Hempy Headquarters

I'm giving thought to raising the height of the hole to 2.5 or 3" giving a little larger reservoir. Eventually the plants roots will grow down into the reservoir right? Is that not bad for them to be in the water/nutrients all the time?

You water every two days. The 2" max height on the reservoir keeps the reservoir low once the root system is established, so I don't think of it like that. Lol!

Yes, the roots sit in some water, but mostly they're surrounded by perlite coated with the nutrient-rich water percolating up from the reservoir. There might be problems arise if that reservoir was deeper, but then again, maybe not. Watering every two days satisfies even the thirstiest plants in flower in my gardens.

I've never had a problem with the roots in all the hempy plants I've grown so far.
 
SweetSue has determined that the wicking height of Perlite is 8 inches. I would stick with that. That is why I like those baskets. By the time you drill your hole 2 -2.5" above the bottom you will be within that range all the way up to the top surface of your hempy basically. The sides on those baskets are about 11inches, and you aren't going to have your mix all the way up to the top rail. I currently find that 2 inch holes hold at least 1/2 liter of fluid after you have your hempy mix in. If you want to extend your watering schedule you might want to try 2.5 inches. I'm personally watering 3/4 of a liter every 24-36hrs with a runoff in the 10-15% range.

I use 1 gallon Rubbermaid pitchers with a 2" reservoir. Every two days each pot gets 1 quart of water poured in to flush out any old. This has always given me adequate runoff, but to be honest, I don't concern myself with a scarce runoff when I'm working through a week's worth of drenches. I only worry about the extra runoff when I'm switching nutrient levels. Then I mix up an extra two cups per plant and use it all.
 
One of the sweet things about this method is that once you learn how much water your plants need to stay healthy it becomes very systematic.
 
I'm pretty sure I killed a plant today. That one from yesterday that I had to dig out of the perlite and was a yellow/white color. I'm pretty sure I gave it 1/2 strength nutes today instead of 1/4 strength nutes. The small set of first permanent leaves are fried. Just the cutting leaves left and they're slowly curling up.

Services are tomorrow at 11:00 am
 
I'm pretty sure I killed a plant today. That one from yesterday that I had to dig out of the perlite and was a yellow/white color. I'm pretty sure I gave it 1/2 strength nutes today instead of 1/4 strength nutes. The small set of first permanent leaves are fried. Just the cutting leaves left and they're slowly curling up.

Services are tomorrow at 11:00 am

Awww.... :hugs::hugs::hugs:

There are more seeds? :battingeyelashes:
 
When I threw the Walmart aquarium gravel into my hempys I honestly hadn't considered wicking capability. The coco/perl/verm cap was simply an afterthought to avoid under watering my seedling.

Would I be correct in assuming that the 2" coco cap washing into the gravel is why my plants have no noticeable root problems in the painted gravel?
 
When I threw the Walmart aquarium gravel into my hempys I honestly hadn't considered wicking capability. The coco/perl/verm cap was simply an afterthought to avoid under watering my seedling.

Would I be correct in assuming that the 2" coco cap washing into the gravel is why my plants have no noticeable root problems in the painted gravel?

That’s be my conclusions Ganjagrowergu. The coco supports a biosphere in an organic soil, but we’re not sure how that works in the hempy, since we use chemical nutrients. It would definitely help with the wicking once it started to sift into the gravel.

Apparently the wicking efficiency of perlite isn’t altogether necessary. Lol!
 
That’s be my conclusions Ganjagrowergu. The coco supports a biosphere in an organic soil, but we’re not sure how that works in the hempy, since we use chemical nutrients. It would definitely help with the wicking once it started to sift into the gravel.

Apparently the wicking efficiency of perlite isn’t altogether necessary. Lol!

Sometimes the only thing necessary is dumb luck in my case. Lol. :ganjamon:
 
Finally getting close to the chop on the green crack and strawberry kush!

Just started flush on them both today.

I’m still rocking two gallon hempys and they’re working great. I did decide that I’ll probably have to use a tomato Cage or something next run though, as both plants have been starting to fall over.

After this Grow is over going to grab four of the qb120 quantum boards to replace the mars hydros. Also plan to supplement uvb this time around (studies show up to 30 some percent increase in thc content using uvb).

I saw some mention of the Hempy beds a couple pages back. I have one 2 gallon that has 3 of them in it right now. It seems like it drinks real slow, but otherwise haven’t seen any problems with the leaves.

