Artificial grass has earned wide-scale favor as a maintenance-free, water-saving solution for homeowners, particularly in drought-prone areas like California. While synthetic lawns eliminate the need for regular maintenance—mowing, watering, and fertilizing—they come with serious environmental and health concerns that are prompting many Californians to reconsider their choice. As awareness grows, more and more homeowners are ripping out their artificial lawns in favor of real grass, and lawn care experts are promoting bermudagrass, which benefits the environment and their health beyond aesthetics.
Key Takeaways
While artificial grass is marketed as a maintenance-free, water-saving solution, it has significant environmental and health risks. These include exposure to harmful chemicals like PFAS, which are linked to serious health issues, and the contribution to urban heat and microplastic pollution, which harm ecosystems.
California is shifting away from promoting artificial grass, with recent legislation allowing local governments to ban its use due to environmental concerns. This reflects a broader move towards sustainable landscaping practices, emphasizing the importance of natural lawns for environmental health and public safety.
Properly removing artificial turf is crucial to minimize its environmental impact. This process involves careful cutting, lifting, and disposing of synthetic materials according to local regulations, followed by preparing the soil for new grass. Transitioning to a real grass lawn offers numerous benefits, including a healthier ecosystem and a safer, more comfortable outdoor space.
The Proliferation of Artificial Grass in California Lawns
For several years, artificial grass in California has been promoted as a fix to drought problems, making it an ideal option for homeowners looking to conserve water and reduce yard maintenance. The prolonged drought conditions and strict water restrictions in the state made synthetic turf an appealing alternative to natural lawns.
The promise of an everlasting green, low-maintenance yard year-round led to widespread adoption across residential areas, sports fields, and commercial spaces. However, as fake grass proliferated, so did concerns about its long-term environmental and health risks.
Studies Reveal Serious Health Risks with Artificial Grass
Despite its initial appeal, research has revealed several harmful effects of exposure to artificial grass.
Synthetic turf is made from various materials, some of which can release toxic chemicals over time. One key concern is the presence of per- and polyfluoroalkyl substances (PFAS), which are also called forever chemicals because they don’t break down in the environment. These chemicals are known to be carcinogenic and have been linked to many serious health issues, including hormonal disruptions.
The latex and other rubbers used in fake grass can also trigger allergic reactions. Phthalates often present in these synthetic materials can adversely affect the reproductive organs, lungs, kidneys, and liver. Over time, the crumb rubber, often used as infill, can degrade due to wear and tear, weather, and microbial activity, producing new chemicals that add further health risks.
In addition to the health risks, artificial grass contributes to the urban heat island effect by absorbing and retaining heat, which can increase temperatures in surrounding environments. The production and disposal of synthetic turf contribute to microplastic pollution, with tiny plastic particles eventually making their way into the oceans. These microplastics pose both physical and toxicological risks to marine life.
Today, what was once encouraged in California as a water-saving measure faces bans. In October last year, California Governor Gavin Newsom signed a bill allowing local governments to ban fake grass for residential use due to environmental and health concerns. This new law marks a significant move, reversing a 2015 act that guaranteed homeowners the right to replace natural grass with fake turf amidst drought conditions. This legislation reflects the move towards more sustainable landscaping practices, reflecting a broader concern for environmental and public health.
How to Get Rid of Artificial Grass
Proper disposal of artificial grass is essential to reduce its environmental impact. Synthetic materials should be disposed of according to local regulations, and efforts should be made to recycle components where possible. This responsible approach ensures your transition to a natural lawn contributes positively to the environment instead of further adding to existing ecological problems.
Preparation: Gather the necessary tools, including a utility knife, shovel, and wheelbarrow. Plan for the proper disposal of the synthetic turf according to local regulations.
Cut and Lift the Turf: Cut the artificial grass into manageable sections, then carefully lift and roll up each section. Be mindful of the underlying soil to avoid damage.
