Stuart Oda: Are indoor vertical farms the future of agriculture?

The video addresses the critical global challenge of feeding a growing population, projected to reach 9.8 billion by 2050. It highlights the need for a 70% increase in agricultural output and introduces controlled environment agriculture, particularly indoor vertical farming, as a solution. This method offers benefits like year-round production and resource efficiency but faces challenges such as high energy use. The video also explores future innovations and the integration of vertical farms into urban spaces, emphasizing the potential for improved food access and sustainability.

What is the projected global population by 2050, and what percentage will live in urban centers?

• 8.5 billion, 50%

• 9.8 billion, 68%

• 10 billion, 70%

• 9 billion, 60%

What is controlled environment agriculture commonly known as?

• Outdoor farming

• Hydroponic farming

• Traditional farming

• Indoor vertical farming

Which type of lighting is used in indoor vertical farms to replace natural sunlight?

• Full spectrum LEDs

• Halogen lamps

• Fluorescent lights

• Incandescent bulbs

What is a significant benefit of indoor vertical farming in terms of resource use?

• Significant water conservation

• Higher water consumption

• Increased land usage

• Increased pesticide use

What is a major challenge faced by indoor vertical farms?

• High energy consumption

• Limited space

• Excessive water use

• Lack of technology

How can indoor vertical farms contribute to urban environments?

• By increasing pollution

• By reducing green spaces

• By utilizing underutilized spaces

• By increasing traffic congestion

What personal connection does the speaker have to agriculture?

• Their last name translates to 'large farm'

• They grew up on a farm

• Their last name translates to 'small farm'

• They studied agriculture in college