Cities Designed for People: Climate, Wellness and Nature
Cities Designed for People: Climate, Wellness and Nature

American cities are in crisis. The infrastructure of private-car dependence and unsustainable planning principles of earlier eras have left cities vulnerable to the impacts of climate change, with inequitable access to nature, a housing crisis, and changing labor and social patterns. Water Street Tampa, a 52-acre development in Tampa, FL, is helping a car-dependent city to reimagine itself for a healthy, climate resilient future. As the first WELL Community-certified project in North America, the project’s intersecting sustainability, resiliency, and wellness design goals have made it a global model for new development that is socially and economically diverse and vibrant. The success of Water Street Tampa lies in both its diverse architectural expressions, and in its attention to health in the public realm and integration of nature. This panel will include the perspectives of three architects who led the design for five new buildings at Water Street Tampa, including three multi-family residential buildings, two hotels, and a commercial office building. Through the lens of the WELL Building Standard, the panelists will discuss their design strategies for creating living, working, and leisure environments that enhance human health and well-being; achieve critical savings in energy, water, and other resources; and describe broader impacts on the local economy and community. Led by a WELL building expert, this session will address the urgent need to design for wellness in a warming climate and offer emerging innovative solutions through the lens of the WELL standard. The architects will share their perspectives on designing at the building and the neighborhood scale for air quality, water management, higher standards for accessibility, and expansive biophilic design strategies, such as integrated green spaces, pedestrian-centric areas, and buildings that prioritize natural light, ventilation, and natural materials.