Greenhouse Rehab - Revision history

Aidan Williamson: /* Greenhouse Rehabilitation 2021 */

2021-07-25T18:44:30Z

Greenhouse Rehabilitation 2021

← Older revision		Revision as of 18:44, 25 July 2021
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	[TODO: Insert before and after photos of 2016 greenhouse, and current state of greenhouse before we started cleaning it]		[TODO: Insert before and after photos of 2016 greenhouse, and current state of greenhouse before we started cleaning it]
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	Image:Greenhouse 2021 0.jpg		Image:Greenhouse 2021 0.jpg\|1
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	Image:Greenhouse 2021 3.jpg		Image:Greenhouse 2021 3.jpg\|4
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Cryptogoth: /* Greenhouse Rehabilitation 2021 */

2021-07-25T04:09:35Z

Greenhouse Rehabilitation 2021

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 Since then, the greenhouse has experienced the following interesting failure modes, which are a case study for all other food production greenhouse projects.
 == Greenhouse Work Log ==
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 By extension, once we have a system in place, we can gather compost from all other kitchens on Factor e Farm to contribute to the compost system,
 which is the source and primary input of plant nutrients into our greenhouse ecosystem.

Cryptogoth: /* Automated Watering System */

2021-07-25T04:08:46Z

Automated Watering System

← Older revision		Revision as of 04:08, 25 July 2021
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	== Automated Watering System ==		== Automated Watering System ==

			<html>
			<head>
			</head>
			<body>
			<iframe style="border: 1px solid rgba(0, 0, 0, 0.1);" width="800" height="450" src="https://www.figma.com/embed?embed_host=share&url=https%3A%2F%2Fwww.figma.com%2Ffile%2F3Zm8X6cpZPxlUv8lIo0fKd%2FAutomated-Watering-at-Factor-e-Farm-Greenhouse" allowfullscreen></iframe>
			</html>

	[https://www.figma.com/file/3Zm8X6cpZPxlUv8lIo0fKd/Automated-Watering-at-Factor-e-Farm-Greenhouse High Level System Block Diagram]		[https://www.figma.com/file/3Zm8X6cpZPxlUv8lIo0fKd/Automated-Watering-at-Factor-e-Farm-Greenhouse High Level System Block Diagram]

Cryptogoth: /* Automated Watering System */

2021-07-25T04:06:39Z

Automated Watering System

← Older revision		Revision as of 04:06, 25 July 2021
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	== Automated Watering System ==		== Automated Watering System ==

			[https://www.figma.com/file/3Zm8X6cpZPxlUv8lIo0fKd/Automated-Watering-at-Factor-e-Farm-Greenhouse High Level System Block Diagram]

	The key part that can be automated in the greenhouse is a watering system controlled by Arduino. This solves for human forgetfulness and will also		The key part that can be automated in the greenhouse is a watering system controlled by Arduino. This solves for human forgetfulness and will also

Cryptogoth: /* Revival Plan */

2021-07-25T03:19:03Z

Revival Plan

← Older revision		Revision as of 03:19, 25 July 2021
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	[https://docs.google.com/presentation/d/1TwHUJpUW_1i_kSezm5CZcV-5pi0SyMxQSXG3lmJ6Ufo/edit?usp=sharing Aquaponics Greenhouse Revival Slides]		[https://docs.google.com/presentation/d/1TwHUJpUW_1i_kSezm5CZcV-5pi0SyMxQSXG3lmJ6Ufo/edit?usp=sharing Aquaponics Greenhouse Revival Slides]

	* Remove all dead organic matter and compost it.		* [IN PROGRESS] Remove all dead organic matter and compost it.
	* Clean out chicken coop		* Clean out chicken coop
	* Start avocado pits in water cups.		* [DONE] Start avocado pits in water cups.
	* Remove and catalogue all remaining pumps and powered watering equipment.		* [IN PROGRESS] Remove and catalogue all remaining pumps and powered watering equipment.
	* Transplant any remaining living plants into the raised bed, pots on the floor for taller plants.		* [NEEDS EQUIPMENT] Transplant any remaining living plants into the raised bed, pots on the floor for taller plants.
	* Test the existing tubing, both between the plant shelves and the solar heated section running along roof.		* [IN PROGRESS] Test the existing tubing, both between the plant shelves and the solar heated section running along roof.
	* Locate the 3D print files for threaded tube fittings and the seedling starter cones.		* Locate the 3D print files for threaded tube fittings and the seedling starter cones.
	* Replant seedlings into labeled cones on the cone racks.		* Replant seedlings into labeled cones on the cone racks, so they can be fed into aquaponic towers and establish a root system in the sponge substrate.
	* Transplant the bamboo to an outdoor space where it can grow several meters tall and benefit from natural rainfall.		* [NEEDS EQUIPMENT] Transplant the bamboo to an outdoor space where it can grow several meters tall and benefit from natural rainfall.
	* Create a high-level system diagram of Arduino watering system, so we can order parts!		* [IN PROGRESS] Create a high-level system diagram of Arduino watering system, so we can order parts!

