Amara's Law states, “We overestimate the impact of technology in the short term and underestimate its effect in the long run.” Ten years ago, I confidently told people I wasn’t worried about my daughter learning to drive because I thought self-driving cars would be common by then. Today, my daughter is driving, and it will likely be many years before fully autonomous vehicles are prevalent on the roads.
Looking back over my lifetime, the technological changes have been astounding—from the black-and-green computer screens of MS-DOS to immersive 4K virtual worlds, and from BASIC’s simple if/then programming to neural networks containing vast amounts of the world’s knowledge. Even more remarkable are the changes my 96-year-old grandmother has witnessed. Machine-sliced bread was invented in 1928, the year she was born, the same year as the first fully electronic television system, IBM®’s Type 4 Tabulator, and the first rocket-powered aircraft.
The predictions I share below are adapted from a session I presented on "Parks and Recreation in the Age of AI." While these predictions for the future of parks and recreation are grounded in current technological trends, I offer them with humility. I will overestimate some impacts and underestimate others. In 2035, I may look back and laugh at this article. Regardless, I remain confident in one thing: parks and recreation will remain vital—likely even more so—providing spaces for human connection, physical health, and mental well-being in a rapidly changing world.
Parks and Recreation in 2035: A practitioner's perspective
Rapid advancements in artificial intelligence (AI), robotics, quantum computing, and augmented reality will redefine how society functions by 2035. These changes will uniquely impact parks and recreation, challenging and empowering them to serve their communities in new ways. AI promises to improve efficiency and deliver data-driven insights while shifting relationships and climate challenges will require innovative solutions. Parks will continue to play a critical role as spaces for human connection, health, trust, and resilience in a technology-driven world.
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AI and robotics will revolutionize park operations
Advances in AI and robotics will automate tasks like mowing fields, cleaning facilities, and monitoring safety. This will improve efficiency while allowing staff to shift focus to strategic planning and community engagement.
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Technology will present new safety risks and tools
AI-powered tools, such as drones and robotic devices, introduce both safety risks and solutions for parks and events. While these technologies pose new threats to patron safety, they also enable faster and more effective emergency responses, especially in remote or hard-to-reach areas. Drones, cameras, and AI-enhanced monitoring systems will significantly improve safety measures but raise ongoing concerns about data privacy, surveillance, and ethical use.
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Job roles will shift toward technology management
The rise of AI and robotics will disrupt traditional roles, requiring parks to retrain staff for technology-based positions like managing automated systems and AI tools.
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Parks will blend technology and nature
Parks will integrate advanced technologies like AI, AR, and VR into programming to create immersive experiences, such as interactive trails, educational opportunities, and virtual fitness programs. These tools will also provide nature-based experiences for individuals with limited mobility or confined to hospitals and care facilities.
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Parks will combat sedentary lifestyles and mental health challenges
Despite advancements in healthcare, technology will continue to contribute to loneliness, sedentary behavior, and screen addiction. Parks will remain critical for encouraging physical activity, building human connections, and promoting mental well-being. Programs and spaces will counter digital overload by emphasizing outdoor experiences and community engagement.
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Parks will lead climate resilience efforts
Parks and public lands will be increasingly valued for their environmental benefits, including air quality and cooling solutions to combat extreme weather impacts. AI and sensors will assist with tracking ecosystems, threats such as wildfires, and responding to environmental changes.
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AI will unlock data-driven decision-making
AI systems will analyze patron behavior, resource usage, and operational data, enabling parks to make smarter, real-time decisions about programming, maintenance, and engagement.
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Parks and recreation provides positive public engagement with government
Public trust in all levels of government has declined over the last two decades. By fostering meaningful community engagement, shared experiences, and positive interactions with public employees, parks and recreation will play an important role in building relationships and rebuilding public confidence.
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Parks will provide spaces for authentic human connection
In a digital age dominated by virtual interactions and AI companions, parks will remain essential as places for face-to-face interaction, teamwork, and shared experiences that build real human relationships.
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Ethical AI adoption will require thoughtful implementation
As technology advances, parks must adopt AI tools transparently and ethically. Leaders will need to balance innovation with community expectations around privacy, fairness, and trust.
As technology evolves at an unprecedented pace, parks and recreation professionals will face both challenges and opportunities by 2035. AI, robotics, augmented reality, and even quantum computing may reshape park operations, programming, and safety measures. At the same time, parks will address the negative impacts of technology—promoting human connection, active lifestyles, and climate resilience. Parks and recreation will remain essential as spaces that balance technological innovation with the timeless values of community, health, and nature.
The role of artificial intelligence, augmented reality, and spatial computing in creating this article
This article began as a presentation I delivered at multiple conferences. Building on that foundation, I created a first draft in Grammarly to refine initial ideas. ChatGPT 4o analyzed the draft content for gaps and helped succinctly combine overlapping points. I then used ChatGPT 4o Canvas for collaborative editing, applying prompts like: “Base the paragraph entirely on the draft text below. Use the author’s words, tone, and style whenever possible, but make minor grammar and flow improvements.” During this process, I worked from a virtual monitor superimposed over my real-world surroundings with XR glasses.
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