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ClosedCircuit
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I'm not sure if I will use it now that I have seen your results. Besides coconut bunches are awfully heavy.
Ideally you dont use it when they are this small.
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I'm not sure if I will use it now that I have seen your results. Besides coconut bunches are awfully heavy.
well....considering your space is so small i actually think 10 gallons is enough for 2 plants. now how much they might compete for space i don't know but i do know that 5 gallons is plenty of dirt for 1 plant. or you can just use 2 5gal pots
If you can manage the height, I recommend two plants in a larger pot. Just train the plants away from each other. Here are my OG Papayas in a 7-gal pot (methinks). The more soil you can get your plants in, the bigger the plants can become which equates to bigger buds and a larger yield.
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I know. You are totally right. But I'm concerned that the two plants have different enough feeding needs that's they should be in separate pots. I still plan to use the 10gallon with a single strain run. I think if I veg a little longer to fill out the scrog, the two gallons should be alright?
I haven't seen this ScrOG or your plants in a few days, but I'm guessing at least a couple of weeks of veg before the flip. They are still seedlings in your last pic.
The 2-gallon pots will do, but the soil capacity isn't enough to support big buds. I grew two Bubblelicious Autos in a gallon and one in a 2-gal fabric pot. They only produced about 42g between the two of them, which is less than I had hoped... then again, I didn't expect to win NOTM with one of them, but it happened. Whatever you choose, I'll support your decision. It's just a personal preference to use bigger pots, says the novice grower that has only grown cannabis in a 1-3gallon pots. Next run, I'm using 5 or 7-gal pots. Trying to max out the buds I can grow in my tiny tent.
Edit: If you're growing in small pots, check out Dr. Ziggy's journal as that's about all he does: DrZiggy's 2nd Journal - ACE Seeds - High Brix - LEDs
Also, get in the mindset that you're feeding the soil and not the plants. If the soil is happy, then the plants will want for nothing... even if there are two different plants with different needs in the same pot.
One other thing to think about when planting two plants to a pot is what happens when you have a plant that is male or hermies? Even if you cut the plant you're stuck with the old root system in the pot.
Growing in a small space is a challenge. I think its actually harder than growing plants out that are a few feet tall or taller. I want to try all the possible options with this system. That means trying all kinds of different sizes and types until I hit the sweet spot.
I can't ignore that one plant is clearly more nute sensitive than the other. I need to nurse it back to health. I don't think sticking them in the same container will be ideal for that. That's just the way I see it.
You are a great grower. So don't sell yourself short!![]()
sourceSoil P is found in different pools, such as organic and mineral P (Fig.1). It is important to emphasize that 20 to 80% of P in soils is found in the organic form, of which phytic acid (inositol hexaphosphate) is usually a major component (Richardson, 1994). The remainder is found in the inorganic fraction containing 170 mineral forms of P (Holford, 1997). Soil microbes release immobile forms of P to the soil solution and are also responsible for the immobilization of P. The low availability of P in the bulk soil limits plant uptake. More soluble minerals such as K move through the soil via bulk flow and diffusion, but P is moved mainly by diffusion. Since the rate of diffusion of P is slow (10−12 to 10−15 m2s−1), high plant uptake rates create a zone around the root that is depleted of P.
Plant root geometry and morphology are important for maximizing P uptake, because root systems that have higher ratios of surface area to volume will more effectively explore a larger volume of soil (Lynch, 1995). For this reason mycorrhizae are also important for plant P acquisition, since fungal hyphae greatly increase the volume of soil that plant roots explore (Smith and Read, 1997). In certain plant species, root clusters (proteoid roots) are formed in response to P limitations. These specialized roots exude high amounts of organic acids (up to 23% of net photosynthesis), which acidify the soil and chelate metal ions around the roots, resulting in the mobilization of P and some micronutrients (Marschner, 1995).
Yes I second the request for info on the vortex brewer. I have no idea what that is. I use rainwater for my grow and lately I've been tossing a bubbler in the barrel just for the heck of it.
I do feel like a bubbler must oxygenate the water somewhat by it's movement if nothing else. But that's just a feeling. I think I know a way to test it, unscientifically. Take two containers of drinking water- let it sit for a while - bubble one of them- and drink some of each. It's quite easy to tell by taste when water has lost its oxygen and gone 'flat'. I tried an experiment once I read about where I poured a glass of 'flat' water back and forth from one cup to another. After a minute or so I tasted it and it was obviously better than it had been a minute before.
As for its effect on the plant - I don't know how to test or quantify that but it can only be a good thing I think.