			== Wild Edible Plants of Missouri

			[https://mdc.mo.gov/sites/default/files/mo_nature/downloads/page/WildEdibles.pdf Wild Edible Plants of Missouri]

			If we can find these while foraging around Factor e Farm, or surrounding public lands, we can plant / transplant them into the greenhouse and attempt to cultivate them.

	== Compost and Soil Amendments ==		== Compost and Soil Amendments ==

Wesxdz: /* Greenhouse Rehabilitation 2021 */

2021-07-23T08:27:05Z

Greenhouse Rehabilitation 2021

← Older revision		Revision as of 08:27, 23 July 2021
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	[TODO: Insert before and after photos of 2016 greenhouse, and current state of greenhouse before we started cleaning it]		[TODO: Insert before and after photos of 2016 greenhouse, and current state of greenhouse before we started cleaning it]
			<gallery mode="packed">
			Image:Greenhouse 2021 0.jpg
			Image:Greenhouse 2021 1.jpg
			Image:Greenhouse 2021 2.jpg
			Image:Greenhouse 2021 3.jpg
			</gallery>

	The aquaponics greenhouse and tilapia fish farm pools were created in 2015. They were a beautiful example of vertical farming and local, integrated food production		The aquaponics greenhouse and tilapia fish farm pools were created in 2015. They were a beautiful example of vertical farming and local, integrated food production

Cryptogoth: Begin aquaponics greenhouse

2021-07-22T23:38:51Z

Begin aquaponics greenhouse

New page

= Greenhouse Rehabilitation 2021 =

[TODO: Insert before and after photos of 2016 greenhouse, and current state of greenhouse before we started cleaning it]

The aquaponics greenhouse and tilapia fish farm pools were created in 2015. They were a beautiful example of vertical farming and local, integrated food production
of animal protein.

Since then, the greenhouse has experienced the following interesting failure modes, which are a case study for all other food production greenhouse projects.

== Greenhouse Work Log ==

Revive a greenhouse in 15 minutes each day, for 120 days.

[[Greenhouse_Work_Log]]

== Failure Modes ==

* The water pump became clogged with fish waste, and stopped circulating water.
* The fish ponds froze over the winter, preserving the last remaining population of tilapia for consumption, but removing them as viable breeding stock for future populations.

== Revival Plan ==

Wes and Paul have been clearing out items that are no longer useful in the greenhouse for composting or trash.

[https://docs.google.com/presentation/d/1TwHUJpUW_1i_kSezm5CZcV-5pi0SyMxQSXG3lmJ6Ufo/edit?usp=sharing Aquaponics Greenhouse Revival Slides]

* Remove all dead organic matter and compost it.
* Clean out chicken coop
* Start avocado pits in water cups.
* Remove and catalogue all remaining pumps and powered watering equipment.
* Transplant any remaining living plants into the raised bed, pots on the floor for taller plants.
* Test the existing tubing, both between the plant shelves and the solar heated section running along roof.
* Locate the 3D print files for threaded tube fittings and the seedling starter cones.
* Replant seedlings into labeled cones on the cone racks.
* Transplant the bamboo to an outdoor space where it can grow several meters tall and benefit from natural rainfall.
* Create a high-level system diagram of Arduino watering system, so we can order parts!

== Compost and Soil Amendments ==

Although the aquaponic towers remove most of the need for traditional soil, seedlings must still be started in plastic coned-shaped tubes that are
then inserted into the aquaponic towers. This requires soil, and benefits greatly from amendments such as nutrient-rich humus from finished compost,
as well as perlite / sand to aerate the heavy Missouri clay that otherwise hardens and bakes, making it impossible for seedlings to establish roots.

Organic waste from the HabLab kitchen is being moved to a compost pile near the greenhouse, where it was decompose in full sunlight, be easily watered
and turned every day, and be situated on bare ground to benefit from and attract earthworms, microbes, beneficial insects, and fungus.

Using the Berkeley method, each pile of compost can be finished in around 20 days and ready for reuse as organic fertilizer in the garden,
perhaps mixed with other sources of fertilizer, in varying proportions

* store bought fertilizer
* plant food such as fermented soaked alfalfa from horse feed stores

This also prevents organic matter, rich in bacteria and nutrients, from going to waste, being burned as trash, or filling up landfills.
By extension, once we have a system in place, we can gather compost from all other kitchens on Factor e Farm to contribute to the compost system,
which is the source and primary input of plant nutrients into our greenhouse ecosystem.

== Automated Watering System ==

The key part that can be automated in the greenhouse is a watering system controlled by Arduino. This solves for human forgetfulness and will also
let all community members easily monitor and control watering remotely, and after they have left Factor e Farm.

https://www.xythobuz.de/giessomat.html

We will be taking inspiration from this Arduino watering system on Hackadway with 3D printed parts, substituting out-of-stock parts or similar parts
that we have on hand, for example, from the D3D printer.