Well growmies this one is another keeper that's for sure 👈 couldn't of asked for better Genetics 😉 My all time favorite 😉 She was a stretchy girl unlike her normal traits in the past as this is the third time I've grown her , I absolutely love the Afghan Kush 😳 😍 😅 All 3 plants are truly Amazing , I would definitely recommend 👌 The Gorilla Punch 👊 OG Kush 👌 Afghan Kush 👍 👉 Big thanks to all my Growmies out there in GD land 👈 Much appreciated 🙏 Thanks To MarsHydro for the TS1000 👉I used NutriNPK for nutrients for my grows and welcome anyone to give them a try .👈 👉 www.nutrinpk.com 👈 NutriNPK Cal MAG 14-0-14 NutriNPK Grow 28-14-14 NutriNPK Bloom 8-20-30 NutriNPK Bloom Booster 0-52-34

👉this is week start of week 8 and the switch to the 12/12 schedule. the plant is on the 6th week on the GH nutrient chart for its flora series drain to waste schedule.This is considered early bloom and the only difference from the transition nutrients is the reduction of FloraGrow and addition of Liquid KoolBloom. The water I use is RO water from a medical grade industrial machine (not on site). Its conductivity is .04ms. Its 98.5% pure water. I believe this is helping me mix my nutrients at full strength and achieve the middle to upper end of the recommended ec range. The volume of plant uptake has increased quite alot. I am averaging 2 liters two times a day, but as the week progressed a couple of high flow fertigations were needed to keep the run off below +30ms. I feed my Marigold plant the run-off after Ive measured it. The fertigation station is in a closet in another room and doorways wipe my memory so I fed 99 the runoff a couple days ago (9-16). So I fertigated 1.5 liter immediately. That runoff was close to 30+. The lights were going out so the next morning i fertigated with 4liters. That runoff was +10. That night was 2liters w/.9 liter runoff +10. I plant on keeping the flow a little high to help prevent any nutrient deficiencies while its doing the early flowering stretch. 👉The plant is lush and green and growing as a nice round bush. Stout main stalk and is 21". I began plucking lower leaves that were reducing airflow around the base. These could pose a mildew risk if left on because they are in contact with the pot and reducing airflow across the top of the media. They were shaded now by the expanding branches above so it was time to remove them. I like to take leaves gradually, one or two per fertigation event. I also have taken off the bottom 3 branches. They were healthy and had plenty of potential bud sites...but they would be in the shade and never meet the potential of the upper buds. I may take two more low branches, but I will keep them if they keep stretching outward and upwards and stay in the direct light. When they start flowering full time I will have removed as many of the potential larf bud nodes on the interior of each branch. Nothing extreme, just the basic lollipop on the bottom and reducing larf production up top. 👉I am using a cordless work light to make the pictures better. My phone camera flash isnt bright enough to over come the LED blurple and the addition of the very bright work light makes the picture way better. As you can see I will still be taking some of the pix with the LEDs on, but also use the camera flash and the work light and that helps bring out the green better. But lights out show a more detailed realistic image and I will include more pix this way. 👉Switching to 12/12 has been a challenge. I work varied hours and making it home before lights out is hit and miss. Also being a stoner I forget stuff if I get distracted by a movie, a sporting event or a shiny object, so visits to the tent during dark times will happen. I have green lights installed in the room and in the hallway. I have a good headlamp with green LEDs. I missed the first day and had to fertigate after hours...sigh. I took pictures with the green light on but no flash.

