# The Untold Epic of Grass in Human Civilization How humble grass shaped our diets, bodies, and worldviews throughout history. - **Source:** [Radiolab](https://brifing.si/source/beb64e40-92d0-4f54-ae49-68bafd2106e1) - **Published:** 2026-09-25 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/314b4d95-f780-4201-a9e4-498a2bf82cb2 ## Grass's planetary influence Grass, found on every continent, has played a transformative role in human history far beyond its humble appearance. It has shaped our diets, influenced our physical evolution, and altered how we perceive the world. Biologist David George Haskell explores this overlooked narrative in his work, revealing grass as a silent architect of civilization. The plant's impact extends from agriculture to human physiology, making it one of Earth's most influential organisms. ## Cultural and scientific exploration The Radiolab episode 'Grass Fed' brought this story to life through a unique outdoor theater performance in New York City. Featuring biologist Haskell, Foley artist Steven Wendt, and dance company Pilobolus, the event combined science and art to examine grass's role. Haskell's writings, including a chapter in 'How Flowers Made Our World' and an essay in The Other Almanac 2026, provide deeper scientific context about this flowering plant's historical significance. ## Interdisciplinary collaboration The project exemplifies how scientific concepts can be communicated through artistic mediums. The collaboration between scientists, sound artists, and dancers created a multidimensional exploration of grass's impact. This approach mirrors grass's own interdisciplinary influence, which spans ecology, anthropology, and human biology. The production at Little Island demonstrated how complex scientific narratives can engage public imagination. ## Scientific documentation Haskell's work systematically documents grass's evolutionary partnership with humans. His research traces how grass cultivation enabled permanent settlements and transformed nomadic lifestyles. The plant's nutritional properties influenced human dentition and digestive systems over millennia. These biological adaptations reveal grass's role as an active participant in human development rather than just a passive resource. ## Artistic interpretation The Foley artistry and choreography in 'Grass Fed' provided sensory dimensions to grass's story. Sound design recreated the acoustic environment of grasslands, while movement interpreted grass's biological processes. This artistic layer complemented Haskell's scientific analysis, making abstract concepts tangible. The performance format challenged conventional science communication methods. ## Historical perspective Grass's story offers a lens to examine humanity's relationship with the natural world. Its domestication marked one of our first major environmental manipulations. The transition from foraging to grass-based agriculture represents a pivotal moment in civilization. Understanding this history provides context for current agricultural challenges and food system debates. ## Contemporary relevance Today, grass continues to shape human societies through lawns, sports fields, and staple crops. The modern tension between grass as ecological foundation and cultural symbol reflects broader environmental dilemmas. Haskell's work invites reconsideration of this ubiquitous plant's value beyond its aesthetic or utilitarian functions in contemporary life. ## Scientific communication model The 'Grass Fed' project demonstrates innovative science communication that bridges research and public engagement. By combining peer-reviewed science with performing arts, it created new pathways for knowledge dissemination. This model has implications for how complex ecological concepts can be shared beyond academic circles, particularly regarding humanity's interconnectedness with the natural world. ## Sources covering this story - https://www.radiolab.org — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._