I've droughted them anywhere from 6-9 days, have yet to make the full 11how long are you letting it run dry ? i can't see how it would be any different in hempy.
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I've droughted them anywhere from 6-9 days, have yet to make the full 11how long are you letting it run dry ? i can't see how it would be any different in hempy.
Don't the roots grow into the clay balls? I would think they would just like in hydroponics. You already have balls blocking some air. Then if roots grow into the balls it would restric àir flow even more. Hmmm, I need to see the inside of the pot after harvest so I can see what the roots do.I use an upside down food storage container in mine to define the reservoir and then I put hydroton clay balls in a section between it and the overflow hole, then pack my soil on each side and the top to keep the balls in place. The balls in turn, keept the soil away from the area between the overflow hole and the reservoir so that there is an easy path for excess water and air to move between the two.
Good observation, though.
The roots will grow into the hydroton balls, but I ream the hole periodically to keep the access open and I have lots of vent holes in my reservoir container so thre are lots of ways for the air and water to get around. I do think your idea of a hose or pipe directly connecting the reservoir and the overflow hole is the best way, though.Don't the roots grow into the clay balls? I would think they would just like in hydroponics. You already have balls blocking some air. Then if roots grow into the balls it would restric àir flow even more. Hmmm, I need to see the inside of the pot after harvest so I can see what the roots do.
I would think a perlite Hempy at least would dry out more quickly and there seems to be an emphasis on a minimal amount of time involved as well for the effect to occur as is then indicated in Leaf Wilt Angle. But if the media dries out too quickly causing the correct LWA, was that enough time for the plant to recognize the threat and make the changes we want?how long are you letting it run dry ? i can't see how it would be any different in hempy.
I've droughted them anywhere from 6-9 days, have yet to make the full 11
I would think a perlite Hempy at least would dry out more quickly and there seems to be an emphasis on a minimal amount of time involved as well for the effect to occur as is then indicated in Leaf Wilt Angle. But if the media dries out too quickly causing the correct LWA, was that enough time for the plant to recognize the threat and make the changes we want?
We kicked the idea about possible different indicators around a while back but I don't remember the conclusion if there was one.
I know this all too well. We talk about it often on the droughting thread, trying to see how we can manipulate a drought in hempy to provide the same end results as in soil or Hydro.wouldn't get past 3 days in hempy.
the media dries too fast in hempy. you won't get past 3 days in flower. most times i'm going from fed to wilt within the same day. typical feeding schedules are every 24 hours in flower. you could go longer on a larger bucket, but it would be running off a larger res, which means not a true drought.
I know this all too well. We talk about it often on the droughting thread, trying to see how we can manipulate a drought in hempy to provide the same end results as in soil or Hydro.
Hydro has even been something that needs working on, perlite and other mediums, too, including coco. It's definitely something that we hope we can figure out but we need people to be testers I'm order to move forward passed this hump. If you are feeling lucky brother, please aid us in a little experiment(s)
Something that has been discussed was the possibility of shorter droughts but consecutive shorter droughts although we don't really think this will initiate the responses we seek while droughting long term. It's a process man it's a science and it is a learning game. Hopefully over time, we can figure this all out for the greater cause in making better medicine.
He Kanno,Hi everyone, I have a few questions about the Arrow. I'm thinking about it a lot and I'd like to try it on one of the plants I'm starting to grow now. I'm a bit lazy about watering sometimes. Is it better to buy a self-watering planter or make one and when to make one and do you have any tips? And another question, what is used for the Arrow, coconut or clay, and which is better? Thanks everyone for the replies
Ah, ok. If so, it seems like a well mixed mix would work better than layering, though I don't think we've tested that yet. But it would be whatever your normal mix is.Azi, I think he means wick or foot…. but not sure
Hi Pete!I'm having STUNNING results from a bucket in a saucer - key seems to be vent holes drilled around the bucket every 3" or so to establish the air gap.
Have expanded to 2x 3.5 gal buckets, watching closely, nearly killed the last one (first grow, in SIG)
Second.Can you post some pictures? Where are you drilling the vent holes?
I put several holes in the side of rez, and large holes in the bottom (edge) And trust me - when the Res is over filled, the excess water POURS out the side drains...I keep seeing all these different SIP designs, but still don't understand 1/2 of them. I haven't seen any homemade SIP's that have the side of the res cut out like in this pic.
In the "Tank" SIPS, I go around the bucket at the (approx) height of the Rez (I just eyeball it, not a measure). For the tankless builds (bucket in a tray) I put them just over the lip height of the Tray, will get some pix added later (they're not REAL visible, may need to hit 'em w/ a marker for contrast.)Can you post some pictures? Where are you drilling the vent holes?
I put several holes in the side of rez, and large holes in the bottom (edge) And trust me - when the Res is over filled, the excess water POURS out the side drains...
Hey @Buds Buddy !I keep seeing all these different SIP designs, but still don't understand 1/2 of them. I haven't seen any homemade SIP's that have the side of the res cut out like in this pic.
That cut out goes against the side of the bucket so the drainage hole is lined up with it to create the Air Gap.
I'm not seeing how anything can come out the drainage overflow hole without having this cut out. Sure, a hole at the Top of the res will still create an Air Gap via the Fill Tube; but the overflow hole would be surrounded by soil causing the res to drain slowly before ever getting that Air Gap. I figure I have to have missed something, somewhere. Otherwise, these are working more like Auto Pots than SIP's.
I'm going to build a Big Tote SIP here real soon that I'll veg for about 10 weeks or so. Maybe SCROG it. Planning on doing this once the Auto's I have going finish or get moved to the tent. My plan is to use a smaller Tub turned upside down for a res. My small tub res will be connected to my Grow Tub by either PVC or Rubber hoses to create the Overflow Hole & Air Gap. I'll use a PVC connector in the Top of my Res for the Fill tube so I get a nice tight fit. Sounds like a really simple & effective way to make a SIP to me. Now to find a proper fitting, strong res tub to make this with.
I have everything else on hand.
When I've overfilled, the "vents" look like spillways at Hoover dam - there's a REASON she still sits on a catch tray! (and near the floor drain)OK, I see your res. That goes inside your bucket. So when you fill your res, where does the overflow go ? Does it go outside the bucket or into the soil ? With the premanufactured ones the overflow leaves the bucket when overfilled.
I'm trying to figure out the differences in homemade & store bought for the most part & just how they work.
Simple and Cheap was my main thought! I started the grow w/ "Traditional" buckets w/ holes in the bottom to let water out, and 1/2 way through Grateful Bud turned me on to the SIP concept. I'm all "sounds interesting, but you need buckets w/ solid bottoms - which these are NOT.. But MAYBE... Figured WTF, worst case scenario, go back to top water, and no harm done... Almost right. nearly killed one girl (Zilla! Oldest Auto EVER!! Like 16 ish weeks, an still not 'finished') But yeah, cheap, easy, and OMFG did it work on the plant in the 5 gal bucket... see pix above... so yeah.. ~$5 for a tray w/ ~3L capacity around the bucket... BONUS!!I am looking forward to seeing pictures of @Pete Detroit 's "airpot-in-a-saucer" approach!
(Provided it is effective, I am all for simple and cheap!)