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Best "How to ScrOG" Guides

Sea of Green (SOG) vs Screen of Green (ScrOG)

A great deal of confusion exists regarding the difference between Sea of Green (SOG) vs Screen of Green (ScrOG) methods of growing cannabis. Before I present what I consider to be some of the better "How to ScrOG" Guides, allow me to briefly define the difference between SOG and ScrOG.

SOG - SOG is used to create "perpetual harvests". The method involves high plant counts per cu ft and short grow cycles. Clones are introduced to 12/12 flowering with little to no veg cycle. Trellis or other screen material may be used to support heavy colas but no plant training techniques are used. Many growers cannot use SOG due to local plant count limitations. 

Sea of Green (SOG), multiple plants


ScrOG - The ScrOG method involves lower plant counts, typically 1 plant per 2'x2' area. Veg periods vary, with longer veg periods resulting in canopies larger than 2'x2'. Screens are used to facilitate plant training which results in short bushy plants with virtually all target bud sites in the best lighting zone. ScrOG method is touted to produce 2 to 3 times the yield of traditional growing methods.

Screen of Green (ScrOG), single plant


There are a number of variations of the ScrOG method. We have scoured the internet and selected what we consider to be some of the better "How to Guides" below.


How to ScrOG like a pro
ScrOG Diagram
ScrOG in veg stage
BudsonBuds
Best ScrOG video ever
Argument for single plant ScrOG

The original Screen of Green (ScrOG) was invented and popularized by Wolf Segal of Portland, Oregon. Previously, underground growers (including Wolf) would use SOG (Sea of Green) to ensure perpetual harvests. SOG puts several plants under one screen. Wolf was arrested and jailed during operation "Green Merchant" in the 90s and gained the distinction of having the highest plant count in history. Wolf then came up with the concept of ScrOG to dramatically reduce plant counts and at the same time maintain high yields.
Growers who have embraced the concept of ScrOG have found far more benefits than just reducing plant counts.

Why do many growers prefer single plant ScrOGs?
  1. Ease of providing individual plant care - When 2 or more plants are placed under a single ScrOG net, those plants are typically treated the same out of necessity.  Growers have trouble getting to plants at the far reaches of the grow. All plants are treated the same despite their strain maturity level or health.
  2. Simple to move around if necessary - If you need to pull a plant from a grow for any reason, you need to cut the net and remove it, leaving remaining plants unsupported. 
  3. Improved light distribution - Growers can rotate, custom adjust heights, plants grow at different rates and mature a different rates.
  4. Easy to remove troubled plant from grow space, lowers risk of damage to remaining crop
  5. Easier to water and flush
  6. Allows gardener to harvest plants individually at precise maturity
  7. Eliminates crawling under nets/wire mesh
  8. Wheel chair / handicap accessibility
  9. Irrigation equipment accessibility
  10. A single plant can be scrogged at an optimal time in its growth cycle. Otherwise, only the most aggressive growing plants enjoy the full benefit of Screen of Green.

P SCROG Techniques
P SCROG Techniques

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Optimizing Light

Optimizing Light

Plant training methods have been around for hundreds of years. In the 17th century, the French developed a technique called “espalier” which was used both for decorative and fruit production purposes.

Espalier trees

Espaliered Pear and Apple Trees
Espaliered Pear and Apple Trees (above)

 The most important advantage (of espalier) is that of being able to increase the growth of a branch by training it vertically. Later, one can decrease growth while increasing fruit production by training it horizontally.” 1  

Scrogging builds on the espalier technique to grow short, bushy horizontal plants allowing for maximum bud development. The main stem of the plant is forced to multiply by Topping.  Low Stress Training (LST) is accomplished by bending the branches of stems under the lower training screen resulting in more
bud development per branch.  Lollipopping all leaves of lower branches focuses the energy upward to bud development. A flat horizontal plane of buds, developing all in unison, can be placed in the optimal light intensity band at the same time.  No buds are stunted due to upper growth shading and all plant energy is focused solely on bud development.

                           
                   Optimal Light

Most references to the ScrOG method espouse 2 to 3 times increase in bud yield.2

Scrogged plant
P SCROG Primary System
References
1.        Wikipedia  “espalier”     2. GrowWeedEasy.com
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The Denver Defoliator

The Denver Defoliator

 Mike didn't seem like the abusive type when I first met him at Indo Expo in Denver.     ...until he showed me what he does to his plants!!  

