The Future of the American Backyard (It’s Not What You Think!)

"Gardens will continue to serve as spaces for recreation, mindfulness, and food production. Gardening will remain closely tied to well-being, offering a tangible connection to nature and a forward-looking practice rooted in care and optimism. 



What will shift is the biological and technological context of gardening. As climates change, gardens will increasingly feature plants adapted to extremes — heat, drought, intense rainfall, and evolving pests. Advances in plant science and genetics will allow breeders to develop more resilient, highly tailored varieties. Gardeners may even draw from seasonal 'toolkits' of plants matched to forecasted conditions, making gardens more responsive year to year.



And by the end of the century, the astronaut Tim Peake’s great grandchildren could be gardening on Mars!"

— Simon Gilroy, PhD, Professor of Botany, University of Wisconsin-Madison

"We’ll see longevity gardens. Precision nutrition at massive scale — plus access to biomarkers through devices that measure our skin microbiome — will enable us to understand the direct correlation between personalized nutrition and wellness. 

We’ll all get our own, personalized 'nutritional prescription' based on the output of a full genetic scan. That prescription will be sent to a new generation of plant growers, who will produce genetically modified plants that are precisely tailored to what your body needs for optimum wellness. It will be the ultimate expression of the “Food as Medicine” trend.  Consumers will be able to rent their own plots where their individual fruits and vegetables will be cultivated for them."

—Adam Hanft, a member of the Board of Directors of ScottsMiracle-Gro, works as a brand strategist, futurist and writer. He is co-author of Dictionary of the Future.

"By 2075, the American lawn hasn’t vanished; it has fractured into three realities. 

• Above ground, it survives as a curated illusion of nature for the wealthy and the nostalgic.
• Underground, it becomes engineered biospheres, with glowing root systems sustaining subterranean cities that no longer trust the outer world.
• In outer space, lawns serve not as decoration but as survival systems, thin living skins of Earth carried into orbit and beyond, where grass is no longer something you mow but something that keeps humans alive. 

The lawn once defined suburban identity and urban design. It was never just about grass; it was about curated control over nature. Now, the future belongs to those who can sustain and carry living portable ecosystems wherever they go."

— Kimberly Bates, Chief Futurist and host of The Futurecaster Podcast 

"Backyards are getting a software (and hardware) update, and water is key. In the next 30 years, the American backyard will be defined less by what you plant and more by how you manage water. Earthship-style rain capture and greywater recycling will become standard practice. We'll go beyond smart irrigation to full-blown sensor networks and autonomous tools and move from gardens that happen to have a hose to genuinely intelligent systems: moisture sensors receiving real-time weather data, AI-controlled drip networks, and automated point & squirt systems that function based on what each individual plant actually needs. And we will witness the incredible shrinking backyard: downsizing to raised beds, balcony planters, a grow light in the kitchen, a smart trellis on a 6-foot patio.  Urbanization will also push food production into community gardens and shared food forests. The future is less 'my yard' and more 'our block.'

Gene editing will make the seed catalog weird: drought-tolerant crops, pest-resistant ornamentals, and varieties that thrive in new climates. And gene editing is coming for your petunias. Plants that change color overnight or glow, flowers optimized to repel mosquitoes, edibles tuned for your household’s needs. The design palette gets bigger. We're not quite breaking up with grass, but winning the turf war means looking further out. Native plantings, pollinator corridors, food forests, and microbiome-aware soil management will all replace the monoculture grass carpet."

— Raymond McCauley, Scientist and entrepreneur, Chair of Digital Biology at Singularity University, Co-founder and Chief Architect for BioCurious

"Given climate change, a lot will change, especially in dry areas. Maintaining traditional gardens may require significantly more water, or a fundamental shift in design — no more endless lawns (sorry). Shade will be even more critical, though in some regions, even tree cover may be difficult to sustain. While palms and similar species may help, in more extreme desert conditions, maintaining a green garden could become impractical or too costly. Cactus gardens may become the most realistic option. "

— Wieger Wamelink, PhD, Senior Researcher and Ecologist, Wageningen University & Research, the Netherlands, and Founder, Food For Mars & Moon project

"Looking ahead, the character of gardens may become more culturally diverse and expressive. As urban populations become more varied, gardens will reflect a wider range of traditions, crops, and planting styles. By the end of the century, they may be richer in color, scent, and ecological activity, attracting a broader array of insects and wildlife. In this sense, gardens could act as small-scale models of future cities — diverse, interconnected, and alive."

—  Dagmar Haase, Helmholtz Centre for Environmental Research, Germany