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We found unhealthy pesticide levels in 20% of US produce – here’s what you need to know

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Thursday, April 18, 2024

When it comes to healthy eating, fruits and vegetables reign supreme. But along with all their vitamins, minerals and other nutrients can come something else: an unhealthy dose of dangerous pesticides.Though using chemicals to control bugs, fungi and weeds helps farmers grow the food we need, it’s been clear since at least the 1960s that some chemicals also carry unacceptable health risks. And although certain notorious pesticides, such as DDT, have been banned in the US, government regulators have been slow to act on others. Even when a dangerous chemical is removed from the market, chemical companies and growers sometimes just start using other options that may be as dangerous.Consumer Reports, which has tracked the use of pesticides on produce for decades, has seen this pattern repeat itself over and over. “It’s two steps forward and one step back – and sometimes even two steps back,” says James E Rogers, who oversees food safety at Consumer Reports.To get a sense of the current situation, Consumer Reports recently conducted our most comprehensive review ever of pesticides in food. To do it, we analyzed seven years of data from the US Department of Agriculture, which each year tests a selection of conventional and organic produce grown in or imported to the US for pesticide residues. We looked at 59 common fruits and vegetables, including, in some cases, not just fresh versions but also canned, dried or frozen ones.Our new results continue to raise red flags.Pesticides posed significant risks in 20% of the foods we examined, including popular choices such as bell peppers, blueberries, green beans, potatoes and strawberries. One food, green beans, had residues of a pesticide that hasn’t been allowed to be used on the vegetable in the US for over a decade. And imported produce, especially some from Mexico, was particularly likely to carry risky levels of pesticide residues.But there was good news, too. Pesticides presented little to worry about in nearly two-thirds of the foods, including nearly all of the organic ones. Also encouraging: the largest risks are caused by just a few pesticides, concentrated in a handful of foods, grown on a small fraction of US farmland. “That makes it easier to identify the problems and develop targeted solutions,” Rogers says – though he acknowledges that it will take time and effort to get the Environmental Protection Agency, which regulates the use of pesticides on crops, to make the necessary changes.The way the EPA assesses pesticide risk doesn’t reflect cutting-edge scienceConsumer Reports senior scientist Michael HansenIn the meantime, our analysis offers insights into simple steps you can take to limit exposure to harmful pesticides, such as using our ratings to identify which fruits and vegetables to focus on in your diet, and when buying organic produce can make the most sense.What’s safer, what’s risky, and whySixteen of the 25 fruits and 21 of the 34 vegetables in our analysis had low levels of pesticide risk. Even children and pregnant people can safely eat more than three servings a day of those foods, Consumer Reports’ food safety experts say. Ten foods were of moderate risk; up to three servings a day of them are OK.The flip side: 12 foods presented bigger concerns. Children and pregnant people should consume less than a serving a day of high-risk fruits and vegetables, and less than half a serving a day of very high-risk ones. Everyone else should limit consumption of those foods, too. Illustration: Sarah Anne Ward/The GuardianTo come up with that advice, we analyzed the USDA’s test results for 29,643 individual food samples. We rated the risk of each fruit or vegetable by factoring in how many pesticides showed up in the food, how often they were found, the amount of each pesticide detected and each chemical’s toxicity.The Alliance for Food and Farming, a farming industry organization, pointed out to Consumer Reports that more than 99% of foods tested by the USDA contained pesticide residues below the Environmental Protection Agency’s legal limits (referred to as tolerances).But Consumer Reports’ scientists think many EPA tolerances are set too high. That’s why we use lower limits for pesticides that can harm the body’s neurological system or are suspected endocrine disruptors (meaning they may mimic or interfere with the body’s hormones). Consumer Reports’ approach also accounts for the possibility that other health risks may emerge as we learn more about these chemicals.