Mike (L) & Gary (R)

4 of Mike's defoliated plants in P SCROGs

The reality is Mike is a gentle man and one great indoor gardener! And like most great gardeners, he pushes the limits of experimentation with his plants with such techniques as defoliation. He's really not abusive at all.

When I Googled defoliation what I found was that the technique as it applies to cannabis is quite controversial (see growweedeasy.com). So, I asked Mike if he would demystify the technique for me and for readers of the ScrOG blOG in the following interview.

Gary - So we're talking about Defoliation and to be quite frank with you, I had never even heard of defoliation prior to you bringing it up. ...pruning and trimming yes, defoliation, no. Although I acted like I knew what you were talking about, it wasn't until our second conversation did I ask you, "what the heck are you talking about?" 

Mike - Defoliation is simply removing leaves from parts of the canopy. Everybody has the tendency or urge to do this when they see a yellow leaf or a leaf that's not doing well or a leaf that clearly has a bug on it. They are very quick to pluck that leaf from the plant to discard it in the trash. But defoliation in regards to increasing cannabis yield means being more aggressive at removing leaves from the canopy. Not just removing the growth that's struggling but removing new growth and bushy growth to help get light penetration to the lower canopy. Leaf removal helps when utilizing some of the newer lighting technologies like LEDs. Fewer leaves promotes air circulation, helps plants breathe and helps to prevent issues with powdery mildew where you've got damp leaves touching one another. It gives the plant a little bit more opportunity for growth because you're giving it better conditions. 

Gary - A lot of people lollipop, remove fan leaves and prune here and there but it seems that the defoliation technique is much more aggressive at leaf removal. When you showed me the pictures I was shocked. There were hardly any leaves left!

Mike Absolutely, the way I like to do it is in the first week of flower I cut every leaf that I can get scissors to on the stems. I don't really work to get the tiny tiny leaves but I go in and I thin the plant out and I make it super super bare. A lot of people would freak out when they see the plant minus all its leaves.



It takes about 3 days for the untouched little leaves to sprout out and create a full canopy again. I was told that 
this is merely because of the plant's need for 
photosynthesis and a need for a leaf to be at the site, It understands when you've pruned it. The plant thinks, "man we don't have much capacity to to do our solar photosynthesis so we need to push out a new set of leaves" and in that way it kind of forces a quick new growth and it bounces back healthier when you knock it down a little bit.

Gary - So to me it's kind of counterintuitive. You need the leaves to absorb the light to produce flowers, yet you're removing those leaves.

Mike - That was a concept that I had difficulty grasping also and I have got to tell you I don't currently know the science behind the technique. I just know that it works.

The best answer, and this is just a total guess, is that while you've removed all its leaves and the little baby ones are there, the plants are like maybe twenty four to forty eight hours behind. You have stunted it and you have taken its leaves but its stalk, its roots and its processes are already determined. It has already told those little leaves to grow. They are already on their way to fruition and it's kind of like nothing you do stops that from happening. And a few days later, you have got a full canopy.

Full canopy
Gary - When you first told me about this I went online and I started doing some research. I found there are some hardcore advocates, but there are also adamant opponents of the method.

Mike - Yeah you can mess it up. I mean clearly anybody who has worked with their plants more than just putting them in a pot and letting them grow; anybody who has gone in there and tried to bend the branches out or remove growth or low stress train their plant in any way, knows they always have the potential  break the plant. You may breakstem, or even worse break the main stalk while manipulating it.

A lot of people who are clumsy you know and don't trust themselves worry about breaking their plant and that istrue concern. Some people worry about over stressing their plants. For new growers or people who bring a plant into the space that's unhealthy, that is a serious concern as well because their plants might not be able to tolerate the stress, the training and the removal of leaves and branches likefully healthy plant with great root mass and in prime condition. So you definitely want to bring a plant to the table that has no diseases or other problems and is a very healthy grower. You can also defoliate too often and mess up the internodal spacing causing the plant to stack.

Gary - How often do you defoliate during a plants life cycle?

