Vertical Farm
portes grátis
Vertical Farm
Scientific Advances and Technological Developments
Tablada, Abel; Kole, Chittaranjan; Ng, Andrew Keong; Al-Kodmany, Kheir
Taylor & Francis Ltd
10/2024
240
Dura
9781032437224
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Chapter 1: Introduction (Book Editors)
Chapter 2: Cultivating Tomorrow: An Overview of Vertical Farming (K. Al-Kodmany)
Chapter 3: Vertical Farm Lighting Systems: Ways and Means to Increase Their Efficiency (D. A. Filatov)
Chapter 4: Vertical Farming Systems on Building Envelopes (A Tablada & V Kosoric)
Chapter 5: Social acceptance of urban farming on building skins (V Kosoric)
Chapter 6: Digital agriculture: from concept to implementation (Chien Szu-Cheng)
Chapter 7: Internet of Agricultural Things for Indoor Farming (Akmal Nizam Bin Mohammed)
Chapter 8: A Review on Technological Advances and Challenges in Aquaponics (Andrew Keong Ng)
Chapter 9: Microalgae-based recirculating aquaculture system (Wuang Shy Chyi)
Chapter 10: Variety Improvement for Closed Controlled Environments (Kevin M. Folta)
Chapter 11: Critical requirements to implement vertical farming technologies: the challenge to reduce cost (Jorge Flores Velazquez)
Chapter 12: Energy Efficiency in Indoor Farming: A Malaysian Experience (Mohd Faizal Mohideen Batcha)
Chapter 2: Cultivating Tomorrow: An Overview of Vertical Farming (K. Al-Kodmany)
Chapter 3: Vertical Farm Lighting Systems: Ways and Means to Increase Their Efficiency (D. A. Filatov)
Chapter 4: Vertical Farming Systems on Building Envelopes (A Tablada & V Kosoric)
Chapter 5: Social acceptance of urban farming on building skins (V Kosoric)
Chapter 6: Digital agriculture: from concept to implementation (Chien Szu-Cheng)
Chapter 7: Internet of Agricultural Things for Indoor Farming (Akmal Nizam Bin Mohammed)
Chapter 8: A Review on Technological Advances and Challenges in Aquaponics (Andrew Keong Ng)
Chapter 9: Microalgae-based recirculating aquaculture system (Wuang Shy Chyi)
Chapter 10: Variety Improvement for Closed Controlled Environments (Kevin M. Folta)
Chapter 11: Critical requirements to implement vertical farming technologies: the challenge to reduce cost (Jorge Flores Velazquez)
Chapter 12: Energy Efficiency in Indoor Farming: A Malaysian Experience (Mohd Faizal Mohideen Batcha)
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
vertical farming;urban farming;urban farming technology;indoor farming;digital agriculture;building integrated agriculture;aquaponics;urban resilience;urban growth;urban density;urban population;food miles;food security;greenhouse technology;architectural design;lighting systems;watering systems;technical challenges
Chapter 1: Introduction (Book Editors)
Chapter 2: Cultivating Tomorrow: An Overview of Vertical Farming (K. Al-Kodmany)
Chapter 3: Vertical Farm Lighting Systems: Ways and Means to Increase Their Efficiency (D. A. Filatov)
Chapter 4: Vertical Farming Systems on Building Envelopes (A Tablada & V Kosoric)
Chapter 5: Social acceptance of urban farming on building skins (V Kosoric)
Chapter 6: Digital agriculture: from concept to implementation (Chien Szu-Cheng)
Chapter 7: Internet of Agricultural Things for Indoor Farming (Akmal Nizam Bin Mohammed)
Chapter 8: A Review on Technological Advances and Challenges in Aquaponics (Andrew Keong Ng)
Chapter 9: Microalgae-based recirculating aquaculture system (Wuang Shy Chyi)
Chapter 10: Variety Improvement for Closed Controlled Environments (Kevin M. Folta)
Chapter 11: Critical requirements to implement vertical farming technologies: the challenge to reduce cost (Jorge Flores Velazquez)
Chapter 12: Energy Efficiency in Indoor Farming: A Malaysian Experience (Mohd Faizal Mohideen Batcha)
Chapter 2: Cultivating Tomorrow: An Overview of Vertical Farming (K. Al-Kodmany)
Chapter 3: Vertical Farm Lighting Systems: Ways and Means to Increase Their Efficiency (D. A. Filatov)
Chapter 4: Vertical Farming Systems on Building Envelopes (A Tablada & V Kosoric)
Chapter 5: Social acceptance of urban farming on building skins (V Kosoric)
Chapter 6: Digital agriculture: from concept to implementation (Chien Szu-Cheng)
Chapter 7: Internet of Agricultural Things for Indoor Farming (Akmal Nizam Bin Mohammed)
Chapter 8: A Review on Technological Advances and Challenges in Aquaponics (Andrew Keong Ng)
Chapter 9: Microalgae-based recirculating aquaculture system (Wuang Shy Chyi)
Chapter 10: Variety Improvement for Closed Controlled Environments (Kevin M. Folta)
Chapter 11: Critical requirements to implement vertical farming technologies: the challenge to reduce cost (Jorge Flores Velazquez)
Chapter 12: Energy Efficiency in Indoor Farming: A Malaysian Experience (Mohd Faizal Mohideen Batcha)
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
vertical farming;urban farming;urban farming technology;indoor farming;digital agriculture;building integrated agriculture;aquaponics;urban resilience;urban growth;urban density;urban population;food miles;food security;greenhouse technology;architectural design;lighting systems;watering systems;technical challenges
