WindowFarm Instructions 2013 
 NOTE: I have absolutely nothing to do with this company which was a failed Kickstarter in ~2012-2015.
  I ordered one of these in 2012 and it actually came but I never set it up.  It sat in my basement until now, during
  the pandemic of 2020, when my wife and I decided to finally went to check it out.  I had to extract these instructions
  from
  the Web Archive.  Thanks much to them for it.  There's also this window farms project that I've seen online that's not related but might be of some help. 
 We had problems with the bubbles not making it up all of the way with the water or bubbles coming out the bottom of
  the T connector.  The Troubleshooting Guide helped with this.  Specifically the section on
  Water back-flow. 
 I've done a large amount of formatting/editing but I've also removed some worthless content with links to dead
  webpages, references to the "community", etc.. 
 Every good farmer knows how his tools work and how to fix them if something goes wrong. The first step is to learn
  how your Windowfarm works while putting it together... 
 Automated Watering 
 A timer periodically engages a pump to send nutrient-laden water from the reservoir through the bottom tube assembly
  and up the rigid tube to the top planter.  The liquid trickles through plants' roots in each planter, bathing the
  plants' roots in optimum nutrition, and recapturing the liquid in the reservoir for recirculation. 
 Soil free nutrition 
 The Windowfarm planters take up less space than traditional soil filled pots, while producing healthier plants that
  can grow up to 10x faster. In soil, plants have to grow large root systems to find new water and nutrients in the
  soil. This is why you often see roots squished into the bottom of a pot -- they want to get out.  Inside Windowfarm
  planters, your system delivers water and nutrients directly to plants roots, so more of the plants' energy can go to the
  top part of the plant that you harvest. 
 You get to have control over the nutrients that feed your food plants which will also affect the way your plants
  will taste. 
 Vertical Crops for Vertical Acres of Windows 
 The vertical orientation of your Windowfarm fits more plants by creating columns of "crops." By stacking plants on
  top of one another in your window space and sending liquid through a vertical circuit, you optimize available window
  light for growing more plants, without having to water individually. 
 Components: 
  -  Wire form Tower:  The 4-foot tall wire tower. 
 
  -  Base Plate: Provides a seat for the reservoir and allows wire form tower to stand if mounted to a window sill or
    the floor stand. 
 
  -  Reservoir:  Holds nutrient-rich water. 
 
  -  Reservoir Cover: Holds reservoir tubing, prevents light from compromising nutrient water, & helps insulate the
    nutrient water. 
 
  -  Reservoir Handle: Let's you carry reservoir to the sink to refill water as needed. 
 
  -  Connector: Fits into the hole on the top of the reservoir cover and holds tubing systems in place. 
 
  -  Reservoir Tubing: A preassembled tube system that fits inside the reservoir and will deliver and recirculate
    nutrient water in your Windowfarm system. 
 
  -  Airline Tube: A flexible tube that connects to the air pump and delivers air bubbles to the reservoir tubing. 
 - 
 
 Instructions 
  -  Slip reservoir handle ends under the lip of the reservoir and pull up to lock into place. 
 
  - . Holding the reservoir cover in one hand, insert the connector to the top of the cover and into the oval shaped
    hole until it clicks into place. Make sure the larger hole is on the left side. 
 
  -  Insert the large opaque tube of the reservoir tubing into the larger hole on the underside of the connector, inside
    the reservoir cover, as pictured. Then, insert the clear tube into the other smaller hole. Push both tubes up all the
    way into the connector until you feel them hit a clear stopping point. 
 
  - . Place the reservoir cover back over the reservoir taking care not to knock the connector out of place by bumping
    the reservoir tubing on the handle or sides of the reservoir. 
 
  -  Before putting the reservoir on your wireframe, place the steel base-plate on the bottom of the wireframe, lining up
    the notch with the back spine. Make sure the window cutout on the reservoir cover is facing the front. This window
    cutout shows the min and max fill lines for your reservoir. 
 
