️ Genetics of Tarte Tatin = Caramel Apple Gelato x King’s Tart ️ 🌱Here I am with 4 small seedlings of Tarte Tatin 🥧 With her genetics, I have a feeling she's going to be delicious, I can't wait to taste it! 😋 After a short week of growth I place my seedlings in their final 7Liters pot with a mixture that I made. I use unfertilized soil as a base.🌱 And I add organic nutrients from GreenHouseFeeding that I mix at the top of the pot (35Grams BioGrow 14Grams Biobloom). Then I water each pot with 1L of water.💧 I use tap water. I lower the pH and sometimes add a little BioEnhancer😘 My Instagram 🌱❤️️ : https://www.instagram.com/hou_stone420/ ------------------------------------------ Equipment used : Light FC3000 Mars hydro. power 25% at 30cm Extractor 6 inch Mars Hydro. power 1/10. ON 24/24h No other fan this week Heating mat Romberg 95x95cm. ON half an hour every hour ☄️🌠🌠🌠🌟 Thanks for your visite mate 💪 🙌Have a nice day !

Primera semana desde el cambio de fotoperiodo creciendo y comiendo como locas 🤣 go crazy

In the beginning of this week ( Monday in the late afternoon) I started seeing some burnt tips. Not really a big deal if you give less nutrients in the future, but i don't like it. Thats why i decided to flush my plants and check the run-off. PH levels where decent but the EC was to high. Not a suprise because I forced them a bit last week by giving some more nutrients. So right now my PH and EC for the kushes are arround PH 5.8-6 with 1.3-1.5 EC and for my shamans PH 6.3-6.4 with ec 1.5-1.6 After my flush, I gave all the plants some Canna RHIZOTONIC ( root stimulator). I advice everyone to give root stimulator after stressing the plant out with like flushing. In this grow i always weight my pots, therefor i always know when to perfectly feed them. They dronk 9 to 10 liters of water/feeding in like 96hours(4 full days) which is insane because it wasn't that sunny/hot (evaporation) and they are not trees being in the open ground. and maybe the most importent thing is that normaly your roots will stress a bit because of overwatering(flushing) and will go into a shutdown or having a hard time for a period as a result that your pots will stay heavy(full of water) for some days. In my case, this didn't happen at all. Wednesday I sprayed all the leafs with Canna Cure for some nice leaf nutrients,getting rid of minor trips and to prevent other unwanted renters. Friday I started feeding them again with nutrients, like 2-3 liters each plant and today I gave them water 2-3 liters each plant with only Enzymen in it. It was a crazy thirsty week for them with an average of 1.6-1.7 liters a day😅 Sadly one lower branch got damaged and had to get rid of it but I didn't mind that much since these buds where far behind other buds in developement. I placed one bud under the microscope for fun and saw insane amounts of thc on it haha, and that for just week 5 of flowering for a outside grow. Made a picture of it, just take a look at it. - Critical kushes started getting into preflower, finnally!! but still, only 6 weeks left before it gets to cold outside. - Did some LST again because the criticalkushes are still stretching. They might still stretch for another 1 to 2 weeks, its getting out of hand haha. - Shamans and the critical kushes get different feeding schedules, Should had done that waaaaay earliyer but I didn't care about it until now. - Forgot to supercrop my plants LOL, for the shamans it is to late, don't want to stress them out in their stage, but i did in on the kushes, since they are only 1 week in flowering, still growing a bit, it would't harm them that much. No need for steering them around, already done that. Just doing it to stress them out a bit so they will send more nutrients to the branches for bigger yield. Have to keep remind myself that this is just an outside fun grow but I just can't help myself buying stuff and wanting to do more/better. Hope you guys enjoyed watching and reading.

Day 57 - Starting week 9 and she’s looking great. Not a very tall plant but very compact and tight buds forming. Gave her a feeding of foxfarm’s trio today. Day 58 - Nothing to really update on this beauty today. She’s doing well and showing no real ill effects to the feeding yesterday. Letting her dry out a bit before watering her again. Normal watering is about every 2-3 days so possibly tomorrow or Monday. Day 59 - Nothing new today, just checked to see if she needed some water and wanted some updated pictures. Looks like another day or two before watering. Day 60 - Day 60 and she’s smelling amazing. Seeing some of the pistils starting to shrivel up but still think she’s got a couple weeks left. Gave her a full gall on water today, she was pretty dry. Will probably give her one more feeding of nutes this weekend and will start flushing with foxfarm’s sledgehammer. Day 61 - Since she doesn’t have too much time left before chopping, I did a fairly heavy defoliation to try and get her to pack some more weight on. Still thinking she’s got 2-3 weeks left, I’d like to let her go until she’s maybe 60% amber. I really enjoy the couch lock in the evenings and helps with my back. Day 62 - Looks great and still fattening up. Looking at her now, I’m not sure how long she’s got. Still thinking about 2 weeks but looking at the trichs she’s got some time, mostly clear with some cloudy. Will be giving her some water tomorrow. Day 63 - Today is the end of week 9 and looks good. Still slightly wet soil so gonna hold of until tomorrow or Saturday and give her the last feeding of nutes before harvesting. She will get nothing but water and then foxfarm’s sledgehammer until she’s done.

