Population Health

Search Climate Change Experts at UW

Name Email Unit Category
Daniel Abramson

abramson@uw.edu

Built Environments, College of
Urban Design & Planning

Broad regional implications of climate change
Building infrastructure to withstand climate-related weather stress
Climate justice
Energy and infrastructure
Human Behavior
Issues of equity
Regional Impacts
Strategies to build resilience in communities, including effective stakeholder engagement
Marina Alberti

malberti@uw.edu

Built Environments, College of
Urban Design & Planning

Building infrastructure to withstand climate-related weather stress
Energy and infrastructure
Becky Alexander

beckya@uw.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Edward Allison

eha1@uw.edu

Environment, College of the
Marine and Environmental Affairs

Food security and agriculture
Human Behavior
Impact on rivers, oceans, the atmosphere, and the cryosphere
Impacts on food, water, and air
Measuring and understanding climate change
Policy and politics related to reducing and preparing for human-driven climate change
Kyle Armour

karmour@uw.edu

Environment, College of the
Oceanography

Broad regional implications of climate change
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Jennifer Atkinson

jenwren@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Human Health
Mental health impacts from displacement, livelihood loss and conflict
Jeff Ban

banx@uw.edu

Civil and Environmental Engineering
Engineering, College of

Energy and infrastructure
Transportation and transit systems
Janet Baseman

jbaseman@uw.edu

Epidemiology
Medicine, School of

Communication
Human Behavior
David Battisti

battisti@uw.edu

Atmospheric Sciences
Environment, College of the

Continental biomass research
Food security and agriculture
Impact on rivers, oceans, the atmosphere, and the cryosphere
Impacts on food, water, and air
Measuring and understanding climate change
Phillip Bell

pbell@uw.edu

Education, College of

Formal and informal education on climate change
Human Behavior
Cecilia Bitz

bitz@uw.edu

Atmospheric Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Edward Blanchard-Wrigglesworth

ed@atmos.uw.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Dee Boersma

Boersma@uw.edu

Arts & Sciences, College of
Biology

Continental biomass research
Measuring and understanding climate change
Nick Bond

nab3met@uw.edu

Atmospheric Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Ann Bostrom

abostrom@uw.edu

Evans School of Public Policy and Governance

Communication
Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Chris Bretherton

breth@amath.washington.edu

Applied Mathematics
Arts & Sciences, College of

Climate models and climate predictions, simulations on warming, emissions, and other
Measuring and understanding climate change
Christopher Bretherton

breth@uw.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Sally Brown

slb@uw.edu

Environment, College of the
Environmental and Forest Sciences

Continental biomass research
Measuring and understanding climate change
Lauren Buckley

lbuckley@uw.edu

Arts & Sciences, College of
Biology

Climate models and climate predictions, simulations on warming, emissions, and other
Continental biomass research
Measuring and understanding climate change
David Butman

dbutman@uw.edu

Civil and Environmental Engineering
Engineering, College of
Environment, College of the
Environmental and Forest Sciences

Impacts on food, water, and air
Water reliability, quality, and sufficiency
Emily Carrington

ecarring@uw.edu

Arts & Sciences, College of
Biology

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Cynthia Chang

cynchang@uw.edu

Science, Technology, Engineering & Mathematics
UW Bothell

Continental biomass research
Measuring and understanding climate change
Cynthia Chen

qzchen@uw.edu

Civil and Environmental Engineering
Engineering, College of

Energy and infrastructure
Human Behavior
Strategies to build resilience in communities, including effective stakeholder engagement
Transportation and transit systems
Knut Christianson

knut@uw.edu

Earth and Space Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Patrick Christie

patrickc@uw.edu

Arts & Sciences, College of
Jackson School of International Studies

Broad regional implications of climate change
Continental biomass research
Food security and agriculture
Impacts on food, water, and air
Measuring and understanding climate change
Regional Impacts
Howard Conway

hcon@uw.edu

Earth and Space Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Joyce Cooper

cooperjs@uw.edu

Engineering, College of
Mechanical Engineering

Building infrastructure to withstand climate-related weather stress
Energy and infrastructure
Sara Curran

scurran@uw.edu

Arts & Sciences, College of
Jackson School of International Studies
Sociology

Migration and resettlement
Morbidity and mortality from injuries related to extreme weather events and conflict, including occupational health impacts
Policy and politics related to reducing and preparing for human-driven climate change
Curtis Deutsch

