Ground
Works

Our team of forest scientists, landscape architecture faculty and students, and communications staff collectively develops virtual, embodied forest experiences. These experiences enable us to invite those who care about forest landscapes to think together with us about positive futures for our working landscape. Conventional decision making processes often aim to communicate static scientific information to constituents through data and written form, limiting the agency of individual recipients who are not offered avenues for meaningful contribution to the ideas they receive. Our work is a direct challenge to this dynamic, developing an alternative way of working that uses three-dimensional, visually immersive, artistic virtual reality models to create a shared space for iterative idea generation. In this shared space we welcome community members, landowners, policymakers, and many others to experience the virtual forest and share ideas about ways of sustainably managing the land towards a more sustainable climate future. Each of these groups has different and often competing goals that are not easily resolved through discussion and feedback processes such as community meetings or stakeholder focus groups. In contrast, the virtual forest has allowed participants to identify shared values about the working landscape which result in buy-in and connection to the land, its management, and others who care about the working forest. This has resulted in advocacy for sustainable forest management, adoption of sustainable forest management practices, and critical feedback which has helped the academic team to hone and refine our virtual forest models.

From 2009-2011, we worked together at the Broad Institute of MIT and Harvard (Broad Institute, n.d.), building on a study (Lieberman-Aiden & Van Berkum et al., 2009) that made it possible to explore how the human genome, the DNA contained in every cell of the body, folds in 3D. At the outset of our collaboration, our approaches seemed so different as to be, perhaps, incommensurable. The scientists used tools like mathematics, computer science, and molecular biology, whereas the artistic toolkit was focused on the construction of physical objects, with a defined shape, area, and volume. Yet over time, we came to realize that all of these tools were addressing the same goal: making invisible concepts manifest as an experience intelligible to the senses. From the beginning of the project, we worked together creating drawings. Over time, our interactions evolved to become free-flowing conversations while drawing, which became a way of seeing together. Our visual experimentations grew into a body of drawings, paintings, prints, mixed-media artworks, wood blocks, a dynamic video installation, and a suspended wire sculpture (Ranganathan, 2021), and helped advance the scientific community’s understanding of how the human genome folds.