Automated (Robot) Gardening

Why isn't there a garden robot?

Indoor Hydroponics: It is stunningly easy to grow your own food. For an investment of about $30, you can grow all the lettuce you need without pesticides, year round, at a cost of less than $1 per salad and about 4 salads a week. Cherry tomatoes and radishes also grow well.

• The Grow Box is open source and well tested.

Watering: About the most we have today are drip watering systems with automatic timers. There aren't even commonly available systems that measure and react to the actual water content in the soil.

• Solar Powered Automatic Garden Watering Idea
• https://prezi.com/tmboc-s_lhc0/how-i-learned-to-love-saving-water/?utm_campaign=share&utm_medium=copy Saving water through several low tech and high tech methods.+

Backyard Garden Automation: They can fly a camera on three winches over a football field, why can't we rig up a hose, seed and rabbit pellet dispenser, micro weed eater, and camera?
http://makeprojects.com/Project/Build-a-Wirebot/744/1 (pictures^ ) A "wirebot" can hang above a garden on three poles and "fly" over the plants taking pictures for remote review, probing the soil for moisture level, and if fitted with a gripper or something like the "Awecome Auger^" could remove weeds, dig small holes to plant seeds, etc... The instability of the wirebot head can be improved by running /two/ wires from the head to each pole, one high and one low holding the head top and bottom. A motorized winch is being developed at:
http://www.thingiverse.com/thing:161157

How about a social web site that shows an overhead picture of your garden and invites people to play a "game" of nuking your weeds, complete with CGI explosions of the targets. The aggregate result, less protected areas where you know there are plants, can direct the robot to weed the area.

When growing food outside, the key is monitoring and data, then protection and automation.

Monitoring: Almost every crop of veggies I've lost in the garden has been because I didn't notice what was going wrong until it was too late. Aphids cover the leaves and I don't see them until it's too late. Scale takes down my peppers because I didn't look at the stems close enough. The watering system breaks or fails and I don't notice the drooping leaves.

A webcam that let's you check anytime is a start. But we need both the overview and the details. We need a camera that moves around and takes close up pictures of everything every day. Those can be stitched together to make one ultra high resolution photo which is stored away. Now we have a time machine. One plant dies, what symptoms did it show in the days before? Are other plants showing those same symptoms?

A wire bot can fly on cables from poles above the garden. When it's not in use, it will go up high above your head and watch the garden for rabbits, or dogs or whatever. Once a day, it comes down, takes those pictures, and then goes back up. If it sees movement, it will alert, alarm, and possibly come down to chase off the intruder.

Next step is soil moisture probes, and a thin hose to do watering to custom levels for each area.

Then it can use those probes to kill weeds by stabbing them. Or maybe that will need a little auger. Anything that grows in the wrong place is a weed. Or "weed" from your office by clicking on the picture where you see the weeds growing. Or crowd source it.

Finally, we add a seed planting system. And then it's a fully automated farm.

Aquaponics is a popular and innovative method for reducing the inputs required to produce both plant (hydroponic) and fish (aquaculture) by combining the two systems: The plants clean the fish waste out of the water by using it as their fertalizer, and the fish food becomes the input instead. The main reduction is in water needed. However, in a small system, water quality issues can cycle very quickly and get out of control before a human notices. Robotic systems to monitor and perhaps react to water quality issues is critical and very lacking. Currently, the electronic sensors for those test (e.g. Ph) are very expensive and require frequent replacement.+

• https://hackaday.io/project/4197-reagent-robot Automate the Reagent (take a sample, put a drop of stuff in, shake, look at the color) testing of water for Aquaponics, Ponds, Aquariums.