Remove Infill Materials: Most artificial grass has infill materials, like sand or rubber granules; carefully collect and dispose of them properly. Look into recycling options for rubber infill in your area.
Repair and Prepare the Soil: After removing the fake grass, inspect the soil for damage or compaction. Aerate the soil and add organic matter to improve its structure and fertility. Level the area and address any low spots to improve drainage further. These efforts will prepare the ground for healthy grass growth.
Why Use Real Grass? The Benefits of a Natural Lawn
Transitioning to natural grass offers plenty of benefits that extend beyond aesthetics. Real grass absorbs carbon, reduces heat, and supports local biodiversity. Unlike artificial turf, a natural grass lawn contributes to a healthier ecosystem by supporting wildlife.
In addition to environmental advantages, natural grass offers significant health and aesthetic benefits. It does not emit harmful chemicals or trap heat, making it a safer and more comfortable surface for kids, pets, and outdoor activities. The beauty of a lush, green lawn adds value to your property, improving its appeal and providing a welcoming outdoor space for relaxation and recreation.
Switching to Bermudagrass: A Drought-Resistant, Low-Maintenance Solution
With growing concerns over water scarcity, especially in drought-prone areas like California, switching to Bermudagrass offers a practical solution for homeowners seeking resilient, low-maintenance lawns. Improved and hybrid varieties of Bermudagrass are specifically designed to withstand the challenges posed by prolonged dry conditions. This makes them more efficient with water use than traditional fescue varieties, which demand more frequent watering.
Bermudagrass thrives with less water and recovers quickly from wear and tear, making it an ideal option for lawns that endure heavy foot traffic. Its deep root system helps the grass survive periods of drought by accessing moisture further in the soil, keeping your lawn lush and green for longer. Additionally, it requires less maintenance than fescue, meaning you spend less time and resources on watering, mowing, and care, while still enjoying a durable and beautiful landscape year-round. By transitioning to bermudagrass, you can achieve a sustainable, eco-friendly lawn that is better suited to today’s environmental challenges.
Final Thoughts
Swapping your artificial lawn for a real California lawn is a rewarding decision that benefits your property and the environment alike. By understanding the environmental and health risks associated with synthetic turf and taking proper precautions in removing fake turf, you can enjoy the beauty and benefits of a natural lawn. With proper care and maintenance, your new grass lawn will thrive, providing a safe, healthy, and beautiful space for you and your family to enjoy in the long term.
Our expertise has been featured in a recent article discussing the growing trend among California homeowners to replace artificial grass with real, natural lawns. As concerns about environmental and health impacts rise, more homeowners are seeking safer, more sustainable landscaping options. In this feature, we provided valuable insights into the risks associated with synthetic turf and guidance on transitioning to a real California Lawn.
The Growing Concerns About Artificial Grass
Artificial grass has gained significant attention in recent years as a seemingly practical solution for regions like California, which experience prolonged hot and dry conditions and face strict water restrictions. Homeowners looking to maintain a healthy, green lawn without extensive water use found synthetic turf appealing. However, as more information has come to light, the downsides of artificial grass have become increasingly apparent.
The San Fernando Sun highlights the presence of perfluoroalkyl and polyfluoroalkyl substances (PFAS), more known as “forever chemicals,” in synthetic turf. These substances have been linked to various health issues, including cancer and developmental problems, and state officials are increasingly concerned about their long-term effects on humans and the environment.
As Danielle Scardino, a Real California Lawn expert, explained in the article, “Because of its potential toxicity, fake grass requires careful handling and disposal to minimize any immediate and long-term environmental impact.” The feature underscores the importance of moving away from synthetic lawns and returning to natural, organic solutions.
Why It Matters to Remove Artificial Grass Safely
Although synthetic grass is widely marketed as a durable and low-maintenance option, it is not immune to wear and tear. The surface can degrade over time, leading to fading and fiber loss. This deterioration affects its appearance and functionality while posing environmental risks. As the synthetic materials break down, they can release microplastics into the environment, contaminating the soil and waterways.
