Intergalactic Gardeners | Compilation

The video explores the concept of growing food in space, highlighting the challenges and advancements in space botany. It discusses the importance of growing plants in space for long-term missions and the psychological benefits for astronauts. The video also covers the role of genetic engineering in enhancing plant resilience and the potential of fungi in radiation protection and space farming.

What was the first type of space-grown vegetable consumed by astronauts?

• Tomatoes

• Red romaine lettuce

• Carrots

• Spinach

What is one of the main challenges of growing plants in space?

• Lack of sunlight

• Microgravity affecting water and soil

• Too much oxygen

• Excessive heat

Which system is used on the ISS to grow a variety of plants?

• Aeroponics

• Hydroponics

• Aquaponics

• Veggie system

What psychological benefit might astronauts gain from growing plants in space?

• Increased physical strength

• Improved mental health

• Better sleep patterns

• Enhanced memory

What was a significant finding from the 2019 experiment on the moon involving cotton seeds?

• Cotton seeds were unaffected by lunar conditions

• Cotton seeds cannot sprout in space

• Cotton seeds sprouted but did not survive long

• Cotton seeds grew into full plants

How might genetic engineering help plants grow better in space?

• By making them larger

• By making them more resilient to space conditions

• By making them more colorful

• By making them taste better

What unique ability do some fungi have that could benefit space exploration?

• They can produce oxygen

• They can create water

• They can grow from radiation

• They can generate electricity

What is one way fungi could help in building structures on Mars?

• By acting as a food source

• By providing insulation

• By generating heat

• By forming strong building materials

What is the process called where fungi derive energy from radiation?

• Photosynthesis

• Chemosynthesis

• Thermosynthesis

• Radiosynthesis

How can fungi potentially enhance plant growth in space?

• By emitting growth-enhancing gases

• By providing more sunlight

• By reducing water needs

• By increasing soil nutrients