howak47
Well-Known Member
hahahha that is one funny mug hahahYou know im all about the laughs in a time of bullshit....
I mean....take a gander at my pretty mug
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the chitown sourkush thread
- Thread starter howak47
- Start date
theexpress
Well-Known Member
lol man that dont provwe shit.... it could have been what and how much you were feeding, or something else....
theexpress
Well-Known Member
[QUOTE="SICC";4259048]lol howak you might as well just keep the pant inside, for the threads sake 
[/QUOTE]
wow!!!! thats all i gotta say....... howak throw that shit outside..... seriously.
[/QUOTE]wow!!!! thats all i gotta say....... howak throw that shit outside..... seriously.
poplars
Well-Known Member
you're fuckin trippin. that's all I have to say. you're just twisting shit at this point, I'm done with you.
theexpress
Well-Known Member
lol man your from cali but dont have any fucking idea how many people in your sun shine state start plants indoors over the winter fior veg then inatiate bloom, and put them outside to finish in the spring to avoid helicopters.... cuzz there mainly out late summer.....
highflyby
Active Member
You telling me these people wait till 2 weeks before harvest? I didnt think so. Logic Disproved. Try again.
theexpress
Well-Known Member
naw... im saying they put them into bloom inside then put them out when weather permitts them too.. then cover them or bring them in at night
theexpress
Well-Known Member
you dont see why people would do that??? why they would veg out all winter long and get huge bushes, to put outside to bloom in the spring so they dont have to risk the police helicopter taking there shit cuzz they fly later in the season? you dont see why they do that? you dont think they get massive yields putting those bushes outside....
pitbudz87
Well-Known Member
hey chi or poplars or nyone ive got a def with my afghan i just posted a vid im having trouble figuring out what it is if you dont mind please go check out my thread and give me ny info you might think it is im gonna go fix the grwwnhouse some but ill be back to the computer soon please help
theexpress
Well-Known Member
lol im sure if you ask poplars his answer will be its cuzz the sun..... link me bro
poplars
Well-Known Member
you missed what I was saying.
grow LEGIT.
that means grow LEGAL.
which means you don't have to fear flying helicopters taking your fucking crops.
poplars
Well-Known Member
theexpress
Well-Known Member
[QUOTE="SICC";4259181]he said he had two beers LOL[/QUOTE]
lol right like wtf??? i had 2 bluemoons lol comeone now....
lol right like wtf??? i had 2 bluemoons lol comeone now....
theexpress
Well-Known Member
suck fast and swallow slow........
Plants' Cooling Systems
A plant and a piece of stone in the same place do not warm up to the same degree, even though they receive the same amount of solar energy. Every living creature will experience negative effects if it stays out in the sun. So what is it that enables plants to be minimally affected by the heat? How do plants manage this? Why does nothing happen to plants even in great heat, even when its leaves burn in the sunshine all through a hot summer?
Apart from their own internal warming, plants also take in heat from the outside and maintain the temperature balance in the world. And they themselves are exposed to this heat while carrying out this heat-retention process. So, instead of being affected by the ever-increasing temperature, how is it that plants can continue to take heat in from outside?
Considering that plants are constantly under the sun, it is natural that they should need more water than other living things. Plants also constantly lose water by the perspiration on their leaves. In order to prevent such water loss, the leaves, the surface of which are always turned towards the sun, are generally covered in a waterproof protective wax known as the cuticle. In this way water loss on the upper surfaces of leaves is prevented.
But what about the under surfaces? Because the plant loses water from there, the pores whose function is to enable the diffusion of gases are generally on the bottom surfaces. The opening and closing of the pores regulates the plant's taking in enough carbon-dioxide and giving off enough oxygen, but not in such a way as to lead to water loss.
