Page 2: Research news on Animal Distribution

Animal distribution, as a biological process, refers to the spatial and temporal patterns by which animal populations occupy, colonize, and persist in habitats across landscapes and ecosystems. It emerges from the interaction of species-specific dispersal mechanisms, behavioral habitat selection, population dynamics, and biotic interactions such as competition, predation, and mutualism, constrained by abiotic gradients including climate, topography, and resource availability. This process underlies biogeographic patterns, metapopulation structure, range limits, and community assembly, and is quantitatively studied using approaches such as species distribution modeling, spatial ecology, landscape genetics, and movement ecology to link organismal traits and environmental heterogeneity to observed occurrence and abundance.

Study finds wider distribution of deep-sea snailfish

Snailfish living in deep-sea trenches in the Pacific and Indian oceans may have wider geographic distributions than previously thought, according to a researcher at The University of Western Australia.

Starfish break the rules of animal distribution

Animals and plants around the world are not randomly distributed. They appear to follow trends and patterns. But it's often difficult to figure out if the patterns we see in the natural world actually hold true. To prove ...

page 2 from 3