I wonder if your pH has been high. Making iron phosphate.
Just thinking out loud really.
Its root rot, pretty clearly
I wonder if your pH has been high. Making iron phosphate.
Just thinking out loud really.
You really should try a proven clone so you could see how it turns out and compare to what it looks like under good conditions.
I will be getting some agar
Its root rot, pretty clearly
It turned cloudy as it hardened...
But, Holy Crap !!
Is that stuff ever cool!!
It bounces around like a rubber ball !!
I covered up some of it to keep it from drying out and one piece on top to see what happens and if it dries out ?
Now I'm going to get stoned and think up some kind of ridiculous experiment to try.
I'm picturing aquarium tubing going in and out of a cube filled with roots???
Maybe a transparent tubular tripod stand made out of gel standing in a big glass punch bowl or something.
The possibilities are endless !!
You guys need to try this !!
I propose a competition.
Remember, this is not a science project.
This is and art project.
We're building organic living root sculptures. Lol
I think the agar needs to be contained in something so it doesnt dry out (unless it was misted??? or the RH was kept high in a controlled environment? but then maybe mould...)
Did you boil the mix when you made it up PC? I think that helps to set it, as well as sterilising.
Will try again...
Dude you should so make some seeds. You have such an experimental attitude, you would love it. Just pop a few regs of something nice to get a male, and dust a single lower bud. You can easily get +100 seeds from one small bud. Be warned tho - its addictive! Then you can mess around with as many experimental techniques as you want without wasting any expensive genetics.Yeah, that's what I figure.
I want to see what happens to the ones I made before I commit a seed to it.
I don't know if you can start a seed in big block of agar?
I wonder about suffocating the seed? Or if oxygen can penatrate the block?
I'll try to research growing in agar to see what I find out.
Yes, I boiled the water in the microwave, added the agar, stirred it in and put it back in the microwave until it started boiling again.
You can reuse the piece you already made.
Just add some water to it and heat it up.
This batch turned out just about perfect !! Maybe a pinch less agar would be best?
Remember im a noob and im here to learn from someone that knows more than me so, heating a space by radiation for example an regular heater, affects the plants diferenctly than heating the air with the minimal radiation possible? Will the outcome be the same with same leds without ir for example?
What do you think?
Also, do you find that folks that have ir their led lights get by easier than the ones without, or looks the same thing and the ir leds somehow dont produce the same result?
For example, my temps get down to night temps 24c to 22c, rh also from 55 to 50, 2 hours before lights out, would that contribute to them droop?i ask because mines droop like you know, but i dont know when they start to droop, in the day off ill keep an eye on them one hour before and after the temps switch.
Peace
I'm really not sure what you are trying to make here. Do you have the principles of cloning confused?
lol
I'm really not sure what you are trying to make here. Do you have the principles of cloning confused?
lol
Heh. Just a bit of fun I think PC wants to be able to see the roots growing without having to dig up the plant!
What would happen if you were using an air stone while it set?
How is an aero/whispa bar made (there are uk candy bars, all chocolate, but full off bubbles)
Perhaps you should have a firm cup of jell, with softer core poured in afterwards.
I love Flake, though I know it was from Cadbury's
Lets say you are out for a walk. It's mid summer. The mercury is showing 28c. The weather forecast says that in the shade, it will be 28c. This is because the air at 28 will heat everything it touches to 28.
In the sun, you feel it's heat radiation. It's passing through the air without effecting it, yet has heated the sand enough to melt your reeboks. The suns heat has radiated through the vacuum of space, to cook the ground so much, that the air touching the ground started to heat up.
Applying this to plants outside, They will be warmed by the 28c air, and also by the IR from the sun. They will sweat as much as needed to not reach reebok melting temperatures. Driven by both heat inputs. Generally, the plants good enough at this to stay below even the 28c. It really is a lot like us. Close enough to think of it the same way. An HID is like the sun when you stick your hand under it. The air might be 28, but that heat radiation (ir) heats anything it falls upon. For us, and the plants, we must sweat (transpire/transpiration) to stay cool. The more than IR beats down on us, the more we sweat, which drives the movements of salts enough to put white marks on t-shirts, and supply calcium to new growth.
LED's have a little IR, but it's just a token amount. You put your hand under, and there is no comparison to the sun or a HID. It's just not there at a level that warms things enough to increase transpiration.
I can't put my finger on it, but photosynthesis leads to opened stomata (the holes that let out water, and let co2 in) But high LED light causes collapse. Moisture appears to be leaving, but not being replaced. It's not just about the water though, or what gets carried in the water. I have recovered a droopy plant by lighting a candle. As it started to drop, it would be closing it's pores (stomata) limiting it's co2 availability. So I raised the co2 with the candle, to recover them. I did this multiple times, to prove it worked. This might actually mean that high LED lighting levels got photosynthesis going enough, that the collapse was co2 deficiency, not water loss. Which when you think about it, water loss with less heat is a bit odd. Though the lower water loss has certainly meant a high calcium level is needed in the feed, our droop isn't exactly like dehydration. It feels dry, but visually, it's not the right droop.
The physical inputs that seem to correct the droop, are RH, co2 and Ca. RH will stop the pores closing so much, and so increases co2. This isn't likely to cause a drastic increase of Ca uptake. Which as an immobile element, doesn't fit with the speed of drop and recovery. Transpiration and co2 are key, with pore size the big issue.