  -  Place reservoir and reservoir cover on the base plate at the base of the tower so that the window is facing forward
    and the hole on top of the reservoir cover is on the left side. 
 
 Components 
  -  Rigid Tube: Delivers nutrient water to top planter and gives you a visual check on whether or not your plants are
    receiving water. 
 
  -  Planters: Containers that hold net cups and plants, providing a miniature greenhouse condition around plants
    roots.
 
  -  Net cups:  Allow air flow to plants' roots. 
 
  -  Gaskets: Hold net cups in planters. 
 
  -  Flexible tube: Delivers air from your pump into the reservoir. 
 
 Instructions 
  -  Slip a gasket around a net cup and drop into each planter. Later, you will nestle your plants' roots in clay
    pellets inside this net cup. 
 
  -  Starting at the top, place planters at on each of the four horizontal semi-circular wires. Note the dimple in the
    clip at the back of each planter. This dimple MUST ALWAYS be properly aligned on the wire-tower's spine. If it's
    not, liquid will not make it to the proper part of your plant's root system and you run the risk of dripping liquid
    onto your floor. 
 
  -  Starting from the top, slide the rigid tube down through the two loops at the left of the wireframe. 
 
  -  Direct the hook at the top of the rigid tube into the top planter. Every time you change your water, you will
    want to make sure the hook at the top is placed in the top planter. 
 
  -  Slide the bottom of the rigid tube it into the larger connector hole on the top of the cover, until you feel it
    hit a rubber stop. Insert one end of the flexible tube into the smaller hole until you feel it hit the rubber
    stop. 
 
  -  You will reverse and repeat this step every time you remove the reservoir to refill it. If at any point, you see
    that water is not making it to the top of your Windowfarm, the likely problem is that one of the tubes in the bottom
    tube assembly came loose. Remove cover and reconnect them securely. 
 
  -  Carry the reservoir to your sink and fill with water to the max fill line. The reservoir holds 2 liters of
    water. Replace cover and place back onto the base-plate. Replace rigid tube and flexible tube into the cover. 
 
  -  Attach the free end of the flexible tube to the outlet on the end of you pump. 
 
  -  Plug pump into the wall to turn it on. 
 
  -  Individual slugs of water should flow to the top of the rigid tube. Adjust the dial on the pump until water makes
    it all the way to the top. If water does not flow to the top, check all tube connections along the line, referring to
    the diagrams in Section 1. 
 
  -  If the water is having trouble elevating and you notice bubbling in the reservoir instead, visit our Troubleshooting Guide. 
 
 The timer allows you to control frequency of pump watering. 
 Instructions 
  -  Plug your pump into the timer and determine the distance cords will need to travel. Plan placement of your pump
    to create a drip loop. q
 
  -  If you need an extension cord, measure distance from the timer to the place you would like your pump to rest. The
    extension cord you choose will need to create a drip loop before the connection with the timer. 
 
 Excellent work, young Windowfarmer. 
  -  Flip the Timer cover open. 
 
  -  Set Timer Master Switch to "ON" while setting the time intervals (each gray pin equals 15 minutes). 
 
  -  When initially setting up your Windowfarm's irrigation, we recommend setting the timer to water for 15 minutes,
    every hour. 
 
  -  Press in every 4th gray pin. Make sure the pins are pressed all the way down or the Timer won't work. 
 
  -  Note: you may need to tweak the time interval setting depending on the plants you are growing. 
 
  -  Turn the dial clockwise until arrow points to the correct local time. 
 
  -  Flip the Timer cover to close the unit. 
 
  -  Plug your windowfarm into the timer and then plug the timer into the outlet. 
 
  -  Move the Master Switch from "ON" to "Timer". 
 
  -  Observe the timer turning on your water for about an hour to make sure the settings are working properly.  Without
    plants and growing media, the water flow can be high and can splash, which it will not do with plants. Thus we recommend
    that when testing the timer, you leave the air line tubing disconnected from your windowfarm and simply listen for the
    timer to turn on. Once you have determined that your timer is functioning properly, you can unplug the timer.  
 
