Final answer:
Negative feedback processes in ecosystems work to counteract changes and maintain homeostasis, which makes the statement False. Positive feedback processes, in contrast, amplify changes for specific events like childbirth or blood clotting.
Step-by-step explanation:
The statement is False. Negative feedback processes in ecosystems and biological systems are designed to counteract changes, promoting stability and maintaining dynamic homeostasis. When a change occurs within an ecosystem or organism, negative feedback mechanisms work to return the system to its original state, thus minimizing the effects of the initial change.
On the other hand, positive feedback mechanisms intensify changes and are typically used to push processes forward to reach a specific outcome, such as blood clotting and childbirth. These are not as common as negative feedback mechanisms in maintaining homeostasis. Thus, while positive feedback amplifies changes, negative feedback restricts them and helps to maintain balance within the body or ecosystem.