The grow was a complete success I am so happy and have some great quality product at the end of it. First things first the important bits the weights of each plant and what was done differently on each during the grow, plant colours can be determined by looking at the colour of the pipecleaner hooked over side throughout the grow. Pink - Wet = 548g | Dry = 106g Pink didn't have any defoliation or trimming throughout the grow, she was the untouched girl, looked the biggest at the begining but the other girls overtook in flowering in a big big way! She looked like she got root rot close to the end of the grow potentially, her leaves turned on me very quickly and I harvested her early, she wasn't quite as dry as I liked and during drying more mould occurred on some of the buds, I was left with a good 85g after being very fussy and wipping lots of buds out to protect the rest of the harvest. You can tell she was harvested a little early as doesn't taste as good or smell as good as the rest. Her buds in the jar are more compact as been curing for a week on the rest. Orange - Wet = 416g | Dry = 120g A little bit trimming/defoliation. Stripped of fan leaves on last week for flush. Blue - Wet = 466g | Dry = 121g She was smaller at the start, and I flushed too early as she had a late growth spurt and became massive, think she also developed a late root rot but caught it before any harm was caused to the buds but the leaves are a bit yellow as you can see from the final trimmed product! Also potentially so tall she may of been a bit close to the light and got a little hot. Yellow - Wet = 508g | Dry = 132g The abosolute star of the grow! We grew her originally as a backup in a spare container that is awful for growing, we ended up needing her and transplanted her in the early weeks when we broke one of the other girls. She had a good trim/defoliation throughout grow to ensure she was getting good light coverage. So from this grow I have learnt alot and will be taking the information to try and create a perfect grow next time! My plans are to use perlite to help prevent root rot in the later stages and increase air flow through the soil mix. I will also use a 9cm pot to start the grils off and transplant when they have grown out of them. I will place the scrog net in the tent early on so can use it to train the girls, probably around week 2/3. And I will do a light trim late veg and last couple weeks of flower will get a heavy defoliation. Keeps your eyes open for my pineapple express growing coming soon! For the complete feed schedule you can download the PDF here: https://drive.google.com/open?id=1hgKhzGtTXeCi22WJqQ_QQcUvilWRjq86

Gracias al equipo de FastBuds y XpertNutrients sin ellos esto no sería posible 💐🍁 Ztrawberriez: Ganadora de la AAC 2024, con hasta un 25 % de THC, la Ztrawberriez Auto surge del cruce de dos variedades californianas conocidas por sus extraordinarios perfiles de terpenos y su potencia. Esta variedad no solo produce hasta 600 g/m² de hermosos cogollos duros como rocas en 9-10 semanas, sino que también llevará a tus papilas gustativas en un viaje en montaña rusa por toda la gama de terpenos dulces y afrutados 🚀 Consigue aqui tus semillas: https://2fast4buds.com/es/seeds/ztrawberriez-auto#description ⛽ XpertNutrients: es una empresa especializada en la producción y comercialización de fertilizantes líquidos 🍶y sustratos🐛, que garantizan los mejores resultados y cosechas de la más alta calidad. A través de una cuidadosa selección de materias primas y un proceso de producción avanzado, sus productos son sinónimo de resultados confiables. 🛒 Consigue aqui tus fertilizantes: https://xpertnutrients.com/es/sobre-nosotros/#:~:text=Xpert%20Nutrients%20es%20una%20empresa,de%20la%20m%C3%A1s%20alta%20calidad. Gracias al equipo de FastBuds y XpertNutrients sin ellos esto no sería posible 📆 Semana 10: Ha sido una semana algo complicada, tormentas, frio y lluvia han ralentizado el crecimiento, espero que pronto lleguen dias soleados, continuo con 1/3 nutrientes recomendados en cada riego. Comienzan a tomar forma los cogollos

I done some top dress on the girls and using plain water with 6.5Ph then doing some defoliation on day 26 and 2 day after defoliation I feed with compost tea to help reduce stress and the girls seem to love it there week 4 done so far so good

Lil youngin on their way home should be home for 4/20 along with 2 of their mother...as for the breeding project pollination is a success also been harvesting pollen(feminized) for later use Mothers are growing well jus to continue cut and set aiming for about 1000 already cut 3 and got 100...happy growing