The article emphasized that removing artificial grass requires more than simply rolling it up and disposing it. The potential release of harmful chemicals and microplastics during removal requires proper handling to minimize environmental impact.
How to Remove and Dispose of Artificial Grass
To safely get rid of artificial grass, it’s essential to start by wearing protective gear, such as safety goggles, gloves, and a dust mask, to prevent exposure to potentially toxic chemicals. The turf should then be sectioned into manageable strips using a utility knife or carpet cutter to help reduce the spread of microplastics.
Afterward, remove any nails, pegs, or glue securing the turf in place. To minimize further environmental harm, use low-toxicity solvents or EPA-approved adhesive removers for glued surfaces. Roll up the turf strips tightly and secure them with tape or rope to contain any harmful particles.
Then, use a vacuum to collect any remaining debris, ensuring it is correctly disposed of along with the turf to prevent microplastic contamination. Check your local disposal regulations, as many cities in California have specific guidelines for properly handling synthetic turf. You can also consult the California Department of Toxic Substances Control (DTSC) for detailed disposal instructions.
The Benefits of Transitioning to a Real California Lawn
As California grapples with the effects of drought, you can contribute to the collective effort to conserve water resources by transitioning to drought-resistant grass varieties.
Continuous research and development have led to the cultivation of improved and hybrid grass varieties that thrive in California’s unique climate conditions. One standout option is bermudagrass. This variety requires less water than older grass types, stays green longer in the fall, and greens up sooner in the spring. Additionally, bermudagrass is remarkably resilient and can recover from traffic and weather damage.
Compared to fescue, which is more widely used in California, bermudagrass offers better drought tolerance and durability. As a cool-season grass, fescue requires more frequent watering and maintenance to keep it looking healthy. On the other hand, bermudagrass thrives in full sun and can handle heat and drought much better, making it a more sustainable and low-maintenance option for California lawns.
Real grass also offers significant ecological advantages, including improved soil health, better water filtration, and support for local wildlife. Unlike artificial turf, which contributes to the urban heat island effect, natural grass helps cool the environment, making outdoor spaces more enjoyable during hot summers.
Moreover, the shift to natural grass can have long-term financial benefits. While synthetic turf may seem cost-effective upfront, its maintenance and eventual disposal can be costly. On the other hand, natural grass, especially drought-resistant varieties like Bermuda, requires less water and maintenance over time, resulting in cost savings for homeowners.
Final Thoughts
As more California homeowners become aware of the risks associated with artificial grass, natural grass is reclaiming its rightful place in their yards. As experts, we’re here to guide you through this transition, offering expert advice on disposing of fake grass and the highest-quality bermudagrass varieties to achieve a real, sustainable California lawn.
Explore the full article and contact us for tailored recommendations on creating a healthier, greener outdoor space.
With growing environmental awareness, the demand for sustainable landscaping solutions is at an all-time high.
Amid these demands, bermudagrass emerges as a strong and resilient contender in the realm of drought-tolerant landscapes. This hard-wearing grass doesn’t simply survive in challenging conditions—it thrives. It requires significantly less water than many other traditional lawns and provides many other benefits for homeowners, landscapers, and the environment.
Bermudagrass is a symbol of resilience and sustainability, making it an excellent option for water-conscious landscapes in California.
Addressing Water Shortage in California with New Restrictions
With drought and water shortages becoming increasingly prevalent, stringent water restrictions are being enforced to prevent severe scarcity and ensure fair water distribution. Some districts, recognizing the need for conservation, have even enforced permanent restrictions. These regulations often limit the amount of water that can be used and when and how it can be applied, aiming to curb excessive water usage.
