Prairie Pushing Thru Pavements: How Lincoln, Nebraska, Can Re-Wild Itself into a Grassland City
- Urban Futures team

- 1 day ago
- 2 min read
This project plans to forecast the future of the 10000 cities across the globe -- as though they have survived climate change and gone on to flourish anew. Today, we highlight the future of the American city of Lincoln, Nebraska.
Lincoln, NE, can become a model super-ecofriendly city by resurrecting native grasslands throughout its urban environment. Before development, the region was dominated by tallgrass and mixed-grass prairies that supported rich biodiversity and healthy soils. Reintroducing these native ecosystems within the city would reconnect Lincoln to its natural heritage while addressing modern environmental challenges. Urban grasslands can transform ordinary spaces into living systems that benefit people, wildlife, and the climate.
One of the most effective places to restore native grasslands is on and around public buildings. Rooftops, courtyards, and unused lawn areas can be planted with native grasses such as big bluestem, switchgrass, and Indian grass. These plants are well adapted to Nebraska’s climate and require less water and maintenance than traditional turf grass. By replacing manicured lawns with prairie plantings, public buildings can reduce water use, lower maintenance costs, and improve insulation and air quality.

Grasslands can also thrive within and between sidewalks, streets, and other hardscaped areas. Instead of narrow strips of decorative grass or concrete medians, the city could install prairie corridors filled with native grasses and wildflowers. These green strips would absorb rainwater, reducing runoff and flooding while filtering pollutants before they reach local waterways. At the same time, they would provide habitat for pollinators such as bees and butterflies, which are essential for healthy ecosystems.
Resurrecting native grasslands throughout Lincoln would also play a role in fighting climate change. Native prairie plants have deep root systems that store large amounts of carbon underground, helping reduce greenhouse gases in the atmosphere. These roots also stabilize soil and prevent erosion, making the city more resilient to extreme weather. As temperatures rise, grasslands can cool urban areas by reducing the heat-island effect created by pavement and buildings.
Beyond environmental benefits, urban grasslands would improve the quality of life for Lincoln’s residents. Green, natural landscapes can reduce stress, improve mental health, and create more inviting public spaces. Prairie-filled walkways and plazas would offer educational opportunities, helping residents learn about Nebraska’s native ecosystems and their importance. Schools, libraries, and government buildings could use these spaces as outdoor classrooms and community gathering areas.
In conclusion, Lincoln, Nebraska can become super-ecofriendly by intentionally restoring native grasslands throughout its city environment. By integrating prairie ecosystems on, within, and between public buildings and sidewalks, the city can conserve resources, support biodiversity, and strengthen climate resilience. This approach honors the region’s natural history while preparing for a sustainable future. With thoughtful planning and community support, Lincoln could stand as a national example of how cities and nature can thrive together.






















Comments