A review on urban agriculture: technology, socio-economy, and policy
Grace Ning Yuan, Gian Powell B. Marquez, Haoran Deng, Anastasiia Iu, Melisa Fabella, Reginald B. Salonga, Fitrio Ashardiono, Joyce A. Cartagena
Heliyon
Urban Farm DB summary
This review examined urban agriculture (UA) across technology, socio-economy, and policy, noting that supporting UA expansion in cities is challenging due to its poor economic profitability. The study highlighted UA's value beyond profitability, including social, health and well-being, disaster risk reduction, and environmental benefits. It also presented advancements in UA technologies and plant biotechnology as potential solutions for increasing the future profitability of commercial UA.
Extracted facts
4 factsOnly numbers and their conditions are stored, as structured data — never the source's own sentences. Metric and condition names stay in English, as coded.
- 11 x↑ Increase
yield multiple vs conventional(hydroponic lettuce)
YieldControl: conventional farming- method
- hydroponics
- 95 %↓ Decrease
water use reduction(aeroponics)
WaterControl: conventional farming- method
- aeroponics
- UA shortened supply chain during COVID 19
supply chain effect(food supply covid19)
Social- region
- Tokyo, Japan
- year
- 2020-2021
- 5 days
time to food depletion(food supply resilience)
Policy- region
- London
Direction of conclusions
Each author conclusion is recorded only as a coded direction per topic. Read the original for the conclusion itself.
- Food securitySupportsWith caveats
- Economic viabilityMixedWith caveats