📆 12/7 - Start of the 5th week! - Whole lot pistils sticking from the nodes & plant is taking noticeable grow spurts. Pre-flowering/stretch phase is about to start. - 12/5 Changed the reservoir water and made a new N&K boosted patch: - 0.95ml/l Micro & Bloom - 1.75ml/l Grow - 1.9ml/l Terpinator - 1.2ml/l Fulvic/Diamond Nectar - 0.5ml/l Hydroguard * Beneficials and some bloom boosters included — Ending EC: 1.6 / TDS: 810ppm — pH adjusted down to 5.6 (letting drift up to 6.2 for full pH scale absorption) 12/6-12/7 overnight water level dropped & she drank like 1.5L / topped with weak nute solution. 📆 12/8 started a Negative DIF testing. DIF meaning difference between day and night temp. Usually DIF is positive when day temperature is greater than night, which is naturally. But by manipulating your DIF in negative (Warmer night temps than day temp) we do reduce 30% of stem elongation AKA stretch. — Negative DIF in hydro growing can greatly impact in yields if the stretch being controlled right way. • 12/9 - 2nd uppest new shoot length: 3cm / 1.2" (new measurement @ 12/10 night) 📆 12/9 - Topped res with 3ml Terpinator, 1ml Bloom & 1ml HG. - EC topped to 1.8 (1.6 was starting)

Dans l'ordre: 1) Afghan Peach x Blue Monkey 2) Gelato Cake 3) Fast Critical Poison 4) Tropical Fuel 5) Hindu Kush 6) (Blueberry x Black Domina) X (Kosher Kush x Mk-Ultra) 7) Blueberry 8) Herz OG 9) (Blueberry x Black Domina) X (Kosher Kush x Mk-Ultra)

tried rapid 8 times nutrient tea and she act just fine

I was trying to be artistic. I'm so stressed. I may roll another one. Unfortunately, I'm smoking medical cannabis. It tastes like shit. But, well few more weeks. End of poverty. More art is coming. Hopefully less weird. My hand is so shaky. Apologies for this, but the little camera compensates a bit. I did not play the music. Do you remember Napster? Well, come from there somehow. Appreciate

Day 45 in flower... Trichomes are about 80% milk and no amber... The paint and big Z are 7-9 weekers and orange cake is 9-10... Def few weeks on the orange cake... But getting close to how I like it on the other two... The smells are outta this world... Orange cake smells like orange cake... Very orange like it's nuts... Never smelt anything like it tbh... The paint is a different pheno than previous ones because there's usually a chemical skunk smell but this is a fruity pebble smell with layers of earth smell and a sticky presence that doesn't go away for a long time lol... The big Z is another sweet smelling but more along the smell of a mouth full of Skittles and that dirt earth smell aftertones... They're awesome and I'm really excited! Day 46 They fattened up over night! Coming to n end... I did find little clusters of amber trichomes on the paint and I can't find many clear on the big Z... So it's right where I want it!

Ha llegado el momento de cambiar la duración del periodo diurno de nuestro cultivo para inducir la floración. Pasamos a 12h de luz y 12h de oscuridad. Las cuatro luminarias están conectadas al 50% de su potencia máxima. También realizamos una poda baja, para que la planta concentre su energía en la canopia, al mismo tiempo que facilitamos los riegos. Seguimos con la fertilización JUJU Royal by BioBizz, siguiendo su tabla de dosificaciones.

4° SEMANA - LAS PLANTAS SIGUEN CON EL MISMO PLAN NUTRICIONAL - NO SE VEN CARENCIAS NI EXCESOS - el hps de 600 MANTIENE MI AMBIENTE SIN MAYORES INCONVENIENTES - LAS PLANTAS PREPARANDO YA SU PROX. PASO A FLORACIÓN - EN ESTA SEMANA Y EN LOS ÚLTIMOS DÍAS DE LA SEMANA SE LE APLICO DEFOLIACIÓN Y PODA DE BAJOS

06/19: Début deuxième semaine de floraison. Elle commence à produire du SUCRE :D. premier fillet mit en place (j33) Ajout de BudCandy 1/sem (A partir de cette semaine) 06/20: rien à raconter au repos. (J35) 06/21: 2L eau clr (j36) 06/22: (j37) 06/23: à partir de maintenant je vais remplacer 1/2 topMax par boost accelerator de Canna. 06/24: arrosage +/-2L *engraisser 06/25: je ne trouve pas le plants énorme j'aurais du donner plus de grow/fishmix pendant la phase de végétation peu être pourtant j'avais ajouter de l'humus de lombric à mon soil.?¿ (j40)

