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Opinion: What's more environmentally irresponsible than a thirsty L.A. lawn? A fake plastic one

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Monday, August 5, 2024

Let’s start with some common sense: Covering the Earth with plastic carpet is a terrible idea. And yet we continue to cover an ever-growing swath of our public and private open spaces with artificial turf in a way that will surely leave future generations scratching their heads in confusion.It’s time to embrace healthier, cheaper and more environmentally responsible alternatives, and Los Angeles can help lead the way.The artificial turf industry has had a great deal of success convincing millions of people that its short-lived, nonrecyclable, fossil-fuel-derived product is somehow good for the environment. Were there a greenwashing hall of fame, this would be in it.In fact, it’s clear that artificial turf is bad for our ecosystems as well as our health.Artificial turf exacerbates the effects of climate change. On a 90-degree Los Angeles day, the temperature of artificial turf can reach 150 degrees or higher — hot enough to burn skin. And artificial turf is disproportionately installed to replace private lawns and public landscaping in economically disadvantaged communities that already face the greatest consequences of the urban heat-island effect, in which hard surfaces raise local temperatures.Artificial turf consists of single-use plastics made from crude oil or methane. The extraction, refining and processing of these petrochemicals, along with the transporting and eventual removal of artificial turf, come with a significant carbon footprint.Artificial turf is full of perfluoroalkyl and polyfluoroalkyl substances, or PFAS, known as “forever chemicals” because they accumulate in the environment and living tissue. The Synthetic Turf Council has noted manufacturers’ efforts to ensure that their products “contain no intentionally-added PFAS constituents.” So what? Tobacco companies don’t intentionally add carcinogens to cigarettes; they’re built into the product. PFAS have been linked to serious health effects, and while artificial turf is by no means the only source of them, it is one we can avoid.Because artificial turf is a complex product made of multiple types of plastic, it will never be recycled. After its relatively short lifespan of about eight to 15 years, artificial turf ends up in indefinite storage, landfills and incinerators, creating a whole host of additional pollution problems.Industry reps have seduced school boards and municipalities with promises that artificial turf fields can be used 24/7 and become a source of income as third parties line up to rent them. In reality, well-maintained, natural grass fields are more than sufficient for the limited number of hours in a day when people are available to participate in sports.Studies show the maintenance costs of artificial turf often exceed those of natural grass. Naturally occurring organisms in soil break down much of what ends up on a grass field, including all kinds of human and animal bodily fluids. When the field is a plastic carpet, those systems can’t work, necessitating regular cleaning with a cleansing agent and a substantial amount of water. The infill component that cushions the turf must be combed, cleaned and replaced regularly as well. As the field ages, this work only increases.The turf industry counters that grass fields result in the use of costly fertilizers and pesticides, which also become runoff pollution. That is a reasonable concern, but it can be addressed with environmentally responsible pest management and soil amendments. The continuing implementation of statewide food and green waste collection requirements will produce much more compost to cost-effectively maintain natural playing surfaces.Remarkably, artificial turf doesn’t even save water compared with grass. Industry marketing materials claim that an artificial field can save millions of gallons of water a year and that homeowners who use the product to replace a conventional lawn can reduce their water use by more than half. But artificial turf must be regularly cleaned with water, and in warm climates such as Los Angeles’, artificial fields get so hot that schools must water them down before children play on them.Industry water reduction promises generally compare artificial turf with the thirstiest sod grasses. But far more drought-tolerant varieties of natural turf grass are available. Residential lawns are indeed a tremendously wasteful use of water, but native plants are a far better solution than artificial turf — and you get butterflies as a bonus.Even if artificial turf is never watered for cleaning or cooling, it contributes to losses of fresh water that natural surfaces would capture. Los Angeles in particular needs plants and natural surfaces that absorb as much of our precious rain as possible to recharge our groundwater and mitigate flooding. Impervious sheets of plastic cannot provide this service.The Los Angeles City Council is considering requiring municipal departments to report on the consequences of artificial turf use, which is a good first step. From 2015 until last year, California law considered artificial turf a form of drought-tolerant landscaping that cities and counties could not prohibit. Thanks to a change in the law that excluded artificial turf from that category, Los Angeles has an opportunity to set a precedent by banning new installations of this destructive material.Any truthful assessment of the financial, environmental and health consequences of artificial turf should lead governments to phase it out. We need to get over the antiquated notion that we can manufacture a better version of nature.Charles Miller is the chair of the Los Angeles chapter of the Climate Reality Project and its Biodiversity Committee.