In addition to this, plants disperse heat in different ways. There are two important heat dispersal mechanisms in plants. By means of one of these, if the temperature of a leaf is higher than that around it, air circulates from the leaf towards the outside. Air changes stemming from heat distribution lead to the air rising, because hot air is less dense than cold. For this reason the hot air on the surface of the leaf rises, leaving the surface. Because cold air is denser, it descends to the surface of the leaf. In this way heat is reduced and the leaf is cooled down. This process goes on for as long as the temperature on the surface of the leaf is greater than that outside. In very dry environments, such as deserts, this situation never changes.
By means of the other heat dispersal system of plants, leaves can perspire by giving off water vapor. By virtue of this perspiration, the evaporation of water permits the plant to cool down.
These dispersal systems have been designed to suit the conditions where the plant lives. Every plant possesses the systems it needs.
This activity of plants could be described as a kind of water engineering. The trees in a thousand square meter area of forest can comfortably put 7.5 tons of water into the atmosphere. Trees are like giant water pumps, passing the water in the soil through their bodies and sending it into the atmosphere. This is a most important task. If they did not possess such a feature, the water cycle on the Earth would not happen as it does today, which would mean the destruction of the balances in the world.
Although their stems are covered with a wooden, dry substance, plants can pass tons of water through their bodies. They take this water from the soil, and after using it in various parts of the high technology factories in their bodies, give it back to nature as purified water. At the same time that they do this, they also separate part of their intake of water with the aim of using the hydrogen in the nutrition production process.
Apart from their own internal warming, plants also take in heat from the outside and maintain the temperature balance in the world. And they themselves are exposed to this heat while carrying out this heat-retention process. So, instead of being affected by the ever-increasing temperature, how is it that plants can continue to take heat in from outside?
Considering that plants are constantly under the sun, it is natural that they should need more water than other living things. Plants also constantly lose water by the perspiration on their leaves. In order to prevent such water loss, the leaves, the surface of which are always turned towards the sun, are generally covered in a waterproof protective wax known as the cuticle. In this way water loss on the upper surfaces of leaves is prevented.
But what about the under surfaces? Because the plant loses water from there, the pores whose function is to enable the diffusion of gases are generally on the bottom surfaces. The opening and closing of the pores regulates the plant's taking in enough carbon-dioxide and giving off enough oxygen, but not in such a way as to lead to water loss.
In addition to this, plants disperse heat in different ways. There are two important heat dispersal mechanisms in plants. By means of one of these, if the temperature of a leaf is higher than that around it, air circulates from the leaf towards the outside. Air changes stemming from heat distribution lead to the air rising, because hot air is less dense than cold. For this reason the hot air on the surface of the leaf rises, leaving the surface. Because cold air is denser, it descends to the surface of the leaf. In this way heat is reduced and the leaf is cooled down. This process goes on for as long as the temperature on the surface of the leaf is greater than that outside. In very dry environments, such as deserts, this situation never changes.
By means of the other heat dispersal system of plants, leaves can perspire by giving off water vapor. By virtue of this perspiration, the evaporation of water permits the plant to cool down.
These dispersal systems have been designed to suit the conditions where the plant lives. Every plant possesses the systems it needs.
This activity of plants could be described as a kind of water engineering. The trees in a thousand square meter area of forest can comfortably put 7.5 tons of water into the atmosphere. Trees are like giant water pumps, passing the water in the soil through their bodies and sending it into the atmosphere. This is a most important task. If they did not possess such a feature, the water cycle on the Earth would not happen as it does today, which would mean the destruction of the balances in the world.
Although their stems are covered with a wooden, dry substance, plants can pass tons of water through their bodies. They take this water from the soil, and after using it in various parts of the high technology factories in their bodies, give it back to nature as purified water. At the same time that they do this, they also separate part of their intake of water with the aim of using the hydrogen in the nutrition production process.
highflyby
Active Member
Chitown, under your logic I can lock all my indoor plants in 5x5 room with 2x 1000w HPS......and they wont be bothered by the heat, just as long as they have enough water.
What idiocy. Correct me if my simple breakdown of that nonsense you copied and pasted makes sense...
What idiocy. Correct me if my simple breakdown of that nonsense you copied and pasted makes sense...