“The way the EPA assesses pesticide risk doesn’t reflect cutting-edge science and can’t account for all the ways the chemicals might affect people’s health, especially given that people are often exposed to multiple pesticides at a time,” says Consumer Reports senior scientist Michael Hansen. “So we take a precautionary approach, to make sure we don’t underestimate risks.”In our analysis, a fruit or vegetable can contain several pesticides but still be considered low-risk if the combination of the number, concentration and toxicity of them is low. For example, broccoli fared well not because it had no pesticide residues but because higher-risk chemicals were at low levels and on just a few samples.Some of the most problematic foods, on the other hand, had relatively few residues but worrisome levels of some high-risk pesticides.Case in point: watermelon. It’s very high-risk mainly because of a pesticide called oxamyl. Only 11 of 331 conventional, domestic watermelon samples tested positive for oxamyl. But it’s among those that Consumer Reports’ experts believe require extra caution because of their potential for serious health risks.Green beans are another example. They qualify as high-risk primarily because of a pesticide called acephate or one of its breakdown products, methamidophos. Only 4% of conventional, domestic green bean samples were positive for one or both – but their pesticide levels were often alarmingly high. In one sample from 2022 (the most recent year for which data was available), methamidophos levels were more than 100 times the level Consumer Reports’ scientists consider safe; in another, acephate levels were seven times higher. And in some 2021 samples, levels were higher still.You can eat a variety of healthy fruits and vegetables without stressing too much about pesticide riskRegistered dietitian Amy KeatingThis is especially troubling because neither chemical should be on green beans at all: growers in the US have been prohibited from applying acephate to green beans since 2011, and methamidophos to all food since 2009.“When you grab a handful of green beans at the supermarket or pick out a watermelon, your chance of getting one with risky pesticide levels may be relatively low,” Rogers says. “But if you do, you could get a much higher dose than you should, and if you eat the food often, the chances increase.”In some cases a food qualifies as high-risk because of several factors, such as high levels of a moderately dangerous pesticide on many samples. Example: chlorpropham on potatoes. It’s not the most toxic pesticide – but it was on more than 90% of tested potatoes.How pesticides can harm youPesticides are one of the only categories of chemicals we manufacture “specifically to kill organisms”, says Chensheng (Alex) Lu, an affiliate professor at the University of Washington in Seattle who researches the health effects of pesticide exposure. So it’s no surprise, he says, that pesticides used to manage insects, fungi and weeds may harm people, too.While there are still open questions about exactly how and to what extent chronic exposure to pesticides can harm our health, scientists are piecing together a compelling case that some can, drawing on a mix of laboratory, animal and human research.One type of evidence comes from population studies looking at health outcomes in people who eat foods with relatively high pesticide levels. A recent review in the journal Environmental Health, which looked at six such studies, found evidence linking pesticides to increased risks of cancer, diabetes and cardiovascular disease.Stronger evidence of pesticides’ dangers comes from research looking at people who may be particularly vulnerable to pesticides, including farmworkers and their families. In addition to the thousands of workers who become ill from pesticide poisonings every year, studies have linked on-the-job use of a variety of pesticides with a higher risk of Parkinson’s disease, breast cancer, diabetes and many more health problems.Other research found that exposure during pregnancy to a common class of pesticides called organophosphates was associated with poorer intellectual development and reduced lung function in the children of farmworkers.Pregnancy and childhood are times of particular vulnerability to pesticides, in part because certain pesticides can be endocrine disruptors. Those are chemicals that interfere with hormones responsible for the development of a variety of the body’s systems, especially reproductive systems, says Tracey Woodruff, a professor of environmental health sciences at the University of California, San Francisco.Another concern is that long-term exposure to even small amounts of pesticides may be especially harmful to people with chronic health