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.

Dam removal restores aquatic ecosystem within three years

The ecology of an upstate New York stream rebounded to its natural state within three years after a small dam was removed, highlighting how quickly aquatic ecosystems can recover, according to a new study.

Wildfire resistance found in aspen tree populations

A new study from Colorado State University, Western Colorado University and the U.S. Forest Service found evidence that stands of aspen trees could resist wildfires by slowing a fire's advance or changing its course.

New tool maps hidden roles and risks in ecosystems

Do you think you know which species are most vulnerable in an ecosystem? A novel analytical method developed by Italian physicists at the Complexity Science Hub (CSH) suggests there's more to discover. In their recent study, ...

Researchers find crab and clam resilience etched into shells

A new study reveals a bright spot for shellfish populations in the northeast Pacific Ocean. Combining paleontological tools and archaeological data with conservation research, the paper finds that, for the past 3,000 years, ...

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