Flowers on Bubba Kush
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Foofi the Cat
Member
That's root lock. The root system that was feeding those buds has died.
I think your bloom cycle is over, get that stuff out of there.
I think your bloom cycle is over, get that stuff out of there.
Cheers Foofi. The whole plant or just the the colas with the white flowers?
MickFoster
Well-Known Member
It's light bleaching........it has nothing to do with roots. Lol.
Foofi the Cat
Member
The part that is turning white is not receiving nutrients anymore, so it can't grow anymore, it can just sit there and get sun bleached.
Sometimes root lock is caused by an accident, perhaps the pots were moved in an unfortunate way and a root got broken, or perhaps there is a pest or fungus problem in the water system placing the roots under stress.
Though, I think your flowers look ready, Kush flowering time is about 8 weeks.
Sometimes root lock is caused by an accident, perhaps the pots were moved in an unfortunate way and a root got broken, or perhaps there is a pest or fungus problem in the water system placing the roots under stress.
Though, I think your flowers look ready, Kush flowering time is about 8 weeks.
Th ask again.
I thought they should be ready by now but the trichromes and still mainly glassy a few cloudy and no amber?
Foofi the Cat
Member
Expected appearance varies greatly. You will never grow two buds that look exactly the same.
Foofi the Cat
Member
No that's root lock.
You see, plants actually like light. They kind of need it.
So wait, you actually believe the light was bleaching that bud but was some how not able to bleach the material 1mm below it? ROFL
Thats funny.
And why isn't the hair on the top burned if they are so close to your light?
Definitely root lock, you are the one with no clue!
Budzbuddha
Well-Known Member
Don’t listen to that shit spewed above.
Buds were bleached.
If you see light bleaching and unhealthy discoloration only on the parts of the plant directly under your grow light, or only on older leaves that are exposed to the light, it often means it’s too bright for your plants and you should move your grow lights further away! If your plant is also having other problems, it is much more likely to be affected by light burn. A healthy plant can withstand higher light levels than a sick plant.
Problems also compound if there are deficiencies in plant .
Buds were bleached.
If you see light bleaching and unhealthy discoloration only on the parts of the plant directly under your grow light, or only on older leaves that are exposed to the light, it often means it’s too bright for your plants and you should move your grow lights further away! If your plant is also having other problems, it is much more likely to be affected by light burn. A healthy plant can withstand higher light levels than a sick plant.
Problems also compound if there are deficiencies in plant .
Foofi the Cat
Member
So why didn't bud directly next to them or higher than them and are actually closer to the light also bleach? If they are both facing identical physical conditions they will have a similar result.
The simple answer, it didn't have access to the nutrient it would normally use to metabolize the light.
OldMedUser
Well-Known Member
Individual roots do not feed individual branches or buds. Sap circulates around the whole plant including the roots.
You need to read a book or something.
Foofi the Cat
Member
Yes, they do.
And no it absolutely does not.
Roots are directly connected to varying sections of the plant, you can actually run a simple experiment to prove it.
Add 4 different food colourings to four different sources of water, take a plant you wish to experiment on (Not suggesting you use your weed.) and separate the roots of the plant so that they each go into the different water sources.
Over the next few hours, the colours you added to the water will begin to affect varying sections of the plant.
As the different colours affect different sections of the plant you can tell that different roots lead to different parts of plant.
With all due respect, you are the one needs to read a book. I have been a laboratory technician for more than 20 years and have read 1000's.
A plant has no organs, it does not have the ability to "circulate" anything, it uses photosynthesis and must rely on the principles of physics to function. There is no voodoo here.
terpedup83
Well-Known Member
leaves are organs, bracts are organs, pollen sacs are organs and yes can actually consider a plant a pump
Budzbuddha
Well-Known Member
Plants “ circulate “ by capillary functions - read book with pictures.
The combination of cohesion, surface tension, and adhesion works to create the capillary action in plants that seems to defy gravity. Water molecules, which are necessary for the survival of plant life, rely on capillary action to supply water to every inch of the plant. This can be quite the task considering nearly all of the water enters a plant through its root system in the ground.
The combination of cohesion, surface tension, and adhesion works to create the capillary action in plants that seems to defy gravity. Water molecules, which are necessary for the survival of plant life, rely on capillary action to supply water to every inch of the plant. This can be quite the task considering nearly all of the water enters a plant through its root system in the ground.
Nope_49595933949
Well-Known Member
What's translocation?
Nope_49595933949
Well-Known Member
Generally, specific roots do not feed specific parts of the plant. Instead, all of the roots of a plant work together to absorb water and nutrients from the soil and transport them throughout the plant.
The root system of a plant is responsible for anchoring it in the soil and absorbing water and nutrients. Water and dissolved minerals are absorbed by the root hairs, which are tiny extensions of the root surface. These absorbed substances are then transported throughout the plant via the xylem and phloem in the vascular system.
While some roots may be specialized for certain functions, such as storage or nitrogen fixation, all roots contribute to the overall nutrient uptake and transport system of the plant. In addition, the distribution of nutrients within the plant is regulated by a variety of factors, including the plant's physiological state, the availability of nutrients in the soil, and the plant's growth and development stage.
Overall, the root system of a plant functions as a cohesive unit to absorb and transport water and nutrients throughout the plant, rather than specific roots feeding specific parts of the plant.
The root system of a plant is responsible for anchoring it in the soil and absorbing water and nutrients. Water and dissolved minerals are absorbed by the root hairs, which are tiny extensions of the root surface. These absorbed substances are then transported throughout the plant via the xylem and phloem in the vascular system.
While some roots may be specialized for certain functions, such as storage or nitrogen fixation, all roots contribute to the overall nutrient uptake and transport system of the plant. In addition, the distribution of nutrients within the plant is regulated by a variety of factors, including the plant's physiological state, the availability of nutrients in the soil, and the plant's growth and development stage.
Overall, the root system of a plant functions as a cohesive unit to absorb and transport water and nutrients throughout the plant, rather than specific roots feeding specific parts of the plant.
Foofi the Cat
Member
Thats true, but a leaf cannot in any way circulate anything around the plant.
A plant uses photosynthesis, not a pump.
terpedup83
Well-Known Member
it can i swear , not the leaf by its self but a plant is like a pump
OldMedUser
Well-Known Member
You didn't answer the above question. Do you know what it means without the use of a search engine?
Explain that phenomena.
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