I have one plant that I’m running in a little 1 gallon bucket and it’s the prettiest one I have right now. It frosting up a ton and has some really nice structure to it. I’ll add a picture tonight after lights on if I can remember to snap one.

I hope everyone else’s gardens are doing as well as mine! Haven’t seen any bugs or real problems for quite some time now! *knocks on wood*
 
This is my favorite, in a one gallon...

This is 3 strawberry kush clones in one two gallon hempy

Clone bucket I built today

And this is just a shot of the flower tent
 
You water every two days. The 2" max height on the reservoir keeps the reservoir low once the root system is established, so I don't think of it like that. Lol!

Yes, the roots sit in some water, but mostly they're surrounded by perlite coated with the nutrient-rich water percolating up from the reservoir. There might be problems arise if that reservoir was deeper, but then again, maybe not. Watering every two days satisfies even the thirstiest plants in flower in my gardens.

I've never had a problem with the roots in all the hempy plants I've grown so far.

I've played with hole height varying between 1in up to 4in.
1in was too shallow and things dried too quickly, but other than that, it really didn't make much difference.


I don't concern myself with a scarce runoff when I'm working through a week's worth of drenches. I only worry about the extra runoff when I'm switching nutrient levels.

Ya know... this one is such a serious issue that I'll have to diverge from Sue's words a touch.... but just a touch baby... don't let it bother you one bit.
Runoff is a VERY important part of the system. If you don't do it right or get a hole plugged, you'll end up on rot-island.
First, you want to try to bump any old water out. This can take a good bit of runoff.
Next, you're actually checking your hole when you water. If you don't put in enough water to hit full flow, you really don't know if you hole is plugged.
If the Rev put together the 10 Hempy Commandments, I'm certain keeping your hole clear would be number 1.


One of the sweet things about this method is that once you learn how much water your plants need to stay healthy it becomes very systematic.

Again with the divergence.... sorry.
Plant uptake changes pretty dynamically as the plant gets big. Thus the input amount can vary some with larger plants just taking more out of the medium. While one would think it would make a huge difference, it doesn't fall into the 'huge' category... but it's surely worth recognizing.

The coco supports a biosphere in an organic soil, but we’re not sure how that works in the hempy, since we use chemical nutrients.

I've got 2 Jack clones racing... one in coco, one in perlite.
Currently they're both deep in bloom. The perlite is faster, but the coco may be building a better plant.
The finish line is approaching and the racers will tell their tales soon enough.
The next race will have to be a re-visit back to the original verm/perl mix. I remember testing it many years ago, but I've got a good bit more experience these days and want to make sure my original conclusions regarding mixes are still kosher.
 
@Tead, you’re the man with experience here Rev. No need to apologize for interjecting your thoughts. :battingeyelashes: I’m just louder than the rest of you. Lol!

I’ll keep in mind that depth of reservoir can be variable, as long as they’re flushing freely. Does that sound like a better explaination?

I’ve taken to heart your instructions to keep that reservoir hole clear. When I water and barely get any runoff they’re deep in flower and sucking up the feedings. Then I make certain they flush through when I change the levels.

The standardized quart of water prepared for each one-gallon pot allows for more thorough flushing in veg, when I feel there’s more opportunity for root rot, and just enough in flower for a thirsty girl in that same pot. It makes measuring the nutrient mix easy enough that I left my untrained apprentice with nothing more than a picture tutorial when I went to the West for vacation and she never skipped a beat in their care.

I’d considered alternating with plain water. Cannabis is a “less is more” plant and I’ve agonized on these pages that I thought they were looking too lush. Lol! This run I’m trying a side-by-side with my DDAs to see if my tap water’ll be acceptable. I’m sick and tired of distilling water non-stop.

Next DDAs I’ll make that a comparison of one always watered with nutrients and one alternating with clear water. I’d sure like to find a way to reduce nutrient cost.
 
High @Tead! :passitleft:

In a liquid or powdered nutrient regimen, many growers 'feed' weekly and just water in between.

Perlite has a very low CEC, so it’s probably better to provide a more dilute fertigation every time you water than to expect enough nutrients to stay in the perlite through at least two waterings (water is a great solvent, and is very effective at pulling nutrients back out of the media).

On the other hand, coco and vermiculite have enough CEC that you would be justified in thinking some nutrients might remain after using plain water.

However, consider that plants are looking for nutrients all the time, and aren’t used to waiting for nutrients. If enough of a nutrient isn’t there when it needs it for a certain process, the law of the limiting factor comes into play.
:passitleft:
 
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