cdeutsch@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Adam Drewnowski

adamdrew@uw.edu

Epidemiology
Medicine, School of

Food security and agriculture
Human Health
Impacts on food, water, and air
Non-communicable diseases
Nicole Errett

nerrett@uw.edu

Environmental and Occupational Health Sciences
Public Health, School of

Human Behavior
Strategies to build resilience in communities, including effective stakeholder engagement
Ryan Fehr

rfehr@uw.edu

Foster School of Business
Management & Organization

Air quality and pollution
Impacts on food, water, and air
Ben Fitzhugh

fitzhugh@uw.edu

Anthropology
Arts & Sciences, College of

Broad regional implications of climate change
Human Behavior
Regional Impacts
Strategies to build resilience in communities, including effective stakeholder engagement
Jerry Franklin

jff@uw.edu

Environment, College of the
Environmental and Forest Sciences

Continental biomass research
Measuring and understanding climate change
Carolyn Friedman

carolynf@uw.edu

Aquatic and Fishery Sciences
Environment, College of the

Broad regional implications of climate change
Continental biomass research
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Dargan Frierson

dargan@uw.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Qiang Fu

qfu@atmos.washington.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
T.J. Fudge

tjfudge@uw.edu

Earth and Space Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Alex Gagnon

gagnon@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Stephen Gardiner

smgard@uw.edu

Arts & Sciences, College of
Philosophy

Climate justice
Ethical and social justice priorities for adaptive capacities
Geoengineering
Human Behavior
Issues of equity
Planetary-scale solutions
Policy and politics related to reducing and preparing for human-driven climate change
David Ginger

dginger@uw.edu

Arts & Sciences, College of
Chemistry

Clean and sustainable energy generation options
Energy and infrastructure
Hilary Godwin

hgodwin@uw.edu

Environmental and Occupational Health Sciences
Public Health, School of

Air quality and pollution
Broad regional implications of climate change
Energy and infrastructure
Impact on the climate of the production and use of energy
Impacts on food, water, and air
Regional Impacts
Water reliability, quality, and sufficiency
Mike Gomez

mggomez@uw.edu

Civil and Environmental Engineering
Engineering, College of

Geoengineering
Planetary-scale solutions
Philip Govedare

pgov@uw.edu

Art+ Art History + Design
Arts & Sciences, College of

Communication
Philip Govedare

Art+ Art History + Design
Arts & Sciences, College of

Communication
Human Behavior
Lisa Graumlich

graumlic@uw.edu

Environment, College of the
Environmental and Forest Sciences

Continental biomass research
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Joshua Griffin

pjgriff@uw.edu

American Indian Studies
Arts & Sciences, College of

Climate justice
Human Behavior
Intergenerational justice
Issues of equity
Migration and resettlement
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Himanshu Grover

groverh@uw.edu

Built Environments, College of
Urban Design & Planning

Building infrastructure to withstand climate-related weather stress
Climate justice
Communication
Energy and infrastructure
Ethical and social justice priorities for adaptive capacities
Human Behavior
Human Health
Issues of equity
Measuring infrastructure damage
Morbidity and mortality from injuries related to extreme weather events and conflict, including occupational health impacts
Policy and politics related to reducing and preparing for human-driven climate change
Strategies to build resilience in communities, including effective stakeholder engagement
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Jason Groves

jagroves@uw.edu

Arts & Sciences, College of
Germanics

Communication
Human Behavior
Vin Gupta

Health Metrics Sciences
Medicine, School of

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Anjum Hajat

anjumh@uw.edu

Epidemiology
Medicine, School of

Air quality and pollution
Climate justice
Impacts on food, water, and air
Issues of equity
Gregory Hakim

ghakim@uw.edu

Atmospheric Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Dennis Hartmann

dhartm@uw.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Brian Harvey

bjharvey@uw.edu

Environment, College of the
Environmental and Forest Sciences

Continental biomass research
Measuring and understanding climate change
Simon Hay

sihay@uw.edu

Health Metrics Sciences
Medicine, School of

Climate models and climate predictions, simulations on warming, emissions, and other
Human Health
Measuring and understanding climate change
Non-communicable diseases
Gregory Hicks

gahicks@uw.edu

Law, School of

Human Behavior
Impacts on food, water, and air
Policy and politics related to reducing and preparing for human-driven climate change
Water reliability, quality, and sufficiency
Faisal Hossain

fhossain@uw.edu

Civil and Environmental Engineering
Engineering, College of

Building infrastructure to withstand climate-related weather stress
Energy and infrastructure
Food security and agriculture
Impact on the climate of the production and use of energy
Impacts on food, water, and air
Water reliability, quality, and sufficiency
Bill Howe

