Exploring how cultivated environments are creating a surprising uniformity in plant life across global cities and what this means for biodiversity.
Discover how intraspecific variability is revolutionizing marine ecology and why individual differences matter for ocean resilience.
Discover how environmental DNA (eDNA) technology is revolutionizing biodiversity monitoring by detecting species through genetic traces in water samples.
Exploring the complex role of non-native species in ecosystems and why we need a more nuanced approach to conservation in the Anthropocene.
Discover the fascinating world of groundwater biodiversity, its importance, threats, and conservation efforts through cutting-edge research and technology.
Exploring the science behind invasibility - how new species establish in ecosystems and what this reveals about nature's assembly rules.
Discover Polyporus leprieurii var. yasuniensis, an extraordinary Ecuadorian Amazon fungus with unique survival strategies and metal sequestration abilities.
Exploring cutting-edge tools in conservation biology from predictive algorithms to behavioral insights and ethical innovations.
Exploring how abandoned Japanese larch plantations naturally transform into biodiversity hotspots, with research findings from China's Qinling Mountains.
Discover how blennies, small but remarkable fish, are revolutionizing our understanding of evolution, biodiversity, and biomedical research.