See also:

• http://www.businessinsider.com/usda-urban-agriculture-2016-12 USA offers micro loans to help start urban farms.
• http://www.plant-image-analysis.org/ Database of plant image analysis programs. Filter by license, OS, function, cost, etc...+
• https://prezi.com/tmboc-s_lhc0/how-i-learned-to-love-saving-water/?utm_campaign=share&utm_medium=copy Saving water through several low tech and high tech methods.+
• http://hacksandbodges.wordpress.com/2014/11/08/solar-powered-automated-plant-waterer/ Automatic plant watering: Home made low voltage water valve, 4 solar yard light panels+
• http://go.farmbot.it/ Another attempt to automate small gardens.+
• MassMind Wirebot Presentation
  • http://makezine.com/2009/10/29/muralizer-prints-art-on-the-wall/ 2D version of a wirebot. Source code is here:
    https://bitbucket.org/0x0000/muralizer
• http://www.aerogardendvd.com The "Aero Garden" automates the lighting cycle and reminds the user to add water and nutrients as needed. The roots are held in air at 100% humidity (no dirt). Cost is about $170.+
• http://www.xs4all.nl/~sbolt/e-groeneVinger.html Solar powered "green thumb" monitors plant water level. Full construction details
• http://www.xs4all.nl/~sbolt/e-groeneVinger_Duim.html Hooking up a small solar powered pump to the "green thumb" results in automated, just-in-time, minimal water usage gardening!
   
• http://www.omegagarden.com/ Rotating gardens with the grow light in the center said to decrease growing time.
• http://queue.ieor.berkeley.edu/~goldberg/garden/Ars/ The "Telegarden" was a remote operation experiment over the internet.
• http://www.instructables.com/id/Upside-Down-Hanging-Earth-Box/ Hanging planters with a wick style automatic watering system
• http://www.maireid.com/wickingbeds.html Wicking beds turn standard raised bed gardens into self watering, super low water use, huge earthboxes! Imagine a standard raised bed frame, then put a plastic or rubber liner inside, making a sort of pool. Next, put "agi-pipe" (used for building soil drains) along the bottom, connected to a plastic elbo and a stand pipe. Fill in a few inches of gravel or "screening rock" and cover with shade cloth or old sheets to keep the soil from invading the space between the rocks. At one end, cut a "drain hole" in the liner so the water can never rise above the rocks. Finally fill in soil, compost, and mulch as always. Fill with water from the stand pipe until it starts to seep from the drain hole. Now the bed will be watered for weeks on end, and no water will touch the surface, preventing oportunistic seeds from rooting and keeping the mulch and compost soft and easy to work. The water also will not seep into the soil below the bed, so much less water is used.
   
• http://www.espchemicals.com/products2.cfm?&DID=19&ObjectGroup_ID=894&Position=12&Category_ID2=80&CategoryDescription=0 Min-Max temperature recording. Low tech, no batteries. $16
   
   
• http://toppertwo.tripod.com/pop_bottle_pots.htm self watering containers made from empty soda bottles.
   
• http://www.instructables.com/ex/i/2C5C6F622F3E1029BC6B001143E7E506/?ALLSTEPS self watering containers made from empty half gallon plastic milk jugs.
   
  A tip to take into consideration though is to tape or paint the outsides opauqe to prevent algae growth and promote healthy root development.This is because algae like light and suffocates the roots by covering them and stealing nutrient etc. And the roots become stunted on some plants because they strive to avoid the light and by doing this they bunch up in the middle of the planter.
   
  We made these from old laundry soap jugs (the really big ones) and sent kids home from RE classes with tomato plants. The handle is a perfect place to shove a small, dead bush for a latice. The kids don't have to remember to water them more than once a week or so.

PICList 2025 contributors: o List host: MIT, Site host massmind.org, Top posters @none found - Page Editors: James Newton, David Cary, and YOU! * Roman Black of Black Robotics donates from sales of Linistep stepper controller kits. * Ashley Roll of Digital Nemesis donates from sales of RCL-1 RS232 to TTL converters. * Monthly Subscribers: Gregg Rew. on-going support is MOST appreciated! * Contributors: Richard Seriani, Sr.

  .