 Components: 
- pH Test Strips- Reveal the relative acidity or alkalinity of your water supply and your nutrient mix. 
 
- Nutrients & Supplements- a wide variety of concentrated liquid plant foods and supplements that deliver rich
  nutrition or beneficial ecology directly to the area around plants' roots. 
 
- Get a Baseline reading for Your Water Supply 
 
- What's the starting pH of your tap water? Tap water varies from city to city. Dip a pH test strip in your tap water
  before adding nutrients. Swirl it for ten seconds. Then, quickly compare the color to the reference strip. 
 
- Record this baseline reading as you may want to refer to it later. Balanced water pH is about 7. Notice if your
  water varies dramatically from 7. Tap water conditions vary depending on different municipalities supplies. Some cities
  add a lot of chlorine or . You may want to do a little online research about your water supply to find out if it tends
  to have high concentrations of chlorine, heavy metals, or other contaminants that will impact your plants.  If you are
  concerned, consider using distilled water for your Windowfarm. 
 
  -  My plant looks funny all of the sudden. What am I doing wrong? 
 
  
  - 
    
 That's the spirit.  With plants as with humans, a preventative diagnosis, goes a long way. Diagnose early and
      figure out what to correct for healthier, more delicious edibles. You will see that your plants are very resilient and
      will bounce back quickly with a little loving care. You don't need fancy sensor gadgets to tell you what to do.
     Plants are sensors. They get droopy when the need water. They turn yellow when they are over watered. They get
    leggy when they are not getting enough light.
   
  
  -  Where are my baby plants? I ordered a bundle and they did not come in the box with my Windowfarm.
 
  - 
    
 We know how exciting it is to get your windowfarm and set it up. We know what to feels like to just want to
      plant our baby plants right away. Windowfarms ship from a factory. Baby plants ship directly from the farm where
      they grow up when you use your coupon to redeem them. 
     Since some new Windowfarmers don't have time to set up their farm right away or are about to go on vacation, we
      don't ship them automatically. It's kind of like when you send a minor on an airplane. The airline wants to know for
      sure someone who is looking out for their best interest is going to be there to take care of them as soon as they
      land.  
     For the health and sake of your baby plants, they ship separately, once you let us know you have their home is
      ready.  Then, it's super fast as all baby plants ship via UPS second day air. You can redeem your plants at any
      time. Inside that silvery bag that came with your windowfarm, you will find a baby plant coupon code. Have your
      coupon handy and go here.  Learn more about the factory, our partners, and how your Windowfarms are made
      sustainably in the USA and assembled by disabled veterans. 
   
  -  My plants have arrived, but I'm not set up yet.
 
  - 
    
 It's ok, but let's get you started quickly. Your baby plants will be ok for a day or two if you keep the roots
      moist (not soaking wet) and place them upright in a window with good airflow. Rinse the roots gently in the
      sink. Then transfer the plants to a takeout container in which they can stand upright. Put just enough water at the
      bottom to cover the roots. Or mist them with a very clean spray bottle and fresh water.
     Follow set up instructions as soon as possible to get your windowfarms columns up and working.
   
  -  The water is evaporating rapidly out of the reservoirs in my very dry or high-heat window micro-climate. 
 
  - 
    
 Have no fear. Coco coir is here. Coco coir is an alternative growing media made from the hairs of coconuts that
      works well to retain more water and slow evaporation in dry window micro-climates. It can be used in combination
      with clay pellets to create a mix that both retains water and allows proper airflow to plants' roots. Coco coir is
      available for purchase in the Windowfarms store. 
     If you have coco fiber (for dry or high heat window micro-climates), alternate layers of coco coir with clay
      pellets or mix them together in a 50/50, then continue planting as you normally would. After you add coir, you
      will want to adjust your timer settings to turn the pump on less frequently. Some people even find that they only
      need to turn on timer 2-4 times a day.
     Experiment with your conditions by observing your plants. Look for wilting and droopiness as a sign that plants
      are being under-watered. Look for yellowing of the leaves, browning of the roots, and the onset of mold around the
      stem base if the coir is retaining too much water. The coir should be lightly moist (neither dusty nor soaking) most
      of the day.  If harsh direct sunlight is the problem, consider turning the timer on multiple times during the day
      and fewer times at night. 
     If you do not have coir yet, adjust the settings on the timer to get the least number of cycles per day without
      causing your plants to wilt between cycles. Order coir. 
   
