This solar powered floating farm can produce 20 tons of vegetables every day

From design practice, Forward Thinking Architecture, come a set of modular floating farms that harvest sunlight and rainwater, as well as desalinate saltwater and grow thousands of tons of vegetables ever year.

Inspired by Chinese floating fish farms, these rectangular units measure 200×350 meters and can connect with other modules via walkways.  The usage of waterways is a great compliment to the farming industry because it makes farming available in so many more locations.  It reduces the need to import food by localizing growth and incorporates rivers and lakes as viable “farmland.”

Each unit is comprised of three levels.  The bottom floor focuses on aquaculture and water desalination, the first floor on hydroponic crop cultivation, and the roof is adorned with solar panels, skylights and rainwater collectors.

Each module is anticipated to make 8,152 tons of vegetables every year and bring in 1,703 tons of fish.  The modules, then, connect into a grid and can scale up into huge farms, producing local food for entire cities.

http://www.inhabitat.com/could-solar-powered-modular-floating-farms-be-an-answer-to-global-food-self-sufficiency/

http://www.forwardthinkingarchitecture.com/SFF-FLOATING-FARMS-INITIATIVE

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Minds

Published by Bing Wildlife Foundation

Other areas of interest for publishing include: Industrial Automation | Environmental Optimization | Space | Forensics | Logistics Favorite quote: "Know what you don't know" (Someone, 2020). Jessica attended the University of San Diego’s lawyer’s assistant program immediately obtaining her undergraduate degree. She worked as a legal assistant while she pursued her master’s in forensic science. After obtaining her MS. degree she continued to work in the legal field for years till she got involved in the pre-planning business. She is working on her PhD in forensic psychology at GCU: Her current PhD focus of analysis is assisting in the process of perfecting our current LIFE EXPECTANCY CALCULATOR to include ELEVATION / LONGITUDE / LATITUDE / POPULATION DENSITY and NUTRITION variables and their relationship to life span and quality of life to produce a dissertation topic that focuses on solutions to the problem. Improving educational skills training can elevate quality of life while raising life expectancy. (Klocko, et al., 2015). A qualitative approach, utilizing both quantitative statistics over time and qualitative population sampling, would best represent all angles of this topic (Stimpson & Walker, 2020). Reference: Klocko, B. A., Marshall, S. M., & Davidson, J. F. (2015). Developing practitioner-scholar doctoral candidates as critical writers. Journal of Higher Education Theory and Practice, 15(4), 21-31.

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