Mike -I try to defoliate three times at most. Once during vegetative cycle, usually somewhere in the 8 to 12 week range, around the time I am topping the plant. The second time is in the first week of flower and the third at around 18 to 21 days of flower. I find that it really helps with the bugs because there's nowhere for them to live. It helps with light penetration and helps stimulate auxin production, the hormonal response forcing the plant to grow.

Gary - Just about everything we do to a plant we do to increase the yield. I would assume that is the same goal with defoliation. Since the end goal is to increase yield you must really believe in the technique.

Mike - I don't necessarily do it for the increase in yield. I believe it  improves the uniformity of buds. So by defoliating hardcore and lollypopping the lower branches that we're going to be a little shaggy and larfy anyways, we are telling the plant where to focus its energy. We're kind of bonsai instructing the plant. That puts more growth into the bud sites that were selected so they will be larger and more uniform in their appearance. We don't end up dealing with the smaller popcorn that would have grown there. I can get to my weight a lot easier and it's going to be a lot more attractive. For me it is more about quality of final product and usable bud weight...dense uniform buds.

Uniform buds


Gary
- Is everything below the screen kept clean? I know you use the P SCROG. How does defoliation work with the P SCROG?

Mike - Everything below the screen is clean for sure. 


Clean below screens
The P SCROG makes execution of all the techniques simpler. I put the plant in the P SCROG without the screen in early veg, then top it 2 to 3 times to create 4 to 6 main branches. When the plant reaches 10 to 12 inches tall I apply the lower training screen and flatten the canopy using low stress training with the main branches spreading under the screen symmetrically. I defoliate the plants while in the P SCROG 3 times according to the schedule I mentioned earlier. Lollipopping occurs as soon as the screen is applied and I continue to remove any new growth below the screen as soon as I see it for the rest of the plant's life.  Anytime plant tips try to grow through the screen they are tucked and weaved back under the scree with the objective of creating a flat canopy. The flat screen ensures that all selected bud sites fall within the most effective lighting zone.

Since each plant is in its own P SCROG and is on casters, accessibility to perform all techniques effectively is a dream come true compared to how I used to struggle with all plants under the same fixed ScrOG.

At harvest, I cut the main stalk and remove the screens, leaving the canopy in tact. I prefer to dry trim, so I hang the screens with canopies on hooks to dry and immediately put the unit back into production with a second set of primary screens.

Hanging screens
P SCROG screens hung for drying
 
With this method I get 5 grows a year per P SCROG bringing  down  my investment expense to just a few bucks per grow and at the same time giving me more usable and esthetically appealing bud.

Gary - Last time we visited Mike in Denver he turned me on to some of his "Green Crack" he grew with love and using all the techniques he shared in this blog. That bud was one of the prettiest I have ever seen and the quality of the taste, smell and high would rival some of the best Leafly reviews.

So as odd as defoliation may seem to some people, it's one more discipline one might want to consider in the quest to grow better and better weed.  

Mike, thank you so much for sharing your knowledge in this ScrOG blOG.

Mike - Thank you also.
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Double yield for $5

Double yield for $5

Would you pay $5 per plant each grow to double your yield, some say even triple? P SCROG along with Low Stress Training (LST) can do it for $5 a grow in part because of the superior screen material.

P SCROG screens are molded from polycarbonate resin to provide optimal growing conditions, strength and safety when using the ScrOG method to maximize yield.
 
Polycarbonate is a lightweight, high-performance plastic that possesses a unique balance of toughness, dimensional stability, optical clarity, high heat resistance and electrical resistance.
 
Indoor grow spaces by their very nature utilize a dangerous combination of water and electricity to maintain life of plants. Metal ScrOG screens are conductors of electricity and heat and should be avoided in the growing environment to reduce chance of electrical shock, fire hazard and damage to plants. In addition, metal "racking" type material (especially black) can block up to 13%* light during ScrOG training in addition to conducting heat and possibly stunting growth.

​P SCROG screens are naturally transparent, with the ability to transmit nearly all available light to plants​. ​The screens have high strength, toughness, heat resistance, electrical resistance ​and excellent dimensional and color stability. 

The general properties can be summarized as follows:

  • excellent physical properties
  • excellent toughness
  • very good heat resistance
  • ​good ​chemical resistance
  • ​electrical resistance​
  • transparen​t​
  • horticulture friendly
The same P SCROG screen material is used to make bullet proof glass. 