problems, those who live in areas where they are exposed to many other toxins and people who face other social or economic health stresses, says Jennifer Sass, a senior scientist at the Natural Resources Defense Council. Illustration: Sarah Anne Ward/The GuardianThat’s one of the reasons, she says, regulators should employ extra safety margins when setting pesticide limits – to account for all the uncertainty in how pesticides might harm us.How to stop eating pesticidesWhile our analysis of USDA pesticide data found that some foods still have worrisome levels of certain dangerous pesticides, it also offers insights into how you can limit your pesticide exposure now, and what government regulators should do to fix the problem in the long term.Eat lots of low-risk produce. A quick scan of this chart makes one thing clear: there are lots of good options to choose from.“That’s great,” says Amy Keating, a registered dietitian at Consumer Reports. “You can eat a variety of healthy fruits and vegetables without stressing too much about pesticide risk, provided you take some simple steps at home.” (See Can you wash pesticides off your food? A guide to eating fewer toxic chemicals.)Your best bet is to choose produce rated low-risk or very low-risk in our analysis and, when possible, opt for organic instead of riskier foods you enjoy. Or swap in lower-risk alternatives for riskier ones. For example, try snap peas instead of green beans, cantaloupe in place of watermelon, cabbage or dark green lettuces for kale, and the occasional sweet potato instead of a white one.But you don’t need to eliminate higher-risk foods from your diet. Eating them occasionally is fine.“The harm, even from the most problematic produce, comes from exposure during vulnerable times such as pregnancy or early childhood, or from repeated exposure over years,” Rogers says.Switch to organic when possible. A proven way to reduce pesticide exposure is to eat organic fruits and vegetables, especially for the highest-risk foods. We had information about organically grown versions for 45 of the 59 foods in our analysis. Nearly all had low or very low pesticide risk, and only two domestically grown varieties – fresh spinach and potatoes – posed even a moderate risk.Organic foods’ low-risk ratings indicate that the USDA’s organic certification program, for the most part, is working.It’s always worth considering organic produce, [though] it’s most important for the fruits and vegetables that pose the greatest riskJames E Rogers, head of food safety at Consumer ReportsPesticides aren’t totally prohibited on organic farms, but they are sharply restricted. Organic growers may use pesticides only if other practices – such as crop rotation – can’t fully address a pest problem. Even then, farmers can apply only low-risk pesticides derived from natural mineral or biological sources that have been approved by the USDA’s National Organic Program.Less pesticide on food means less in our bodies: multiple studies have shown that switching to an organic diet quickly reduces dietary exposure. Organic farming protects health in other ways, too, especially of farmworkers and rural residents, because pesticides are less likely to drift into the areas where they live or to contaminate drinking water.And organic farming protects other living organisms, many of which are even more vulnerable to pesticides than we are. For example, organic growers can’t use a class of insecticides called neonicotinoids, a group of chemicals that may cause developmental problems in young children – and is clearly hazardous to aquatic life, birds and important pollinators including honeybees, wild bees and butterflies.The rub, of course, is price: organic food tends to cost more – sometimes much more.“That’s why, while we think it’s always worth considering organic produce, it’s most important for the handful of fruits and vegetables that pose the greatest pesticide risk,” Rogers says. He also says that opting for organic is most crucial for young children and during pregnancy, when people are extra vulnerable to the potential harms of the chemicals.Watch out for some imports. Overall, imported fruits and vegetables and those grown domestically are pretty comparable, with roughly an equal number of them posing a moderate or worse pesticide risk. But imports, particularly from Mexico, can be especially risky.Seven imported foods in our analysis pose a very high risk, compared with just four domestic ones. And of the 100 individual fruit or vegetable samples in our analysis with the highest pesticide risk levels, 65 were imported. Most of those – 52 – came from Mexico, and the majority involved strawberries (usually frozen) or green beans (nearly all contaminated