For example, the State Water Resources Control Board has recently approved a statewide policy requiring some municipal water suppliers to cut water provision by nearly 40% over the next 15 years. Meeting these restrictions can avoid fines of up to $10,000 per day for non-compliant districts. These cuts will be enforced gradually, starting with initial reductions by 2025, followed by additional cuts every five years until 2040. Measures to achieve these savings include mandatory restrictions, higher rates for heavy water users, and incentives for adopting low-flow appliances. In 15 years, the regulation is projected to generate a cumulative savings of 500,000-acre-feet of water annually, enough to supply more than one million households.
The Increasing Need for Water-Saving Landscape Solutions
Grass contributes significantly to a healthy environment. It produces oxygen, aids in preventing erosion, and creates a dense, green landscape that supports a diverse ecosystem.
While lawns may require some water, these benefits far outweigh the perceived disasdvantages. In California, traditional lawns account for approximately 40-60% of landscape irrigation, translating to an estimated 3.5-5% of the state’s total water use. Overall, landscape irrigation makes up about 50% of annual residential water consumption statewide.
Incorporating drought-tolerant grass and native plant varieties is an excellent solution to maximize these benefits while being mindful of water use. These plants are well-adapted to local climate conditions and thrive with minimal supplemental water. This approach not only conserves water but also supports the environment, contributing to a more sustainable and resilient landscape.
Bermudagrass has emerged as a groundbreaking solution to the water shortage issues. This grass variety flourishes in arid environments, displaying remarkable drought resistance. Moreover, years of research and development have resulted in hybrid and improved bermudagrass varieties with further enhanced capabilities, such as superior shade tolerance and a heightened ability to maintain a vivid color even during extended dry spells. These advancements position bermudagrass as an excellent option for sustainable, water-efficient landscapes in California.
The Water-Saving Benefits of Bermudagrass
Scientifically known as Cynodon dactylon, bermudagrass is a warm-season grass from Africa. It has earned global recognition for its resilience and adaptability and is celebrated for its exceptional heat and drought tolerance, which allows it to thrive in hot, dry climates.
These sought-after properties are attributed to its deep root system, which allows it to access moisture deeper in the soil. This ability allows bermudagrass to endure extended drought periods, survive water restrictions, and conserve water, translating to lower water bills for homeowners and contributing to sustainable landscaping practices.
Durability and Resilience: Its deep root system also improves bermudagrass’s durability, allowing it to withstand heavy foot traffic. This resilience makes it an obvious choice for high-traffic areas like golf courses, athletic fields, parks, and residential lawns.
Fast Growth and Quick Recovery: Bermudagrass is known for its vigorous growth and can quickly recover from damage. Its spreading growth habit helps cover bare patches and sparse areas, making it ideal for areas where fast coverage or repair is necessary.
Salt Tolerance: Bermudagrass also exhibits salt tolerance, making it appropriate for coastal regions. This adaptability ensures its survival while maintaining an aesthetic appeal in various challenging conditions.
Best Practices for Cultivating Water-Efficient Bermudagrass
While bermudagrass is naturally drought-tolerant, implementing strategies to boost its resilience and train it to use less water can help it withstand the challenges posed by water restrictions.
Water Only As Necessary
Avoid unnecessary watering, especially after heavy rainfall. Instead of following a strict watering schedule, adjust your watering based on weather conditions and moisture levels in your lawn to prevent overwatering and conserve water.
Water Deeply But Less Often
Warm-season grasses generally require 1-1.5 inches of water per week. Aim to distribute this water requirement in 1-2 watering sessions, ensuring the water penetrates 6-8 inches deep into the soil. This practice encourages deep and extensive root growth, allowing grass to access moisture deep within the soil and training it to be more drought-resistant.
Adhere to Water Restrictions
Local water restrictions aim to conserve and ensure the fair use of water resources. These regulations specify watering days, times, and allowable water quantities. Your compliance not only supports conservation efforts but also avoids potential fines.
