Page 2: Research news on biodiversity

Biodiversity, as a biological phenomenon, denotes the variability and complexity of life across genes, species, populations, communities, and ecosystems, including their functional traits and phylogenetic relationships. It emerges from evolutionary processes such as mutation, selection, gene flow, and drift, and is structured by ecological interactions, environmental gradients, and spatiotemporal dynamics. Biodiversity influences and reflects ecosystem functioning, stability, and resilience through mechanisms like complementarity, redundancy, and trophic interactions. It is quantitatively characterized using metrics of richness, evenness, turnover, and functional or phylogenetic diversity, and its patterns are central to understanding biogeography, ecosystem processes, and responses to environmental change.

Complex food webs sustain ecosystem functioning

Healthy ecosystems depend on more than just having lots of species—they rely on the complex relationships between plants, prey and predators, according to new international research led by the University of Waikato and the ...

More colorful songbirds face higher extinction risk

In the humid jungle of Vietnam, Natalia Ocampo-Peñuela and Monte Neate-Clegg spent hours patiently waiting to spot the rare "Halloween bird." Officially known as the collared laughingthrush, this songbird has striking orange, ...

Spiders benefit from seemingly monotonous forests

In ecology, the principle holds that the more diverse and heterogeneous a habitat is, the more different species it supports. To promote species diversity in forests, clearings are therefore created for nature conservation ...

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 ...

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