Overview
Quantum eco-evolutionary effects refer to the changes that occur within ecosystems at the quantum level, mediated through quantum processes that are responsible for the evolution of species. Such changes are typically triggered by environmental factors and include changes in gene expression, cellular metabolism, body structure and behavior. These quantum eco-evolutionary effects can play a significant role in the dynamics of ecological communities. For example, quantum eco-evolutionary effects may impact the rate at which species move and repopulate after becoming extinct, or how species adapt to climate change. Quantum eco-evolutionary effects also provide insight into how ecosystems may respond to the introduction of new species, or the removal of existing species. Understanding the quantum eco-evolutionary effects of ecosystems may aid conservation and land management efforts, allowing us to better protect and sustain the biodiversity of these complex systems.