what is the relationship between light intensity and yield? Potter and Duncombe (2012) grew cannabis plants with varying canopy-level PPFDs during the flowering stage and found that increasing PPFD from 400 to 900 μmol·m−2·s−1 increased yield an average of 1.3 times higher, across seven cultivars, with no light intensity treatment effects on floral cannabinoid concentrations. Vanhove et al. (2011) found that cannabis yields were 1.3 to 3.1 times higher (depending on cultivar) when plants were grown under approximately 1000 μmol·m−2·s−1 compared to approximately 450 μmol·m−2·s−1 during the flowering stage.It was predicted that cannabis yield would exhibit a saturating response to increasing Light intensity, thereby signifying an optimum light intensity range for indoor cannabis production. However, a new research from Morrison (2021), after 81 days‘ experiment, found that When plants grew under LI ranging from 1200 to 1800 μmol·m–2·s–1 provided by light emitting diodes (LEDs), inflorescence yield increased linearly as LI increased up to 1800 μmol·m–2·s–1. "Cannabis will not stop flowering if the lights are turned on for a few minutes once or twice during the 2-month-long flowering cycle. If a light is turned on for 5 to 30 minutes—long enough to disrupt the dark period—on 3 to 5 con­secutive nights, plants will start to revert to vegetative growth." "Less than one half of one foot-candle of light (0.1ppfd) from sunlight will prevent cannabis from flow­ering. That is a little more light than is reflected by a full moon on a clear night. Well-bred indica-dominant plants will revert within three days. Sativa-dominant plants take four to five days to revert to vegetative growth. Once they start to revegetate, it can take from four to six ad­ditional weeks to induce flowering again!" Guess ill find out my answer soon.

She growing nice and healthy even with some cold nights I had forgot to turn the heat on still had the ac on and it was like 65° in the house lights off no bueno but she rocking got the budtrainer bud clips on her and topped her

DIVINE OG KUSH / DIVINE SEEDS WEEK#18 OVERALL WEEK #5 FLOWER This week she's doing good no issues. She's looking healthy her buds are growing and getting frosty. Stay Growing!! Thank you for stopping by and taking a look it's much appreciated!! THANK YOU DIVINE SEEDS!! . DIVINE SEEDS / DIVINE OG KUSH

Solid week of growth, looking and smelling amazing.

One of the easiest plants I've grown. Smells of marshmallows and blue candy for one pheno and the other is pure lemon cleaner. Almost no stretch in flower. Very little side branching.

I didn't record the temps this week. I watered these about 3 gallons per pot per day. It was very cool this week. The high temp was averaging upper 50's F. Low temps were upper 30's lower 40's. Day 4 around 6 a.m. the temperature was 26°F and there was heavy frost on the ground. When I check on the plants about 7 a.m. they didn't have frost on them and were fine. These girls really did well. They didn't require and canopy maintenance. I topped way back and never had to tie up the branches or support in any kind of way. They were exposed to really strong wind that laid other plants over and bent branches that didn't recover. I'd recommend these for outdoors. The powdery mildew was manageable and the only maintenance these required. They did want to eat a lot and my wife was managing this by herself. I think we could have fed more and made bigger colas, but they did well regardless. The smell of these is special. They're very loud and have a watermelon note. 🤤🤤🤤

I lollipoped him (and my other gals) today!!!!! it's his 52nd day he just started getting in Flower Vary Tree-like and Dense Plant did some LST and it went well but not as good as my gorilla cookies probably should've started a little earlier but I'm still very happy with the results

Transplant during week 3 was a success! All 4 plants made it from their original solo cup containers into their 5 gallon fabric pots. Once in their larger pots, each plant was watered with 1 gallon of water/plant (no nutrient). Lighting was also brought back up to 30% this week as the leaf curling that was observed previously has subsided.

Ich denke, das wird die letzte Woche sein unter der Lampe Tag 60 es wird Zeit für die Trockenzeit und 2 Tage Dunkelheit und dann wird geerntet.

Edit: Week 2 Flowering, using the Laundry-Box because shipping of Equipment delayed. First time in my life to grow Cannabis by myself. I will Edit this Section soon...

Chopped one before vacation and off to dry while I'm in Ireland and the UK, leaving the other one to keep going and chopped on return.

Chopped before vacation and off to dry while I'm in Ireland and the UK

Chopped one before vacation and off to dry while I'm in Ireland and the UK, leaving the other one to keep going and chopped on return.

Week 3: Vegetative Stage – Training, Defoliation, and Entering Full Flower The Apricot Autos have really taken off this week. I’ve been doing a little defoliation here and there, but over the course of training and tucking, I sometimes get a little heavy-handed and manage to break the odd leaf. Even with these occasional slips (you can see it in the pics), the plants are still shaping up nicely and getting huge, though not as much as my previous grow, which was also Fast Buds autos. By the end of the week, the plants have started to noticeably stretch, which I’m happy about since it makes them easier to train. At this stage, I like to train using mental pegs, gardening wire, and leaf tucking. I rarely remove any leaves until I have a clearer idea of the plant’s final shape, which did evolve quickly this week, prompting me to take action. On day 27, one of the plants is entering full flower, while the one with the misshapen leaf is a couple of days behind. The difference between the two is becoming less noticeable, although one is still bigger. Current Setup: Medium: 70/30 coco/perlite mix with Great White Mycorrhizae added during transplant Lights: DLI set to 22 Nutrients: Big Plant Science (introduced midweek) Despite breaking a leaf or two during training, both plants are progressing well, with flowering now fully underway.

Decided to go with one photo outside fast buds mystery photo seed