Question
ght the artificial selection of plant-helping bacteria affect society? Select all that apply.
A. It boosts the economy by increasing farmer profits.
B. It increases pollution due to pesticide use.
C. It encourages partnerships between scientists and industry leaders.
D. It reduces pollution from artificial fertilizers.
Group of answer choices
It boosts the economy by increasing farmer profits.
It encourages partnerships between scientists and industry leaders.
It reduces pollution from artificial fertilizers.
It increases pollution due to pesticide use.
A. It boosts the economy by increasing farmer profits.
B. It increases pollution due to pesticide use.
C. It encourages partnerships between scientists and industry leaders.
D. It reduces pollution from artificial fertilizers.
Group of answer choices
It boosts the economy by increasing farmer profits.
It encourages partnerships between scientists and industry leaders.
It reduces pollution from artificial fertilizers.
It increases pollution due to pesticide use.
Answers
GPT-4o mini
The impacts of artificial selection of plant-helping bacteria on society can be interpreted in the following ways:
**A. It boosts the economy by increasing farmer profits.** - This is likely true, as enhanced plant-helping bacteria can lead to better crop yields and healthier plants, which may increase farmer profits.
**B. It increases pollution due to pesticide use.** - This is less likely to apply specifically to the artificial selection of beneficial bacteria, as the goal is often to reduce the need for pesticides, not increase them.
**C. It encourages partnerships between scientists and industry leaders.** - This is likely true, as advancements in agricultural biotechnology usually require collaboration between scientific research and industry to implement new solutions effectively.
**D. It reduces pollution from artificial fertilizers.** - This is also likely to be true, since plant-helping bacteria can enhance nutrient uptake by plants, potentially reducing the need for artificial fertilizers.
So, the selected answers would be:
- It boosts the economy by increasing farmer profits.
- It encourages partnerships between scientists and industry leaders.
- It reduces pollution from artificial fertilizers.
The option "It increases pollution due to pesticide use." would not apply positively in the context of encouraging plant-helping bacteria.
**A. It boosts the economy by increasing farmer profits.** - This is likely true, as enhanced plant-helping bacteria can lead to better crop yields and healthier plants, which may increase farmer profits.
**B. It increases pollution due to pesticide use.** - This is less likely to apply specifically to the artificial selection of beneficial bacteria, as the goal is often to reduce the need for pesticides, not increase them.
**C. It encourages partnerships between scientists and industry leaders.** - This is likely true, as advancements in agricultural biotechnology usually require collaboration between scientific research and industry to implement new solutions effectively.
**D. It reduces pollution from artificial fertilizers.** - This is also likely to be true, since plant-helping bacteria can enhance nutrient uptake by plants, potentially reducing the need for artificial fertilizers.
So, the selected answers would be:
- It boosts the economy by increasing farmer profits.
- It encourages partnerships between scientists and industry leaders.
- It reduces pollution from artificial fertilizers.
The option "It increases pollution due to pesticide use." would not apply positively in the context of encouraging plant-helping bacteria.