with acephate, the pesticide that’s prohibited for use on green beans headed to the US).A spokesperson for the Food and Drug Administration told Consumer Reports that the agency is aware of the problem of acephate contamination on green beans from Mexico. Between 2017 and 2024, the agency has issued import alerts on 14 Mexican companies because of acephate found on green beans. These alerts allow the FDA to detain the firms’ food shipments until they can prove the foods are not contaminated with the illegal pesticide residues in question.The Fresh Produce Association of the Americas, which represents many major importers of fruits and vegetables from Mexico, did not respond to a request for comment.Rogers, at Consumer Reports, says: “Clearly, the safeguards aren’t working as they are supposed to.” As a result, “consumers are being exposed to much higher levels of very dangerous pesticides than they should.” Because of those risks, he suggests checking packaging on green beans and strawberries for the country of origin, and consider other sources, including organic.How to solve the pesticide problemPerhaps the most reassuring, and powerful, part of Consumer Reports’ analysis is that it demonstrates that the risks of pesticides are concentrated in just a handful of foods and pesticides.Of the nearly 30,000 total fruit and vegetable samples Consumer Reports looked at, just 2,400, or about 8%, qualified as high-risk or very high-risk. And among those samples, just two broad classes of chemicals, organophosphates and a similar type of pesticide called carbamates, were responsible for most of the risk.“That not only means that most of the produce Americans consume has low levels of pesticide risk, but it makes trying to solve the problem much more manageable, by letting regulators and growers know exactly what they need to concentrate on,” says Brian Ronholm, head of food policy at Consumer Reports. Illustration: Sarah Anne Ward/The GuardianOrganophosphates and carbamates became popular after DDT and related pesticides were phased out in the 1970s and 1980s. But concerns about these pesticides soon followed. While the EPA has removed a handful of them from the market and lowered limits on some foods for a few others, many organophosphates and carbamates are still used on fruits and vegetables.Take, for instance, phosmet, an organophosphate that is the main culprit behind blueberries’ poor score. Until recently, phosmet rarely appeared among the most concerning samples of pesticide-contaminated food. But in recent years, it’s become a main contributor of pesticide risk in some fruits and vegetables, according to our analysis.“That’s happened in part because when a high-risk pesticide is banned or pushed off the market, some farmers switch to a similar one still on the market that too often ends up posing comparable or even greater harm,” says Charles Benbrook, an independent expert on pesticide use and regulation, who consulted with Consumer Reports on our pesticide analysis.We just don’t need [pesticides]. And the foods American consumers eat every day would be much, much safer without themBrian Ronholm, head of food policy at Consumer ReportsConsumer Reports’ food safety experts say our current analysis has identified several ways the EPA, FDA and USDA could better protect consumers.That includes doing a more effective job of working with agricultural agencies in other countries and inspecting imported food, especially from Mexico, and conducting and supporting research to more fully elucidate the risks of pesticides. In addition, the government should provide more support to organic farmers and invest more federal dollars to expand the supply of organic food – which would, in turn, lower prices for consumers.But one of the most effective, and simple, steps the EPA could take to reduce overall pesticide risk would be to ban the use of any organophosphate or carbamate on food crops.The EPA told Consumer Reports that “each chemical is individually evaluated based on its toxicity and exposure profile”, and that the agency has required extra safety measures for several organophosphates.But Consumer Reports’ Ronholm says that approach is insufficient. “We’ve seen time and again that doesn’t work. Industry and farmers simply hop over to another related chemical that may pose similar risks.”Canceling two whole classes of pesticides may sound extreme. “But the vast majority of fruits and vegetables eaten in the US are already grown without hazardous pesticides,” Ronholm says. “We just don’t need them. And the foods American consumers eat every day would be much, much safer without them.”Read more from this pesticide investigation:Find out more about pesticides at Consumer Reports

