Cognitive Training Protocols for Elite Alpine Athletes and Rescue Specialists
We develop and test brain-training regimens designed to enhance situational awareness, decision-making under fatigue, and risk assessment for those operating in extreme environments.
Advanced Neuroimaging Techniques Deployed in Remote Field Stations
Learn about our portable fMRI, fNIRS, and high-density EEG systems that bring the lab to the mountain. This technological leap allows for real-time brain monitoring during actual alpine activities.
The Impact of Climate Change on Alpine Ecosystems and Resident Brain Health
We investigate the indirect neurological consequences of a changing mountain climate, from ecological grief to the cognitive load of environmental uncertainty. This research connects planetary and neural health.
Integrating Mindfulness and Mountain Ecology for Neural Resilience
Our unique program combines contemplative practices with immersion in alpine environments to reduce stress and enhance cognitive flexibility. Early results show significant improvements in focus and emotional regulation.
Neuroplasticity in Thin Air: How the Brain Adapts to Mountain Living
Discover the mechanisms of brain rewiring that occur during prolonged stays at high elevation. Our research identifies specific growth factors and synaptic changes.
Exploring the Unique Effects of High-Altitude on Human Cognitive Function
Our latest research delves into how sustained exposure to mountain environments alters decision-making and memory. We are uncovering the neural adaptations that occur above 8,000 feet.