26.06 After connecting the air conditioner, the temperature stabilized and I have differences of about 7-8 degrees between day and night. Today I replaced one mixing fan, because the well-deserved Chinese one has already lost its power. He served almost 2 years, which is a really good result. I replaced it with High Pro, none of them lasted as long as the Chinese one. The plants look very nice, I haven't noticed excessive activity of Sciara militaris. Soil Attack and yellow sticks do the job. Humidity 53% 27.06 The stems have regenerated nicely, but I'm still going to hold the knees a bit to strengthen them. I added water from Soil Attack. They swell beautifully, the hair on the flowers is very long, which means good adaptation. Water 2L. Humidity 63% 2.07 I measured the amount of PPFD at peak places and they were too low. So I lowered the lamps. I added a small dose of Power Silica to strengthen the stems, because after super cropping the plants may have a problem with maintaining the top. The conditions are good. Day 28-29 degrees, night 19-21. Humidity from 54-63%. At this stage, I can easily maintain such humidity, especially since I have well-mixed air in the tent.

You can dose a plant 40DLI, and it will grow. DLI is a measure of the energy captured in one cycle. Turgor pressure dictates cell elongation and growth. Turgor is dictated (daytime 90%) by transpiration. During transpiration, the plant pulls water from the roots, which creates osmosis. It is this osmosis that creates the pressure the plant uses to stretch cell membranes and grow rapidly. Turgor pressure is the counter-pressure the roots use to penetrate the soil. Osmosis plays a vital role in plants' nutrient uptake, particularly in the initial stages of absorption from the soil. Water, along with dissolved nutrients, moves into root cells via osmosis due to a concentration gradient. This process is driven by the higher solute concentration inside the root cells compared to the surrounding soil water, causing water to flow in the direction of higher salinity. Increased transpiration generally leads to increased nutrient uptake in plants. Transpiration, the process of water movement through a plant and evaporation from its leaves, creates a pulling force (cohesion-tension) that draws water and dissolved nutrients up from the roots. This "mass flow" of water brings nutrients into the plant. However, if transpiration is too high or too low, it can negatively impact nutrient uptake. While increased transpiration can lead to increased nutrient uptake, there is an optimal range. If transpiration is too low (water stress), nutrient uptake can be limited. If transpiration is too high, plants may close their stomata to reduce water loss, which can also limit nutrient uptake. Some nutrients, like calcium, are passively taken up by the plant, meaning they move along a concentration gradient (from an area of high concentration to an area of low concentration). This passive uptake is driven by transpiration. Other nutrients may require active transport, where the plant uses energy to move them across the cell membrane. Normal drinking water generally contains 5-7 mg/L of dissolved oxygen. Fresh fountain water can have slightly higher levels, around 10-12 mg/L. Commercially produced oxygenated waters are designed to have a significantly higher concentration of dissolved oxygen, ranging from 30 to 120 mg/L. Some commercially available hyperoxygenated waters can reach levels of 80 ml O2/L (STPD). Apologies for rambling on, but it's crucial to remember how important oxygen is to everything; if it runs short in supply for a moment, anaerobic respiration takes over, lactic acid, ATP drops, growth hinders, and pH skews. Nutrients are the construction materials. Light is the energy. Water is the solvent used to transport these minerals. Osmosis builds the pressure, and the higher the pressure, the higher the rate of water cycling, given that conditions are optimized. Microorganisms will compete with the plant's root zones for oxygen. Microbial activity in soil can be more pronounced during flowering than during the vegetative stage of a plant's life. This is because flowering involves much increased nutrient demands and changes in plant exudates, which can stimulate microbial activity in the rhizosphere. This is coupled with soil becoming slightly more moisture-retaining as more and more exudates are fed to the micros. Basically they go into overdrive, and that means they scavenge much higher levels of oxygen. less oxygen for essential plant process. High light intensities can lead to increased leaf thickness, density, and leaf dry mass, but also more stomata per mm2. Stomata are pores in the leaf that help with gas exchange (CO2 