Bayer apuesta a la plantas que se autofertilizan

Bayer and Ginkgo Bioworks are collaborating on a $100 million venture to develop self-fertilizing plants by transferring nitrogen-fixing genes from peanuts to crops like corn, wheat, and rice. This innovation aims to reduce fertilizer costs and environmental impact, addressing the challenges of feeding a growing population with limited arable land. The partnership is part of a broader trend of investment in agricultural technology, with the market projected to reach $240 billion by 2050. Bayer's acquisition of Monsanto is seen as complementary to this effort, with testing planned in Sacramento, CA.

What is the primary goal of the collaboration between Bayer Life Science Center and Ginkgo Bioworks?

• To reduce the cost of corn seeds

• To increase the size of peanuts

• To create a new type of pesticide

• To develop crops that can fertilize themselves

How might self-fertilizing plants benefit farmers economically?

• By reducing the cost of nitrogen fertilizers

• By requiring more labor for planting

• By increasing the price of crops

• By increasing the need for traditional fertilizers

What is one environmental benefit of self-fertilizing plants?

• They reduce pollution from fertilizers

• They increase soil erosion

• They require more water

• They increase pesticide use

What is a significant challenge mentioned in developing agricultural innovations like self-fertilizing plants?

• Insufficient land for testing

• High financial and time investment

• Lack of interest from farmers

• Lack of consumer demand

How does Bayer's acquisition of Monsanto relate to the development of self-fertilizing plants?

• It focuses solely on pesticide development

• It creates a conflict of interest

• It reduces the need for partnerships

• It provides a strategic fit with existing products