Consumer Reports recently conducted its most comprehensive review of pesticides in 59 US fruits and vegetables. Here the organization shares what it foundWhat’s safe to eat? Here is the pesticide risk level for each fruit and vegetableWhen it comes to healthy eating, fruits and vegetables reign supreme. But along with all their vitamins, minerals and other nutrients can come something else: an unhealthy dose of dangerous pesticides.Though using chemicals to control bugs, fungi and weeds helps farmers grow the food we need, it’s been clear since at least the 1960s that some chemicals also carry unacceptable health risks. And although certain notorious pesticides, such as DDT, have been banned in the US, government regulators have been slow to act on others. Even when a dangerous chemical is removed from the market, chemical companies and growers sometimes just start using other options that may be as dangerous. Continue reading...

When it comes to healthy eating, fruits and vegetables reign supreme. But along with all their vitamins, minerals and other nutrients can come something else: an unhealthy dose of dangerous pesticides.

Though using chemicals to control bugs, fungi and weeds helps farmers grow the food we need, it’s been clear since at least the 1960s that some chemicals also carry unacceptable health risks. And although certain notorious pesticides, such as DDT, have been banned in the US, government regulators have been slow to act on others. Even when a dangerous chemical is removed from the market, chemical companies and growers sometimes just start using other options that may be as dangerous.

Consumer Reports, which has tracked the use of pesticides on produce for decades, has seen this pattern repeat itself over and over. “It’s two steps forward and one step back – and sometimes even two steps back,” says James E Rogers, who oversees food safety at Consumer Reports.

To get a sense of the current situation, Consumer Reports recently conducted our most comprehensive review ever of pesticides in food. To do it, we analyzed seven years of data from the US Department of Agriculture, which each year tests a selection of conventional and organic produce grown in or imported to the US for pesticide residues. We looked at 59 common fruits and vegetables, including, in some cases, not just fresh versions but also canned, dried or frozen ones.

Our new results continue to raise red flags.

Pesticides posed significant risks in 20% of the foods we examined, including popular choices such as bell peppers, blueberries, green beans, potatoes and strawberries. One food, green beans, had residues of a pesticide that hasn’t been allowed to be used on the vegetable in the US for over a decade. And imported produce, especially some from Mexico, was particularly likely to carry risky levels of pesticide residues.

But there was good news, too. Pesticides presented little to worry about in nearly two-thirds of the foods, including nearly all of the organic ones. Also encouraging: the largest risks are caused by just a few pesticides, concentrated in a handful of foods, grown on a small fraction of US farmland. “That makes it easier to identify the problems and develop targeted solutions,” Rogers says – though he acknowledges that it will take time and effort to get the Environmental Protection Agency, which regulates the use of pesticides on crops, to make the necessary changes.

In the meantime, our analysis offers insights into simple steps you can take to limit exposure to harmful pesticides, such as using our ratings to identify which fruits and vegetables to focus on in your diet, and when buying organic produce can make the most sense.

What’s safer, what’s risky, and why

Sixteen of the 25 fruits and 21 of the 34 vegetables in our analysis had low levels of pesticide risk. Even children and pregnant people can safely eat more than three servings a day of those foods, Consumer Reports’ food safety experts say. Ten foods were of moderate risk; up to three servings a day of them are OK.

The flip side: 12 foods presented bigger concerns. Children and pregnant people should consume less than a serving a day of high-risk fruits and vegetables, and less than half a serving a day of very high-risk ones. Everyone else should limit consumption of those foods, too.

Illustration: Sarah Anne Ward/The Guardian

To come up with that advice, we analyzed the USDA’s test results for 29,643 individual food samples. We rated the risk of each fruit or vegetable by factoring in how many pesticides showed up in the food, how often they were found, the amount of each pesticide detected and each chemical’s toxicity.

The Alliance for Food and Farming, a farming industry organization, pointed out to Consumer Reports that more than 99% of foods tested by the USDA contained pesticide residues below the Environmental Protection Agency’s legal limits (referred to as tolerances).

But Consumer Reports’ scientists think many EPA tolerances are set too high. That’s why we use lower limits for pesticides that can harm the body’s neurological system or are suspected endocrine disruptors (meaning they may mimic or interfere with the body’s hormones). Consumer Reports’ approach also accounts for the possibility that other health risks may emerge as we learn more about these chemicals.

“The way the EPA assesses pesticide risk doesn’t reflect cutting-edge science and can’t account for all the ways the chemicals might affect people’s health, especially given that people are often exposed to multiple pesticides at a time,” says Consumer Reports senior scientist Michael Hansen. “So we take a precautionary approach, to make sure we don’t underestimate risks.”

In our analysis, a fruit or vegetable can contain several pesticides but still be considered low-risk if the combination of the number, concentration and toxicity of them is low. For example, broccoli fared well not because it had no pesticide residues but because higher-risk chemicals were at low levels and on just a few samples.

