Update 20 Jan 2021 - Well starting the cure a bit earlier than I’d like cause I’m having issues getting the humidity up so she dried up quick. Working on rehydrating her a bit and have her in mason jars now. Ended of with 88 grams of rock solid buds. Still want it to rehydrate and cure a bit before trying her out. What can I say, a very simple and easy grow. Had absolutely no issues during the grow and ended up with 380 grams of SOLID wet bud. Even some of the lower buds that didn’t get much light are pretty rock solid. Going by the smell and solidness of the buds, I got a feeling this is gonna be a too 2 strain, if not number 1. Looking forward to growing this one again and as soon as I harvest another plant, I’ll probably start another one of these.

Chopped on day 90 7 days drying Yield: 5.86 Ounces dry weight To me I get a rubber/latex type smell from this strain. I've only sampled a small nug. Now sealed in grove bag to cure.

I am well happy with the yield from this one auto flower it is all nice dense bud as well🤙🙏👍 I'm going to cure for about four to six weeks and then be back with a smoke update

Hi liebe Community💚 Die Sleepy ist nun im Ziel und ich bin sehr auf dass Raucherlebnis gespannt. Beim Growen gibt es nicht sonderlich viel zu beachten, außer das die RH Werte in der Blüte auf jeden Fall konstant bleiben sollten, da diese Pflanze etwas Budrot ausgebildet hat obwohl es höchstens 60% RH im Zelt gab für eine Kurze Zeit Sonst schöner Wuchs und auf jedenfall ein interessantes Aroma! Stay Tuned🍀🥦💚

Floraison +18 jours . Le stretch est plus important que sur le pied mère 😍 bizarre mais tant mieux 😍

What a beautiful week as the ladies continue to pack on flower

- Flushed the big 3 with water only - Still gave nutes to 5th seed - Used microscope to check out trichomes from up close - I will be doing a sequential harvest starting at the top and leaving the bottoms to develop longer. - Harvested a few buds off big papi. May be a bit early but I was excited

dear beautiful old Lady... ... your time has come...

24-04-21 Se cambia la solución y se realiza un lavado de raíces. Para bajar la conductividad de las raíces de 2.08 a 0.2 ms para que la solución nueva sea más efectiva. Se corrige el PH a 5.8. La solución tiene 2.2 ms y 5.5 PH. Se añade una pastilla de CO2. 25-04-21 PH 5.8 Conductividad 2.10 ms 26-04-21 PH 5.9 Conductividad 1.99 ms 27-04-21 PH 5.8 Conductividad 1.90 ms 28-04-21 Se corrige el PH de 5.1 PH 5.8 Conductividad 1.92 ms. Se mezcla con agua de grifo y queda 1.04 ms 29-04-21 Se corrige el PH de 5.2 PH 5.8 Conductividad 1.17 ms. 30-04-21 Se corrige el PH de 5 PH 5.8 Conductividad 1.37 ms.

Hola a todos!!! , la planta ha crecido esta semana algo de 20 cms , al día de hoy ( dia 42).... me refiero a hoy 24/09😅. Regue con top auto, top bloom, top candy 2ml x litro de agua, ayer (dia 41) El resto de los días solo con agua

So much frost my nose is blocked i cant smell right now

Plants are looking happy and healthy. The worms are also still alive. Ive started tot give the plants 6 liters of water every 4-5 days. Because i'ts such a big container the soil needs alot more time to dry out. Since I started giving bigger amounts of water I see much more worm activity in the top layer of the soil.

Hey folks. Into week 5. Lots have happend. Ladies got hit with a huge wind storm and took down all 4. We had to steak them up to keep support of main branch. Other than that. We did a heavy defoil/lollipop and topdressed at 2tbps/gal 70/30 mix of 444 to 285. Regular watering. Each plant has been taking on about 1.2 gals every 2-3 days. See ya on the next update.

Week 9 , pH Perfect Connoisseur Bloom Part A ( 1 ml/L ) pH Perfect Connoisseur Bloom Part B ( 1 ml/L ) CarboLoad Liquid ( 2 ml/L ) Sensi Cal-Mag Xtra ( 2 ml/L ) Sensizym ( 2 ml/L ) Bio-Heaven ( 2 ml/L ) Big Bud ( 2 ml/L) Nirvana (2 ml/L)

A bit of (N-P-K) deficiency I added a bit of worm casting and mammoth P as well as recharge I’m gonna keep adding mammoth P every watering which is usually twice a week every 3 days.