billhowe@uw.edu

Information School

Energy and infrastructure
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Transportation and transit systems
Erkan Istanbulluoglu

erkani@u.washington.edu

Civil and Environmental Engineering
Engineering, College of

Climate models and climate predictions, simulations on warming, emissions, and other
Impacts on food, water, and air
Measuring and understanding climate change
Water reliability, quality, and sufficiency
Daniel Jaffe

djaffe@uw.edu

Science, Technology, Engineering & Mathematics
UW Bothell

Air quality and pollution
Human Health
Impacts on food, water, and air
Infectious and toxicological diseases
Dan Jaffe

djaffe@uw.edu

Atmospheric Sciences
Environment, College of the

Adapting global research to understand regional impacts
Broad regional implications of climate change
Human Health
Impact on rivers, oceans, the atmosphere, and the cryosphere
Infectious and toxicological diseases
Measuring and understanding climate change
Regional Impacts
Brittany Johnson

envsoils@uw.edu

Environment, College of the
Environmental and Forest Sciences

Continental biomass research
Measuring and understanding climate change
Jin-Kyu Jung

kjung5@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Broad regional implications of climate change
Continental biomass research
Measuring and understanding climate change
Regional Impacts
Joel Kaufman

joelk@uw.edu

Environmental and Occupational Health Sciences
Epidemiology
General Internal Medicine
Medicine, School of
Public Health, School of

Air quality and pollution
Human Health
Impacts on food, water, and air
Non-communicable diseases
Richard Keil

ickkeil@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Kathryn Kelly

kellyapl@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Michael Kern

mkern@uw.edu

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Strategies to build resilience in communities, including effective stakeholder engagement
Amy Kim

amyakim@uw.edu

Civil and Environmental Engineering
Engineering, College of

Building infrastructure to withstand climate-related weather stress
Energy and infrastructure
Impact on the climate of the production and use of energy
Sanne Knudsen

sknudsen@uw.edu

Law, School of

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Tom Koontz

koontz31@uw.edu

Interdisciplinary Arts & Sciences
UW Tacoma

Clean and sustainable energy generation options
Energy and infrastructure
Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Mark Kot

mark_kot@comcast.net

Applied Mathematics
Arts & Sciences, College of

Climate models and climate predictions, simulations on warming, emissions, and other
Measuring and understanding climate change
Michelle Koutnik

mkoutnik@uw.edu

Earth and Space Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
John Kramlich

kramlich@uw.edu

Engineering, College of
Mechanical Engineering

Air quality and pollution
Clean and sustainable energy generation options
Energy and infrastructure
Impacts on food, water, and air
Kristin Laidre

klaidre@uw.edu

Aquatic and Fishery Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Janneke Hille Ris Lambers

jhrl@uw.edu

Arts & Sciences, College of
Biology

Continental biomass research
Measuring and understanding climate change
Peter Lape

plape@uw.edu

Anthropology
Arts & Sciences, College of

Broad regional implications of climate change
Human Behavior
Regional Impacts
Strategies to build resilience in communities, including effective stakeholder engagement
Joshua Lawler

jlawler@uw.edu

Environment, College of the
Environmental and Forest Sciences

Climate models and climate predictions, simulations on warming, emissions, and other
Continental biomass research
Measuring and understanding climate change
Clarita Lefthand-Begay

clarita@uw.edu

Information School

Climate justice
Communication
Human Behavior
Impacts on food, water, and air
Issues of equity
Strategies to build resilience in communities, including effective stakeholder engagement
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Water reliability, quality, and sufficiency
Evelyn Lessard

elessard@uw.edu

Environment, College of the
Oceanography

Broad regional implications of climate change
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Karen Litfin

litfin@uw.edu

Arts & Sciences, College of
Political Science

Ethical and social justice priorities for adaptive capacities
Human Behavior
Issues of equity
Policy and politics related to reducing and preparing for human-driven climate change
Strategies to build resilience in communities, including effective stakeholder engagement
Jun Liu

jliuuw1@uw.edu

Chemical Engineering
Engineering, College of
Materials Science and Engineering

Clean and sustainable energy generation options
Energy and infrastructure
Impact on the climate of the production and use of energy
Santiago Lopez

cslopez@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Broad regional implications of climate change
Continental biomass research
Measuring and understanding climate change
Regional Impacts
Celia Lowe