Los Angeles should help lead California and the country in banning plastic ground covering. It's expensive, unhealthy and terrible for the environment.

Let’s start with some common sense: Covering the Earth with plastic carpet is a terrible idea. And yet we continue to cover an ever-growing swath of our public and private open spaces with artificial turf in a way that will surely leave future generations scratching their heads in confusion.

It’s time to embrace healthier, cheaper and more environmentally responsible alternatives, and Los Angeles can help lead the way.

The artificial turf industry has had a great deal of success convincing millions of people that its short-lived, nonrecyclable, fossil-fuel-derived product is somehow good for the environment. Were there a greenwashing hall of fame, this would be in it.

In fact, it’s clear that artificial turf is bad for our ecosystems as well as our health.

Artificial turf exacerbates the effects of climate change. On a 90-degree Los Angeles day, the temperature of artificial turf can reach 150 degrees or higher — hot enough to burn skin. And artificial turf is disproportionately installed to replace private lawns and public landscaping in economically disadvantaged communities that already face the greatest consequences of the urban heat-island effect, in which hard surfaces raise local temperatures.

Artificial turf consists of single-use plastics made from crude oil or methane. The extraction, refining and processing of these petrochemicals, along with the transporting and eventual removal of artificial turf, come with a significant carbon footprint.

Artificial turf is full of perfluoroalkyl and polyfluoroalkyl substances, or PFAS, known as “forever chemicals” because they accumulate in the environment and living tissue. The Synthetic Turf Council has noted manufacturers’ efforts to ensure that their products “contain no intentionally-added PFAS constituents.” So what? Tobacco companies don’t intentionally add carcinogens to cigarettes; they’re built into the product. PFAS have been linked to serious health effects, and while artificial turf is by no means the only source of them, it is one we can avoid.

Because artificial turf is a complex product made of multiple types of plastic, it will never be recycled. After its relatively short lifespan of about eight to 15 years, artificial turf ends up in indefinite storage, landfills and incinerators, creating a whole host of additional pollution problems.

Industry reps have seduced school boards and municipalities with promises that artificial turf fields can be used 24/7 and become a source of income as third parties line up to rent them. In reality, well-maintained, natural grass fields are more than sufficient for the limited number of hours in a day when people are available to participate in sports.

Studies show the maintenance costs of artificial turf often exceed those of natural grass. Naturally occurring organisms in soil break down much of what ends up on a grass field, including all kinds of human and animal bodily fluids. When the field is a plastic carpet, those systems can’t work, necessitating regular cleaning with a cleansing agent and a substantial amount of water. The infill component that cushions the turf must be combed, cleaned and replaced regularly as well. As the field ages, this work only increases.

The turf industry counters that grass fields result in the use of costly fertilizers and pesticides, which also become runoff pollution. That is a reasonable concern, but it can be addressed with environmentally responsible pest management and soil amendments. The continuing implementation of statewide food and green waste collection requirements will produce much more compost to cost-effectively maintain natural playing surfaces.

Remarkably, artificial turf doesn’t even save water compared with grass. Industry marketing materials claim that an artificial field can save millions of gallons of water a year and that homeowners who use the product to replace a conventional lawn can reduce their water use by more than half. But artificial turf must be regularly cleaned with water, and in warm climates such as Los Angeles’, artificial fields get so hot that schools must water them down before children play on them.

Industry water reduction promises generally compare artificial turf with the thirstiest sod grasses. But far more drought-tolerant varieties of natural turf grass are available. Residential lawns are indeed a tremendously wasteful use of water, but native plants are a far better solution than artificial turf — and you get butterflies as a bonus.

Even if artificial turf is never watered for cleaning or cooling, it contributes to losses of fresh water that natural surfaces would capture. Los Angeles in particular needs plants and natural surfaces that absorb as much of our precious rain as possible to recharge our groundwater and mitigate flooding. Impervious sheets of plastic cannot provide this service.

The Los Angeles City Council is considering requiring municipal departments to report on the consequences of artificial turf use, which is a good first step. From 2015 until last year, California law considered artificial turf a form of drought-tolerant landscaping that cities and counties could not prohibit. Thanks to a change in the law that excluded artificial turf from that category, Los Angeles has an opportunity to set a precedent by banning new installations of this destructive material.

