Though a powerful tool for both transnational forest product companies and Indigenous activists, global forest monitoring platforms present ethical and political dilemmas. In this presentation, Birgit Schneider and Lynda Olman share their research on Global Forest Watch (GFW), the most popular open-source platform for global forest health monitoring. Some Indigenous activist groups have argued against tools like GFW on the grounds of surveillance and data sovereignty, while others use the tool to prevent poaching and to protect their ancestral territories. A solution to this dilemma can be found in what Schneider and Olman call story-world networks — layered and articulated views of forests at multiple scales and in multiple media, which are capable of empowering the agency of all beings who live with and in them. They will present their analysis of the platform by looking at the history of forest monitoring through maps and interviews with Global Forest Watch end users from Cameroon, Georgia, Indonesia, and Peru, as well as the development team. Based on Olman and Schneider’s collaborative research project on Global Forest Watch, which began at the Rachel Carson Center in Munich in 2017, the talk will highlight both the promising and disturbing potential of these tools to transform climate geopolitics.

Lynda Olman (formerly Walsh) is Professor of English at the University of Nevada, Reno. Her primary field is the rhetoric of science, particularly the public reception of visual STEM arguments and of the ethos or public role of the scientist. Her book Scientists as Prophets: A Rhetorical Genealogy (Oxford University Press, 2013) traces a dominant strand in the role of the science adviser back to its roots in Ancient Mediterranean prophecy. Her first book, Sins Against Science: The Scientific Media Hoaxes of Poe, Twain, and Others (State University of New York Press, 2006), examined the pivotal epoch when science first entered American political life. Her current project seeks a structural vocabulary for scientific graphics in order to help non-experts better interpret them. Olman has also published studies in environmental and non-Western rhetoric; these are connected to her main body of work through an unswerving commitment to archival data, inductive methods, and the interpretation of results in terms of local politics.

Birgit Schneider is Professor for Knowledge Cultures and Media Environments in the Department of European Media Studies at the University of Potsdam. She studied art and media studies as well as media art and philosophy in Karlsruhe, London, and Berlin. After initially working as a graphic designer, she worked from 2000 to 2007 in the research department ‘The Technical Image’ at Humboldt-Universität zu Berlin, where she received her PhD. Since 2009, Schneider has researched in the context of fellowships held in the Department of European Media Studies at the University of Potsdam as well as in Munich, Weimar, and Cambridge, UK. Her current research focuses on images and perceptions of nature, ecology, and climate change, diagrams, data graphics and maps as well as images of ecology. She is the founder of the working group ‘Eco Media: Media of Nature’, co-speaker of the Digital Humanities Network at the University of Potsdam, and a member of the research groups ‘Sensing: On the Knowledge of Sensitive Media’ and ‘Weather Reports: Wind as Medium, Model and Experience’. Her publications include: The Technical Image (University of Chicago Press, 2015); Image Politics of Climate Change (transcript Verlag, 2014); Klimabilder. Eine Genealogie globaler Bildpolitiken von Klima und Klimawandel (Matthes & Seitz Berlin, 2018); and Der Anfang einer neuen Welt. Wie wir uns den Klimawandel erzählen, ohne zu verstummen (Matthes & Seitz Berlin, 2023).

In English
With

Birgit Schneider and Lynda Olman

Moderated by Marietta Kesting
An event of the University of Potsdam (IKM/EMW) in cooperation with the ICI Berlin

Kv Global Forest Monitoring

Image credit © GFW with RADD alerts in the Central African Republic based on Radar data by Sentinel 1 within 10-meter pixels www.globalforestwatch.org