ENRI logo
scientific focus

how environments shape the brain.

We investigate how environments dynamically regulate human cognitive capacity and resilience, and how this regulation can be measured, predicted, and governed.

Our current focus areas:

air pollution (pm2.5, vocs, ufps) heat & temperature extremes (>35°c) noise pollution (>70db)
methods

a multi-modal toolkit.

  • eeg: to measure brain responses in real time.
  • silicone wristbands (in development): for passive chemical exposure monitoring.
  • behavioral testing & surveys: to assess cognition and emotion.
  • environmental sensors: collecting field data on conditions and physiology.
sustainable development goals

aligning with global goals.

All UN Member States adopted the 17 Sustainable Development Goals in 2015. Through ENRI, our work directly advances:

SDG 3

good health & well-being

SDG 7

affordable & clean energy

SDG 11

sustainable cities

SDG 13

climate action

research team

Principal Investigator: Dr. Egzona Morina

2024–Present: Instructor in Neurobiology, Harvard University, Division of Continuing Education.

2026–Present: Affiliated Faculty, Harvard T.H. Chan School of Public Health, Center for Climate Health and Global Environment.

"I study how the human brain maintains function under environmental stress. My work treats the environment not as a static exposure, but as a dynamic constraint shaping neural regulation in real time. By integrating environmental sensing, wearable physiology, and portable neuroimaging, I develop a predictive framework, the Neuropredictive Exposome, linking exposures to the neural and cognitive states they produce."

Head of Data Security: Ms. Rina Basholli

Research Assistants: Anita Avdiu (Sophomore, Tufts University), Andi Buqa (Sophomore, Vassar College)

publications

recent research outputs.

2026 · currently under review · frontiers in computational neuroscience

Environmental Noise Alters Neural Regulation: A Pilot EEG Study

Egzona Morina, PhD: A pilot study testing whether natural auditory environments can buffer the neural strain induced by noise. Twelve adults completed five cognitive tasks under three auditory conditions while 32-channel EEG recorded ongoing activity.

read full article
2026 · frontiers in human neuroscience

Leef: Environmental Neuroscience Modeling for Cognitive Resilience

Egzona Morina, PhD: Introduces Leef, a novel framework bridging environmental sensing, predictive modeling, and cognitive resilience monitoring. Leef operates on edge-computing platforms.

read full article
november 2025 · ssrn

The Neuropredictive Exposome: A New Framework for Predictive Environmental Neuroscience

Egzona Morina, PhD: A Perspective introducing the Neuropredictive Exposome, integrating environmental exposures with physiological, neural, and behavioral responses.

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february 2025 · osf

Addressing the Invisible Crisis: Air Pollution, Low-Income Communities, and the Need for CO₂ Regulation

Egzona Morina, PhD: Air pollution disproportionately harms low-income and minority communities, increasing mortality rates and widening health disparities.

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february 2025 · osf

Fossil Fuel Expansion: A Possible Threat to Brain Health

Egzona Morina, PhD: The expansion of liquefied natural gas (LNG) exports poses a significant but often overlooked threat to brain health.

read full article
substack

weekly environmental neuroscience.

Dr. Morina writes a Substack on environmental neuroscience. She breaks down a research paper in clear, engaging language.

With a community of over 3,000 readers, the newsletter explores how our surroundings shape the brain, from pollution and cognition to nature and neuroplasticity.

subscribe here
collaborative networks

part of a global community.

Harvard Alumni

harvard alumni for climate & environment

Neuro Climate

neuro climate working group

Harvard C-CHANGE

harvard c-change

AirClub

the airclub (un)

"nothing in life is to be feared, it is only to be understood."
— Marie Curie