Along with access to energy, access to potable water is quickly emerging as one of the most pressing and complex issues we face on our globe. At UChicago, scientists and engineers are focused on developing new filtration technologies, novel methods to monitor underground water movement, and innovative smart grids for urban water management, while social scientists and economists are researching policy interventions for water governance. This research across the disciplines, however, proceeds in isolation—and, perhaps, without much consideration for the emergent and powerful role of arts and culture production around water-related issues.
 

The Arts, Science + Culture Initiative has launched The WATER Project: Research and Cultural Production, a University-wide program to amplify the discourse around the pressing concerns of water—locally and globally—by bringing together scientists, humanists, social scientists, curators, students, community members, and professional arts practitioners. Such a program that brings these voices together currently does not exist on our campus. The WATER Project will cross disciplinary boundaries to establish an “ecology of perspectives” focused on water.

Expanding on a series of successful faculty roundtables (“Water Tables”) in 2018–19, the WATER Project will combine coursework, performances, exhibitions, commissioned artworks, and film screenings that address issues of water as they relate to scientific research, public policy, artistic practice, and humanistic inquiry. The program will invigorate and deepen research and teaching on the topic of water and also provide a forum to address the impact on the local and global health and well-being of humanity and our ecosystems.

2019–20 Courses offered on the topic of Water

Fall
Molecular Science and Engineering of Water
Professor James Skinner and Assistant Professor Chong Liu
Pritzker School of Molecular Engineering
This course will cover the properties of the water molecule, hydrogen bonding, clusters, supercritical water, condensed phases, solutions, confined and interfacial water, clathrates, and nucleation. In addition, methods of water purification, water splitting and fuel cells, water in atmospheric and climate science, and water in biology, health, and medicine will be discussed.

Winter
Water: Science, History, Policy, and Futures
Professor Seth Darling
Pritzker School of Molecular Engineering
Water is shockingly bizarre in its properties and of unsurpassed importance throughout human history, yet so mundane as to often be invisible in our daily lives. In this course, we will traverse diverse perspectives on water. The journey begins with an exploration of the mysteries of water's properties on the molecular level, zooming out through its central role in biological and geological scales. Next, we travel through the history of human civilization, highlighting the fundamental part water has played throughout, including the complexities of water policy, privatization, and pricing in today's world. Attention then turns to technology and innovation, emphasizing the daunting challenges dictated by increasing water stress and a changing climate as well as the enticing opportunities to achieve a secure global water future.

Flooding the World: Creation and Restoration in the Levant, Mesopotamia, and India
Cathleen Chopra-McGowan
University of Chicago Divinity School
From Genesis to the Epic of Gilgamesh and the Rig Veda to modern novels like Geraldine McCaughrean’s Not the End of the World (2004) and Jeanette Winterson’s Boating for Beginners (1997), humans have repeatedly accounted for, imagined, and ironized civilizational collapse and restoration through stories of catastrophic floods.  These texts, modern and ancient, are fraught with political, religious, and historical background. In this course, we will compare these texts, focusing on literary issues like narrative plot, the construction of characters, the literary devices used, and the role of the narrator in telling the story of the flood. We will attempt to ascertain why imaginings of a deluge are generative while being attuned to the complex differences between the ancient narratives and their significantly different afterlives. Through sustained inquiry, we will both challenge the notion of sacred exceptionalism even while confronting the enduring presence of this trope in the post-modern novel. 

Spring
Water: Economics, Policy, and Society
Professor Sabina Shaikh
Environmental and Urban Studies
Concerns about water have a long history in human societies. While modern advances in water technology and new ways of considering water economics and policy have emerged to address stressors from development pressures, land use changes and urbanization, water problems continue to evolve across the globe. These problems, while rooted in scarcity, continue to become more complex due to the myriad human and natural forces. Droughts and water shortages persist, putting pressure on agricultural production and urban water use, while the increased frequency and severity of rainfall and tropical storms, already being experienced globally, are only projected to grow in intensity and duration under climate change. This course examines how to design, implement and evaluate water-based policies at multiple scales under pressures from climate change, development, globalization and population growth. Students will explore water from the perspective of the social sciences and public policy, with attention to behavioral dimensions of water use and water conservation. Students in the course will consider and evaluate policy interventions to manage water and governance of public goods including property rights, water trading, and water pricing.