Aqua Man
- Posts
- 26,479
- Reactions
- 59,693
- Joined
- Jun 12, 2018
- Points
- 638
Ok move to a part of the tent with less light… i think you need to water slightly more often as this is usually the largest contributor to a potassium deficiency
Ok move to a part of the tent with less light… i think you need to water slightly more often as this is usually the largest contributor to a potassium deficiencyat tgis point watering when pot is weightless. even when others are thirsty she is perking straight up praying all day
Depends on the coverage… if its even just lower intensity… is it in with other plants and they are doing fine. If so just move it to a part of the tent with less intensityRaise light or lower intenisity?
Yeah growing from seed is always like that… have to do some shuffling from time to timeGot it. Thanks @Aquaman. gonna let her take a few days with a minor height adjustment...got it between 405 to 460 when I did 4 readings over this plant. Tucked her away in the corner
took her off the stand as well.
Flower looks very healthy, hell of a stalk, leaves are getting a nice white dusting.
I always have 1 odd plant that i battle till the end these past 10 months
It's a picture of a plant that got burned by a being too close to a light?Thats iron
I don't think it's light burn. Hard to tell for certain from these pics but I think you might have a mag deficiency. Add a little calmag and see if it fixes it.So most all my current plants are "praying" per say. I have a Cookie Monster Auto That is Praying far more then any of my plants. its basically cupping the main top flower. I cant imagine how light can get to the buds below it without defol. Its supper healthy (few minor issues that i resolved quickly).
I would love to let her be like of at all possible.
Lights starts at the outaide edges and progresses inward… that pic is iron deficiency. i seen many misdiagnosed on the interwebsIt's a picture of a plant that got burned by a being too close to a light?
I'm with aqua on this. Metabolic issue.... I would lower the light a bit until it's corrected and then back up againLight stress and showing a potassium deficiency…. Is your humidity low?
This…. Thats why i asked about humidity… the turgidness of those stems is a tell tale light stress with very high internal pressure (transpiration rates) which is driven by light. Was thinking that a higher humidity would help lower that and it may somewhat but feel kinda like this time its more the intensity of the light combined with what you sayIn the beginning to mid flower they get this "metabolic bloom boost" and crank up like this. Supported by much power from the light, a strong root system, lollipopped/defoled --> so the internal pressure has more force on the remaining foliage.
YeahIn the beginning to mid flower they get this "metabolic bloom boost" and crank up like this. Supported by much power from the light, a strong root system, lollipopped/defoled --> so the internal pressure has more force on the remaining foliage.
Let's address this because I think it's important. I think there is definitely a difference between light burn, light stress and light bleaching, based on temperatures and light intensities. As far as deficiencies go I feel like people try to over simplify deficiencies thinking its just one when in reality its usually several as well as some kind of environmental/soil factor creating the the deficiency, depending on the soil medium and nutrient regimen. With the exception of maybe cal/mag, which is usually caused by soil chemistry or lack of bio availabilityLights starts at the outaide edges and progresses inward… that pic is iron deficiency. i seen many misdiagnosed on the interwebs
Its all interrelated … light is what drives everything and the more light the more dialed in you need to be in all of the factors that influence nutrients… an iron deficiency and the root cause are almost always different… it could be soil ph which is most common.Let's address this because I think it's important. I think there is definitely a difference between light burn, light stress and light bleaching, based on temperatures and light intensities. As far as deficiencies go I feel like people try to over simplify deficiencies thinking its just one when in reality its usually several as well as some kind of environmental/soil factor creating the the deficiency, depending on the soil medium and nutrient regimen. With the exception of maybe cal/mag, which is usually caused by soil chemistry or lack of bio availability
Iron is responsible for chlorophyll production and I notice a general lighting in the veins and leaf tissue. This is what iron deficiency commonly looks like for me in my garden.
View attachment 1283002
ph is a big factor when you are just feeding liquid bio available nutrients, but when you are in soil, ph isn't as important because it can be more self regulating based on the microbial activity. Even if your ph is off you can still be getting many secondary nutrients to the plants through the microbiome which is another way to make nutrients bio available.Its all interrelated … light is what drives everything and the more light the more dialed in you need to be in all of the factors that influence nutrients… an iron deficiency and the root cause are almost always different… it could be soil ph which is most common.
there are pretty well established maximums based on ideal environments and nutrients etc… now when you are not at the most optimal of 1 parameter it will resuce the plants ability to use light.
Simply an identical plant under different conditions will have a different ideal ppfd. In this situation the plant is getting to much light for its tolerance and ability to use it
I beg to differ strongly… availability is directly related to PH and it highly depends on the chelates used and the CEC of the media… also the ph can be highly responsible for the form a nutrient is in like ammonia or ammonium. PH is buffered by the soil which is why you dont need to worry about ph of feedings If the soil is built properly…ph is a big factor when you are just feeding liquid bio available nutrients, but when you are in soil, ph isn't as important because it can be more self regulating based on the microbial activity. Even if your ph is off you can still be getting many secondary nutrients to the plants through the microbiome which is another way to make nutrients bio available.
Different strains definitely have more sensitive thresh holds and needs, light being one of them for sure.
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?