la seconda pianta ossia quella che non era ermafrodita è stata impollinata solo nel ramo in diretto raggio del ventilatore, forse avrei potuto pensarci, comunque ho 12 semi, per il resto non ho trovato molti semi e sono soddisfatto nel complesso, la pianta non ermafrodita ha avuto un esplosione di tricomi, veramente piena, per altro le cime sembravano pesare molto, per adesso stanno seccando, di muffa ne ho trtovata poc e niente

We’ll week ten is here and I’m amazed to say the least. The girls are doing wonderful. Getting sticky and thick. Probably going to start flushing the zkittles and purple lemonade here in the next day or so. Most of the tricomes are milky noticed one or two ambering. The blackberry has another week I believe. They all smell amazing. Can’t wait to smoke them!

23.08.24: I've done considerable defoliation. Also, FBP1 and FBP3 have grown all over the place. The stems are also relatively weaker as they've grown so much. (Photos above). Being as the plants were looking a bit delicate, I added some string and tied the side branches lightly to keep them a bit more compact. Additionally, FBP2 has a considerable amount of buds on the main cola. So I've added a plant stake, and I just tied string around the stake and the main stalk. The humidity has been able to stay under 53%. That's with 3 dehumidifiers. So I'm pretty sure that's about as good as it will probably be. I've had to lower the watering frequency on FBP3, as I overwatered only this plant. and also added too much Nitrogen in. As a result all the leaves are looking droopy. I'm really not sure how this will pan out, as they all still look like they're weeks away from harvest. Anyway, I'll update throughout the week. 25.8.24: I was tending to the garden a majority of the day, and realised that a branch had broken on FBP2. I acted quickly to insert plant stakes, to provide the heavily laden branches additional support. See photos above. The branch was bent or snapped, but still in one piece. I used duct tape to carefully put it back together. Before making a stake for it. Silica, apparently wasn't quite enough to get the FBP2 through the whole way. The flowers are very heavy and dense. I have also given the plants water yesterday with concentrations of the following nutrients, per plant. ● 9ltr of dechlorinated tap water with 6ml of cal-mag, 3ml of Ecothrive Flourish, 6ml of Xpert Nutrients Bloom Booster. I have also added cinnamon top dress after watering, as I have noticed some fungus gnats. I checked the trichomes through one of my loupes yesterday too, and nearly all are still glass like in appearance, with some cloudy here and there. I'm definitely going to have some time left on these girls. I did check the PH if my soil on all plants as I was concerned about nutrient lock out on FBP3. All pots tested out at 7.0 Ph exactly, before and after watering. Thanks for reading my diary 😊

I've already smoked some of this sweet one😘

The 21st of july we germinated this fantastic banana purple punch from fastbuds The 22nd of july we placed the seed in a peat pellet The 23rd of July the first 2 leaves appeared so we can say that its the first day of life! We will now start the week 1 of this diary 😁

28/12/20. inicio de semana, 75 cm de altura hoy se aplico un nutriente foliar marca mexicana Rootz kelper son un extracto algas y azucarez y se aplico por riego giga grow. este contiene guano de murcielago sesacaron esquejes de ramas bajas todo organico. 30/12/20. hoy se rego con forzasilicia un fertilizante organico de una marca mexicana muy buena en mi pais se puso una estaca de madera para soporte 01/01/21. hoy se aplico un nutriente foliar marca mexicana Rootz💪 kelper son un extracto algas y azucarez y se aplico por riego giga grow. este contiene guano de murcielago 03/01/21. cierre de semana