  -  My plants are tumbling out of the net pots. 
 
   A larger plant with heavier leaves will be imbalanced, especially when it is not getting enough water and
    sometimes will pull its own root system out of the cup and tumble out of the front. You may need to replant and adjust
    the positioning of the root ball. Try adding more clay pellets and coco coir fiber which can help wedge it in
    place. You can also tie or trellis the stem of larger plants to the wire frame for additional support until the root
    system grows to gives the plant better balance. 
 
 This is when the water is not ascending up the rigid tube and instead it bubbles in the reservoir. This issue occurs
  in about 6% of cases and arises because of dust that accumulates in shipping. The good news is that once you overcome
  the problem, we have only two cases of the problem ever coming back.
 The objective is to clear out any invisible obstructions inside the tube and to let the water find its path. Here
are the troubleshooting steps to resolve this issue:
  -  Please confirm your Windowfarm is set up in this orientation and all of the connections as tight as possible.
    
      -  First, make sure that your reservoir is filled all the way up to the "max" line. 
 
      -  Notice the orientation for the main rigid tube, the airline going into the reservoir, and the bottom tube
	assembly orientation. 
 
      -  The rubber connector has one large opening and a small opening on both top and bottom ends.  The connector
	should be pressed into the reservoir cover so that the smaller openings are located towards the center of the
	reservoir. 
 
      -  Make sure your vinyl airline tubing has no kinks between the pump and reservoir cover, and that all tubes are
	pressed completely into the rubber connector so there is no air escaping. 
 
      -  Note: The check-valve is incorrectly shown here outside of the reservoir. That part has since been
	reconfigured to be part of the bottom tube assembly and is thus inside the reservoir. 
 
    
   
-  Does your pump seem weak? Disconnect the airline tubing from the reservoir cover. Fill up a pint glass with water
  and submerge the end of the air tube completely. Turn the pump up all the way. The surface of the water should be very
  disrupted, like a pot of water at full boil. If this is not the case, your pump may be a lemon. If you are
  adventurous, you can try taking your pump apart to see if the internal air-bladder may have come unseated in
  shipping. 
 
  -  While the pump is running and everything is connected, try pressing down on the top of the reservoir cover a few
    times and releasing, which in turn presses the bottom of the bottom tube assembly against the floor of the
    reservoir. Sometimes this helps get the siphon and capillary action started that drives the airlift pump. Then, the
    water cleans away tiny debris in the tube and the problem is often resolved. 
 
  
  -  Try turning the pump setting back down to low, which allows the bubbles to form in the tube more slowly. Try
    pressing down on the reservoir cover again to start the siphon. Try this again at a few different pump settings. 
 
  
  -  Disconnect your rigid tube and pull it out from the top. Disconnect the bottom tube assembly from the reservoir
    cover. Run water through both of them in the sink or shower to clean out any additional dust that may have accumulated
    in shipping. Try cleaning the rigid tube with the bead chain provided. 
 
  
  -  If this does not, work, we need to face the possibility that you may have a faulty part. There may be a tiny
    piece of "flash," additional plastic left over from the manufacturing process that is obstructing bubble
    formation. 
 
