Biography

As a veterinarian and animal biometeorologist, I am deeply committed to advancing knowledge and understanding in my field. I have authored over 70 articles in various peer-reviewed international scientific journals and conferences. My research aims to provide cutting-edge insights into the strategies, tactics, and mechanisms that regulate body thermoregulation and bioenergetics in animals, with a particular focus on dromedary camels. Currently, my work centers on understanding the thermophysiological capacity of farm animals to adapt to both short- and long-term climate changes. Looking to the future, I aspire to explore the influence of controlled laboratory conditions on neurophysiology. My research interests span a broad array of disciplines, including philosophy, physics, biometeorology, thermoregulatory physiology, bioenergetics, thermography, thermosensory systems, biotelemetry, biologging, biorhythm analysis, electrophysiology, molecular thermotolerance, epigenetic adaptation, spatiotemporal dynamics, thermodynamics, heat transfer modeling, ethophysiology, neuroethology, ergonomics, phenology, paleoclimatology, global warming, climate change mitigation, artificial intelligence in research, cutting-edge scientific methodologies, groundbreaking innovations, and the development of non-living models alongside innovative non-invasive approaches.