intake for photosynthesis) and water vapor release (transpiration). In essence, a high DLI (40) provides the light energy for photosynthesis, but the lack of water movement will severely hinder the plant's ability to utilize that energy and thrive. The plant will likely experience stress, wilting, and stunted growth. C60, also known as fullerene C60, has been shown to inhibit the production of Reactive Oxygen Species (ROS). This is often attributed to its antioxidant properties and its ability to interact with mitochondria, leading to a mild uncoupling of respiration and phosphorylation, thus decreasing ROS production. This grow I'll mostly be doing a slew of high-intensity testing, I want to observe for myself I'm selfish like that. Inhibit ROS production, you say. How does that change the game? Plants, Reactive Oxygen Species (ROS) are primarily produced during photosynthesis and respiration. When a plant experiences excess light, it can lead to the production of reactive oxygen species (ROS), which can be harmful to the plant. While plants have mechanisms to deal with ROS, the increased production under excess light can overwhelm these defenses and cause damage. In these situations, the plant's ability to photosynthesize efficiently may be limited due to the damage caused by excessive ROS. Xanthophyll Cycle, NPQ, ROS & Zeanthaxin to better understand the underlying mechanism and how the plants deal with excess of light in extreme intensities. Plants utilize non-photochemical quenching (NPQ) as a crucial mechanism to dissipate excess energy and prevent photo-oxidative damage caused by reactive oxygen species (ROS). The xanthophyll cycle and Non-photochemical Quenching (NPQ) are tightly linked mechanisms that help plants dissipate excess light energy to prevent damage to the photosynthetic apparatus. The xanthophyll cycle, involving the conversion of violaxanthin to zeaxanthin, plays a key role in the induction and regulation of NPQ, a process where plants convert excess energy into heat. Does the "inhibit" mean it removes the ability? doesn't elaborate at all? Or will the plant just stress into weirdness as it's unable to perform ROS to help deal with the rigours of excessively high light intensities? Still early days, but I was not expecting a seedling to be able to handle 93°F 30RH%. That puts VPD in the 3s, which is just insane for a seedling. Would have preferred photoperiods for this one, but we will make do with autos, don't like being on a timer from day 1, wanted to take my time and mess around in veg. For now, we can see how it goes, I guess, and if it messes up, I'll just blame bad genetics. If it goes well, then it was all my hard work ofc! If the rate of nutrient uptake exceeds the plant's ability to utilize them or if the soil nutrient supply is imbalanced, the plant can accumulate toxic levels of certain nutrients within plant tissue. Soooo, in that case, I'll just create a bigger demand, see how it goes, I'd like to see how hard we can push. You can put all the gasoline in a car you want, but if the mechanism that drives is not in high gear, you cannot travel far in a cycle. You can put all the DLI you want on a plant, if it's not uptaking efficiently with a lot of turgor pressure build up, it will not grow much in a cycle. If you crank the water cycle 2x its regular speed, there will be a need for 2x the water, for double the growth, you will need double the mineral salt electrolytes in order to facilitate that growth. Salt left to evaporate in "water" will crystallize. When water evaporates, the dissolved salt molecules become more concentrated and, as the water continues to evaporate, they can no longer remain dissolved. This causes them to come out of the solution and form solid crystals. Interestingly with everything I've been reading on base saturation and how important Ca, Mg, and K are to soil composition, gets my mind going, because ive added so much calcium, I've noticed how much more structured the soil becomes after a heavy top watering, as the top soil evaporates, the soil almost looks as if it forms a structure due to high level of salts in the medium susceptible to the effect of rapid evaporation on a daily basis, obviously I'm not talking about perfect structure, its soil, dirt, but its just so airy, you can just see how much oxygen could easily penetrate, sorta adds a little internal salt-like crystal skeleton to the soil to help give it structure, this structure creates porous pockets of air rather than a flat dense muck. High volume buzzing of 432 Hz of the honey bee hive is vibrating into the soil. Resonance effects in crystals involve the vibrations and interactions of atoms within a crystal structure when subjected to external forces, such as light, temperature, or sound. No, it's not going to make leprechauns grow out of the soil, and no, it won't create rainbows and magic plants. All I know with 100% certainty is this: Resonance is a real thing, salt is a crystal when evaporated, and it won't hurt. Its what makes the honeycombs after all. Sea salt makes up a very small percentage of the air we breathe at ground level. Of everyone in NA who has high blood pressure are medicated based on the fact they have high blood pressure, here is the kicker, 85% of people are medicated without ever knowing what causes the high pressure. 