Out of the Woods: Advanced Reading in Conservation and Ecology

BIO4191.01
Course System Home Terms Fall 2026 Out of the Woods: Advanced Reading in Conservation and Ecology

Course Description

Summary

The idea of old growth forests evokes romantic notions of "wild" and "natural" landscapes, especially in Vermont where our settler-colonial history includes rapid and widespread deforestation for logging and agriculture. How do ecologists identify "old growth" and what lessons about ecological structure, function, and processes can we learn from these places? Bennington College is home to one of the preeminent old growth researchers, faculty emeritus Kerry Woods, who taught ecology here from 1986 through 2021. Kerry's prolific career includes work in paleoecology, long-term forest monitoring, and landscape ecology during a formative time in the field of ecology. In this class, we will explore forest dynamics and the evolution of our understanding of old growth through the lens of Kerry Woods's peer-reviewed papers. We’ll unpack how scientists have defined and framed old growth in papers spanning four decades of research. Finally, we will connect our ecological understandings of old growth to conservation policy-making and management.

Learning Outcomes

  • Read and interpret peer-reviewed literature in the fields of conservation and ecology.
  • Evaluate how ecology research is used to support conservation management. Insert yourself into the scholarly conversations on old growth, conservation, and management.
  • Reflect on individual approaches to reading, research, and writing in STEM. Examine and assess your (maybe unconscious) practices, and identify the strategies that best support your process.

Prerequisites

Prior biology course and instructor's permission. Please fill out this form to apply: https://forms.gle/1vrWdwAQH9fJUy799

Please contact the faculty member : cmcdonoughmackenzie@bennington.edu

Cross List

  • Environment

Instructor

  • Caitlin McDonough MacKenzie

Day and Time

WE 2:10pm-4:00pm

Delivery Method

Fully in-person

Length of Course

Full Term

Academic Term

Fall 2026

Area of Study

Credits

2

Course Level

4000

Maximum Enrollment

16

Course Frequency

One time only