Page 3: Research news on community ecology

Community ecology is the subfield of ecology that investigates the structure, composition, and dynamics of co-occurring species within a defined area, focusing on how biotic interactions and abiotic factors shape patterns of biodiversity. It examines processes such as competition, predation, mutualism, facilitation, and trophic interactions, and analyzes emergent properties including species richness, evenness, food web architecture, and functional diversity. Community ecologists use observational studies, experiments, and quantitative models to understand mechanisms of coexistence, succession, community assembly, disturbance responses, and the maintenance of ecosystem functioning and stability across spatial and temporal scales.

Dark biodiversity helps solve Darwin's 160-year-old puzzle

An international research team, which included University of Tartu visiting doctoral student Wen-Gang Zhang and Professor of Botany Meelis Pärtel, has found a new solution to one of ecology's long-standing controversies—Darwin's ...

Invisible chemical landscapes shape life

Plants, animals and microorganisms constantly communicate through chemical signals. A research team has now shown that these signals merge in the environment to form complex "chemical landscapes" that have effects far beyond ...

Scientists map more than 200 years of nature's progress

Armed with trail cameras, artificial intelligence, and a powerful national research network, scientists are revisiting Lewis and Clark's legendary journey to see how America's wildlife has changed over the past 200 years.

Scientists develop new method to estimate hidden species

When researchers survey wildlife in a lake, forest, or other habitat, they rarely capture every species present—some are simply too rare or elusive to detect. A new study published in the May issue of Ecological Informatics ...

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