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The 1pcs Farm

8:04 am in Getting Started, How-Tos, made from scratch (without a kit), Plants, Seeking Advice by Georg Huber

Hi everybody,

I am working on a beautiful WF for a while now. It works pritty well with nice and stabel growth. I planted strawberry and pepper (and some more…)

What I am surprised about is the fact, that both plants have plenty of blossoms, however, both have only one single fruit. The other blossoms wilt and after that nothing happens. If anything happens, there are very small fruits which hardly grow.

What happens here? What can I do for more harvest?

Regards
Georg

by Rama

Photos of our new Window Farm

8:56 pm in Completed Window Farms, Education, Featured Post, Getting Started, made from scratch (without a kit), Materials and Resources, Plants, posts with pitcures!, questions by Rama

Hello windowfarmers.   Here are some photos of our window farm and check out our video.  If you have any questions check out my previous posts or leave a comment.  Last night I harvested some basil right from the window and made pesto.  Love it!

link to the video http://youtu.be/mT11bXaqhhc

 

 

 

 

and this is our spec on how our air pump lift works.

Plants Table

5:11 am in Help the project by testing this, Plants by Ziska Burg

February 10, 2012

 

Hi all!

I was in desperate search of more information for Plants I could grow, and I found quite a measure of information. I will just post all the plants I found information on, but not all of them can be grown hydroponically (like root plants). I hope I will be able to add even more information in time (please help gather more information which I can add) and it would be great to add a section ‘tested by window farms’ or something to verify the information.

Hope you want to help and have fun researching and using this information.

1.      Electro-conductivity (EC) or Conductivity factor (cF) can be expressed as either millisiemens (mS), cF or parts per million (PPM) 1 mS(/cm?) = 10cF = 700ppm
2.      The pH and electro~conductivity values specified here are given as a broad range. It should be noted that specific plant requirements will vary according to regional climatic conditions, and from season to season within that region.
3.      As a general rule, plants will have a higher nutrient requirement during cooler months, and a lower requirement In the hottest months.  Therefore, a stronger nutrient solution should be maintained during winter, With a weaker solution during summer when plants take up and transpire more water than nutrients.
4.      KNOW YOUR CROP.     Plant EC or cF may vary according to the stage of growth. For example, cucumber prefer cF 20 when establishing, and cF 25 after the first harvest. Between and 7 weeks after first harvest, the optimum cF is 17.
5.      For easy growing reference, plants that share broad groupings of low (L), medium (M) or high (H) can be grown together using the same nutrient electro- conductivity, providing middle ground cF and ph are adopted.
6.      The nutrient solution should be discarded at regular intervals. Should there be a requirement to flush the growing bed, the system should be flushed with fresh nutrients (run-to-waste) rather than water to avoid starving or stressing the plant.

 
The Column ‘Light’ is for the Day- / Night ratio needed (or helpful) for flowering
‘Water’ should someday contain Tipps how much Water (preferred in drip her minute or something) or just low, medium and a general description of that range here.
‘Sun’ will say how much sun/ Shadow the Plant likes
‘Tested’ If tested by someone in the commentary and maybe how hard it is to do it (in planing)
‘Groups’ (L,M,H) as described above, ‘Nutritions needed’ would be a suggestion of Nutrition Solution and other Tipps
Something in brackets (9) means a maximum or minimum not the optimal, something in brackets (?) with a question mark means that the sources said different things or suggested  for example that they used the same EC as for the Strawberries. So it is not born out of a sure source.
 

Read the rest of this entry →

Plant Pflanze ph CF (CF/10= EC) PPM Light Water Sun Groups (L, M, H)Nutritions needet…
Veggies
Artichoke Artischocke 6.5-7.5 8-18 560-1260 L
Broccoli Brokkoli 6.0-6.8 28-35 1960-2450 H grow
Broad Bean Ackerbohne 6.0-6.5 18-22 1260-1540 M
Brussels Sprout Rosenkohl 6.5 25-30 1750-2100 H
Cauliflower Blumenkohl 6.5-7.0 5-20 1050-1400 M
Celery Sellerie 6.5 18-24 1260-1680 M grow

Miniature ?

9:06 am in Completed Window Farms, Plants, posts with pitcures! by samenrahmen

This supposedly is a Miniature Yellow Bell pepper.

Photos show it to be a compact plant with short internodes and a lot of small, dark green leaves.

What a nice addition, and it probably won’t get too large in a WF anyway …

This plant is now 7,5 weeks old, and it’s a whopping 75cm high.

It has few leaves, but they really are huge (ramifications have begun to appear, too).

And it’s flowering.

Maybe it’ll grow as high as the bolting lettuce next to it: 100cm.

Nice.

Edit 2010-08-14:

The first two flowers have opened; currently standing at 87cm …

by britta

Kinds of plants you can grow in a windowfarm

11:20 pm in Getting Started, Help the project by testing this, Plants, Starting Seeds by britta

You can grow anything but root vegetables.

Here is a list of plants we have grown in windowfarms using supplemental lighting from CFL bulbs:

Fruiting Plants
Okra, cherry tomatoes, scallop squash, small cucumbers, beans, strawberries, peppers, peas, japanese eggplant.

Leafy Greens
Arugula, bok choy, brocolli rabe, kale, chard, radicchio, watercress, chives, various microgreens, and many varieties of lettuce.

Herbs
Rosemary, cilantro, basil, thyme, oregano, parsley, mint, and sage.

Edible Flowers
Nasturtium, violets, and marigolds.

We have had varying degrees of success with each depending on the particular microclimate of the window, the amount of natural sunlight available, the drip rate, the type of nutrients, our ability to fight pests, the source of the seeds, and the particular variety of each species.

You can actually grow some pretty big, productive plants even though the containers are small because plants growing in hydroponic systems grow differently from dirt plants. Instead of growing large long roots that have to grow far from the plant to find new water and nutrients in the soil, plants grow more compact rootballs that grow a lot of root hairs for more surface area to absorb more of the water and nutrients you are sending directly to the roots.

Check out how big and healthy some of the plants in this early system were.

Many more varieties of plants are certainly possible but we need your help testing what works because we can only grow so much ourselves. We need you to try out different plants and techniques and share your knowledge about what works. The goal is to get the most nutrients and the most variety for the carbon footprint of the systems.

As we refine the website, we will create ways that you can track and share your results. In the meantime, please focus on getting your system ready and working well and in the meantime, just please be sure to make posts and tag them well. We strongly encourage new users to start with the simple 3-plant airlift system (there are some chronic problems with the reservoir system so we are moving away from it).