The cannabis strain Grape Guava can be a purple strain, depending on its specific phenotype and genetic makeup. While not all phenotypes of Grape Guava are purple, some variations, such as the Zatix Grape Guava, are noted for their striking purple appearance due to the genetic expression of anthocyanin pigments. https://www.youtube.com/watch?v=cKdVmdoKJ5k In a garden of green, Grape Guava gleams, With its fruity aroma, enchanting dreams. Clusters of grapes, guava's sweetness ignite, A strain so divine, in purple and white. Euphoria whispers, a lush fruity haze, Grape Guava's embrace, a tranquil daze. Off and away.@1400ppm. The increased CO2 allows plants to thrive at higher temperatures, which in turn necessitates higher humidity to maintain the ideal VPD for healthy growth and transpiration. 80F -5F = 75F LST with 70% RH = 0.72 kPa. Higher temperatures and humidity promote rapid growth, nutrient uptake, and photosynthesis while maintaining a lower stress level. Temperature influences the rate of enzymatic reactions involved in aerobic respiration. Enzymes, such as those involved in glycolysis, the Krebs cycle, and the electron transport chain, work most efficiently at an optimal temperature range. In low temperatures, enzymatic activity will slow down, thus reducing the rate of aerobic respiration. In high temperatures, enzymes can become denatured, thus impairing their function and stopping the process of aerobic respiration. Glucose is the primary fuel for aerobic respiration. The rate of aerobic respiration increases with the availability of glucose, as it is the starting point for glycolysis. If glucose levels are low, cells may rely on alternative energy sources such as fatty acids or amino acids , but these processes may yield less ATP or be less efficient. To determine this effect, carbon dioxide volume was measured (as carbon dioxide is an output of aerobic respiration) 18/6 with the 6 being IR. The near infrared (IR-a) borders around 700nm up to 1400nm @ photon par flux density of 1.8 instead of darkness, keeping temps overnight a neat 77F-80F. Think of my tent as a lung. What goes in must come out. When the rate of air going out exceeds the amount of air coming in, it creates a negative pressure. Tent concaves (bends in). If set up correctly, your RH will begin to drop slowly to the desired level you set, and the extraction turns off when it reaches desired% RH. The plant, as it performs cellular respiration, will always be releasing more water into the air, so the RH% of the tent overnight will always increase, so long as oxidative phosphorylation is occurring. As soon as the RH% creeps back up to 55%, the extraction turns back on, over and over. This creates a strong pressure differential which will work wonders on your grow. Replicating high and low-pressure fronts in nature. Critical for oxygen diffusion at the critical time of peak cellular respiratory function.. Moisture will not transfer from a saturated atmosphere to another if that air is already at or above its saturation point, meaning the air can't hold any more water vapor. Once I understood that water is produced as a by product during cellular respiration, specifically at the very end of the electron transport chain (ETC) where electrons are finally transferred to molecular oxygen, the higher the RH of the air, the more resistance there is for more moisture to be added to that environment, and effects the ease with which it does so. But none of that water comes from the pot; it's pulled from the air. If you run high daytime RH, your medium/pot is 100% reliant on transpirational root pull to move water. ZERO evaporation happens across the atmosphere if the tent air has high RH%, the medium cannot release its water through evaporation. Once a canopy develops, light no longer slowly wicks and evaporates from the topsoil. The Soil-Plant-Atmosphere Continuum (SPAC) describes the continuous pathway and process of water movement, driven by a gradient in water potential, from the soil, through the plant's roots, stem, and leaves, and finally evaporating into the atmosphere through transpiration. There is evaporation, there is transpiration, and then there is evapotranspiration; Evapotranspiration (ET) is the combined total of two processes: evaporation (water lost directly from soil and surface water into the atmosphere) and transpiration (water released from plants to the atmosphere through their leaves). Evapotranspiration represents the total amount of water that moves from the medium into the air. There is no such thing as a medium with too much water, only a medium that retains too much for too long. The water must always flow efficiently from one atmosphere(Medium) to another(Air) in a timely manner. Moisture is a critical factor for bacterial growth and decay. Dictating how long it's allowed to sit in any one location for any given period is a key preferred control. To ensure a net reduction in a bacterial population, the rate of removal (ET) must exceed the rate of bacterial growth (decay rate), which is often modeled as a growth rate for the specific bacterium under the given conditions. By optimizing daytime VPD, we also optimize conditions for bacterial growth to explode exponentially above 77°F.. If water is allowed to sit in a medium without an escape within a timeframe, nothing good will happen. IF High RH is maintained overnight as well as during the day, placing 100% of water movement at the behest of daytime transpiration, roots can only pull where they can reach, and if soil is compressed above a certain point, moisture will become trapped in a medium with no way of moving day or night. This will begin the countdown for decay to take hold. When water stagnates in a medium, it loses oxygen, creating anaerobic conditions that foster the growth of harmful microorganisms like bacteria and fungi, which can produce toxins and disease vectors. Thigmomorphogenesis, the process by which plants respond to mechanical stimuli like touch by altering their growth and development, results in significant morphological changes to improve survival against mechanical perturbations. This complex response involves sensing touch and initiating physiological and genetic responses, leading to changes in form and structure over days or weeks. The process is triggered by physical forces such as wind, rain, or touch. Plants adapt to these stimuli by changing their shape and structure, which may include slower growth, thickened stems, or altered leaf development. Plants possess sophisticated mechanisms to detect even subtle mechanical stimuli and initiate responses. A variety of molecules, including calcium ions, jasmonates, ethylene, and nitric oxide, are involved in signaling these mechanical inputs. Touch can induce the expression of genes that encode proteins for calcium sensing, cell wall modification, and defense mechanisms. A plant exposed to constant wind may become shorter and sturdier. A plant that is touched frequently might grow more slowly to conserve energy and develop thicker cell walls. These changes increase a plant's resilience and ability to survive in harsh environments. Let's get Thiggy with it.