Controlled-environment growing - Revision history

Conor: Redirected page to Category:Controlled-environment growing

2011-02-15T21:59:12Z

Redirected page to Category:Controlled-environment growing

← Older revision		Revision as of 21:59, 15 February 2011
Line 1:		Line 1:
	~~Controlled-environment growing is the successful marriage of technology with plant biology. By using~~ [[Greenhouses\|greenhouses]] to control heat and air conditions, using [[LED growlights\|artificial lighting]] to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''. One major benefit is that losses to [[:Category:Pests and weeds\|pests]] are dramatically reduced.		#REDIRECT [[:Category:Controlled-environment growing]]

	~~Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.~~

	Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple to build and maintain, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.
	~~[[Category:Food and Agriculture]]~~
	[[Category:Controlled-environment growing]]

Conor at 20:33, 12 February 2011

2011-02-12T20:33:47Z

← Older revision		Revision as of 20:33, 12 February 2011
Line 1:		Line 1:
	Controlled-environment growing is the successful marriage of technology with plant biology. By using [[Greenhouses\|greenhouses]] to control heat and air conditions, using [[LED growlights\|artificial lighting]] to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''.		Controlled-environment growing is the successful marriage of technology with plant biology. By using [[Greenhouses\|greenhouses]] to control heat and air conditions, using [[LED growlights\|artificial lighting]] to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''. One major benefit is that losses to [[:Category:Pests and weeds\|pests]] are dramatically reduced.

	Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.		Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.

Conor at 20:24, 12 February 2011

2011-02-12T20:24:28Z

← Older revision		Revision as of 20:24, 12 February 2011
Line 1:		Line 1:
	Controlled-environment growing is the successful marriage of technology with plant biology. By using greenhouses to control heat and air conditions, using artificial lighting to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''.		Controlled-environment growing is the successful marriage of technology with plant biology. By using [[Greenhouses\|greenhouses]] to control heat and air conditions, using [[LED growlights\|artificial lighting]] to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''.

	Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.		Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.
Line 5:		Line 5:
	Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple to build and maintain, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.		Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple to build and maintain, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.
	[[Category:Food and Agriculture]]		[[Category:Food and Agriculture]]
			[[Category:Controlled-environment growing]]

Conor at 19:24, 12 February 2011

2011-02-12T19:24:55Z

← Older revision		Revision as of 19:24, 12 February 2011
Line 3:		Line 3:
	Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.		Controlled-environment growing covers the three "ponics": [[Hydroponics\|hydroponics]], [[Aquaponics\|aquaponics]] and aeroponics.

	Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple~~, can be built by anyone~~, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.		Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple to build and maintain, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.
	[[Category:Food and Agriculture]]		[[Category:Food and Agriculture]]

Conor at 16:07, 12 February 2011

2011-02-12T16:07:06Z

← Older revision		Revision as of 16:07, 12 February 2011
Line 4:		Line 4:

	Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple, can be built by anyone, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.		Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple, can be built by anyone, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture\|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.
			[[Category:Food and Agriculture]]

Conor: Created page with "Controlled-environment growing is the successful marriage of technology with plant biology. By using greenhouses to control heat and air conditions, using artificial lighting to ..."

2011-02-12T16:05:37Z

Created page with "Controlled-environment growing is the successful marriage of technology with plant biology. By using greenhouses to control heat and air conditions, using artificial lighting to ..."

New page

Controlled-environment growing is the successful marriage of technology with plant biology. By using greenhouses to control heat and air conditions, using artificial lighting to control light levels, using nutrient solutions to control the nutrition plants receive through their roots, and otherwise tweaking the environment that we grow plants in, it is possible to grow more plants in less space than would otherwise be possible. For example, [http://carbon.org/ The Institute of Simplified Hydroponics] report that in just 20m<sup>2</sup> (215 square feet) of space, they regularly grow 2kg (4.4lb) of vegetables ''per day''.

Controlled-environment growing covers the three "ponics": [[Hydroponics|hydroponics]], [[Aquaponics|aquaponics]] and aeroponics.

Open Source Ecology promotes agricultural practices that meet the [[OSE Specifications]] i.e. food systems that are open-source, replicable, cheap, scalable, simple, can be built by anyone, allow automation, promote decentralization, are environmentally-friendly and lead to abundance. Industrial monoculture using petrochemicals and heavy machinery do not meet these criteria, but two methods of agriculture do: [[Permaculture|permaculture]] and controlled-environment growing. These two have different strengths and weaknesses; although controlled-environment growing allows city-dwellers with limited space to be self-sufficient for food, it cannot heal bad soils the way permaculture can. And although permaculture can turn wastelands into beautiful forests, it cannot grow beneficial herbs that are not adapted to the local climate the way controlled-environment growing can.