Description
Hybrid event
In-person attendees register on eventbrite here.
Virtual attendees register on Zoom here.
The monsoon looms large in the painting, poetry, and music of South Asia, its torrential downpours evoking loving, longing moods and auguring a season of abundance. This weather event has historically structured the year’s seasonal rhythms and played a role not just in agriculture, but in a host of economic, political, and legal systems. Today, climate change threatens to destabilize the monsoon, disrupting the lives of billions and requiring new adaptations to its increasing unpredictability.
Bringing together an environmental historian, an art historian, and a climate scientist, this program will speak to the history of the monsoon as both an ecological and a cultural phenomenon and its future in our changing climate. Exploring the influence of the monsoon on the rich visual archive of A Splendid Land: Paintings from Royal Udaipur will yield new insights into these paintings and the multifaceted weather system they dramatize.
Speakers include:
- Dr. Debjani Bhattacharyya, Professor and Chair of the History of the Anthropocene, University of Zürich
- Dr. Dipti Khera, Associate Professor, Department of Art History and Institute of Fine Arts, New York University
- Dr. Sonali Shukla McDermid, Associate Professor of Environmental Studies, New York University
This event will take place in the museum's Meyer Auditorium and will also be streamed live online.
An in-gallery, curator-led tour of A Splendid Land: Paintings from Royal Udaipur will follow the program at 4 p.m. in the Sackler Gallery.
This event is part of the series Water, Climate, Culture. Learn more here.
Image: Prince Amar Singh walking in the rain, Attributed to the Stipple Master (act. 1692–1715), India, Rajasthan state, Rajnagar, Sisodia dynasty, Reign of Amar Singh II, ca. 1690, Opaque watercolor on paper, Purchase and partial gift made in 2012 from the Catherine and Ralph Benkaim Collection—Charles Lang Freer Endowment, Freer Gallery of Art, F2012.4.3
EDAN ID
event:162831340
