Regenerative Agriculture - Revision history

Pinfold at 23:11, January 15, 2023

2023-01-15T23:11:56Z

← Older revision		Revision as of 23:11, January 15, 2023
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	\|authors=Jennifer Wells,Ed Lisle		\|authors=Jennifer Wells,Ed Lisle
	\|blueprint=Agriculture		\|blueprint=Agriculture
	\|chapter=~~13000~~		\|chapter=13100
	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}

Pinfold at 23:10, January 15, 2023

2023-01-15T23:10:51Z

← Older revision		Revision as of 23:10, January 15, 2023
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	\|authors=Jennifer Wells,Ed Lisle		\|authors=Jennifer Wells,Ed Lisle
	\|blueprint=Agriculture		\|blueprint=Agriculture
	\|chapter=~~612~~		\|chapter=13000
	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}

Pinfold at 22:48, January 15, 2023

2023-01-15T22:48:46Z

← Older revision		Revision as of 22:48, January 15, 2023
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	The purpose of this RegenAg/AgTech partnership with OpenCommons is to cultivate a collaborative community to advance promising smart technologies for urban and rural regenerative agriculture solutions.		The purpose of this RegenAg/AgTech partnership with OpenCommons is to cultivate a collaborative community to advance promising smart technologies for urban and rural regenerative agriculture solutions.

	~~=Demonstration Projects=~~
	~~{{#ask:~~
	~~[[Category:Activity]]~~
	~~[[Has tag::Regenerative Agriculture]]~~
	~~\|?=#~~
	~~\|?Has image#=2~~
	~~\|?Has description#=3~~
	~~\|format=plainlist~~
	~~\|named args=yes~~
	~~\|introtemplate=Show image Header~~
	~~\|template=Show image~~
	~~\|outrotemplate=Show link Footer~~
	}}
	~~=News=~~
	~~{{#ask:~~
	~~[[Category:News]]~~
	~~[[Has tag::Regenerative Agriculture]]~~
	~~\|?=#~~
	~~\|?Has image#=2~~
	~~\|?Has summary#=3~~
	~~\|format=plainlist~~
	~~\|named args=yes~~
	~~\|introtemplate=Show image Header~~
	~~\|template=Show image~~
	~~\|outrotemplate=Show link Footer~~
	}}

Pinfold at 17:53, December 2, 2022

2022-12-02T17:53:56Z

← Older revision		Revision as of 17:53, December 2, 2022
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	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}

	A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.		A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.

Elisle at 10:04, December 2, 2022

2022-12-02T10:04:23Z

← Older revision		Revision as of 10:04, December 2, 2022
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	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}
	~~[[File:Smart agriculture iot with hand planting tree background.jpg\|600px\|center]]~~

	A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.		A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.

Pinfold at 05:16, December 2, 2022

2022-12-02T05:16:58Z

← Older revision		Revision as of 05:16, December 2, 2022
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	{{#ask:		{{#ask:
	[[Category:News]]		[[Category:News]]
	[[Has tag::Regenerative Agriculture~~, Regen, RegenAG, AgTech~~]]		[[Has tag::Regenerative Agriculture]]
	\|?=#		\|?=#
	\|?Has image#=2		\|?Has image#=2

Pinfold at 05:11, December 2, 2022

2022-12-02T05:11:41Z

← Older revision		Revision as of 05:11, December 2, 2022
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	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}
			[[File:Smart agriculture iot with hand planting tree background.jpg\|600px\|center]]
	[[File:Smart agriculture iot with hand planting tree background.jpg\|~~400px~~\|center]]

	A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.		A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.

Pinfold at 05:10, December 2, 2022

2022-12-02T05:10:34Z

← Older revision		Revision as of 05:10, December 2, 2022
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	{{Chapter		{{Chapter
	\|image=~~Smart-agriculture-iot-with-hand-planting-tree-background~~.~~tiff~~		\|image=SmartAgBanner.jpg
	\|poc=Ed Lisle		\|poc=Ed Lisle
	\|authors=Jennifer Wells,Ed Lisle		\|authors=Jennifer Wells,Ed Lisle
Line 6:		Line 6:
	\|chapter=612		\|chapter=612
	\|sectors=Agriculture		\|sectors=Agriculture
	\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.		\|summary='''REGENERATIVE AGRICULTURE''' (''RegenAG'') involves shifting from a carbon intensive food system to carbon-negative agriculture that restores rather than degrades ecosystems. While there is no globally accepted definition, this term is widely accepted to refer to integrated systems of farming, ranching, and pastoral practices that contribute to stabilizing the planet’s climate and carbon cycles by rehabilitating and safeguarding biodiversity and living systems.}}

			[[File:Smart agriculture iot with hand planting tree background.jpg\|400px\|center]]

	A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.		A shift to Regenerative Agriculture signals a radical transformation of how, where and when we grow food, a great expansion of the varieties of seeds grown and a new microclimate-based approach focusing on smallholder farms, intercropping, agroforestry and micro-farming industry strategies. For example, the use of cover crops, crop rotation, and no till practices, reducing use or elimination of synthetic inputs, and employing integrated crop and livestock systems and managed grazing have long since been recognized as sustainable farming practices.
Line 19:		Line 21:

	Regenerative Agriculture approaches are already being implemented to varying degrees across our agricultural system, while others are newly emerging. Globally, movement is underway to return to native crops specifically adapted to variations in the local climate and to greatly increase the natural fertility and carbon sequestration potential of degraded soils. Nations such as Niger, with some of the most degraded soils on the planet, are demonstrating how restoration can be accomplished – restoring an astonishing 5 million hectares to productivity in the Sahel. Private/public partnerships such as the agroforestry project in inner Mongolia’s Kubuqi Desert, have restored approximately one-third of 18,600 sq km of sand dunes and in Mali, restoration has created forest plots with higher biomass than even native forests.		Regenerative Agriculture approaches are already being implemented to varying degrees across our agricultural system, while others are newly emerging. Globally, movement is underway to return to native crops specifically adapted to variations in the local climate and to greatly increase the natural fertility and carbon sequestration potential of degraded soils. Nations such as Niger, with some of the most degraded soils on the planet, are demonstrating how restoration can be accomplished – restoring an astonishing 5 million hectares to productivity in the Sahel. Private/public partnerships such as the agroforestry project in inner Mongolia’s Kubuqi Desert, have restored approximately one-third of 18,600 sq km of sand dunes and in Mali, restoration has created forest plots with higher biomass than even native forests.
	}}
	'''Key Trends Pushing Forward Regenerative Ag Practice Adoption'''		'''Key Trends Pushing Forward Regenerative Ag Practice Adoption'''

Elisle at 04:06, December 2, 2022

2022-12-02T04:06:28Z

← Older revision		Revision as of 04:06, December 2, 2022
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	{{Chapter		{{Chapter
	\|image=Smart ~~Agriculture~~		\|image=Smart-agriculture-iot-with-hand-planting-tree-background.tiff
	\|poc=Ed Lisle		\|poc=Ed Lisle
	\|authors=Jennifer Wells,Ed Lisle		\|authors=Jennifer Wells,Ed Lisle

Elisle at 04:03, December 2, 2022

2022-12-02T04:03:12Z

← Older revision		Revision as of 04:03, December 2, 2022
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	{{Chapter		{{Chapter
	\|image=~~SmartAg~~		\|image=Smart Agriculture
	\|poc=Ed Lisle		\|poc=Ed Lisle
	\|authors=Jennifer Wells,Ed Lisle		\|authors=Jennifer Wells,Ed Lisle