  
 DIY Valve Hacking 
 We greatly appreciate your If you are anxious to get started and would prefer to try some fun hacker DIY repair
    techniques at home, we welcome the enthusiasm, elbow grease, and your hacker spirit. Please try the following DIY
    techniques and please send an email to support@windowfarms.com to tell us which method worked for you!  If you
    choose to try to resolve the issue yourself, we salute your hacker spirit. 
 In all cases, the objective is to partially (not entirely) block air bubbles' route out through the bottom and to
  force them to overcome whatever obstacle is preventing their natural inclination to rise up through the tube above. Air
  is less dense than water, so the bubbles "would prefer" to rise up the tube if it weren't for this pesky unseen
  obstruction. You have now tried the easier techniques to clear the obstruction, the other route is to create more of an
  obstruction below by reducing the dimensions of the opening at the bottom.
 Turn off the pump and disconnect all the tubes from the reservoir cover. Remove the reservoir cover, so you can
  access the reservoir tube, and disconnect it.
  Technique #1 The tube tail 
 Cut off a 4 inch section of airline tubing from the tubing provided. Insert into the end of your t-valve. When
  everything is back in place inside the reservoir, this piece will curl up off the floor and create a longer resistance
  filled travel path for any bubbles intent on escape. However, it will also make your bottom tube assembly too tall to
  fit in the reservoir.
 So, you need to trim the top of the milky top tube of the bottom tube assembly. Use an extremely sharp cutting tool
  like an exacto blade or box-cutter to get a clean cut (DON'T CUT YOURSELF!) and trim off approximately 1 cm from the top
  of the tube. Make sure the cut is at a right angle to the tube. A diagonal cut will cause the tube to sit incorrectly in
  the connector.
 Technique #2 Crimping the t-valve
 Gather a strong crimping tool of some kind: an adjustable pliers, a strong clamp, a big binder clip, or even better,
  a vice grip.
 Next, warm the very bottom of the black t-valve by placing the tip all the way up to the T in boiling water or
  lighting a match under it. (Hold the t-valve in the heat for a few seconds. (DON'T BURN YOURSELF!) Make sure the plastic
  is evenly heated and pliable. Next, clamp down on the melted opening as hard as you can right below the T-junction. You
  want to make the opening as flat and narrow as possible below the incoming bubbles. The plastic has a tendency to
  rebound to its normal shape, so, ideally, leave it in the crimping device over night. This will help direct the air flow
  upward rather than out into the reservoir, allowing the water to be elevated up the tube. Don't be afraid to crimp down
  tightly but the objective is not to close off the tube completely, as water still needs to be able to pass through. The
  material is flexible enough that you will not damage nor break the valve but do not hesitate to really deform it.
 In the morning, remove your clamp. If the melted plastic has sealed over the T-valve opening, cut a small amount off
  with an exacto blade or some sharp scissors to re-open it slightly. You should notice that the opening is much flatter
  and narrower than it was originally.
 Next, put your Windowfarm back together. If you're still finding bubbling in the reservoir, let's call it quits. We
  would greatly appreciate your sending the part back to us via our returned self-addressed stamped mailer as this will
  help us learn what went wrong with your part and will spare another windowfarmer some heartbreak.
 Pat yourself on the back because YOU ARE AWESOME!
 First, let's give your baby plants some air quick. Open the box and the plastic packaging to give your baby plants
  some air. They just went on a long journey.  They would love it if you got them tucked into their new home as quickly
  as possible.
 Prune your baby plants 
 Use very sharp scissors to cut away any leaves and branches that were damaged in shipping or that look weak. Cut as
  close to the base of the plant as possible. Do not leave decaying plant leaves near the healthy plants and throw away.
  This is also a routine care activity. Always try to identify weak leaves and branches quickly and trim with sharp
  scissors, like a careful surgeon's best work!
 Give them a little water 
 Dip each plant's root system carefully into a cup of cool tap water and place them back in the plastic bag in the
  box until you are ready to plant.
 Prepare to transplant into your working Windowfarm 
  -  In the kitchen or near a sink, gather your clay pellets, net cups, coco fiber (optional), gaskets, and baby plants. 
 
  -  Rinse clay pellets in a strainer to remove dust. 
 
  -  If you have coco coir (shredded coconut hair that looks a bit like  soil), moisten it by adding about a teaspoon of water.
 
 Transfer baby plants to net cups 
  -  Add a layer of clay pellets to the bottom of a net cup and pile a few more up on one side to form a "ramp" going up
    one side of the net cup.
 
