Abstract
This chapter outlines a proposed Food-Energy-Water (FEW)-database, explicitly designed for architects and urban designers. The database is global, with the intent being to describe both commonalities and gaps across the varied physical, social and economic environments, and more importantly to examine the possibility of scaling methods and socio-economic approaches. A theoretical framework is presented and developed into a proposal for the content that is required to understand FEW-projects from this point of view and how the information might be organised most clearly for the purpose of comparing outcomes and processes. The format is tested and extended by built examples located around the world. These indicate that a true comparison is difficult without more detailed economic data, which is inherently difficult to obtain, though it may be estimated through indirect sources. Future efforts are required to gather such information, expressly to find ways that Keynesian ‘Animal Spirits’ can be provoked to take up and scale FEW-methods and concepts in a truly significant way.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
References
Abboud L (2019) Farm labs that grow crops indoors race to transform future of food. Retrieved from https://www.ft.com/content/6a940bf6-35d4-11e9-bd3a-8b2a211d90d5. Accessed Feb 2020
Akerlof GA, Shiller RJ (2011) Animal spirits’: how human psychology drives the economy, and why it matters for global capitalism. Princeton University Press, Princeton
Albrecht TR, Crootof A, Scott CA (2018) The water-energy-food nexus: a systematic review of methods for nexus assessment. Environ Res Lett 13(4):1–26
Baddeley M (2017) Behavioural economics: a very short introduction. Oxford University Press, Oxford
Bizikova L, Roy D, Venema HD, McCandless M, Swanson D, Khachtryan A, Borden C, Zubrycki K (2014) Water-energy-food nexus and agricultural investment: a sustainable development guidebook. International Institute for Sustainable Development, Winnipeg
Bugliarello G (2006) Urban sustainability: dilemmas, challenges and paradigms. Technol Soc 28(1):19–26
Clouse C (2014) Farming Cuba: urban farming from the ground up, 1st edn. Princeton Architectural Press, Princeton
Edmondson JL, Cunningham H, Tingley DOD, Dobson MC, Grafius DR, Leake JR, … Cameron DD (2020) The hidden potential of urban horticulture. Retrieved from https://www.nature.com/articles/s43016-020-0045-6
Ehrlich J (2016) RegenVillages – the “tesla of ecovillages”, tech-integrated and regenerative neighborhood development. Retrieved from http://smart-circle.org/wp-content/uploads/sites/3/2016/06/3.-James-Ehrlich-Senior-Technologist-Stanford-University.pdf
Ehrlich J, Leifer L, Ford C (2015) RegenVillages – integrated village designs for thriving regenerative communities. Retrieved from https://sustainabledevelopment.un.org/content/documents/622766_Ehrlich_Integrated%20village%20designs%20for%20thriving%20regenerative%20communities.pdf
Endo A, Tsurita I, Burnett K, Orencio PM (2017) A review of the current state of research on the water, energy, and food nexus. J Hydrol Reg Stud 11:20–30
GE Current (2018) Current and Jones Food Company partner to launch Europe’s largest indoor farm [online]. Retrieved from https://www.gecurrent.com/ideas/current-powered-by-ge-and-jones-food-company-partner-to-launch-europes-largest-indoor-farm. Accessed Feb 2020
Gotham Greens (2020) [online] Available at: https://www.gothamgreens.com/our-story/. Accessed Feb 2020
Gould D (2019) Gotham Greens on using hydroponics to preserve biodiversity. Food Tech Connect. Retrieved from https://foodtechconnect.com/2019/01/24/gotham-greens-on-how-hydroponics-preserves-biodiversity/. Accessed Feb 2020
Gould KA, Lewis TL (2018) From green gentrification to resilience gentrification: an example from brooklyn. City Community 17(1):12–16
Inhabitat (2019) New library in Hanoi aims to show young children the benefits of aquaponics in an urban setting [online]. Retrieved from https://inhabitat.com/new-library-in-hanoi-aims-to-show-young-children-the-benefits-of-aquaponics-in-an-urban-setting/. Accessed Feb 2020
