Key research themes
1. How have physiological adaptations and energy optimization strategies shaped the evolution and performance of breath-hold diving in humans and animals?
This theme investigates the environmental physiology underlying diving, focusing on the biomechanical and metabolic energy costs of breath-hold diving. It examines how buoyancy, body composition, and physiological control optimize dive duration and energy expenditure. Understanding these factors is pivotal for both evolutionary biology and training practices in diving medicine and breath-hold sports.
2. What challenges and approaches define the practice and regulation of scientific diving in emerging programs and multi-disciplinary research contexts?
This research theme examines the organization, recognition, and standardization challenges encountered by scientific divers in nascent or fragmented regulatory environments. It regards how scientific diving intersects with research methodology, safety protocols, training, career development, and legal frameworks, with implications for fostering collaborative ocean science and sustainable aquatic research practice.
3. How do historical technological innovations and socio-cultural practices inform the development of diving technologies and underwater activities from antiquity to early modern times?
This theme explores the evolution of diving apparatus, underwater exploration techniques, and occupational diving practices from classical antiquity through the Renaissance and Early Modern periods. It addresses archaeological, historical, and biographical evidence to illuminate the origins of diving helmets, diving machines, early underwater salvage, and the socio-economic roles of divers, contributing key insights into the technological and cultural foundations of diving history.