lowe@uw.edu

Anthropology
Arts & Sciences, College of

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Jessica Lundquist

jdlund@uw.edu

Civil and Environmental Engineering
Engineering, College of

Impact on rivers, oceans, the atmosphere, and the cryosphere
Impacts on food, water, and air
Measuring and understanding climate change
Water reliability, quality, and sufficiency
Devin MacKenzie

jdmacken@uw.edu

Engineering, College of
Materials Science and Engineering
Mechanical Engineering

Clean and sustainable energy generation options
Energy and infrastructure
Don Mackenzie

dwhm@uw.edu

Civil and Environmental Engineering
Engineering, College of

Energy and infrastructure
Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Transportation and transit systems
Philip Malte

malte@uw.edu

Engineering, College of
Mechanical Engineering

Air quality and pollution
Clean and sustainable energy generation options
Energy and infrastructure
Impacts on food, water, and air
Julian Marshall

jdmarsh@uw.edu

Civil and Environmental Engineering
Engineering, College of

Air quality and pollution
Climate justice
Energy and infrastructure
Ethical and social justice priorities for adaptive capacities
Impact on the climate of the production and use of energy
Impacts on food, water, and air
Issues of equity
Julie Masura

jmasura@uw.edu

Interdisciplinary Arts & Sciences
UW Tacoma

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Scott Meschke

jmeschke@uw.edu

Environmental and Occupational Health Sciences
Public Health, School of

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Michelle Montgomery

montgm2@uw.edu

Interdisciplinary Arts & Sciences
UW Tacoma

Climate justice
Ethical and social justice priorities for adaptive capacities
Human Behavior
Intergenerational justice
Issues of equity
Strategies to build resilience in communities, including effective stakeholder engagement
Cory Morin

cwmorin@uw.edu

Global Health
Medicine, School of

Climate models and climate predictions, simulations on warming, emissions, and other
Human Health
Infectious and toxicological diseases
Measuring and understanding climate change
Stephen Muench

stmuench@u.washington.edu

Civil and Environmental Engineering
Engineering, College of

Energy and infrastructure
Transportation and transit systems
James Murray

jmurray@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Beverly Naidus

bnaidus@uw.edu

Interdisciplinary Arts & Sciences
UW Tacoma

Climate justice
Human Behavior
Issues of equity
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Rebecca Neumann

rbneum@uw.edu

Civil and Environmental Engineering
Engineering, College of

Continental biomass research
Food security and agriculture
Human Health
Impacts on food, water, and air
Infectious and toxicological diseases
Measuring and understanding climate change
Jan Newton

janewton@uw.edu

Environment, College of the
Oceanography

Broad regional implications of climate change
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Yoshitaka Ota

yota1@uw.edu

Environment, College of the
Marine and Environmental Affairs

Climate models and climate predictions, simulations on warming, emissions, and other
Ethical and social justice priorities for adaptive capacities
Human Behavior
Impact on rivers, oceans, the atmosphere, and the cryosphere
Issues of equity
Measuring and understanding climate change
Policy and politics related to reducing and preparing for human-driven climate change
Jacqueline Padilla-Gamiño

jpgamino@uw.edu

Aquatic and Fishery Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Juila Parrish

jparrish@uw.edu

Arts & Sciences, College of
Biology

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Brian Polagye

bpolagye@uw.edu

Engineering, College of
Mechanical Engineering

Clean and sustainable energy generation options
Energy and infrastructure
Aseem Prakash

aseem@uw.edu

Arts & Sciences, College of
Political Science

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Peter Rabinowitz

peterr7@uw.edu

Environmental and Occupational Health Sciences
Global Health
Medicine, School of
Public Health, School of

Food security and agriculture
Human Health
Impacts on food, water, and air
Infectious and toxicological diseases
Adrian Raftery

raftery@uw.edu

Arts & Sciences, College of
Statistics

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Margaret Redsteer

mredst@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Broad regional implications of climate change
Climate justice
Continental biomass research
Food security and agriculture
Human Behavior
Impacts on food, water, and air
Issues of equity
Measuring and understanding climate change
Policy and politics related to reducing and preparing for human-driven climate change
Regional Impacts
Water reliability, quality, and sufficiency
Dorothy Reed

reed@uw.edu

Engineering, College of
Industrial and Systems Engineering

Building infrastructure to withstand climate-related weather stress
Energy and infrastructure
Impact on the climate of the production and use of energy
Gerard Roe

groe@uw.edu

Earth and Space Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Measuring and understanding climate change
Joel Ross