Kerr S (2018) Qatar attempts to build its way out of a blockade. FT.Com. Retrieved from https://www.ft.com/content/a39cd232-5517-11e8-b24e-cad6aa67e23e. Accessed Feb 2020
Ocado Group (2019) Ocado brings its innovation and automation expertise to sustainable vertical farming [online]. Retrieved from https://www.ocadogroup.com/media/press-releases/year/2019/ocado-brings-its-innovation-and-automation-expertise-sustainable. Accessed Feb 2020
Oosterveer P, Sonnenfeld DA (2012) Food, globalization and sustainability. Earthscan, London
Plumer B (2016) The real value of urban farming. (Hint: It’s not always the food.). Retrieved from https://www.vox.com/2016/5/15/11660304/urban-farming-benefits
Ringler C, Bhaduri A, Lawford R (2013) The nexus across water, energy, land and food (WELF): potential for improved resource use efficiency? Curr Opin Environ Sustain 5(6):617–624
Rosen E (2019) Looking for a new way to live. Retrieved from https://www.nytimes.com/2019/09/26/business/james-ehrlich-environment-neighborhood.html
Schlör H, Venghaus S, Hake J (2018) The FEW-Nexus city index – measuring urban resilience. Appl Energy 210:382–392
Sennett R, Burdett R, Sassen S, Clos J (2018) The science of urbanization and the open city, 1st edn. Routledge, Abingdon. pp 52–149
Sowder A (2019) Touring Brooklyn’s Gotham Greens atop whole foods market. The Packer. https://www.thepacker.com/article/touring-brooklyns-gotham-greens-atop-whole-foods-market. Accessed Feb 2020
Thaler RH (2016) Misbehaving: the making of behavioral economics. Penguin Books Ltd, London
United Nations, Department of Economic and Social Affairs, Population Division (2018) World urbanization prospects: the 2018 revision. Online Edition
Villarroel W, Beck M, Hall J, Dawson R, Heidrich O (2014) The energy-water-food nexus: strategic llysis of technologies for transforming the urban metabolism. J Environ Manag 141:104–115
Wright J (2012) The little-studied success story of post-crisis food security in cuba: does lack of international interest signify lack of political will? Int J Cuba Stud 4(2):130–153
Author information
Authors and Affiliations
Corresponding author
Editor information
Editors and Affiliations
Appendix
Appendix
Follows is a list of preliminary projects used to develop the preliminary proposal for the database described in this article. Note that it includes theories and texts as well as proposal and built projects.
No. | FEW | Project name | Year | Author | Status | What | Location | Size |
---|---|---|---|---|---|---|---|---|
1 | FW | Urban farm on roof | 2016 | Space and matter | Built project | Urban farming | The Hague | building |
2 | FEW | Pig city | 2000 | MVRDV | Design method/concept | Tower farming (holistic/national) | The Netherlands | Buildings/regional plan |
3 | FEW | Living machine | 1970s- | Ocean arks | Design method/concept | Waste treatment integration with buildings | Publication | Building |
4 | FEW | Omega Center for Sustainable Living | 2003 | Ocean arks, BNIM architects | Built project | water treatment | Rhinebeck, NY | Landscape and building |
5 | FW | Brooklyn Grange | 2010 – ongoing | Brooklyn Grange | Built project | Rooftop farming | Brooklyn New York | Urban area |
6 | FEW | Copenhagen Loop | In progress | Bjarke Ingels Group | Design method/concept | Urban plan | Copenhagen and Malmo | Regional urban plan |
7 | EW | Exergy house | c. 2000 | NITO environmental architecture LLC | Built project | House | Tokyo | Case study project |
8 | FEW | LIVING BUILDING CHALLENGE | Ongoing | International Living Future Institute | Design method/concept | System | Global | Certification system |
9 | Granby workshop | 2015 – ongoing | assemble studio | Living lab | Urban redevelopment | Liverpool | Block/neighborhood | |
10 | FEW | Ecological footprint | Mathis Wackernagel | Evaluation tool | Non-scale | |||
11 | EW | Bullit centre | 2012--> | Miller Hull (architect ) | Built project | Seattle | 1 commercial building | |
12 | W | New Orleans masterplan | 2008--> | Tulane University, Waggonner & Ball Architects | Proposal | Water-oriented masterplan for the city | New Orleans | Entire city |