Day 40-47 (May 31st- June 7th) (Day 41) For the first time in this grow these plants are looking halfway decent. Smell is ramping up too. I finally feel optimistic about this grow. (Day 42) The two jacks and the chunky blueberry are showing early signs of N/Mg deficiencies. I know it’s late in flower but since I’m experimenting with this tent, I’m going to give them one final feeding of nature’s pride 2-5-5.5 (tbsp) along with a teaspoon of oyster shell flour and some rock dust. Everything else I’m going to give a teaspoon of rock dust and oyster shell. There is no way these amendments will fully break down in time to be used by the plant but they could at least use the pH buffering and trace amounts of minerals after their recent leach. Everything but the BAOGC is covered in pistils that don’t really match their bud size. I hope they fill into their pistils because an over abundance of hairs drops the bag appeal like crazy. Over the last few cycles, indoor and outdoor, I’ve definitely learned that different strains and phenotypes mature at different times. Sometimes really radically too. (Day 43) None of the plants are fading at all but they’re still looking good. Black garlic I know should be fading but remains dark green and toxed. I popped a developing seed out of the main bud too. I wonder if that blueberry herm branch pollinated it at all. It seems like plants don’t really like that Destiny dark matter soil by itself. I find it works better mixed with coco or promix 1:1. (Day 44) I’m starting to think I might be mixing up the TWOG and BAOGC. BAOGC took forever to fatten up last round and the 2 phenos I suspected already look done. I was thrown off by the similar terps. The beauty phenos are definitely TWOG (Day 45) God these Jack Herer’s smell good. Nothing but fruity funk. Almost like a vanilla or blueberry yogurt. I would say this stuff has the most overpowering smell in the tent now. I’ve noticed they’re starting to foxtail like crazy. Blueberry#1 too. I’m watering a final low strength feeding of seaweed extract on everything. (Day 47) Everything really fattened up this week. Even at the beginning of the week I was saying I didn’t think they would fill out. Jack Herer and BAOGC specifically made some big gains and nearly doubled their density and still have quite a way to go on them too! The smell has ramped up and finally, everything is looking happy and healthy.

Day 65: All good they are stinky and getting ready soon. BlackBerry Kush and LSD-25 will be harvested in 2 weeks so I started flushing them. Rest of them need more time at least 3 weeks or 4. Water intake 200 ml a day no more fertilization for Balckberry Kush and LSD-25. 600W LED, 18 hours on 6 hours off humidity is low approx 35 percent.

The plants have been receiving around 1300 µmol of light for more than a week. The osmosis water is enriched with fertiliser up to 1.9 ms This value is not expected to rise any further as the plants have become very dark green. There may only be water for a few days. The development up to this point in the 4th week of flowering is very satisfactory. Both genetics have obviously been thoroughly selected.

Early lst

1 week into flowering you can already see the pistils shot.

Week 2 under the TS1000, another week to go and the girls will start flowering 😁 excited about all these yummy fastbud strains! The next week i will add another TS1000 to this girls as my other grow will finish!

So I suspect the Golden Goat to have subtle mag def. I’ve upped the Epsom salts a bit to help. Also the Mandarine XL Auto is amazing and this discoloration in its leaves I believe to be from getting handled and snagging on the trellis when bending through. I try to be delicate, but it shows. I’ve not been taking meticulous account of things but here’s as of day 19… Day 19: Low/High - 66F at night, 76F during the day. Moisture Levels: set @ 56% RH Moisture level fluctuations from 54%-68% depending on time and temperature as well as moisture levels in the pot itself. As the pot gets dry I will lower the VPD a bit. Fly Traps: CLEAN-w/ 2 fungus gnats (1/week) both located @ MXL (MXL= Mandarine XL Auto) No signs of mold or mildew. Ventilation Setting: Humidity 57% RH Light Intensity (Dimmer Switch @ 75%) 3” tall. The Critical Purple Autoflower shares the tent: while exhibiting signs similar to mosaic virus, I believe this to not be the case, and instead a genetic pigment deformation possibly induced from the high UV LED lights. I’m only basing this theory of of other anecdotes. I’m not willing to test the contagion properties, but I’m going to pop a seed for just that purpose. Until then I wear gloves or wash hands and sterilize equipment before and after each plant until I can rule out a contagion or not. Planing to update my feed and get some ppm measurements. Also I’m thinking the MXL is ready for a little Regalia and a foliar feed. Only thing is a 2 hour window from 3-5am! But I will feed a little Regalia and Venerate sometime this week.

07/13/2022 watering 1.67l for each plants (root 1-grow 1.2-bloom 0.4 [ml/l]) 07/16/2022 watering 1.5l for each plants without nutrient 07/18/2022 defoliation watering 1.67l for each plants (root 0.5-grow 1.2-bloom 0.7 [ml/l])

Week 2 of flower and flourishing gave them a full Gaia green feeding after 35 day of veg I'll feed them again 35 days into flower