joelross@uw.edu

Information School

Communication
Human Behavior
Studies of knowledge, attitudes, behaviors, or preferences related to climate change
Jennifer Ruesink

ruesink@u.washington.edu

Arts & Sciences, College of
Biology

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Julian Sachs

jsachs@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Eric Salathé

alathe@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Air quality and pollution
Broad regional implications of climate change
Climate models and climate predictions, simulations on warming, emissions, and other
Impacts on food, water, and air
Measuring and understanding climate change
Regional Impacts
Water reliability, quality, and sufficiency
Daniel Schindler

deschind@uw.edu

Aquatic and Fishery Sciences
Environment, College of the

Broad regional implications of climate change
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Dan Schwartz

dts@uw.edu

Chemical Engineering
Engineering, College of

Clean and sustainable energy generation options
Energy and infrastructure
Peter Selkin

paselkin@uw.edu

Interdisciplinary Arts & Sciences
UW Tacoma

Continental biomass research
Measuring and understanding climate change
Chirag Shah

chirags@uw.edu

Information School

Energy and infrastructure
Impact on the climate of the production and use of energy
Impacts on food, water, and air
Water reliability, quality, and sufficiency
David Shean

dshean@uw.edu

Civil and Environmental Engineering
Engineering, College of

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Avery Cook Shinneman

alcs@uw.edu

Interdisciplinary Arts & Sciences
UW Bothell

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Kate Simonen

ksimonen@uw.edu

Architecture
Built Environments, College of

Human Behavior
Strategies to build resilience in communities, including effective stakeholder engagement
Ronald Sletten

sletten@uw.edu

Earth and Space Sciences
Environment, College of the

Continental biomass research
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Amy Snover

aksnover@uw.edu

Environment, College of the
Marine and Environmental Affairs

Adapting global research to understand regional impacts
Broad regional implications of climate change
Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Regional Impacts
Strategies to build resilience in communities, including effective stakeholder engagement
Jeff Stanaway

Health Metrics Sciences
Medicine, School of

Human Health
Infectious and toxicological diseases
Eric Steig

steig@uw.edu

Earth and Space Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Abigail Swann

aswann@uw.edu

Atmospheric Sciences
Environment, College of the

Adapting global research to understand regional impacts
Continental biomass research
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Regional Impacts
Timothy Takaro

Environmental and Occupational Health Sciences
Public Health, School of

Impacts on food, water, and air
Water reliability, quality, and sufficiency
Jesse Oak Taylor

jot8@uw.edu

Arts & Sciences, College of
English

Communication
Human Behavior
Craig Thomas

thomasc@uw.edu

Evans School of Public Policy and Governance

Human Behavior
Policy and politics related to reducing and preparing for human-driven climate change
Strategies to build resilience in communities, including effective stakeholder engagement
LuAnne Thompson

luanne@uw.edu

Environment, College of the
Oceanography

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Joel Thornton

thornton@atmos.washington.edu

Atmospheric Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
David Townes

townesd@uw.edu

Emergency Medicine
Medicine, School of

Morbidity and mortality from injuries related to extreme weather events and conflict, including occupational health impacts
Ka-Kit Tung

tung@amath.washington.edu

Applied Mathematics
Arts & Sciences, College of

Climate models and climate predictions, simulations on warming, emissions, and other
Measuring and understanding climate change
Edwin Waddington

edw@uw.edu

Earth and Space Sciences
Environment, College of the

Climate models and climate predictions, simulations on warming, emissions, and other
Measuring and understanding climate change
J. Michael Wallace

wallace@atmos.washington.edu

Atmospheric Sciences
Environment, College of the

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Yinhai Wang

yinhai@uw.edu

Civil and Environmental Engineering
Engineering, College of

Clean and sustainable energy generation options
Energy and infrastructure
Richard Watts

rhwatts@uw.edu

Arts & Sciences, College of
French

Communication
Water reliability, quality, and sufficiency
Richard Watts

Arts & Sciences, College of
French

Communication
Human Behavior
Impacts on food, water, and air
Water reliability, quality, and sufficiency
Sabine Wilke

wilke@uw.edu

Arts & Sciences, College of
Germanics

Communication
Human Behavior
Robert Wood

robwood2@uw.edu

Atmospheric Sciences
Environment, College of the

Geoengineering
Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change
Planetary-scale solutions
Rebecca Woodgate

woodgate@uw.edu

Environment, College of the
Oceanography

Impact on rivers, oceans, the atmosphere, and the cryosphere
Measuring and understanding climate change