  -  If you have coir, add a layer of coir on top.
 
  -  Lay one or two baby plants on top of the ramp, leaning the leaves out one side while making sure that the roots
    touch or bunch up on the opposite side of the net cup.  Position the roots ball so that it is not sticking out of the top
    of the net cup.
 
  -  The "ramp" is important. It helps ensure that the roots are under the drip stream.
 
  -  Add clay pellets and coco fiber until you bury the root ball completely
 
  -  Give the whole planted net cup a good rinse and then add the gasket if you have not already.
 
  -  Gently drop the net cup into a planter. Make sure the leaves are cascading out toward the front and the roots are
    piled up at the back, under the drip stream.
 
 Components: 
-  pH Test Strips - Reveal the relative acidity or alkalinity of your water supply and your nutrient mix. 
 
-  Nutrients & Supplements - a wide variety of concentrated liquid plant foods and supplements that deliver rich
  nutrition or beneficial ecology directly to the area around plant's roots. 
 
 Get a Baseline reading for Your Water Supply 
 What's the starting pH of your tap water?  Tap water varies from city to city.  Dip a pH test strip in your tap
  water before adding nutrients.  Swirl it for ten seconds.  Then, quickly compare the color to the reference strip.
 Record this baseline reading as you may want to refer to it later.  Balanced water pH is about 7. Notice if your
  water varies dramatically from 7.  Tap water conditions vary depending on different municipalities supplies.  Some
  cities add a lot of chlorine or other chemicals. You may want to do a little online research about your water supply to
  find out if it tends to have high concentrations of chlorine, heavy metals, or other contaminants that will impact your
  plants. If you are concerned, consider using distilled water for your Windowfarm.
 Adding Water 
 Fill the reservoir with enough water to reach the max fill line on the reservoir.  Water will evaporate from your
  system and will need replacement. Expect to top-off the system 2-3 times per week. However, conditions will vary
  effecting the rate at which more water is needed. Summer seasons and dry environments will require more frequent
  watering.
 Adjusting the Pump 
 Use the dial on the air pump to adjust the flow rate of the water through your system. The flow should be just
  enough to create a steady drip of water through the system even when the water supply goes a few inches below the min
  fill line.  A flow that is too high will create unnecessary power consumption and noise. A flow that is too little
  will not deliver liquid to the top planter.
 Flushing the system 
 Start by flushing twice per week and adjust the frequency based on your plants' response. Periodically, you may find
  that plants respond well to a cleansing period, where you only run water or water with a salt remover (see store)
  through roots.
 Setting the Timers 
 At first, set the timer on a 15 minute interval as pictured. Adjust as you observe plant response. Consult the
  timer's package if you need more detailed directions on setting the timer.
 Cleaning tubes 
 The tubes and the reservoir will slowly accumulate algae growth on the inner walls. While not harmful to the plants,
  it does not look particularly attractive. To clean, use the provided bead chain cleaner. We left it unassembled so you
  can see how it works and replace twine over time.
  -  Loop the cotton cord back and forth in 3inch lengths in your hand. Tie it with a double knot around the center of the
    3 inch looped cotton cord bundle. 
 
  -  Thread one end of the 4inch cotton cord piece through the center hole of a bead chain end coupler. 
 
  -  You have created a small mop head. Snap the mop head assembly to one end of the 30inch bead chain. 
 
  -  You now have a cleaning device for your water tubes. 
 