Water for Survival
During water restrictions, focus on keeping your lawn alive instead of still aiming for a lush, green look. This means providing just enough water to sustain the grass, even if it results in a yellowing lawn during the summer. Dormancy is your lawn’s natural response to conserve water. Avoid trying to revive it prematurely, as this can stress the grass further and prolong recovery. In this case, water just occasionally to keep the roots and crowns from permanently drying.
Establishing and Maintaining Bermudagrass
Bermudagrass establishes most successfully when planted as sod. While it is drought-tolerant, it still requires watering during the initial stages. But, once established, it should thrive with infrequent but deep watering, which will encourage strong root development and overall health.
This grass type is a sustainable and practical lawn option, providing numerous benefits from water efficiency, wear tolerance, and rapid recovery. Understanding its characteristics and employing the best practices in cultivation and maintenance should equip you to create a resilient and attractive lawn even in challenging environments.
Introducing bermudagrass to your lawn not only contributes to its aesthetic appeal but also to the collective effort toward water conservation and sustainable landscaping.Visit The Real California Lawn today for more tips on cultivating a resilient landscape with bermudagrass.
Bermudagrass wasn’t always the number one choice in California as its dormancy in winter turned landscapes brown. However, with the stricter water restrictions in place, interest is shifting towards using this warm-season variety.
The introduction of improved and hybrid varieties that address its traditional limitations has sparked renewed interest due to their drought and heat tolerance and exceptional resistance to wear and tear, prompting people to rethink their landscaping decisions.
Bermudagrass is an excellent solution because of its superior drought tolerance and low water use. Increasing water costs, along with water restrictions, are driving interest in converting lawns to bermudagrass to save water and maximize the benefits of having natural grass without sacrificing appearance. But there’s more to bermudagrass than its water-saving benefits—it’s incredibly durable and can handle heavy foot traffic better than many other grass varieties.
The Evolution of Bermudagrass to Meet Modern Landscaping Needs
For several years, the poor shade and cold tolerance of bermudagrass have limited its use and made it less ideal for certain climates. Originating from South Africa, bermudagrass thrives in warm environments and requires full sun to reach its full potential. It is mostly found in USDA hardiness zones 7 to 10. Contrarily, it struggles in cooler climates and shaded areas, where it can thin out and lose vigor.
These limitations meant that bermudagrass wasn’t the first choice for many homeowners and landscapers, particularly in regions with cold winters. However, the increasing demand for drought-tolerant grasses has led growers and researchers to develop improved and hybrid varieties better adapted to a broader range of conditions.
Today, more improved varieties are available to address previous shortcomings and meet the rising need for resilient and durable turf cover. Improved bermudagrass varieties offer better color retention, extending their usability and improving playability on golf courses and sports fields. For example, varieties like TifTuf have been bred for superior drought tolerance and better performance in cooler temperatures. Overall, these efforts push innovation in grass cultivation, expanding the traditional use areas of bermudagrass and providing more hardy options for California landscapes.
Wear and Tear Tolerance of Bermudagrass
A durable grass variety, the exceptional wear and tear tolerance of bermudagrass is largely attributed to its dense, spreading growth habit. This grass vigorously spreads through stolons (above-ground runners) and rhizomes (below-ground runners), creating a dense, interconnected network of grass blades and roots. This growth habit provides several key benefits:
1. Better Traffic Tolerance
Its density allows it to withstand heavy foot traffic without significant damage. Whether its kids and pets playing on the lawn, athletes on a sports field, or golfers on a course, this grass maintains its structure and appearance even under constant use.
2. Rapid Wear Recovery
Its vigorous growth habit also allows it to recover fast from wear and tear. The dense network of stems can easily fill in bare or damaged areas, ensuring that any spot affected by heavy use can recover within a shorter period. This rapid recovery means less downtime and more playtime, keeping the grass looking its best with minimal maintenance.
3. Weed Suppression
Consequently, the thick, dense growth of bermudagrass serves as a natural barrier against weeds. By outcompeting weeds for sunlight, water, and nutrients, it reduces the need for intervention, saving money and effort. This weed suppression ability not only keeps the lawn looking pristine but also supports a healthier, more sustainable landscape.
