Hey Guys I saw the Contest for this month was to show n00bs how to grow in a hydro set up, so I've made a Video over the last few days I addressed the criteria for entry as follows:

• Remember to include PPM and feeding schedules (be Specific).
  • all temps, humidity, EC, times etc are included
• Pictures always help.
  • I thought if a picture is worth a thousand words, imagine what a Video would say!?
• Be easy enough for a newbie to understand.
  • not only is it basic enough, but I've used a VERY easy to maintain system, and the whole thing is about doing it on a budget because the main thing that stops people from growing hydro is the start up price.
• system should be for small growers (4-20 plants)
  • This is a system for 6 plants.

But the main reason I wanted to do it via video is so I could put a few gags in there and have a bit of a laugh!

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warning: may contain traces of nuts and dairy.

Now that is original.

thanks, I really hope I win, it took me about 12-14 hours to make this.

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warning: may contain traces of nuts and dairy.

Oh and I for got to give credit to my fiance' "raven" for helping with the narrating.

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very entertaining. Found myself laughing outloud.... very nice job bro...

thanks......

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spark it up

dont forget to vote guys

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warning: may contain traces of nuts and dairy.

LMAO
really good.
Only thing that I might would add would be a few definitions here and there.
Like EC for instance. I am a newb and had to look that up.
overall super duper

And knowing is half the battle.

The EC (Electric Conductivity; mS cm-1) is an important measure of total solute concentration (salinity level) of the nutrient solution in the root environment. EC mainly influences plant functioning through its effect on plant water relations. High salinity in the root environment decreases the availability of water to the roots of the plant and therefore decreases water uptake and overall growth rate. The osmotic potential near the root, which depends on the nutrient concentration in the irrigation water, is used to control plant growth and development and fruit quality. In general practice, EC should be around 2 mS cm-1, depending on the production system, crop, crop status and the desired quality and yield of the fruit. EC values for typical nutrient solutions are shown in Tables 3 and 4

well yes I could have gone into it a bit deeper, but why would I when I can just say... "if the light says this number your ok"

although if I had said everything I wanted to it would have been an hour long or more.

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warning: may contain traces of nuts and dairy.