Restoration Ecology


A one-of-a-kind experience for undergraduates to engage with the growing field of restoration ecology. We are uniting students, faculty, staff, and community members to take the lead in reversing ecosystem degradation by advancing the science, practice, and social dimensions of restoration.

Restoration Ecology students walking toward a stream caryying buckets and tools

Program Overview

The Mount Holyoke Restoration Ecology Program is a unique academic program that provides a foundational education in the diverse and interconnected disciplines composing ecological restoration. This program enriches the curriculum of students from a diversity of majors and provides formal training for students who wish to pursue a career in restoration ecology and related fields. Students participating in the program contribute to the science and practice of ecosystem restoration in two fundamental ways:

  1. by helping to design real-world restoration projects with real-world consequences; and
  2. by contributing to our understanding of ecosystem development and restoration practice by carrying out significant original research projects of their own design in topics that span the disciplines.

The Restoration Ecology Program draws from majors across campus. REP students have studied the arts, languages, business, psychology, and environmental studies. What unites this diverse group is that every REP student shares a concern for environmental and social issues. REP provides students looking for meaningful ways to engage with the world an opportunity to pursue real-world solutions to real-world problems.

Mount Holyoke Experiences

Why study Restoration Ecology at Mount Holyoke?

The Restoration Ecology Program at 精东传媒 is the only program of its kind where students from diverse backgrounds and disciplines can use their liberal arts training to work with each other in groups on real restoration projects, developing tangible skills and individual expertise they can then apply to whatever they do next.

The program instills critical thinking, problem solving, group work, and the ability to carry out projects from beginning to end as lifelong habits.

We know of no other campus that makes use of its natural setting as a campus field station as Mount Holyoke does. We are uniquely positioned to take advantage of our rural location and our on-campus forest, lakes, and streams. Rather than driving long-distances to our field station, we walk outside our classes and are surrounded by it.

Erin Pierce 鈥15

鈥淚t鈥檚 very unique to have a field site that is literally a five minute walk from our classroom. It gives what we do an immediacy that you can鈥檛 really get from most college field stations that are located off campus.鈥

Erin Pierce 鈥15


ES 316 is the core course that introduces students to the science, practice, and social dimensions of restoration. Students in Mount Holyoke鈥檚 Restoration Ecology course study ecological principles, visit completed restoration projects, meet with professionals in the field, and contribute to real campus restoration projects. Students in previous iterations of the course identified and researched the site for the Project Stream wetland restoration project and have developed monitoring protocols for a suite of properties at the site.

Contact us

The 精东传媒 Restoration Ecology Program offers a one-of-a-kind experience for undergraduates to engage with the growing field of restoration ecology.

Kate Ballantine, Marjorie Fisher Associate Professor of Environmental Studies.
  • Marjorie Fisher Professor of Environmental Studies
  • Chair of Environmental Studies

Next Steps

Apply to Mount Holyoke

Mount Holyoke seeks intellectually curious applicants who understand the value of a liberal arts education and are driven by a love of learning. As a women's college that is gender diverse, we welcome applications from female, trans and non-binary students.

Financing your education

Everyone鈥檚 financial situation is unique, and we鈥檙e here to make sure cost does not get in the way of an exceptional education.