13 | FE | Delhaise supermarket roof garden | 2018 --> | Dehaise supermarket | Built project | Supermarket food production | Elsene, Brussels, Belgium | 360 m2 test site |
14 | FEW | VAC library | 2018 | Framing Architects | Built project | Urban public building with hydroponics | Hanoi, Vietnam | Small library |
15 | FEW | Almere Oosterwold | 2015 | MVRDV | Built, in progress | Urban planning – self contained FEW | ALMERE | Town size |
16 | EW | Manchester BIOSPHERIC PROJECT | 2013 | Vincent Walsh | Built | Aquaponics | Manchester | Demonstration |
17 | F | Smaakpark | 2018 | Rob Roggema +Christian Weij | In process | Farm to plate | Ede, the Netherlands | Urban farm and restaurant |
18 | FW | FOODROOF | 2014 | rob roggema | Built | Aquaponics | Rio De Janeiro | |
19 | FEW | FOODROOF ZUS (Op Het Dak) | 2010? | ZUS | Built | Farm to plate | Rotterdam | Urban farm and restaurant |
20 | FEW | Kringloopcomplex Zonneterp (Dutch) | 2008 | SIGN + Innovatie Netwerk | Concept | Urban plan | Venlo | 2 acre greenhouse + 200 housing units |
21 | FW | Oyster-tecture | 2010 | SCAPE | Built project | Aquaculture | NY Harbour | Infrastructural |
22 | FW | Peas park | 2015 --> | Community led | Built project | Community garden | Skegoneill, Belfast | Neighbourhood |
23 | FEW | Food Cloud | 2012 --> | Iseult Ward + Aoibheann O’Brien | Social platform | Food surplus re-distribution | UK + Ireland | Nationwide |
24 | FEW | Lufa farms | 2009 --> | Muhamed Hage | Built project | Rooftop farming | Montreal, Canada | Urban farm and city-wide distribution |
25 | FEW | Growing underground | 2017 --> | Steven Dring + Richard Ballard | Built project | Urban farming | Clapham, London | Building |
26 | FEW | 2015 --> | Freight farms | Built project | urban farming | Shipping container | ||
27 | FEW | QO Hotel | 2018 | Paul de Ruyter Architects | Built project | Rooftop greenhouse, high tech | Amsterdam | Building (5000 plants) |
28 | FEW | City Fruitful | 1991 | Ashok Bhalotra, Kas Oosterhuis, Jack Alblas, Adri Huisman, Willem Schuringa | Masterplan proposed to the city of Dordrecht, financed by the Rijksdienst Voorbeeldplannen | |||
29 | FEW | Urban cultivator | 2010 | Founders Tarren Wolfe, Myles Omand, and Davin MacGregor | Commercial | |||
30 | FEW | Gotham Greens | 2011 --> | Whole Food + Gotham Green (Gowanus Store) by BL Companies | Built | Rooftop greenhouse | 4 sites in NYC | Building |
31 | F | Square Root | Tobias Peggs | Educational programme | Urban farming education and trailing | NYC | ||
32 | F | Sole Food Street Farms | 2013 | Michael Ableman + Seann J Dory | Built Project + Social Project | Urban farming | Vancouver, Canada | Urban area |
33 | FEW | Artscape Wychwood Barns | 2008 | Du Toit Allsop Hillier Architects Limited (dtah) + STANTEC+ERA Architects+ Blackwell Bowick | Built | Urban farming | Toronto, Canada | Building |
34 | FEW | Eli Zabar’s vinegar factory | 1993 | Eli Zabar’s: Eli Zabar & Personnel | Built | Rooftop greenhouse | New York, USA | Building |
35 | FEW | Pullman, Green house | 2015 | Gotham Greens | Built | Rooftop farming | Chicago, USA | Building |
36 | F | Bowery project | 2013 | Deena DelZotto and Rachel Kimel | Built/ongoing | Urban farming on vacant parking lots | Toronto, Canada | Urban area |
37 | F + waste | Shopping Eldorado | 2011 | Bioideias | Built | Urban farming | São Paulo, Brazil | Building |
38 | FE | 56 Rue St-Blaise | 2006 | Atelier d’Architecture Autogérée | Built | Urban farming | Paris, France | Urban area |
39 | FW | Urban farmers (UF) | 2011 | Urban farmers | Built/prototype | Urban farming | Basel, Switzerland | Building |
40 | FEW | Nexus City: Operationalizing the urban Water-Energy-Food Nexus for climate change adaptation in Munich, Germany. | Daphne Gondhalekar + Thomas Rasauer (authors) | Design method/evaluation tool | Urban farming | Munich, Germany | Paper | |
41 | EW | Jenfelder Au | Ongoing construction | Hamburg Water Cycle (HWC) | Under construction/design Stratergy | Housing | Hamburg, Germany | Building |
42 | FEW | Beddington Zero Energy Development (BEDZED) | 2002 | Bioregional and Zed Factory | Built | Housing | London Borough-Sutton, UK | Building |
