Welcome to GeoContext!

Our Goal

Creating a diverse new generation of geoscientists begins at the training stage. In undergraduate courses, early geoscientists are often glorified and discussed in terms of intellectual achievements, strong personalities, or heated debates. Nevertheless, the social and political backdrop for these scientists was complicated: the development of geology as a discipline is intertwined with the history of imperialism, colonialism, and Westward Expansion in the United States. Such topics are rarely discussed in current geoscience courses, and continuing to train the next generation of geoscientists without regard to this history perpetuates the same practices of exclusion. This is particularly important as co-production — developing knowledge and science together with local communities — is increasingly gaining attention and recognition today. Now, more than ever, there is a real need for historical literacy to be an integral part of STEM curriculum and training.

Here we present a resource to assist educators in integrating topics on racism, colonialism, imperialism, environmental damage, and exploitation of natural resources into subjects commonly taught within geoscience departments. This resource consists of modular lecture slides with accompanying lecture notes, suggested discussion questions, and further reading to promote in-class engagement. This resource is freely available and geared towards flexibility so that rather than being a standalone course, it allows educators to pick and choose content for incorporation into their existing lectures. Topics available include plate tectonics, geomorphology, glaciology, and volcanology. For each topic, we discuss the imperialist nature of the sciences in the 19th and 20th century and link it to social inequalities today, with a particular focus on the overlooked contributions of early geology to scientific racism.

Ultimately, we hope this work ignites energy towards a reimagined curriculum in the Earth sciences. This curriculum incorporates a social context for the geosciences, past and present, in order to provide a holistic base of knowledge that empowers students to recognize and navigate existing structures of oppression within geoscience and society at large.

Teaching Modules

You can cite these modules here: https://doi.org/10.6084/m9.figshare.14158457

Teaching Philosophy

Through storytelling, our aim is to illustrate how geoscience is implicated in colonial and imperialist projects. The teaching approach that drove the creation of these modules is informed by feminist philosophy of science and critical race theory. In the material presented, we attempt to decenter the dominant narrative about the history of geoscience, and geoscience practices, past and present. Feminist standpoint theory posits that knowledge is socially situated (Haraway 1988). In contrast to a “scientific objectivity” that is assumed to be value-neutral, “strong objectivity” requires us to understand the practice of science in a social context, where the political, economic, and social values of the scientific community control the entire scientific process (Harding 1992).

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The Team

Tamara Pico photo Tamara Pico
(they/them/she/her), Postdoctoral Fellow, Division of Geological and Planetary Sciences, Caltech, ice age sea level change

Christine Chen photo Christine Y. Chen
(she/her), Postdoctoral Fellow, Division of Geological and Planetary Sciences, California Institute of Technology, quaternary geology and geochronology

Harriet Lau photo Harriet Lau
(she/her), Assistant Professor, Earth and Planetary Science, UC Berkeley, global geodynamics

Wesley Wiggins photo John Wesley Wiggins
(he/him), Undergraduate Student (Class of 2021), Department of Geosciences, Princeton University, coastal science and oceanography

Seth Olinger photo Seth Olinger
(he/him/they/them), PhD candidate, Earth & Planetary Sciences, Harvard University, ice shelf rifting and seismology

Ery Hughes photo Ery Hughes
she/her, Postdoctoral Fellow, Division of Geological and Planetary Sciences, Caltech, isotope geochemistry and volcanology

Jacky Austermann photo Jacky Austermann
(she/her), Assistant Professor, Lamont-Doherty Earth Observatory, Columbia University, sea level change and geodynamics

Claire Jasper photo Claire Jasper
(she/her), graduate student, Lamont-Doherty Earth Observatory, Columbia University, Antarctica, ice rafted debris, sediment cores, machine learning

Marisa Borreggine photo Marisa Borreggine
(she/her), PhD candidate, Earth & Planetary Sciences, Harvard University, paleoceanography and human migration

Get Involved!

Would you like to stay up to date on new teaching modules? Are you interested in contributing a module of your own? Do you have feedback on our work? Connect with us here !