Bermudagrass—The Preferred Grass Type for Active Landscapes
Overall, these qualities make bermudagrass a preferred option for high-traffic areas. It is extensively used in golf courses, where the grass endures constant foot traffic, rough treatment, and low mowing heights. Athletic fields, which demand a resilient surface for sports and other activities, also rely on bermudagrass as much as high-end lawns that benefit from its aesthetic appeal and durability. This grass variety is a top choice for premium residential and commercial landscapes.
The dense, spreading growth habit of bermudagrass provides unmatched wear tolerance, rapid recovery, and effective weed suppression. These characteristics make it ideal for golf courses, athletic fields, and high-end lawns, offering resilience and low maintenance.Did you find this article helpful? Contact us at The Real California Lawn today for more lawn care tips.
Often viewed as a low-maintenance alternative to traditional grass, artificial turf has earned favor across various settings, from schools and universities to playgrounds, parks, commercial establishments, and even homes. With no need for water or fertilizers, it’s a convenient solution in drought-prone areas like California.
The state boasts over 900 synthetic turf sports fields, a small portion of the US’s overall demand for synthetic grass. Over the past five years, interest in artificial turf installation in California has surged by 1.5 times.
The $76.6 billion industry is fueled mainly by residential demand, a trend driven by tightening water restrictions and conservation efforts. More homeowners are turning to synthetic turf as a water-saving measure. However, the environmental and health impacts are often overlooked. What is seemingly a great solution to drought-stricken areas has long-term adverse effects, making it worth a second thought.
What is Artificial Turf?
Artificial turf is a multi-layer product used as a surface in various settings, including golf courses, athletic fields, playgrounds, and residential lawns. It primarily consists of the following components:
• Plastic grass blades: The top layer, usually made of nylon, polypropylene, or polyethylene, mimics the appearance of natural grass.
• Plastic backing: The layer to which the grass blades are sewn, providing structural support and keeping the grass upright.
• Infill: Commonly made of crumb rubber, made from recycled tires. It is widely used for its shock-absorbing properties.
• Drainage layer: Ensures proper water drainage to prevent pooling on the surface.
The Risks Associated with Artificial Turf
With an average lifespan of 10 years, these synthetic materials eventually require disposal, often ending up in landfills or incinerated. This disposal can release harmful chemicals into the environment, posing chemical exposure risks to the surroundings.
Exposure to Chemicals
Crumb rubber is one of the most studied synthetic turf materials due to its prevalence and potential risks. It contains various potentially harmful chemicals, raising significant health and environmental concerns.
These include carcinogenic heavy metals, such as zinc, arsenic, cadmium, and chromium; additionally, volatile organic compounds (VOCs) and semi-volatile organic compounds (SVOCs), such as benzothiazole, hexane, toluene, and formaldehyde, are present. These compounds are known respiratory irritants or asthma triggers.
Other harmful components include lead, styrene, polycyclic aromatic hydrocarbons (PAHs), phthalates, crystalline silica, latex, particulate matter, and per- and poly-fluoroalkyl substances (PFAS).
You can be exposed to these chemicals through inhalation, ingestion, and dermal contact during play on artificial turf fields. Potential health effects include respiratory issues, skin irritation, and long-term risks such as cancer.
The Dangers of PFAS
PFAS is a large, complex group of over 15,000 chemicals, commonly known as “forever chemicals.” PFAS chemicals are used in commercial products for their grease, water, and stain-resistant properties. Because of their large-scale use and persistence in the environment, they have become severe drinking water contaminants. These substances are predominantly present in the grass blades and some infill materials in artificial turf. Some research has found PFAS in water bodies neighboring artificial turf fields, suggesting that these chemicals can leach out and pollute the environment.
Studies are ongoing to determine whether PFAS or other chemicals from fake grass can enter human bodies during play and whether there are any associated health effects.