Great week. Everything is going amazing. Plants have gotten huge in size. So far biggest auto I have grown, hopefully all goes well. I'm smelling lemon starting

It’s the first week of growth, and my cannabis plant is off to a great start! I used the method of placing the seedlings in coco tabs right after they sprouted, and it seems like it really worked well. The plant took to the coco quickly and is looking healthy and strong. I moved it to a small propagation station for the first few days, which definitely helped it establish itself. Now that it’s in the tent, it’s still progressing nicely. The leaves are starting to form, and everything looks on track for a healthy grow. I’m excited to see how the plant continues to develop in the coming weeks. So far, everything looks promising!👨🏽‍🌾🌱

Tasty bud, and tough plants, when the Gelato's were struggling with mildew and budrot, the mimosa's didn't have any problems, even when they stood in the rain. Had a few nanners because of light leaks, but no seeds. Too green at harvest I know, even after two weeks of flushing. Guess there was still too much left in soil. Still, this is some outdoor that looks and tastes like indoor.

Tag 60 : Ich gebe keinen Dünger mehr, in einer Woche will ich die Pflanze ernten.

Ok, so what does CRI have to do with grow lighting? To consider this we need to first review what color rendering index or CRI is. Put simply it’s a performance metric or outcome that considers the ability of a light source to mimic sunlight, 100 cri is sunlight at midday, so approximately 5000 kelvins on a clear sunny day. So, if we know that perfect light that is 100cri is perfect for replicating true color for say photographic applications where subjects perfectly lit will reveal perfect color, then why as a metric is it important for use in grow lights? The fundamentals of light that mimics sunlight are referred to in the grow light community as wide or broad-spectrum light. That is to say, all the wavelengths of sunlight at 100 CRI would be perfectly represented and would therefore provide a light that is sunlight, artificially produced. Ok so is CRI the nirvana of plant performance? Not quite. Let’s consider missing ingredients. OK so measurement devices used for CRI are typically based around what is referred to as PAR. PAR stands for Photosynthetically Active Radiation. and it refers to the portion of the light spectrum (wavelengths) that plants use for photosynthesis. Specifically, it covers wavelengths between 400 and 700 nanometers (nm), which is the range most beneficial for plant growth. While PAR (Photosynthetically Active Radiation) focuses on the 400–700 nanometer (nm) range of the light spectrum, it does however not cover all wavelengths that might influence plant growth. Here’s what PAR leaves out when considering a full-spectrum light source for grow lighting: UV-A (315–400 nm), UV-B (280–315 nm), and UV-C (280 nm). Benefits to Plants: UV-A and UV-B can stimulate secondary metabolite production (e.g., flavonoids, anthocyanins, and terpenes), enhancing plant color, flavor, and pest resistance. Far-Red Light –Light in the 700–800 nm range. Benefits to Plants: Stimulates the shade-avoidance response, helping plants grow taller or stretch toward light. Enhances flowering and fruiting when combined with red light in the Emerson Effect (synergy between red and far-red light to increase photosynthetic efficiency). Limitations: Too much far-red can lead to elongated, weak plants with reduced yield. It’s a balancing act UV-B may act as a stressor to trigger protective responses in plants, leading to increased resilience. Limitations: Excess UV can damage plant tissues and reduce growth if not carefully managed. Infrared (IR) Radiation – Beyond 800 nm What It Is: Heat-emitting wavelengths beyond visible light. Benefits to Plants: Infrared contributes to overall warmth, which can aid plant development in cool environments. Limitations: Excessive infrared can overheat plants, leading to water stress or damage. Green Light – Often Underrepresented in PAR Measurements What It Is: 500–600 nm, technically part of PAR but often undervalued. Role in Full Spectrum: Penetrates deeper into the plant canopy than red or blue light. Vital for photosynthesis in lower leaves and shaded areas. Misconception: Traditional PAR models underestimate green light’s contribution to photosynthesis. Beyond PAR: Signals and Stress Responses Non-Photosynthetic Effects: Wavelengths outside PAR can affect: Circadian rhythms in plants. Photomorphogenesis (plant shape and structure development). Hormonal responses and stress adaptation. Importance in Full-Spectrum Grow Lighting: A full-spectrum light source includes UV, visible light (400–700 nm, encompassing PAR), and far-red/infrared light. This comprehensive coverage ensures: Enhanced photosynthesis (beyond traditional PAR efficiency). Improved plant quality (color, taste, aroma). Support for natural plant growth cycles and stress responses. To optimize plant health, growth, and productivity, it’s essential to balance PAR with these additional wavelengths based on the specific needs of your plants and growth stage. As indoor gardening gains momentum, the quest for lighting solutions that emulate natural sunlight intensifies. High Color Rendering Index (CRI) LEDs emerge as a forefront solution, boasting a CRI of 90 or above, making them capable of producing light remarkably similar to natural sunlight. Ultra-high CRI LEDs, with ratings of 95 to 98, push this similarity even further, offering an unparalleled approximation of sunlight’s full spectrum. Advantages and Challenges of High CRI LEDs Benefits of High CRI LEDs Natural Light Simulation: These LEDs excel in replicating the broad spectrum of sunlight, crucial for photosynthesis and overall plant health. Energy Efficiency: High CRI LEDs outperform traditional lighting in lumens per watt, offering substantial electricity savings. Durability: With a lifespan extending years beyond their fluorescent counterparts, these LEDs represent a long-term investment in indoor gardening. Considerations for High CRI LEDs Initial Cost: The upfront cost of Higher CRI LEDs can make you total system cost higher however the price gap is reducing Heat Generation: Although they produce less heat than traditional lights, managing heat emission is still necessary for sensitive plants. Light Spectrum: While they mimic sunlight, High CRI LEDs might not offer the exact wavelength needed for optimal plant growth, potentially necessitating supplemental lighting or nutrients. Efficacy of High CRI LEDs in Plant Growth The effectiveness of High CRI LEDs varies with plant species, growth stages, and required light intensity. Studies, such as those conducted by the University of Florida and the University of Arkansas, demonstrate that High CRI LEDs can surpass traditional lighting in growing lettuce, basil, and strawberries, improving both yield and quality. Natural Sunlight Versus High CRI LEDs Though High CRI LEDs adeptly imitate sunlight, they cannot entirely replicate its spectrum and intensity. Natural sunlight provides a more comprehensive range of wavelengths, contributing to vigorous plant growth. Nonetheless, High CRI LEDs offer a viable alternative when sunlight is unavailable, presenting a more consistent light source across seasons. Nutrient Dynamics Under High CRI Lighting The broad spectrum of High CRI LEDs influences plant nutrient requirements. For instance, a University of Helsinki study revealed tomato plants under High CRI lighting demanded more calcium, attributing to improved fruit quality. This indicates a shift in nutrient management strategies when transitioning from traditional to High CRI LED lighting. Top Ten Reasons for Opting for High CRI LED Lighting Enhanced Plant Growth: Closely mimics sunlight’s spectrum, vital for various growth stages. Improved Visual Inspection: Easier monitoring of plant health and early detection of issues. Increased Yield: Potential for higher production due to efficient photosynthesis. Better Pollination Management: More natural lighting conditions could improve pollinator efficiency. Superior Quality: Enhanced color, taste, and nutritional content of produce. Energy Efficiency: Significant savings on electricity costs. Extended Lifespan: Reduces the frequency of light replacement. Lower Heat Emission: Minimizes risk to heat-sensitive plants. Versatility: Suitable for a wide range of horticultural activities. Environmental Benefits: Lower carbon footprint and reduced electronic waste. In Summary, we can ask what HI CRI brings to the conversation. Many standard grow lights use lower base CRI for example 70, 80, and 90 cri. This is a common strategy to increase efficiency. The use of newer phosphors like KSF negates the differences of efficacy in higher CRI LED’s. It’s clear that ignoring CRI as part of your lighting recipe reduces your spectrum breadth irrespective of wavelengths outside the par range, meaning use of all wavelengths in a complete lighting system that includes broad spectrum white can’t help but improve your total plant performance.