 Once every couple of months clean tubes while they are still wet. Remove tube from the system. Feed the beaded end
  of the chain down the tube, and pull-through the far end. The mop head will drag algae with it. Rinse the mop head with
  water after each pull and repeat as many times as is needed.
 Observe and Troubleshoot 
 Like any farmer, your first crop will probably run into a few issues. This is not failure, it's a process of
  trial-and-error learning about how you will need to customize for your specific conditions.  Odds are that one or more
  plants will not do well right away. Don't be afraid to lose a few plants, just make sure to turn their loss into a
  valuable insight. Be a keen observer and be ready to troubleshoot exactly what is going wrong. By observing early
  crops, you learn both about your micro-climate and about your plants.
 The path to a green thumb is to learn from failures and correct.  Watch for any signs of wilting, leaf discoloration
or other plant issues over the next few days. Consult the troubleshooting guide and make corrections as needed.
 Trimming Unhealthy Tissues 
 Your plant will have a healthier longer life, if you trim away dead leaves, branches, and even dying roots
  periodically.
 IMPORTANT: Always use a very sharp pair of scissors that you have dipped in boiling water when trimming plants and
  harvesting. Intentional cuts to a plant are like surgery. Prevent infections and make sure your cuts are clean.
 Trellising plants 
 As plants grow taller, use plant tape or fishing wire secured to the tower. You can tie fishing line between two
  alligator clips that can grab on to just about anything to create an adjustable support structure.
 Pollinating Flowers 
 Using a small paint brush, mimic a bee's action and dust the pollen from one flower to the other, addressing each
  flower on the plant. If possible, try to cross pollinate with another plant of the same species. 
 Harvesting 
 Harvest frequently, even daily. Cut leaves on the outside of the plant, not from the core. Cut leaves with very
  sharp scissors and cut as close to the base as possible. Prune away weak or dying leaves regularly.
 Here are the basics. When you are ready to learn more, visit the Windowfarmer's Almanac to go in depth and find
  other Windowfarmers growing the same plants. 
 Baby Plant Mix 1 
  -   Staro Chive  
 A member of the onion family, have long, tubular leaves and globe shaped, light
    purple flowers that bloom in the summer. They also may be grown indoors. The chopped stems are usually eaten, but
    the flowers are also edible. 
 Scientific name: Allium schoenoprasum 
 Category: Herbs 
 Days to
    Maturity or Bloom: 75-85 
 Microclimate Preference: Full Sun Cool, Partial Sun Cool, Full Sun Warm, Partial Sun
    Warm 
 Plant Height: 18 inches  
  
  -   Upland Cress  
 6-8 inch rosettes of dark green, glossy, rounded leaves. Similar to watercress but
    much easier to grow. The plants are very slow to bolt and long-standing. Sometimes called "Creasy Greens" in the
    South. Begin harvest in 10 days when 2 inches tall. 
 Scientific name: Barbarea verna 
 Category: Greens
    
 Days to Maturity or Bloom: 50 
 Microclimate Preference: Full Sun Warm, Partial Sun Warm. 
 Plant
    Height: 5-6 inches average, begin harvest in 10 days when 2 inch tall.  
  
  -   Wildfire Lettuce Mix  
 Includes Green Oakleaf, Red Oakleaf, Green Romaine, Red Romaine, and Redleaf
    lettuces. Begin harvesting in about 3 weeks by clipping with scissors; most plants in the mix will regrow. 
    Scientific name: Lactuca sativa 
 Category: Lettuce 
 Days to Maturity or Bloom: 28 
 Microclimate
    Preference: Full Sun Cool, Partial Sun Cool 
 Plant Height: 6-8 inches average  
  
