In response to climate change, some experts suggest the key to our survival is curbing mass consumption and working toward a “no-growth” economic model. Yet consumption levels continue to rise globally. We can’t stop ourselves from buying more stuff. To help us better understand why, this course traces the rise of mass consumer culture in modern Europe from the 19th century industrial revolution to the late twentieth century.

Students in this seminar will develop skills in cross-disciplinary analysis of environmental outcomes through cases of ecosystem carbon sequestration and storage, wetland “reclamation” and restoration, and coastal planning for climate resilience.

This course is intended as a survey of the ideas, theories, data, methods and debates in the study of global health and population. It is organized around two major themes. The first theme – family and population health – will cover the major present and future drivers of population health globally (such as aging, urbanization, changing lifestyles, pandemics, and climate change), as well as the major burdens of diseases and their global distributions. It will further cover the important relationships between global health, human development and equitable societies. The second theme – health systems – will cover underlying theories and empirical evidence for analyzing different components of a health care system and how they interact with each other to determine a health system’s performance.

What does it mean to be in ethical relationship with the earth? Should we extend our sense of moral community to include land? Should natural objects have moral standing? What is our moral obligation to animals? Should moral standing be extended to all living beings? Who is responsible for our environmental and climate crisis? How has religion constructed how we imagine earth?

The aim of this course is to place human beings in a universal and planetary context. You will learn where we come from beginning with the Big Bang and ending with modern human civilization and our relationship to the planet from which we have evolved and on which we depend.

This class covers the economics of the environment and climate change, with a focus on market-based solutions to externalities, open-access problems, and blended policy responses.

This course will examine major issues of solid waste (i.e. production, management, storage, treatment, disposal, infrastructure costs and financing, policy) in the developing world at various geographic locations and scales across municipal, industrial, electronic, biological/medical, and radioactive waste.

This course analyzes what role the government plays and should play in a market economy. It covers topics such as tax policy, health care policy, retirement policy, environmental protection, and state and local policy. The course emphasizes recent empirical research on policy issues and teaches students how to conduct such studies. Much of the material we will cover relates directly to ongoing policy debates.

This course will provide formal definition, as well as quantitative and qualitative measurement tools utilized in this emerging area of study that intersects environmental health with implementation, effectiveness, and dissemination science.  Some of the key concepts that will be discussed in this course are risk communication, health literacy, and numeracy. Furthermore, students will learn the principles for how to communicate environmental health science in a way that is equitable, rigorous, and accessible for the public based on principles of EHL.   

You are part of the so-called “pivotal generation” for preventing the worst effects of climate change. While global carbon emissions continue to rise yearly, there remains a small window of time for action. What options are available to you for responding to climate change and the unequal burdens it creates?

Tropospheric and stratospheric gas and aerosol chemistry. Carbon, nitrogen, oxygen, and mercury cycles. Implications for climate change, air quality, ecosystems.

The seminar will consist of three weekend field trips (Friday evening through Sunday afternoon) to Harvard Forest and a final mini symposium (Sunday afternoon to Monday afternoon) at the Harvard Forest. The seminar will acquaint students with our current knowledge about global change, drawing upon state-of-the-art research, tools, and measurements used in evaluating and predicting climate change through ongoing studies at the Harvard Forest’s 4,000-acre outdoor classroom and laboratory in Petersham, Massachusetts. Students will spend the weekends at the Harvard Forest (HF) in comfortable accommodations with round-trip travel and meals provided. Through readings, informal discussions, and field excursions, students will become versed in the ecological concepts related to global change, and the science behind current predictions for future climate scenarios.