Sick work, congrats friend! I've been known to put it in a paper bag with the hygrometer for a day or three if it's just not getting there in a jar. Usually works tits.
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U sharp bruv!!Sick work, congrats friend! I've been known to put it in a paper bag with the hygrometer for a day or three if it's just not getting there in a jar. Usually works tits.
Do you have more jars by any chance?U sharp bruv!!
Ive got the biggest nugs in the same jar and a bit worried whats the RH inside.. if I squeeze my hygrometer in there gotta take at least 3 nugs off.
I’ll move them into those paper fruit/veggie bags and the meter goes amongst!
Idk what has been the guidance about closing the bags, but Ima close them since they breath a little and kinda wanna minic the normal jarring. Bag clippers just easy to pop open if they get moist and let them sit for couple hours.
LOL being so blazed all the time so that my head doesn’t function properly anymore.
And thanks brother Waiheesohai, I really appreciate it
Evening Rexer And thanks for the input.Do you have more jars by any chance?
Don't pack the jars quite so much. It'll give you a few benefits.
- Allows the buds to breathe a bit
- More air exchange in burping
- If mold occurs, your less likely to loose everything (it'll be more likely contained to the one jar).
And id start stockpiling mini hydrometers, it's reassuring when you can squeeze one in each jar and know the exact RH. They're also fairly cheap.
Date
12/4Strain(s)
Purple Punch auto#2Day
25 / Week 4Tent temp
24.5Solution/water temp
20CRH
45%VPD
1.17kPaLight(s)
Mars Hydro TS 1000 (Now 20" above and dimmed to 100%)pH
6 / Adjusting pH down 5.6 every two days, but otherwise plant looks most happy between 5.9-6.2 - So Ive kept pretty stable 6EC
1.8 current / 1.4 when made latest res change 6 days ago.TDS
905ppm* Fertilization & Feed *
Date
12/4Strain(s)
Purple Punch auto#1 (soil)Day
32 / Week 5Tent temp
24.5Solution/water temp
23.5CRH
45%VPD
1.17kPa - Leaf ofset (top leaves) is +1-2CLight(s)
Mars Hydro TS 1000pH
Runoff says 6.1 but idk how accurateEC
2.1TDS
-* Fertilization & Feed *
Gave couple heavier feed (2-2.1EC / 1000ppmish) that might have lowered the soil pH. Between the feedings Ive gave a liter or two plain tap water ~8pH trying to maintain soil pH stable 6.5Yeah thats what I actually did. Ordered 6 of those mini RH meters and they prbs arrive before Purple Punches are ready to harvest.Buy a pack of 10 and toss the ones that deviate from most by more than a few percent.
Thanks cjsbabygirl!Looking good @Verbalist !!! Hope mine start to stretch soon! The cabbage look is frustrating to train!
Mine’s not showing any pistols yetThanks cjsbabygirl!
Gotta admit that lst:ing being easier when theres lil gap between nodes.
Just waiting for her to grow out from that shape. Will hapen most likely when the pre-flower/stretch phase begins.
Whole lot new pistils pushing thru every day, so I’d guess we’re close
PS. Try those laundry clippers that I posted on Shed’s lst thread guaranteed satisfaction
Veggie baby veggie Its like slowly ripening christmas ham. Sloowly but surelyMine’s not showing any pistols yet
Hey Rex! Thanks for the reply.Do you have a back draft dampener? It Helps stop some of the cold leaking back in.
Something like this;
Indeed When I hit the humidifier up to half speed and RH rises to 50-60%, you can clearly see how theres wet warm air comming out and getting touch with cold air. Looks like a fucking steaming meth labGood catch - she looks happy!
Hmm..your vent does look a bit odd..
So what do we want to achieve with less stem elongation?The difference in temperature during the day/night (light/dark) perioid, known as thermoperioid has a major effect on plant growth and architecture. Through manipulating these temperatures in the right manner stretch can be greatly reduced.
DIFGibberellins studies has shown that where day temperatures are lower than night temperatures bioactive GA levels are reduced in plants, and as a result, stretch is reduced.
Stem elongation is promoted by warmer days than nights, and inhibited by warmer days than nights. (-DIF) As a result, negative DIF treatment is a tool to produce compact plants with short internodes without a delay in production time. Negative DIF is most effective when applied during the stretch phase of crop cycle (e.g first 2-3 weeks of the 12/12 light cycle). Further studies show that the most active phase of stem elongation in plants occurs at the end of the dark perioid and during approximately the first 2-3 hours after sun rises.
Moisture and conductivity
Whether you're growing hydro or in soil, the electrical conductivity (EC) and moisture of your medium are two key elements that should be manipulated to meet your needs. Both of these factors are controlling the same thing; the ability of a plant to uptake water and nutrients from the growth medium. (EC measures the level of fertilizer salts in the water.)
A plant grows by first dividing cells then expanding them, and in order to do this it requires water. By limiting the amount of water available to a plant you limit the expansion of cells. This can work for you by keeping your internodes close together, or against you by limiting bud growth. Both the amount of water you give your plants and the EC at which you grow them control the uptake of water.
A plant's roots act much like a pump, using osmotic pressure to move water into the plant. In order for this to work there must be a larger concentration of fertilizer salts in the plant's roots than in the soil or hydroponic solution, so when the medium's level of salt rises above the roots', the plant will wilt. Raising the salt level in the medium closer to that which is in the roots limits the water availability just the same as if we had provided less water.
During the vegetative stage we want our plants to form very tight internodes, especially under artificial lighting. By allowing the EC to drop below ideal during this stage we are wasting valuable space growing stem instead of bud. Most marijuana strains are happiest when grown at an EC of between 1.5 and 1.8, but different strains have different preferences. Try growing one of your plants using straight water for a week or so, you will see the internode length stretch dramatically compared to the ones on a regular fertilizer regime.
Hydroponic tomato growers sometimes will grow their transplants at extremely high EC's (up to 6 EC!) in order to get really nice stocky production plants. Please note that when doing this they use special nutrient formulas designed for this purpose, most of which have potassium to nitrogen ratios of 4:1, much higher than normal, as too much nitrate at this high an EC will easily damage a plant.
(Try this formula if you're interested: calcium nitrate 7 grams, potassium nitrate 0.095 grams, potassium sulphate 9.25 grams, mono potassium phosphate 2.2 gram, magnesium sulphate 5 grams, micromix .02 grams. Slowly raise your EC during veg stage, I would not recommend going above 3 or 4 EC. This is experimental! Do not try on all of your plants at once until you are sure your strain can handle it. All of these ingredients should be available at your local hydroponics store, it is usually called "six pack formula". Be sure to bring your EC back down once you enter floral stage, by the time tufts of pistils are visible you want to be at your ideal EC of 1.5-1.8.)
Try not to change the EC too quickly as a sharp drop can cause root damage. This also goes during your final flushing period when you want to eliminate all fertilizer from the medium – lower the EC over a couple of days, as the sudden change in salt level will harm the roots.
When growing hydroponically, the only way of manipulating water availability is with the EC, while in soil we may also use the moisture level of the medium to the same ends. Many growers are under the mistaken impression that the EC and pH of their nutrient solution remains the same when applied to the soil. This in not the case, and you must test the soil in order to have a true
picture.
For a continuous fertilization program for plants grown in a soilless substrate, the target concentration is between 8 ppm and 15 ppm of P. Providing levels below that will result in less plant growth, while concentrations above that level provide little benefit while costing more money. Phosphorus is also the primary contributor to plant stretch. Too much P will lead to excessive internode elongation and tall plants. That’s why it’s important to limit excessive P applications.