Which application is commonly associated with GMOs?

The application of altering DNA for pest resistance is a fundamental aspect of genetically modified organisms (GMOs). This process involves using biotechnology to introduce specific genes into a plant’s DNA that can confer resistance to pests. By equipping crops with these modified traits, farmers can reduce the reliance on chemical pesticides, ultimately leading to lower costs and potentially increased yields.

This approach is integral to the development of GMOs because it allows for a targeted solution to pest problems that might otherwise require more extensive chemical applications. The trait for pest resistance is one of the most common modifications made to crops, contributing significantly to the efficiency and sustainability of agricultural practices.

In contrast, while increasing crop diversification, reducing agricultural technology, and minimizing pesticide use may relate to broader agricultural practices, they are not specifically applications of GMOs. For instance, increasing crop diversification can occur independently of genetic modification, and reducing agricultural technology may undermine the very advancements that GMOs represent. Minimizing pesticide use is a benefit that can arise from the effective use of GMOs, but it is not the specific application of modifying the crop's DNA itself.