Not a verry good grow at all. I will try to use a scrog net in the Future…:/

Things are abit hectic at the moment in the garden as all my tents are currently occupied so these guys have to share for the next few days.... More information on the video I have uploaded.... Sorry I couldn't give you guys a better update

Little hifeo

Tag 21 war es zeit die Shogun umzutopfen und sie in ihr eigenes Grow Zelt umgezogen 😁 Schon an Tag 22 konnte ich die Pflanze bei 4 Nodien toppen 😃

Sticky Rice is still a little on the small side, but it has this awesome glossy shine to its leaves. I think it has the potential to really take off. Maybe it'll even live up to its name and produce some super sticky buds. We'll see! Last week was awesome! I finally got around to giving all my plants a little upgrade – I repotted them into some bigger homes. They're all looking so happy and healthy now, it's crazy. I can't wait to see how much they grow this year!

10/2 all looking good, (day40) week 5 flowering, its started to get smelly but a really goood smell i really dont wanna leave the room haha, the buds getting bigger and bigger and can see alot of trichomes filling the bud, so far so good for hermie buds. i lowered the EC to 1.8 because the tips of the leaves burned.

As I figured she really started picking up speed this week. I'll be switching her to swell this week. Looking at a week 8 or 9 finish

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.

This is war now boy @chedderbob112 wakey wakey @cheddersteve123 s2340420 remember boy am watching

Die Blüten reifen weiter und verbreiten einen süßlichen Duft. Auch die Hitze in der letzten Woche hat die Pflanze gut weggesteckt und macht einen vitalen Eindruck. Auch ist die Pflanze wieder weitestgehend frei von Blattläusen.

The weather has been better: 3 days with no rain and the other days had at least a couple of hours of sun, more or less. We fed compost tea on day 61, other than that mother nature provided rain during the week. I put up netting for the other two Passion #1 (1+4). It is not pretty, but useful, both have taken well to the LST. The pictures on day 66 show it. Number 4 is finally comming along, although number 7 is still far ahead. The ICE are still filling in. I hope they are ready by mid July, because I plan to go on vacation and wanna harvest before then. They are producing resin, but I am not impressed yet. The Cream are going to be ready by mid July for sure. Number 8 is already showing up to 20% amber triches, depending on where you look. I might harvest the main bud next week and let the sides sit for another week or so. Number 9 will need 2 more weeks at least, from what I can tell. I havent even ckecked her triches so far. Defoliated all autos some more and took of the lowest shoots on the Passion. Addendum: unfortunately the time lapse on my security cam bugged out and I had to start a new one. I hope, this one will record until October...

This one is the fat lady, and the curtain falls as she stops to sing 😂😂😂 Now I started the flower period from the first hairs I saw, to see how long this one will actually takes to get ready 😁🙄 #GrowersChoice #WhiteFireOG aka #WIFI #MyLightIsTheSun #MillsPaysTheBills #MillsLightMix #CNNBS Enjoint & stay medicated 💚

Gewogen wird am Ende

Bending the plant makes it stronger

End of Week 7 CO2 is definitely increasing growth rates but also changes the game with controlling your environment now that it has to be sealed in order to not waste CO2 unnecessarily. You change one thing and it adds many other variables to keep everything in check. I am learning everyday and that's why I grow. The trellis net is doing its job and the canopy is looking nice and even. I also added a soil top-up and top dress of some BioBloom and Mycorhizae so it can start breaking down before I flip to flower next week (Slow release dry organic amendments). And the ladies are using up nutrients in the soil much faster because of the added CO2 (another variable to take into consideration - faster growth = faster nutrient consumption) In detail: -Carefully removed trellis netting -Ammended each plant individually with my soil mixture and nutrients -Placed them back in the tent -Reinstalled trellis netting and trained the ladies to shape Pest Report: Thrips VS Ladybugs... I decided to fight fire with fire - I purchased Swirski-Mites from Koppert (They are beneficial insects that feed on the eggs and larvae of thrips and other unwanted pests). As for the adult thrips - I got very lucky and found about 10 Ladybugs in my garden and decided to introduce them into my grow room as they will feed on adult thrips and any other unwanted pests. I did not spray any insecticide this week and it really seems like the ladies are happy with my new method of bio-warfare and are wilting less and less often

Loved it!! Relatively easy going!! Couple off moments but not worth getting into but the smell!!! It’s not super strong where you smell it throughout the house when you burp the jars but she has a very (what I could only reference as sour, sweet and lemony, almost like that lemon pledge your mom use to clean the house with) smell but I love it!!!

Boy I wish I had gotten a better start in the begining with this lady she has hard as rock nuggets .The pot was too small and the thing cracked from the roots massing up together .. The cooler temps in the end hurt her a lot now I'm thinking she will get the chop soon I'm starting the flush on this lady today and can't wait to see her buds drying ... She won't be a big yielding girl...

Watered a gallon between the four of them this week (goal to maintain moisture in the beds.) found mycelium growing on top of the beds today, a great sign for soil health! The runt is still runty; if one of the seeds in the solo cups overtakes her in growth, I will probably cull the runt and replace her. Going to be topping in the next day or two, deciding if I am going to do a full “mainlining” run or just top them. TBD