RAW GROW is a tested blend of all 12 RAW Soluble plant nutrients, essential elements and supplements. This blend has been proven to be an optimal all-in-one base “Grow” horticultural fertilizer. RAW GROW is used through out the entire vegetative stage. Derived from: Plant protein hydrolysate, mono potassium phosphate, potassium sulfate, cane molasses, sodium borate, copper sulfate, iron DTPA, magnesium sulfate, manganese sulfate, zinc sulfate and azomite. Also contains non-plant food ingredients: Humic acids derived from leonardite and peat, kelp (ascophyllum nodosum), silicon dioxide derived from diatomite and yucca extract. When you overlap a copper wire to attract ions, it is called ion exchange. Copper wire is often used as a material for ion exchange because it has a high affinity for positively charged ions, such as copper, zinc, and nickel. When copper wire is overlapped or wound into a coil, it creates a surface area that attracts ions and allows them to bind to the wire or gather within the space. This process is used in various applications, such as electroplating, water treatment, chemical separation processes and cultivation. Electrolysis is a chemical process that involves passing an electric current through a liquid or solution containing ions. This process causes the ions to migrate towards the electrodes, where they undergo a chemical reaction. In the context of plant growth, electrolysis is used to increase the availability of your nutrient-rich solution that can be used to feed plants. Electrolysis and nutrient rich reservoirs work well together since your cannabis nutrients are salt based. The process involves passing an electric current through a solution of water and plant nutrients, which causes the water molecules to break down into their constituent parts, hydrogen, and oxygen. The hydrogen ions (H+) then combine with the nutrients in the solution to form a nutrient-rich substance that can be absorbed by the plant roots easier. This will only work in a nutrient rich solution as it requires the salt-based nutrients to engage. This process, known as hydrolysis, provides the plant with a continuous supply of nutrients and oxygen, which can help to increase plant growth and improve yields. By providing the plant with a more efficient method of absorbing nutrients, electrolysis can help to increase the uptake of essential elements such as nitrogen, phosphorus, and potassium. Additionally, electrolysis can help to maintain the pH balance of the growing medium, which is essential for optimal plant growth. One of the key advantages of using electrolysis to increase plant growth is that it allows for greater control over the growing system. This is exactly why this is generally a technique reserved for advanced hydroponics growers. By adjusting the voltage and current levels, cultivators can custom control the nutrient concentration and pH level of the solution, ensuring that the plant receives the optimal amount of nutrients sitting perfectly on potential hydrogen spectrum. Carotenoids absorb light in the blue-green range of the visible spectrum, complementing chlorophyll's absorption in the red range. Carotenoids protect photosynthetic machinery from excess light. They deactivate singlet oxygen, which is a harmful oxidant formed during photosynthesis. Carotenoids quench triplet chlorophyll, which can be harmful to photosynthesis. Carotenoids scavenge reactive oxygen species (ROS), which can damage cell membranes and proteins. Carotenoid derivatives signal plant development and responses to environmental cues. Carotenoids provide precursors for the biosynthesis of phytohormones like abscisic acid (ABA) and strigolactones (SLs). Carotenoids are pigments that give fruits and vegetables their orange, red, and yellow colors. They also act as free radical scavengers to protect plants during photosynthesis. Beta-carotene is the most common provitamin A carotenoid. It's found in orange and yellow fruits and vegetables like carrots, sweet potatoes, and mangos. Other carotenoids include lycopene, lutein, and zeaxanthin. These carotenoids have antioxidant and photoprotective properties. In plants, Vitamin A is found as carotenoids, which are pigments that give plants their color. Vitamin A is a fat-soluble vitamin. Vitamin B plays a vital role in plant growth and development. It acts as a coenzyme in many metabolic reactions, which are the basis for plant growth and maintenance. Vitamin B helps plants metabolize nutrients, which are essential for growth and development. Vitamin B helps plants respond to biotic and abiotic stress. Vitamin B can help plants grow new roots, which can reduce transplant shock. Vitamin B can help plants grow shoots, especially slow-growing plants. Vitamin B1 Also known as thiamine diphosphate, vitamin B1 is a key component of metabolic pathways like glycolysis and the tricarboxylic acid cycle. Vitamin B3 Also known as nicotinamide or niacin, vitamin B3 is a biostimulant that can improve plant growth and yield. Vitamin B6 Vitamin B6 acts as an antioxidant and cofactor, and is involved in plant stress responses. Vitamin C, also known as ascorbic acid, is a vital nutrient for plants that helps with growth and protects them from excess light. Vitamin C acts as a redox buffer, which is important for regulating photosynthesis. Vitamin C helps enzymes that regulate photosynthesis, hormone production, and regenerating antioxidants. Vitamin C is a coenzyme in the xanthophyll cycle, which converts excess energy into heat. This process helps plants protect themselves from too much light. seedlings to young plants can feed on 200-400 PPM, Teenage plants that have a maturing root zone can feed on 350-550 PPM and adults will feed 600-1000 PPM. The more you feed plants and watch them grow you'll get a feel for how much to give them. Less is more when trying to grasp this. High level of CEC in organic soil so I'm watering 5-gallon