Other Concerns
Beyond chemical risks, there’s also the concern of high temperatures associated with artificial turf, as well as injuries and microplastic emissions.
Heat
Beyond chemical risks, there’s also the concern of high temperatures associated with artificial turf. It absorbs and retains heat, often reaching significantly higher temperatures than natural grass. On a 98-degree day, artificial turf has been documented to reach temperatures exceeding 200 degrees Fahrenheit. It creates potentially dangerous conditions for those using the turf, particularly on a hot day.
Injuries
The heightened temperatures of artificial turf fields increase the risk of skin burns and heat-related illnesses or injuries. Athletes playing on these surfaces are particularly prone to abrasions. The synthetic fibers can cause friction burns, and the high temperatures can lead to dehydration, heat exhaustion, or heat stroke.
Microplastics
Although designed to be long-lasting and durable, artificial turf breaks down over time into tiny pieces of plastic, known as microplastics. This degradation is caused by friction from constant use and exposure to the sun and environmental elements. These microplastics can migrate off the field, finding their way into the air, soil, and waterways. Microplastics in the environment are a growing concern, as they contribute to pollution and pose risks to wildlife and human health.
So, What Now?
In October 2023, California Governor Gavin Newsom signed a bill allowing local governments to ban synthetic grass in residential areas. This move reverses sections of a bill signed by then-governor Jerry Brown a decade ago, which prohibited cities and counties from banning synthetic grass. The law seemed sensible as the state grappled with a severe drought, and artificial lawns were considered water-conserving.
However, looks can be deceiving. While fake grass may look pristine and require no watering, it conceals several environmental and health risks. Foremost among these concerns are PFAS chemicals that are also linked to severe health issues such as kidney problems, cancer, and decreased immune system functions. These chemicals live up to their reputation as “forever chemicals,” being notoriously difficult to break down.
Much research is still needed to understand the effects of exposure to these chemicals fully. However, from a toxicity standpoint, real grass is a safer, more eco-friendly alternative. Although natural grass requires maintenance, it is far superior to artificial turf when prioritizing your health and safety.
Why Switch to Natural Grass
Switching from artificial turf to natural grass offers numerous environmental and health benefits. Natural grass supports local wildlife and pollinators, contributing positively to biodiversity and ecosystem health. It helps maintain soil health, reduces erosion, and promotes water infiltration, ensuring a sustainable and balanced environment. Unlike artificial turf, it absorbs carbon dioxide and releases oxygen, improving air quality and contributing to a healthier atmosphere.
Additionally, natural grass provides a safer surface for sports and recreational activities, reducing injury risks compared to artificial turf. It also has a cooling effect, lowering temperatures around your home and making outdoor spaces more enjoyable. The aesthetic appeal, sensory experience, and natural water filtration capabilities of natural grass further highlight its superiority over artificial alternatives. Overall, embracing natural grass is a choice that benefits both your immediate environment and the broader ecosystem.
How to Dispose of Artificial Turf in California
If you’re ready to make the switch, you should start by knowing how to dispose of your turf grass.
Landfill Disposal
Ensure your local landfill accepts synthetic materials. Follow their guidelines for proper disposal.
Recycling
Contact local recycling facilities to see if they accept synthetic turf for dismantling and repurposing, reducing its environmental impact.
Professional Removal Services
Opt for professional removal services to ensure your artificial turf is disposed of or recycled correctly, adhering to environmental regulations.
Manufacturer Take-Back Programs
Check with your turf provider to see if they offer a take-back program for recycling old turf.
Takeaway
The persistent use of artificial turf in California to conserve water brings a host of environmental and health concerns. From chemical exposure to heightened heat and the spread of microplastics, the impact of synthetic turf extends far beyond its initial installation. As awareness of these risks increases, it becomes crucial for communities to consider the long-term effects and explore safer, more sustainable alternatives like natural grass for recreational and landscaping needs.