  -   Parsley  
 Parsley is an aromatic herb growing to about a 1 ft tall. It has bright green
    multi-compound curly or flat leaves. The leaflets have finely divided margins and held at the end of long stems and
    the whole plant has a rounded, mound-like shape. 
 Scientific name: Petroselinium crispum 
 Category:
    Herbs 
 Days to Maturity or Bloom: 75 
 Microclimate Preference: Full Sun Cool, Partial Sun Cool 
    Plant Height: 18-20 inches average  
 "Cool" Baby Plant Mix 
  -   swiss chard  
 Lightly savoyed, green or bronze leaves with stems of many colors including gold,
    pink, orange, purple, red, and white with bright and pastel variations. The flavor is milder than ordinary chard,
    with each color a bit different. Direct seed or grow from transplant which allows separating out the individual
    colors. Suitable for production year round, but somewhat less frost hardy than normal for chard. 
 Days till
    maturity: 50-75 
 Scientific name: Beta vulgaris, vulgaris group 
 Category: Greens 
 Microclimate
    Preference: Full Sun Cool, Partial Sun Cool 
 Plant Height:12-36 inches  
  -  baby dinosaur kale 
 The finely curled, dark blue-green leaves can be harvested with one cut instead
    of being stripped off the plant one at a time, as kale is traditionally harvested. The compact plants, produce
    leaves that are very uniform, resist yellowing, and have good flavor. Perfect for harvesting the whole plant at
    12-18inches 
 Scientific name: Brassica oleracea 
 Category: Greens 
 Days till maturity or bloom:
    30-60 
 Microclimate Preference: Full Sun Warm, Partial Sun Warm 
 Plant Height: 12-36inches  
  - german thyme 
 Standard winter hardy. Classic culinary and ornamental herb. Small, round to
    needle-shaped evergreen leaves on woody stems. Medicinal: Leaves used in tea for sore throat and coughs. 
    Scientific name: Thymus vulgaris 
 Category: Herbs 
 Days till maturity or bloom: 90 
 Microclimate
    Preference: Full Sun Cool, Partial Sun Cool 
 Plant Height: 12-24inches  
  - spicy salad mix 
 A colorful blend of red and green mustards with various textures. 
 Scientific
    name: N/A 
 Category: Greens 
 Days till maturity or bloom: 35-45 
 Microclimate Preference: Full Sun
    Cool, Partial Sun Cool 
 Plant Height: 6-12inches 
 "Hot" Baby Plant Mix 
  - red veined sorrel 
 Bright green leaves with contrasting dark maroon stems and veins add color and
    taste to salad mix or micro mix blends. Same sharp, tangy flavor as regular sorrel. Best variety for indoor
    production. If allowed to grow to mature size, leaves become tough and inedible. 
 Scientific name: Anethum
    graveolens 
 Category: Greens 
 Days till maturity or bloom: 35-50 
 Microclimate Preference: Full
    Sun Warm, Partial Sun Warm 
 Plant Height: 6-12inches 
  
  - upland cress 
 6-8inches rosettes of dark green, glossy, rounded leaves. Similar to watercress but
    much easier to grow. The plants are very slow to bolt and long-standing. Sometimes called "Creasy Greens" in the
    South. Begin harvest in 10 days when 2inches tall. 
 Scientific name: Barbarea verna 
 Category: Greens
    
 Days to Maturity or Bloom: 50 
 Microclimate Preference: Full Sun Warm, Partial Sun Warm 
 Plant
    Height: 5-6 inches 
  - pea shoots 
 Shoots have a mild "pea pod" flavor and are delicate, crisp, light and refreshing. Pea
    shoots are eaten fresh, lightly steamed or sauteed, and are most commonly served in salads, stir- fries or as an
    attractive edible garnish. 
 Scientific name: Lathyrus odoratus 
 Category: Greens 
 Days till
    maturity or bloom: *Harvest as sprouts, or grow till fruit; 55-70 days
 Microclimate Preference: Full Sun Warm,
    Partial Sun Warm
 Plant Height: 6-36inches 
  
  - red romaine lettuce
 Solid bright red-colored baby leaf which maintains its color even under low-light
    conditions. Ruffled leaf margins.
  Scientific name: Lactuca sativa
 Category: Greens
 Days till
    maturity or bloom: 40-50
 Microclimate Preference: Full Sun Warm, Partial Sun Warm
 Plant Height:
    8-24inches 
 When you are finished with your windowfarm--hopefully years from now--don't throw it into a landfill. It is designed
  to be recycled. The plastic parts are made of #5 PP and #4 PE that can be recycled. 
 That's it. You know all there is to know about your windowfarm system. Time to start growing. 
 NOTE: I have absolutely nothing to do with this company which was a failed Kickstarter in ~2012-2015.
  I've extracted these instructions from
  the Web Archive.  Thanks much to them for it. 
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