🙄 Table salt has everything but sodium and chlorine removed. Making it little better than poison. Once you start to grams how much "salt" is added to everything, trust me not all salt is created equal. Celtic sea salt contains over 82 trace minerals. These minerals, including magnesium, calcium, potassium, and others, are naturally present in the salt due to the unique way it's harvested from sea water. Gotta make those Benjamin's, a healthy customer is not a money making customer. 5g is same frequency as microwaves, what does a microwave do to meat? Well that's what 5g does to you, it cooks the mitochondria, water won't absorb into cells without first having the magnesium to draw the water into cells. Celtic sea salt has 3 or 4 different kinds of magnesium, dissolving a crystal in your mouth will absorb the magnesium through your mucus membrane directly into blood stream and into cells thay desperate need water. Body will absorb alot more water now when you drink it, this will alleviate the inflammation caused by the cooking of your mitochondria. Human body is 60-70% whatever water, 20-30% is not jist water but salt electrolyte water. Human body uses electrical signals to function. If you don't have enough salts in your body water, problem begin, primarily headaches. Here is the kicker. There are no pain receptors in the brain, so when you get a headache it's actually a part of the head called the " dara" iiirc. It's like a guitar string that sits in front of your head, whenever salt electrolytes get low, the Dara will let you know, so whenever you get a headache have a glass of water with some celtic salt and wham, headache gone in 10 min. But shhh your not supposed to know that. Water, water, water. Sea water has ec of around 35,000 ppm, 1:50 with water for soil application and 1:100 for plant/foliar treatment. Not saying anyone should just that you can. P.s Approximately 40% of the human brain is composed of white matter, and myelin is a major component of this white matter. In fact, myelin constitutes about 50-60% of the dry weight of the white matter. Myelin is a fatty substance that surrounds the axons of nerve cells, forming the myelin sheath, which insulates the axon and speeds up the transmission of electrical signals. Cholesterol is a major component of the myelin sheath, the insulating layer around nerve axons. Myelin is rich in cholesterol, along with phospholipids and glycolipids, and plays a crucial role in the structure and function of nerve cells. In fact, myelin is composed of approximately 40% cholesterol, 40% phospholipids, and 20% glycolipids. Butter is a food high in saturated and monounsaturated fats, which are important components of the myelin sheath. Myelin, a lipid-rich material, insulates nerve fibers, allowing for faster transmission of electrical signals. Cholesterol, a key component of myelin, is found in butter. Shortly after your put on your zero cholesterol statins diet for old age, dementia etc follows shortly thereafter 100% of time, can't figure out why through, probably nothing to do with replacing butter with margarine. A wartime replacement for butter for the poor. 2020 here was 5-7 sources for vitamin D. 2022 legislation passed there is now only 1 source for all vitamin D supplementation. That is chloricaliciferol, its OK though because even though it's the only ingredient in rat poison it's perfectly healthy for humans to ingest it, it calcifys the mice brain and kills it, but it makes humans healthy. 👏 I'll pass thanks I'll get my vitamin D naturally from controlled dosage of 280nm UV-b exposure on the skin, I trust the creator more than I trust any governing body when it comes to health. You think it's a hospital. Knights hospitillar and the red cross that it symbolically represents is not interested in your health, The Order of Knights of the Hospital of Saint John of Jerusalem, is a Catholic military order. It was founded in the crusader Kingdom of Jerusalem in the 12th century and had headquarters there until 1291. *twiddles thumbs* How much was financially incentivised at each of these places to do what was done between 2020 and 2024. Carry on.