I get the crates for free.I think that comes out to about 50 net pots, sans crates, for $80. The only bummer is I don't grow in soil. Oh, wait - 25, for two 1x3 strips, I think...
the whole gestalt behind HPA is to barely give the roots enough
So, I have read in prior threads that there were issues with HPA and cloning. That better results were had with LPA, for cloning at least. Are you guys using HPA for cloning, and if so, how well does it perform in comparison to LPA? I figure that there would be a problem with embolism and dehydration, unless the dispensation timing was drastically reduced, reduced to the point of keeping the stem completely saturated -constantly. This might be a tricky feat if there are environmental fluctuations.For a tub that size one nozzle is plenty
I use LPA to clone, I dip the cuttings in a little rooting hormone (clonex or elite 91, elite 91 is observably better imho) and use tap water. Sometimes I use clonex clone solution if they have to sit in the cloner waiting for space to open up.So, I have read in prior threads that there were issues with HPA and cloning. That better results were had with LPA, for cloning at least. Are you guys using HPA for cloning, and if so, how well does it perform in comparison to LPA? I figure that there would be a problem with embolism and dehydration, unless the dispensation timing was drastically reduced, reduced to the point of keeping the stem completely saturated -constantly. This might be a tricky feat if there are environmental fluctuations.
The sooner the roots get used to hpa mist the less time you lose in transition. Roots cant adapt until they appear so just mist as needed until the bump stage. HPA can be adjusted from bone dry to drenched, LPA can provide the two extremes (off or on) but not much inbetween.So, I have read in prior threads that there were issues with HPA and cloning. That better results were had with LPA, for cloning at least. Are you guys using HPA for cloning, and if so, how well does it perform in comparison to LPA? I figure that there would be a problem with embolism and dehydration, unless the dispensation timing was drastically reduced, reduced to the point of keeping the stem completely saturated -constantly. This might be a tricky feat if there are environmental fluctuations.
Hey Guru. long time no speak. As you might recall I pushed HPA as far as I could without a tank, solenoids... I gave it up due to not being able to control day time room temps, which is already a problem since mid February. Consequently I went back to my original F & D roots to finish plants. I had been starting in a DIY DWC bubbler, then transferring to F & D once roots are sufficiently established. But this requires an air pump running 24/7, which introduces ambient heat and co2 into the solution. Now, all lpa needs is a deep cycle timer to make it perform similarly to hpa, and that's what I am embarking on for my next grow. Seeds are starting now. I will attempt to start timer at 1 minute on/~ 2 minutes off, 24/7The sooner the roots get used to hpa mist the less time you lose in transition. Roots cant adapt until they appear so just mist as needed until the bump stage. HPA can be adjusted from bone dry to drenched, LPA can provide the two extremes (off or on) but not much in between.
The stems dont need to be completely saturated in other cloning methods, why should aero be any different
Well, I don't know of too many cloning methods that don't submerge the stems or keep them very wet, at least until the formation of roots, If the other methods don't keep them wet, what is their success rate? I have heard of many cloning failures, but I have found an 80 - 100% success rate with LPA, even when monster cloning.HPA can be adjusted from bone dry to drenched, LPA can provide the two extremes (off or on) but not much inbetween.
The stems dont need to be completely saturated in other cloning methods, why should aero be any different
I put a fogger into my cloner to warm up the water. It does fog up nicely, and the humidity is high, but you have to watch the temperature. I put the fogger onto a thermostat, and the temperature probe into the water. If the temp exceeds 75F, it shuts off. The fog is not the only water source though. Timed spray nozzles also dispense water. Now I've also read that the fog might displace air or oxygen, so I also pump in air with a few air stones/air pump. This the first time I'm using this setup, so I'll let you know how it works as I find out.For cloning I'm thinking to build "fogponics" cloner with ultrasonic fogger.
Hey Dstroy,I dip the cuttings in a little rooting hormone (clonex or elite 91, elite 91 is observably better imho) and use tap water.
No clue dude, I emailed them just now asking for an MSDS.Hey Dstroy,
This is the first time I've heard about Elite 91. I checked out their website, but it didn't provide much information about the composition. I know it contains microbes, but there was nothing specific about rooting hormones. Do you know what it has in it? It does sound interesting, so I might give it a try when I clone next. Thanks man!
I got rid of hydroton ages ago. When I first grew back in the early 80s I used gravel, and grew monster plants under a 1000w street light that weighed a tonHi Pet
Nothing wrong with LPA, i`ve used it in the past along with most of the common hydro methods. I still run flood and drain (hydroton, aka, canna aqua clay pebbles) and even a little coco here and there. The bulk is dtw hpa and aa, mainly cos theres no medium and i`m just too lazy to check, adjust and dump reservoirs on a regular basis Temps arent much of an issue here, it barely gets above freezing in feb