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1 • Basics

First Links
Aeroponics - WP
Aeroponics Systems - What you'll need to build your own basic aeroponics system -
• most technical of all 6 types of hydroponic systems - fairly easy to build
• System building elements:
   🠚 Container to hold the nutrient solution (a reservoir)
   🠚 Submersible fountain/pond pump
   🠚 Tubing to distribute water from the reservoir pump to the mister heads in the growing chamber
   🠚 Enclosed growing chamber for the root zone
   🠚 Mister/sprinkler heads
   🠚 Water tight container for the growing chamber where the plants root systems will be
   🠚 Tubing to return the excess nutrient solution back to the reservoir
   🠚 Timer (preferably a cycle timer) to turn on and off the pump
How to Build a Simple Aeroponics System - YT
Is aeroponics better than hydroponics? How does it work? -
Aeroponics = plant roots get fed by nutrients mist (Dunst)
Hydroponics = indoor gardening system using sterile root zone media such as rockwool, coco coir or volcanic rock instead of soil - more effective than soil systems ...
• Aearoponics plants are grown in troughs (Rinne), tubes (Röhrchen) or other types of chambers - their roots are not in any kind of solid material - roots hang in space and are periodically bathed in nutrient mist - less chance of root zone disease
• Warning: chambers constantly wet with nutrient spray, must be continually treated with 35% hydrogen peroxide solution to prevent the growth of harmful bacteria and fungi
• Support collars (Kränze) needed that hold stems in place, rigid (steif) to hold plant in place, flexible to allow growth
• Roots need oxygen - root zone media surrounds roots to limit the amount of oxygen they can absorb in comparison to how much they can absorb when grown aeroponically - aeroponics nutrients are misted through oxygen, and there’s plenty of oxygen in the growing chamber for roots to absorb - that’s one reason aeroponics plants grow faster and absorb more nutrients than regular hydroponics plants
• Easy cleaning and renewal - only to remove plants and their roots, wash irrigation channels, reservoirs and root chambers with water and disinfectant, then system again ready for new plants
• About the same amount of set up as building a pump-timer irrigated regular hydroponics system
• Most aeroponics systems include standard features such as a lower chamber/reservoir, upper chamber, pumps, sprayers and neoprene collars - many aeroponics systems feature continual chambers that run in rows - others are a "stadium style" system that features a sub-structure that holds a V-shaped growing area with a high intensity light in the middle
• Root chambers must be opaque (lichtundurchlässig) - roots don't like light
• Early plants and clones - cloning improves root growth, survival rate, growth rate, and maturation time
• Efficient use of fertilizer (Düngemittel) and more floral growth - important to use superior fertilizers - nutrients have to be properly manufactured so they’ll spray easily and not cause clogs (Holzpantine, Hemmnis) - they have to be manufactured in correct ratios and the proper pH buffering so they provide nutrients that can be immediately absorbed by roots
• Plants can be easily moved around
• First aeroponic system was developed in Italy
• Chrysanthemum (herbaceous cuttings) and Ficus (woody cuttings) ... - Number of roots and total root length increases as dissolved oxygen increases
• Aeroponics is not as easy or perfect as it sounds - it usually costs a lot to set up, even if you buy a pre-fab system - learning to run an aeroponics garden is difficult, depending almost totally on high-pressure pumps, timers and sprayers, so power failure and other malfunctions can spell doom (verhängnisvoll sein) - systems are far less forgiving than regular hydroponics systems, especially as regards to electricity outages and loss of irrigation schedule - you have to master precise control of nutrients and water because there’s no root zone material to buffer solution - if the system has pump failure, bad nutrients, dry reservoir or blocked nozzles, your plants can be horribly damaged or killed in just a few hours
• ...
• Aeroponics in all its many forms is a high-tech growing method that requires expertise, investment, monitoring, and quality nutrients (such as Advanced Nutrients Grow, Micro, Bloom) - because aeroponics costs more to set up and run than regular garden methods, it is most appropriate for high value crops

How To Feed Aeroponics -Aeroponics Nutrient Schedule -
Primary nutrients: Nitrogen (N 7 Stickstoff) Phosphorus (P 15) Potassium (K 19 Kalium)
Secondary nutrients: Calcium (Ca 20 Kalzium Kalk) Magnesium (Mg 12) Sulfur (S 16 Schwefel)
Micro-nutrients: boron (B 5 Bor) copper (Cu 29) iron (Fe 26) chloride (Cl 17 NaCl Salz) manganese (Mn 25 Mangan) molybdenum (Mo 42 Molybdän) zinc (Zn 30 Zink) and others
Plant nutrition - WP
macronutrients: carbon (C 6 Kohlenstoff), oxygen (O 8 Sauerstoff), hydrogen (H 1 Wasserstoff)
micronutrients: nickel (Ni 28)
All elements: • H-1 B-5 C-6 N-7 O-8 • Mg-12 P-15 S-16 Cl-17 K-19 • Ca-20 Mn-25 Fe-26 Ni-28 Cu-29 • Zn-30 Mo-42
Chemische Elemente nach Marktpreis -

A Deep Look At Aeroponics - - Pros & Cons
Aeroponic Farming - YT
Vertical Farming 2022 | 3 Different Types Of Vertical Farms - YT

Autarkic Energy
Wie erreiche ich 100% Autarkie? -

1) ...
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Session 1 • Sat 2022-6-11 Bad Bleiberg 8:20-6:25 WR aq.html - start ♡♡♡

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