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AFAIK, it's possible to keep small clones preserved indefinitely. Perpetually transferring them over and over into new sterile tissue culture media jars every so often, being careful not to get contamination.

https://www.arrl.org/files/file/RFI/Thompson%20Noise.pdf Locating RF Interference at HF A proven and practical approach to dealing with RFI from grow lights and more. http://www.arrl.org/grow-light-rfi

Here's how I ran mine. I put a dedicated 14-50r outside next to my RV trailer (with a 50 amp breaker in the main panel thats only a few ft away just for it), which I also use for welding sometimes.. Chopped the female end off this 50 amp 250v RV cord: ..and wired it right into the 70 amp...

To test if shielding the offending ballast would even work, you could just temporarily stuff it in a microwave oven, and use metal tape to cover the rest of the gap going around the door around the cords hanging out. I don't think it will work though, but could be wrong... The way I see, its...

Most of the noise is probably coming from the cord leading from the ballast to the socket (even with the RF choke/filters?!, and especially with longer coiled up cords), or the actual bulb itself, like an antenna.. Not sure if covering just the ballast itself would help. They made so many noisy...

There is a company that makes EMF/RF shielding paints! https://www.woremor.com/collections/emf-shielding-paint You add special tape to use as the ground strapping going around the room, and then apply the paint right over it. They also have window films to cover glass, and all kinds of...

Shouldn't there be an extra set of 4 way connectors up at the top of the frame to create a cross member bar for the lights to hang on? EDIT: Nm, thats that the bars with the saddles are for right, lol

Who needs a dryer anyway?

Looks like it's starting to reveg, so thats probably why the growth has been stunted.

On my dehuey, 35% is called continuous mode, and basically forces it to run non stop.

https://www.science.org/doi/10.1126/science.adg9196 Plants distinguish different photoperiods to independently control seasonal flowering and growth "Plants detect two different daylengths to control seasonal flowering and growth. In natural day cycles, photoperiodic flowering and...