Discover Earth, Atmospheric and Planetary Sciences (DEAPS)

The Department of Earth, Atmospheric and Planetary Sciences provides a unique environment to study the multi-faceted nature of the science of the Earth and other planets. We thrive on interdisciplinary ventures, seeking to understand the fundamental workings of natural systems and societal influences on them by examining physical, chemical, and biological processes occurring across a vast spectrum of time and space.

DEAPS is a four-day exploration program that will dive deep into some of the most interesting and challenging aspects of Earth science, planetary science, and weather and climate research.

The first two days of the program will be spent on campus, dedicated to the Earth systems and their dynamic interactions in the past and present. Over its 4.5 billion-year history, Earth has undergone transformative changes from a molten mass to a life-sustaining planet. How have critical transforms in this journey shaped the landscapes of New England and MIT? We will also examine extreme weather events and Earth’s climate. What do we know about extreme weather, including the nature and frequency of hurricanes and winter blizzards? Students will explore current issues of climate research. What have we learned from the past climate and the carbon cycle, what do we know of the present, and what can we say about the future?

One evening, students will be exposed to the challenges of observational astronomy and learn about planetary science at the Wallace Observatory in Westford, MA.

The last two days of the program will be spent on a trip to New Hampshire. This will include stops in the White Mountains where plate tectonics built a mountain range, glaciers shaped the landscape, and “extreme weather” is the norm.

Throughout the four days, students will have the opportunity to work in small groups, experiment, and make observations. Results will be discussed with peers and faculty. DEAPs provides a range of opportunities for incoming first years to meet other undergraduate students, graduate students, and faculty interested in planets, climate change, and Earth’s environments.

Dates: Tuesday, August 19 – Saturday, August 23, 2025
Number of participants: 25
Cost: $150