Any truthful assessment of the financial, environmental and health consequences of artificial turf should lead governments to phase it out. We need to get over the antiquated notion that we can manufacture a better version of nature.

Charles Miller is the chair of the Los Angeles chapter of the Climate Reality Project and its Biodiversity Committee.

Read the full story here.
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Living Near Polluted Missouri Creek as a Child Tied to Later Cancer Risk

By I. Edwards HealthDay ReporterTHURSDAY, July 17, 2025 (HealthDay News) — Folks who grew up near a polluted Missouri creek during the 1940s...

THURSDAY, July 17, 2025 (HealthDay News) — Folks who grew up near a polluted Missouri creek during the 1940s through 1960s may have higher odds for cancer now, new research shows.The study focused on Coldwater Creek in St. Louis County. The area was contaminated with radioactive waste from the U.S. government’s atomic bomb program during World War II.Back then, uranium was processed in St. Louis and nuclear waste was stored near the city’s airport. That waste leaked into Coldwater Creek, which runs through several residential neighborhoods.Researchers found that people who lived within one kilometer (0.62 miles) of the creek as kids had an 85% higher risk of developing certain cancers later in life compared to those who lived more than 20 kilometers (12.4 miles) away.Those cancers include leukemia, thyroid cancer and breast cancer, which are known to be linked to radiation exposure.“The closer the childhood residence got to Coldwater Creek, the risk of cancer went up, and pretty dramatically," lead researcher Marc Weisskopf, a professor of epidemiology at Harvard T.H. Chan School of Public Health, told The Wall Street Journal.For the study, Weisskopf’s team surveyed more than 4,200 adults who lived in the St. Louis area as children between 1958 and 1970.These people had donated their baby teeth years ago for radiation research. The new survey asked about cancer and other health issues.About 1 in 4 participants said they had been diagnosed with cancer. Risk dropped the farther someone lived from the creek as a child.Outside experts who reviewed the findings described them as concerning.“It emphasizes the importance of appreciating that radioactive waste is carcinogenic, particularly to children, and that we have to ensure that we have to clean up any remaining waste that’s out there,” Dr. Rebecca Smith-Bindman, a radiation risk expert at the University of California, San Francisco, told The Journal.In 2024, the U.S. Army Corps of Engineers began placing warning signs along parts of the creek that still have radioactive waste, The Journal reported.The U.S. Agency for Toxic Substances and Disease Registry reported in 2019 that contamination have raised the risk of leukemia and lung and bone cancer. Later exposures, starting in the 2000s, were linked to a slight increase in lung cancer for those who lived nearby.But the agency said it’s hard to link any one person’s cancer directly to radiation. Genetics, lifestyle and other factors could also play a role.In this study, radiation exposure wasn’t directly measured. Cancer cases were also self-reported, not confirmed by medical records. Weisskopf plans to measure radiation levels using the stored baby teeth in future research.Radiation exposure has long been tied to cancer, but this study is among the first to look at lower, long-term environmental exposure in the U.S., not just high levels from nuclear disasters or bombings."Radiation, when it’s given unnecessarily, only causes risk," Dr. Howard Sandler, chair of radiation oncology at Cedars-Sinai in Los Angeles, told The Journal.SOURCE: The Wall Street Journal, July 16, 2025Copyright © 2025 HealthDay. All rights reserved.

Disposable Vapes Release Toxic Metals, Lab Study Says

By Dennis Thompson HealthDay ReporterFRIDAY, July 11, 2025 (HealthDay News) — People using cheap disposable vape devices are likely inhaling high...

