Artificial Turf: YAY or NAY?
At Gravel To Gold, we are committed to creating landscapes that are not only beautiful, but responsible, spaces that honor ecology, endure over time, and support human and environmental health.
A common question we face is: “Do you install artificial turf?”
The short answer: No, we do not.
The long answer involves ethics, science, and a deep understanding of long-term landscape health.
It’s Plastic and It Ends Up in the Landfill
Artificial turf is made from petroleum-based plastics like polyethylene and polypropylene. These materials don’t break down naturally. Every synthetic lawn installed today is tomorrow’s garbage, that means tens of thousands of pounds of layered plastic, rubber infill, and composite mesh destined for landfills.
Most artificial turf has a lifespan of 8–10 years before it deteriorates, discolors, compacts, or becomes unsafe. Despite claims of recyclability, the truth is: nearly all of it ends up in the dump. There are currently no cost-effective recycling systems that can process turf's blended materials at scale.
It’s a Microplastics Factory
As artificial turf weathers under UV radiation and physical wear, it sheds microplastics into the environment. These particles infiltrate surrounding soils, leach into stormwater systems, and are nearly impossible to remove.
Infill materials are often made up of ground-up rubber primarily sourced from used automotive tires or plastic pellets and this material may migrate during wind, irrigation, and rainfall events. These can be swept into storm drains and nearby ecosystems, contributing to the ongoing contamination of waterways and soil health. Tires are already considered a hazardous waste and have many restraints on disposal. If throwing away tires is difficult, should we really have our pets and children playing on this byproduct?
It Off-Gasses Harmful Chemicals
Many artificial turf systems contain VOCs (volatile organic compounds), PFAS (“forever chemicals”), flame retardants, and other synthetic additives that slowly release gases over time. This process, known as off-gassing, is especially concerning in high-heat environments like Southern California.
Children, pets, and anyone spending time on turf are exposed to these emissions. Research has pointed to potential respiratory irritation, endocrine disruption, and heat stress, particularly among sensitive populations.
It Creates Dangerous Heat Islands
One of the most visible problems with artificial turf is its surface temperature. On hot days, it can reach 150–180°F, easily enough to cause burns on bare skin and pet paws.
This not only makes the material unusable during summer, but contributes to urban heat island effects, increasing ambient temperatures around homes and hardscapes. Natural groundcovers, by contrast, help cool their surroundings through evapotranspiration and soil moisture retention.
It’s Not Safe for Workers, Children, or Pets
From an ethical standpoint, we must also address worker exposure during installation. Turf crews often work long hours in full sun, exposed to extreme surface heat and inhaling fine particulates from adhesives, rubber crumbs, and melted plastics. Adjacent maintenance staff, such as gardeners, irrigators, and lighting installers, must also navigate these hot, abrasive surfaces long after installation.
We prioritize the health and safety of our crews, your family, and all who share these spaces over time.
It Damages Soil Health
Healthy soil is a living ecosystem. It requires air, moisture, organic matter, and an active microbiome to thrive. Artificial turf interrupts all of this. Covering the ground with plastic and rubber has several consequences:
Diminishing Gas Exchange. Just like your skin needs to breathe, so does soil. Turf systems greatly inhibit natural aeration and gas exchanges such as the nitrogen cycle between the atmosphere and the soil. This leads to compacted and anaerobic (oxygen-deprived) conditions that are hostile to beneficial microbes, fungi, and insects.
Starving the Soil Microbiome. Soil life depends on a steady supply of organic material like falling leaves, root exudates, plant litter. Artificial turf contributes none of this: no living roots, no decaying plant matter. Over time, the soil ecosystem simply dies from lack of food.
Creating More Heat and Chemical Stress. As mentioned before, artificial turf heats up dramatically, often 30–60°F hotter than natural grass. That heat radiates downward, disturbing delicate microbial networks. In addition, turf installations often include chemical infill, adhesives, and weed barriers, further contaminating or sterilizing the soil below.
Halt Regeneration and Carbon Capture. Living soil and native deep rooting prairie grasses both play a critical role in sequestering carbon and supporting plant life. A turf-covered yard is inert. It does not grow, regenerate, or contribute to climate resilience.
It’s Not Low Maintenance
Contrary to marketing claims, artificial turf is not maintenance-free. It requires:
- Regular washing to remove dust, pet waste, and debris
- Weed control around edges and seams
- Replenishment of infill material as pellets compact or wash out over time
- Disinfection to prevent bacterial buildup
This upkeep typically uses water, disinfectants, herbicides, and sometimes chemical sprays, defeating the supposed environmental benefits. In contrast, properly selected low-water planting and organic soil health practices provide resilient, cooling, and habitat-rich landscapes.
We Build for the Long Term
At Gravel To Gold, we believe landscapes should age gracefully—not degrade into waste. We specialize in drought-tolerant planting, sustainable hardscaping, and living systems that support wildlife and connect people to place.
Artificial turf may offer a quick visual fix, but it does so at a cost: to the planet, your health, and the long-term integrity of the built environment.
Interested in real, living alternatives? Let’s talk about building something better.