Page 7: Research news on ecosystem resilience

Ecosystem resilience is the capacity of an ecological system to absorb disturbances, reorganize, and retain its essential structure, functions, feedbacks, and identity within a particular stability domain. It reflects the system’s ability to maintain key processes such as nutrient cycling, energy flow, and species interactions despite perturbations, including climatic extremes, biological invasions, or anthropogenic impacts. Resilience arises from mechanisms like functional redundancy, response diversity, spatial and temporal heterogeneity, and connectivity among habitat patches. In research, it is quantified through metrics such as recovery rates, persistence of functional groups, thresholds for regime shifts, and the magnitude of disturbance a system can withstand before transitioning to an alternative stable state.

Fire fuels resilience in Florida's subtropical forests

Scientists from the Yale School of the Environment discovered that forests in the Everglades bounce back quickly after fires, often surpassing their previous levels of productivity. The research reaffirms the need to continue ...

How beavers impact ecosystems above and below ground

As ecosystem engineers, beavers build resilience into the landscape. Above ground, we can see changes wrought by beaver ponds such as increases in biodiversity and water retention. But UConn Department of Earth Sciences researcher ...

Corals might be adapting to climate change

Corals, the foundation of ocean biodiversity, are threatened by climate change. But new research suggests that these organisms might be more resilient than previously thought.

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