From drumming woodpeckers and chorusing frogs, to dancing birds and synchronized fireflies, the natural world is full of rhythm. But what do these beats and pulses really mean? And what can they tell us about the evolution of music?
This open access book offers the first comprehensive, interdisciplinary exploration of rhythmic behavior across the animal kingdom, bringing together leading researchers in comparative cognition, ethology, evolutionary musicology, neurobiology, and related fields. The volume examines how animals use timing, tempo, and patterned coordination to communicate, compete, and coordinate, revealing rhythmicity as a powerful, yet often overlooked dimension of animal signaling.
Through comparative analysis, the book illuminates how rhythmicity may have evolved, what adaptive roles it plays across taxa, and how studying non-human species can shed light on the prehistoric origins of human musicality. Within this evolutionary perspective, it provides unique insight into how rhythmic behaviors arise from complex interactions among muscular and neural processes, perception, affective states, ecological pressures, and social demands. These intertwined mechanisms reveal the motor and cognitive complexity of rhythmic behaviors and, when considered in functional context, refine our understanding of the communicative and emotional significance of rhythm.
In addition to syntheses of established findings, Nature Beats presents exciting new data from ongoing research, offering readers a glimpse into discoveries as they unfold. Nature Beats will be of particular interest to a broad readership fascinated by animal behavior, music, and dance expression, as well as to researchers in comparative cognition, ethology, evolutionary musicology, biomusicology, and the behavioural and cognitive sciences more broadly. It offers a rigorous yet integrative perspective on rhythmic behaviour, providing new insights into how and why rhythm emerges across species.
What is Rhythm and How Can We Study It?.- How Animals Produce Rhythm
An Overview of Ethological Mechanisms for Rhythmic Communication.- The
Functional and Structural Diversity of Rhythmic Communication Across
Species.- Uncharted Rhythmic Diversity Across the Animal World.- Endogenous
Rhythm, Isochrony, and the Path to Perfect Synchrony.- How Environmental and
Social Contexts Shape and Constrain Rhythm Structure and Production.-
Converging Notions of the Main Hypotheses Regarding the Origins of Beat
Perception and Synchronisation.- Neural Resonance and Comparative Rhythm
Cognition.- The Neuroethology of Rhythmic Communication: Neural and
Mechanical Building Blocks and Constraints on Rhythm Production and
Perception.- The Developmental Trajectory of Rhythmic Abilities in Humans and
Singing Primates.- Moving the Body and the Mind Links Between Emotion and
Rhythmic Communication and Underlying Neurobiological Mechanisms.- The
Significance of the Ape Heritage in the Evolution of Human Rhythm in Speech,
Music and Dance.- Rhythm-Induced Altered States and the Evolution of Human
Dance and Music.- Human Group Synchrony in the Light of the Comparative
Method: What We Know and Would Like to Know. A Peer Commentary Treatment.-
The Next Frontier in Research in Rhythm Cognition and Rhythmic Communication.
Gabriela-Alina Sauciuc is a cognitive scientist and senior researcher at Lund University. Her work examines the developmental and evolutionary foundations of social cognition, communication, and behaviouralcoordination, spanning studies with human infants, great apes, and other primates, on topics such as imitation, social learning, cooperation, imagination, and musicality. In recent years, she has focused much on integrative work regarding the biological, developmental, and ecological bases of rhythmic communication, including neuromuscular and environmental constraints, developmental trajectories of rhythmicity, and large scale comparative analyses across animal taxa. Her work aims to bridge comparative cognition, developmental science, and neuroethology to advance understanding of the evolutionary roots of rhythmic competence. Adriano R. Lameira is Associate Professor of Evolutionary Psychology at the University of Warwick and a UK Research & Innovation Future Leaders Fellow. A primatologist and cognitive scientist, his research investigates the evolutionary origins of language, music and intelligence, with a particular focus on great ape vocal communication, cognition and combinatorics. Drawing on long-term fieldwork with wild orangutans in Sumatra and Borneo, complemented with captive work with all great ape genera across international accredited zoos, Lameira combines behavioural observation and innovative experimental design to test how the production and perception of consonant-like and vowel-like calls may have given rise to the first linguistic and musical structures in the human lineage. His work challenges long-standing assumptions that ape calls are purely reflexive, providing evidence for voluntary, structured vocal production and first vocal hierarchies identified outside language and music. Lameira advances a new synthesis linking biology, cognition and the future of intelligent systems. Tomas Persson is Associate professor and senior lecturer in Cognitive Science at Lund University, Sweden, specializing in primate cognition and behaviour. 2007-2022 he co- directed the work at the Lund University Primate Research Station Furuvik. Besides researching rhythmic communication in chimpanzees, he has recently been involved in interdisciplinary projects on Scandinavian rock art and onmovement and cognition.
