Dartmouth Climate Collaborative

The collaborative will connect, strengthen, and leverage Dartmouth’s existing work on climate and sustainability. We will invest more than $500 million in climate-related capital improvements, with campus becoming a living lab as the projects become drivers of new research, teaching, and collaboration. Greener together.

(Video by Jay Beaudoin)

(Photo by Lars Blackmore)

We built an economy and a set of practices coded to a past climate, not the one that is unfolding.

JUSTIN MANKIN, ASSOCIATE PROFESSOR, VIA THE NEW YORK TIMES

(Photo by Eli Burakian ’00)

All of these ocean currents, air currents, ice pack—the Arctic is a part of the global temperature system. And as it goes, so goes the world.

MELODY BROWN BURKINS, GUARINI ’95, ’98, DIRECTOR, INSTITUTE OF ARCTIC STUDIES in Mother Jones

Of course, we need to balance a careful and inclusive approach to understanding these opportunities with the urgency we all feel about climate change.

Laura Ogden, Special Advisor to the Provost on Climate and Sustainability

Climate Initiatives

Two students doing research at the Organic Farm

Climate Futures Initiative Launches

The Climate Futures Initiative will capitalize on Dartmouth’s extraordinary community of scholars and students and our unique sense of place in rural New Hampshire to maximize our academic impact on climate-related issues.

Decarbonization in Progress

Dartmouth is committed to reaching carbon zero operations by 2050. To reach that goal, we must reshape how we heat, cool, and power our campus.

Dartmouth Sustainability

The Sustainability Office takes on the human and environmental problems of a rapidly changing planet through hands-on learning, building inclusive community, supporting research and teaching, and transforming campus operations.

Greenshot: Igniting Climate Action

The climate accelerator for entrepreneurs from the Arthur L. Irving Institute for Energy and Society and the Magnuson Center for Entrepreneurship is helping sustainability-minded startup leaders turn bright ideas into marketable products and processes.

Melissa DeSiervo 'GR and Alex Stendahl '19 sit and observe a glacier in Greenland.

Institute of Arctic Studies

IAS is Dartmouth’s crossroads for multidisciplinary Arctic scholarship and dialogue about global policy.

Arthur L. Irving Institute for Energy & Society

The institute is developing the next generation of energy experts, leaders, and citizens to advance an affordable, sustainable, and reliable energy future for the benefit of society.

Students hiking on a glacier in single file.

Climate and Cryospheric Sciences

This cross-departmental research theme focuses on the study of past and modern climate change from a regional and global perspective, including the impacts on glaciers and sea-level rise.

Printed perovskite absorber films for solar modules

Energy Engineering Research

Energy engineering research addresses strategic challenges informed by awareness of societal needs and opportunities. Ongoing investigations include the areas of biomass energy, energy materials and systems, power electronics, and sustainable design.

Revers Center for Energy, Sustainability, and Innovation

Regardless of their industry, tomorrow’s wise leaders will need to make informed energy, climate change, and sustainability decisions that drive innovation for a sustainable future.

Environmental Humanities

The interdisciplinary field asks humanists to join forces with scientists, engineers, and leaders outside the academy—politicians, activists, and entrepreneurs—to address shared environmental concerns and to propose thoughtful and informed solutions.

A large drill bit being used to drill into the permafrost on the ice sheet.

Ice and Climate Seminar Series

A hybrid seminar series from Dartmouth Engineering highlights research related to ice and climate, building a community for researchers in the field that is supportive and inclusive.

Organic Farm employee Molly McBride '14 waters plants in one of the greenhouses.

Dartmouth Organic Farm

A hub for experiential and interdisciplinary learning, the farm is home to an educational working garden, faculty and student research, independent projects, labs and classes, and an ecosystem that engages students in learning about sustainable food and energy systems.