Eco-Wellbeing & Affective Health Laboratory

EWAH Lab

Research on cognitive–affective processes in socio-environmental contexts, integrating brain–behavior dynamics and digital phenotyping.

Who We Are

The Eco-Wellbeing & Affective Health Laboratory (EWAH Lab) is an interdisciplinary research center dedicated to understanding how environmental change, emotional processes, and human wellbeing interact across time, space, and socio-ecological systems. Our mission is to redefine how science conceptualizes, measures, and promotes mental health in the context of a rapidly changing planet.

Situated at the intersection of affective neuroscience, social psychology, environmental health, psychophysiology, cognitive science, complexity theory, and digital phenotyping, the EWAH Lab investigates how climatic and ecological shifts shape emotional dynamics, cognitive functioning, adaptive behavior, resilience, and collective action.

We work with the premise that human wellbeing is ecologically embedded. Emotional and cognitive experiences arise not only from internal mechanisms but also from the landscapes, climates, social structures, and cultural meanings that surround us. As such, the EWAH Lab approaches mental health as a phenomenon that is simultaneously individual, relational, environmental, and planetary.

  • Our research aims to generate knowledge that supports:

  • Public and planetary health

  • Climate adaptation strategies

  • Early-warning systems for psychological vulnerability

  • Urban and environmental planning

  • Social resilience and community wellbeing

  • Evidence-based climate communication

  • Environmental justice and collective action

The EWAH Lab contributes to global discussions on mental health, climate resilience, and ecological transformation by building frameworks, tools, and empirical datasets capable of bridging biological, psychological, social, environmental, and systemic dimensions of human experience.

Our Vision

We envision a world in which Eco-Affective indicators — such as emotional patterns, affective oscillations, physiological signals, linguistic markers, mobility-based phenotypes, and neurocognitive measures — are recognized as essential to understanding both individual mental health and collective societal adaptation.

Our long-term vision is to transform how societies:

  • Monitor psychological vulnerability

  • Understand climate-related emotional experiences

  • Support at-risk communities

  • Predict psychosocial tipping points

  • Promote resilience and wellbeing

  • Integrate mental health into climate adaptation policy

  • Protect individuals and communities in an increasingly unstable world

We seek to contribute to a future in which wellbeing and emotional resilience are central variables in the design of public health policies, climate strategies, urban development, and global mental health frameworks.

man putting finger on water viewing mountain
man putting finger on water viewing mountain

Research topics

a person wearing hiking shoes standing on a mountain
a person wearing hiking shoes standing on a mountain
Eco-Affective Health

Understanding how emotions are shaped by environmental changes — and how our affective responses, in turn, shape environmental engagement, resilience, and wellbeing.

yellow and white round plastic toy
yellow and white round plastic toy
Well-being

Mapping affective oscillations and mood dynamics across diverse environments.

Voice analytics interface analyzing emotional tone.
Voice analytics interface analyzing emotional tone.
Biomarkers in Mental Health

Identifying physiological and digital markers that predict mental health outcomes

Sports Psychology

Exploring how training, physiology, and emotional regulation impact performance and wellbeing.

Geographic Information System (GIS)
Smartphone and smartwatch displaying apps on-screen data
Smartphone and smartwatch displaying apps on-screen data
Digital Health & Accessibility

Combining geospatial analysis and emotional health indicators to identify risk and resilience landscapes.

Leveraging mobile sensing, wearables, and AI to improve mental health accessibility and monitoring.

green trees beside river during daytime
green trees beside river during daytime

Get in touch

Reach out to discuss research or collaborations.