Agriculture Construction Set: Difference between revisions
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The living stock base has been defined in 2008 at [[Perennial Agriculture]]. However, the larger part would be earthworks, waterworks, greenhouses, fencing, machine infrastructure, materials production infrastructure, creating fertility - all the terraforming required to regenerate and upgrade the land to provide abundance. Once set up, it lasts for ever. With [[RTK GPS]] drones, the management duty would be the requirement of a single open source agroecologist. The learning curve is huge, and this would be part of OSE's 8 year movement entrepreneurship program. | The living stock base has been defined in 2008 at [[Perennial Agriculture]]. However, the larger part would be earthworks, waterworks, greenhouses, fencing, machine infrastructure, materials production infrastructure, creating fertility - all the terraforming required to regenerate and upgrade the land to provide abundance. Once set up, it lasts for ever. With [[RTK GPS]] drones, the management duty would be the requirement of a single open source agroecologist. The learning curve is huge, and this would be part of OSE's 8 year movement entrepreneurship program. | ||
The design here should be based around the open source ecology [[Campus]] | The design here should be based around the open source ecology [[Campus]], building in an R&D capacity at the $50M level for opensourcing the technosphere via an open, collaborative method. Once the [[GVCS]] is complete, replications can happen at the 10+ acre scale rural and city block scale urban. All energy and food should be built in, as well as core production including solar silicon, concrete, steel, and plastic. Distributed green manufacturing would reinvent the world as such, eradicating corruption, poverty, and war. | ||
Revision as of 19:01, 16 February 2023
The living stock base has been defined in 2008 at Perennial Agriculture. However, the larger part would be earthworks, waterworks, greenhouses, fencing, machine infrastructure, materials production infrastructure, creating fertility - all the terraforming required to regenerate and upgrade the land to provide abundance. Once set up, it lasts for ever. With RTK GPS drones, the management duty would be the requirement of a single open source agroecologist. The learning curve is huge, and this would be part of OSE's 8 year movement entrepreneurship program.
The design here should be based around the open source ecology Campus, building in an R&D capacity at the $50M level for opensourcing the technosphere via an open, collaborative method. Once the GVCS is complete, replications can happen at the 10+ acre scale rural and city block scale urban. All energy and food should be built in, as well as core production including solar silicon, concrete, steel, and plastic. Distributed green manufacturing would reinvent the world as such, eradicating corruption, poverty, and war.