43 | FEW | Maison productive house | 2013 | Rune Kongshaug + Produktif studio de design | Built | Housing | Montreal, Canada | Building |
44 | FEW | Shanghai Expo ZED Pavilion | 2012 | ZED factory | Built | Mixed-used | Shanghai, China | Building |
45 | FEW | Via Verde/The Green Way | 2012 | Phipps Houses and Jonathan Rose Companies, in partnership with Dattner Architects and Grimshaw | Built | Housing | New York, USA | Building |
46 | E | The solar settlement and the sunship | 2006 | Rolf Disch Architects | Built | Mixed -used | Freiburg, Germany | Building |
47 | FEW | Latitude housing system | 2010 | RVTR | Design method | Housing | Cherepovets, Russia + Great Lakes Megaregion, North America | Building |
48 | F | The edible city: envisioning the Continuous Productive Urban Landscape (CPUL) | 2011 | Katrin Bohn and André Viljoen | Design Method | Urban Farming | London | Neighborhood |
49 | FEW | 2017 | Shirin Malekpour | Activity | Living lab | Monash University | University Campus | |
50 | FEW | RISE Futako-tamagawa | 2010 | Tokyu Company | Built | commercial facility | Tokyo | Neighborhood (13.2 ha) |
51 | FEW | Low foot print | Michiyo Azuma | Activity | Living lab | Yokohama | Community | |
52 | FEW | Urban farm | 2015 | Pasona Group Inc. | Built | Design | Tokyo | Building |
53 | FEW | WEF nexus community of practice | 2016 | Mohtar, Rabi H. and Lawford, Richard | Concept | participation | Community | |
54 | FEW | Water –energy –food (WEF) Nexus Tool 2.0: guiding integrative resource planning and decision-making | 2015 | Daher, Bassel T. Mohtar, Rabi H. | Built | Evaluation tool | Developed by Texas A&M University and applied in Qatar | National |
55 | FEW | CAFE stylo | 2015 | Itoya (Stationary shop, Building owner) | Built | Action | Ginza, Tokyo | Building |
56 | FE | Solar sharing | Policy | Business | Japan | Farm | ||
57 | W | Setagaya Dam by all | Guideline revised 2018.4.1. | Setagaya Ward | Policy | Participation | Tokyo | Property |
58 | W | Rainwater harvesting | 2013 | Dana O. Porter, Russell A Persyn, and Valeen A. Silvy | Policy | Participation | New York State | Rooftop |
59 | W | Sponge city Initiative | 2015 | China | Policy | Design and action | 16 cities in China | Property to city scale |
60 | EW | Park 2020 | 2015> | District development | Urban design of commercial district | Hoofdorp, NL | District | |
61 | FW | EVA-Lanxmeer | 1994 | Ecologisch centrum voor Educatie, Voorlichting & Advies (EVA) | Built | Participation | Culumborg, The Netherlands | Residential neighbourhood |
62 | FEW | Nieuwe Sanitatie Noorderhoek – Waterschoon | 2008 | n.a. | Built | Nutrient recovery | Noorderhoe, Sneek, The Netherlands | Residential area, 550 households |
63 | F | Uit je eigen Stad (locally known as the ‘stadsboerderij’) | 2012 | Huibert de Leede | Built | Urban farm | Rotterdam , The Netherlands | <1 ha |
64 | F | Moe’s tuin | 2005 --> | Annie de Vreede, Mila Jokhoe & Tilly Kaisiëpo | Built | Social initiative | Poptahof, Delft, The Netherlands | Sharded neighbourhood garden, <1 ha |
65 | FEW | ReGen villages | 2016 | ReGen Villages Holding, B.V. | Pilot | Eco-technological design, village/community scale | Almere, The Netherlands | First Masterplan consists of 194 homes. 15,500 m2 |
66 | F | Agrowculture | 2012 | Agrowculture | Technology | Online Marketplace | New York, USA | City |
67 | FE | B line urban delivery | 2012 | B Line Urban Delivery | Technology | Sustainable Urban Delivery | Portland, USA | City |
68 | F | Kaantopoyta/Turntable urban farm | 2012 | Dodo | Built | Urban Farm | Helsinki, Finland | <1 ha |
69 | F | R-urban | 2012 | R-Urban | Built | Participation | Colombes, France | City |
70 | F | Sky greens | 2012 | Jack Ng | Built | Vertical Farm | Singapore | 50 ha |
71 | F | Agriculture education | 2015 to present and ongoing | Varies - governmental programs | Policy | Education | USA | |
72 | F | Agrihood | Ongoing | Michigan urban farming initiative | Built | Urban farming | Detroit, USA | 3 acres |
73 | FEW | Tainan Xinhua fruit and vegetable market | Under construction | MVRDV | Under construction/design strategy | Grocery farm | Taiwan | |