Pics taken right before chop, currently hanging for the next 8-12 days and then a cure for a good few weeks. Pictures speak for themselves, I had high temps, supercropped the help out of them and yet are still the nicest looking bud I have ever grown since I started in 2003. Can’t wait to test how they smoke. I have two phenos but off to buy some more to do a more in depth pheno hunt.

In middle of ripening faze,Girls getting huge and drinks about 2,5 L of water per day nice and sweet smel coming from tent just about 4 am when I waking up 😄 even these are all autos I got them nearly 3 months running and see it on another month or so also still no sings for any colours yet got 2 purple strains in lol next week 3 of them start flush week

GreenHouse seeds è sempre una garanzia, super lemon haze più volte vincitrice di premi non delude mai, una pianta fantastica

Week 11 we done .. Washing machine was fun to grow ...super easy ,always green no stress at all... both phenos really close same bud formation same smell .. pheno 1 more intense and smelly.. Pheno 1 =53gr... top weed! Pheno 2 =57gr... also nice super cheesy!

Will update details soon

Semana 9 de floración: Los valores en el drenaje del riego, siguen altos la EC midió 1450 ppm y el ph me dio 6.8,(solo bajo muy poco el valor de las ppm.y del ph ha subido 1 punto mas), asique en la semana siguiente solo bajare mas las proporciones de nutrientes. Los cogollos se siguen cargando de resina y aumentando en tamaño , el aroma sigue siendo importante. Para la medición del drenaje se regó con un agua con un ph de 6.1 y unas ppm de 400, en el drenaje se midió un ph de 6.8 y unas ppm de 1500. (Valores altos y aun quedas 7 semanas más aproximadamente)

Fantastic strain!

She have nice colours and she is in flushing this week will be last