The following diagram compares the impact strength of polycarbonate to other common polymers.

Plastic Strength
Data from Polymer Technologies & Services, LLC.

SCROGGER warranties P SCROG screens for 5 full years because of the quality and strength of the polycarbonate material. With the P SCROG 4 20 sale, ​that works out to about $5 a grow** over the warrantied life.
Celebrate 4 20 and save 25%, good now until April 30, 2016. Hurry, only 420 hours left!
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Top or FIM?

Top or FIM?

Topping or FIMing your cannabis plant is an essential ingredient to promote doubling or tripling yield when using the P SCROG. Instead of one large central cola, topping and FIMing techniques promote multiple branches and bud sites that through low stress training fill the screen of the P SCROG with a bouquet of succulent dense flowers. 

Pre-harvest P SCROG

Topping - Cutting the plant above the top node. Topping can and should begin early in vegetative cycle. Each topping produces 2 branches. Two to three toppings during the vegetative cycle will produce 4 - 6 branches with multiple bud sites. As the branches stretch under the screen with use of low stress training (LST), the plant's foliage increasingly fills the P SCROG screen's planar surface. The stretch during training positions the bud sites such that they will grow through the openings of the polycarbonate screen.

Proper topping technique produces even numbers of branches making it possible to fill the screen symmetrically during the training process. Depending upon the strain, a P SCROG screen can reach the target of 75% to 80% full in 30 to 45 days of veg, at which time the plant should begin flowering cycle and should stretch enough to completely fill the screen.

"fuzzygrow" on YouTube

From "GrowWeedEasy.com"

FIMing - "FIM" is a growing culture acronym that stands for "F--K I missed". While not a scientific description of the method, it accurately describes the reaction one might have if you realize you didn't actually top the plant, you instead pinched off the top new growth and missed the rest.

While the FIM method may have been discovered by accident, many people claim it is superior to topping for the following reasons:

1. Produces a shorter bushier plant
2. Less stress and recovery time for the plant
3. Produces 4 branches for each FIMing

LST is performed the same as with topping with the objective of filling 75% to 80% of the P SCROG training screen before switching to flowering cycle.
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Okanogan Sunflower Farm

Okanogan Sunflower Farm

Although Okanogan county of Washington state during the gold rush was known for its gold nuggets, Terry Taylor is betting his company will become well known for the Okanogan Sunflower Farm and Okanogan Gold cannabis. 

The Okanogan Sunflower Farm is near where the nomadic Northern Okanogans or Sinkaietk tribal group would roam. Their language was Salishan. Descendants of these tribes now occupy the Colville Indian Reservation. Okanogan is Salishan for "rendezvous"...and rendezvous they did!

Left to right, Chief Moses, Chief Tonasket, Chief Sar-sarp-kin. (Courtesy Okanogan Historical Society)

On February 23, 1896, the north half of the Colville Indian Reservation was thrown open for mineral entry, and within weeks, hordes of gold seekers flooded in and staked hundreds of claims. It has been estimated that as many as 1,500 prospectors and other outsiders were waiting just across the Columbia River. The story goes that signal fires were built when official word of the opening was received; these fires touched off a gold rush, and the mining frenzy was on The gold rush ended in bust leaving the region with record numbers of ghost towns.

Terry Taylor is owner and operator of the Okanogan Sunflower Farm. Terry likes to talk about his great grandfather who lived and worked the land with the indians during the gold rush in what is now Okanogan county. He probably even shared cannabis medicine with the indians before it was prohibited by law.

Like his great grandfather during the Gold Rush, Terry is in the midst of the "Green Rush" frenzy with his 28 acre Okanogan Sunflower Farm and "Okanogan Gold" cannabis brand of bud and extracts. "We can still pan for gold in the Okanogan River which is used for irrigation at the farm", says Terry. "We are located in north central Washington where the mountains meet the desert. This region and its micro climate are ideal for growing high grade cannabis plants."

Terry Taylor
Hear Terry explain his cannabis operation in the YouTube video shot at the Okanogan Sunflower Farm, why he feels all plants should be ScrOGged and his predictions for the future of the cannabis industry. The drone footage is incredible. Please watch!
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