74 | F | The risk of “foodwashing” in calls for innovative urban projects | Paula Macé Le Ficher | CRITICISM; THEORY | Challenges to urban farming | Paris | ||
75 | FEW | Oakland avenue urban farm | 2019 | AKOAKI and Oakland Avenue Urban Farm | Project | Urban farming | Detroit, USA | 6 acres |
76 | FEW | FLOATING FARM | 2019 | Beladon | Built | Urban farming | Rotterdam , The Netherlands | |
77 | F | RYERSON URBAN FARM | 2013 --> | Ryerson University | Built | Urban farming | Toronto, Canada | 1/4 Acre |
78 | FEW | “As environmental catastrophe unfolds, we need architecture that is more than just green” | 2019 | Darran Anderson | CRITICISM; THEORY | Theory | Dezeen | |
79 | FEW | AeroFarms | 2017 | Ed Harwood | BUSINESS VENTURE | Capitalist enterprise | ||
80 | EW | OFF GRID BOX | 2010 --> | OFF GRID BOX | Energy production/water purification | Integrated tech | Italy, Rwanda, USA | |
81 | F | “Can we grow more food on less land? We’ll have to, a new study finds” | Dec 2018 | Brad Plumer | CRITICISM; THEORY | policy summary | NY TIMES | |
82 | F | “Creating a sustainable food future” | 2018 | World resources institute | POLICY | Food production | ||
83 | FEW | Clichy-Batignolles | 2015 --> | Built | Eco town planning | Paris | ||
84 | FEW | The Aardehuizen | 2018 | Built | Microgrid | The Netherlands | 54 hectares | |
85 | F | IKEA INDOOR GARDENS | 2018 | IKEA and TOM DIXON | BUSINESS VENTURE | Urban farming | Global | |
86 | W | The Soul of Nørrebro | 2019–2022 | SLA and Ramboll | Built | Water management | Inner Nørrebro area, Copenhagen | |
87 | W | The raindrop | 2019 | Studio Bas van der Veer | Built | Water collection | ||
88 | F | The Dutch Institute of Food&Design | Marije Vogelzang | Think-tank | Theory | |||
89 | FEW | Built | Urban farming | Cuba | ||||
90 | FEW | “Small-scale urban agriculture results in high yields but requires judicious management of inputs to achieve sustainability” | 2018 | Robert McDougall et all | CRITICISM; THEORY | Urban farming theory | ||
91 | FW | Urban agriculture program | 2011 --> | Policy | Urban farming/low means | Antananariv, Madagascar | ||
92 | FW | UNCOMMON GROUND RESTAURANT | 2001 --> | Peter Moser | Organic rooftop farming | Urban farming | Chicago USA | |
93 | FW | GARY COMER YOUTH CENTER | John Ronan architects | Urban farming | Chicago USA | |||
94 | FEW | URBAN FARMERS | 2011 --> | Urban farmers | Food energy water kits for sale | Urban farming | Basel, Switzerland | |
95 | FEW | “Sustainable development and the water–energy –food nexus A perspective on livelihoods” | 2015 | Eloise M. Biggs, et al | CRITICISM; THEORY | FEW theory | ||
96 | FEW | “Regulating the water-energy-food nexus: Interdependencies, transaction costs and procedural justice” | 2017 | Shaun Larcom, Terry van Gevelt | CRITICISM; THEORY | FEW theory | ||
97 | FEW | “Resilient by design: the case for increasing resilience of buildings and their linked food-energy-water systems” | 2018 | Iris Tien | CRITICISM; THEORY | FEW theory | ||
98 | FEW | “The water-energy-food nexus: Is the increasing attention warranted, from either a research or policy perspective?” | 2016 | Dennis Wichelns | CRITICISM; THEORY | FEW theory | ||
99 | FEW | Aquas Perma Solar Firma | 2018 | CplusC Architects | Built | FEW housing | Sydney | |
100 | W | PITCH Kenya | 2014 | PITCH Africa and John Turnbull | Built | Rainwater harvesting | Kenya | |
101 | FEW | Vertical farm | 2017 | ilimego | Under construction | Urban farming | France | 2060 m2 |
Rights and permissions
Copyright information
© 2021 The Author(s), under exclusive license to Springer Nature Switzerland AG
About this chapter
Cite this chapter
Galloway, W., Logan, K., Yan, W. (2021). Proposal for a Database of Food-Energy-Water-Nexus Projects. In: Roggema, R. (eds) TransFEWmation: Towards Design-led Food-Energy-Water Systems for Future Urbanization . Contemporary Urban Design Thinking. Springer, Cham. https://doi.org/10.1007/978-3-030-61977-0_13
Download citation
DOI: https://doi.org/10.1007/978-3-030-61977-0_13
Published:
Publisher Name: Springer, Cham
Print ISBN: 978-3-030-61976-3
Online ISBN: 978-3-030-61977-0
eBook Packages: Earth and Environmental ScienceEarth and Environmental Science (R0)