By Dennis Thompson HealthDay ReporterFRIDAY, July 11, 2025 (HealthDay News) — People using cheap disposable vape devices are likely inhaling high levels of toxic metals with every puff, a recent study says.After a few hundred puffs, some disposable vapes start releasing levels of toxic metals higher than found in either last-generation refillable e-cigarettes or traditional tobacco smokes, researchers reported in the journal ACS Central Science.These metals can increase a person’s risk of cancer, lung disease and nerve damage, researchers said.“Our study highlights the hidden risk of these new and popular disposable electronic cigarettes — with hazardous levels of neurotoxic lead and carcinogenic nickel and antimony — which stresses the need for urgency in enforcement,” senior researcher Brett Poulin, an assistant professor of environmental toxicology at the University of California-Davis, said in a news release.Earlier studies found that the heating elements of refillable vapes could release metals like chromium and nickel into the vapor people breathe.For this study, researchers analyzed seven disposable devices from three well-known vape brands: ELF Bars, Flum Pebbles and Esco Bar.Before they were even used, some of the devices had surprisingly high levels of lead and antimony, researchers reported. The lead appears to have come from leaded copper alloys used in the devices, which leach into the e-liquid.The team then activated the disposable vapes, creating between 500 and 1,500 puffs for each device, to see whether their heating elements would release more metals.Analysis of the vapor revealed that:Levels of metals like chromium, nickel and antimony increased as the number of puffs increased, while concentrations of zinc, copper and lead were elevated at the start. Most of the tested disposables released higher amounts of metals than older refillable vapes. One disposable released more lead during a day’s use than one would get from nearly 20 packs of tobacco cigarettes. Nickel in three devices and antimony in two devices exceeded cancer risk limits. Four devices had nickel and lead emissions that surpassed health risk thresholds for diseases other than cancer. These results reflect only three of the nearly 100 disposable vape brands now available on store shelves, researchers noted.“Coupling the high element exposures and health risks associated with these devices and their prevalent use among the underage population, there is an urgent need for regulators to investigate this issue further and exercise regulatory enforcement accordingly,” researchers wrote.SOURCES: American Chemical Society, news release, June 20, 2025; ACS Central Science, June 25, 2025Copyright © 2025 HealthDay. All rights reserved.

Trying to Quit Smoking? These Expert-Backed Tips Can Help

By David Hill, MD, Chair, Board of Directors, American Lung Association HealthDay ReporterTHURSDAY, July 10, 2025 (HealthDay News) — According to...

THURSDAY, July 10, 2025 (HealthDay News) — According to the U.S. Centers for Disease Control and Prevention (CDC), in 2022, the majority of the 28.8 million U.S. adults who smoked cigarettes wanted to quit; approximately half had tried to quit, but fewer than 10% were successful.Many folks say quitting smoking was the hardest thing they have ever done. This includes people who have climbed mountains, corporate ladders, tackled childbirth and raised families.Successfully overcoming tobacco addiction is a process, and it takes time. It can’t be done at once. Individuals taught themselves how to smoke, vape or chew tobacco products and practiced for so long that the behavior became as automatic as breathing, eating or sleeping.Quitting, then, is a process of overcoming addiction and learned behaviors. Individuals must learn to manage nicotine addiction, unlearn their automatic behavior of tobacco use, and replace it with healthy new alternatives.Because tobacco dependence is a chronic relapsing condition, Freedom From Smoking® identifies quitting tobacco use and maintaining abstinence as a process in which a person may cycle through multiple periods of relapse and remission before experiencing long-term lifestyle and behavior change.The CDC suggests that it takes eight to 11 attempts before quitting permanently.It’s essential to understand three challenges associated with quitting and create a plan to address each with proven-effective strategies:1. Psychological Link of Nicotine Addiction Over time, using tobacco products becomes an automatic behavior that needs to be unlearned.  After quitting, emotions can overwhelm a person.  Grief can also play an important role in the quitting process.  Create support systems through counseling classes, and among family, friends and co-workers. Mark a calendar for every day you are tobacco-free and reward yourself for days you avoid use. Use positive self-talk when cravings arise, such as “the urge will pass whether I smoke or not” or “smoking is not an option for me.”2. Sociocultural Link of Nicotine AddictionCertain activities and environmental cues can trigger the urge to smoke. As people mature, social factors or cues play a role in continuing use.  People who use tobacco may be reluctant to give up those connections or routines.  Identify your triggers and use replacements such as cinnamon sticks, doodling on a notepad or finding another activity to keep your hands busy. Create change and break routine by using the 3 A’s — AVOID (the situation), ALTER (the situation) or ALTERNATIVE (substitute something else). Keep a quit kit/survival kit with you at all times with items you can use to replace tobacco product use when the urge comes.3. Biological (Physical) Link of Nicotine AddictionAddiction occurs when a substance — like nicotine, alcohol or cocaine — enters the brain and activates the brain’s receptors for that substance, producing pleasure.  When a person quits, the brain’s nicotine receptors activate, creating cravings and withdrawal symptoms.  Over time, the receptors become inactive, and the withdrawal symptoms and urges to use fade away. Use cessation medications approved by the U.S. Food and Drug Administration (prescription or over-the-counter) in the proper doses for the full time period recommended by a clinician. Do not stop treatment early. Exercise alternative ways to release dopamine such as physical activity or listening to music.  Use stress management techniques, including deep breathing and relaxation exercises, daily if possible.Nearly 2 in 3 adults who have ever smoked cigarettes have successfully quit, according to the CDC You can, too! To learn more about strategies for countering the challenges associated with the three-link chain of nicotine addiction, visit Quit Smoking & Vaping | American Lung Association.Dr. David Hill is a member of the Lung Association's National Board of Directors and is the immediate past chair of the Northeast Regional Board of the American Lung Association. He serves on the Leadership Board of the American Lung Association in Connecticut and is a former chair of that board. He is a practicing pulmonary and critical care physician with Waterbury Pulmonary Associates and serves as their director of clinical research. He is an assistant clinical professor of medicine at the Yale University School of Medicine, an assistant clinical professor at the Frank Netter School of Medicine at Quinnipiac University, and a clinical instructor at the University of Connecticut School of Medicine.Copyright © 2025 HealthDay. All rights reserved.

Lead Exposure Can Harm Kids' Memory, Study Says

By Dennis Thompson HealthDay ReporterTHURSDAY, July 10, 2025 (HealthDay News) — Even low levels of lead exposure can harm kids' working memory,...

By Dennis Thompson HealthDay ReporterTHURSDAY, July 10, 2025 (HealthDay News) — Even low levels of lead exposure can harm kids' working memory, potentially affecting their education and development, according to a new study.Exposure to lead in the womb or during early childhood appears to increase kids' risk of memory decay, accelerating the rate at which they forget information, researchers reported July 9 in the journal Science Advances.“There may be no more important a trait than the ability to form memories. Memories define who we are and how we learn,” said senior researcher Dr. Robert Wright, chair of environmental medicine at the Icahn School of Medicine at Mount Sinai in New York City.“This paper breaks new ground by showing how environmental chemicals can interfere with the rate of memory formation,” Wright said in a news release.For the study, researchers took blood lead measurements from the mothers of 576 children in Mexico during the second and third trimester of pregnancy. Later, the team took samples directly from the kids themselves, at ages 4 to 6.Between 6 and 8 years of age, the kids took a test called the delayed matching-to-sample task, or DMST, to measure their rate of forgetting.In the test, kids had to remember a simple shape for up to 32 seconds after it had been briefly shown to them, and then choose it from three offered options.The test lasted for 15 minutes, with correct responses rewarding the child with tokens that could be exchanged for a toy at the end of the experiment.“Children with higher levels of blood lead forgot the test stimulus faster than those with low blood lead levels,” Wright said.Researchers noted that the Mexican children in the study had higher median blood lead levels than those typically found in U.S. kids 6 to 10 years old – 1.7 Ug/dL versus 0.5 Ug/dL. (Median means half were higher, half were lower.)Children in Mexico are exposed to lead through commonly used lead-glazed ceramics used to cook, store and serve food, researchers said.However, the Mexican kids’ blood lead levels were still lower than the 3.5 Ug/dL level used by the U.S. Centers for Disease Control and Prevention to identify kids in the United States with more lead exposure than others, researchers added.“In the U.S., the reduction of environmental exposures to lead, such as lead-based paint in homes, lead pipes, and lead in foods such as spices, is still of continued importance as even low levels of lead can have detrimental effects on children’s cognitive function and development,” researchers wrote in their paper.This study also shows that the DMST test can be used to help test the effect of other environmental hazards on kids’ memory, researchers said.“Children are exposed to many environmental chemicals, and this model provides a validated method to further assess the effect of additional environmental exposures, such as heavy metals, air pollution, or endocrine disruptors, on children’s working memory,” co-lead researcher Katherine Svensson, a postdoctoral fellow in environmental medicine at the Icahn School of Medicine at Mount Sinai, said in a news release.SOURCES: Mount Sinai, news release, July 9, 2025; Science Advances, July 9, 2025Copyright © 2025 HealthDay. All rights reserved.

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