Some of the most problematic foods, on the other hand, had relatively few residues but worrisome levels of some high-risk pesticides.

Case in point: watermelon. It’s very high-risk mainly because of a pesticide called oxamyl. Only 11 of 331 conventional, domestic watermelon samples tested positive for oxamyl. But it’s among those that Consumer Reports’ experts believe require extra caution because of their potential for serious health risks.

Green beans are another example. They qualify as high-risk primarily because of a pesticide called acephate or one of its breakdown products, methamidophos. Only 4% of conventional, domestic green bean samples were positive for one or both – but their pesticide levels were often alarmingly high. In one sample from 2022 (the most recent year for which data was available), methamidophos levels were more than 100 times the level Consumer Reports’ scientists consider safe; in another, acephate levels were seven times higher. And in some 2021 samples, levels were higher still.

This is especially troubling because neither chemical should be on green beans at all: growers in the US have been prohibited from applying acephate to green beans since 2011, and methamidophos to all food since 2009.

“When you grab a handful of green beans at the supermarket or pick out a watermelon, your chance of getting one with risky pesticide levels may be relatively low,” Rogers says. “But if you do, you could get a much higher dose than you should, and if you eat the food often, the chances increase.”

In some cases a food qualifies as high-risk because of several factors, such as high levels of a moderately dangerous pesticide on many samples. Example: chlorpropham on potatoes. It’s not the most toxic pesticide – but it was on more than 90% of tested potatoes.

How pesticides can harm you

Pesticides are one of the only categories of chemicals we manufacture “specifically to kill organisms”, says Chensheng (Alex) Lu, an affiliate professor at the University of Washington in Seattle who researches the health effects of pesticide exposure. So it’s no surprise, he says, that pesticides used to manage insects, fungi and weeds may harm people, too.

While there are still open questions about exactly how and to what extent chronic exposure to pesticides can harm our health, scientists are piecing together a compelling case that some can, drawing on a mix of laboratory, animal and human research.

One type of evidence comes from population studies looking at health outcomes in people who eat foods with relatively high pesticide levels. A recent review in the journal Environmental Health, which looked at six such studies, found evidence linking pesticides to increased risks of cancer, diabetes and cardiovascular disease.

Stronger evidence of pesticides’ dangers comes from research looking at people who may be particularly vulnerable to pesticides, including farmworkers and their families. In addition to the thousands of workers who become ill from pesticide poisonings every year, studies have linked on-the-job use of a variety of pesticides with a higher risk of Parkinson’s disease, breast cancer, diabetes and many more health problems.

Other research found that exposure during pregnancy to a common class of pesticides called organophosphates was associated with poorer intellectual development and reduced lung function in the children of farmworkers.

Pregnancy and childhood are times of particular vulnerability to pesticides, in part because certain pesticides can be endocrine disruptors. Those are chemicals that interfere with hormones responsible for the development of a variety of the body’s systems, especially reproductive systems, says Tracey Woodruff, a professor of environmental health sciences at the University of California, San Francisco.

Another concern is that long-term exposure to even small amounts of pesticides may be especially harmful to people with chronic health problems, those who live in areas where they are exposed to many other toxins and people who face other social or economic health stresses, says Jennifer Sass, a senior scientist at the Natural Resources Defense Council.

Illustration: Sarah Anne Ward/The Guardian

That’s one of the reasons, she says, regulators should employ extra safety margins when setting pesticide limits – to account for all the uncertainty in how pesticides might harm us.

How to stop eating pesticides

While our analysis of USDA pesticide data found that some foods still have worrisome levels of certain dangerous pesticides, it also offers insights into how you can limit your pesticide exposure now, and what government regulators should do to fix the problem in the long term.

Eat lots of low-risk produce. A quick scan of this chart makes one thing clear: there are lots of good options to choose from.

“That’s great,” says Amy Keating, a registered dietitian at Consumer Reports. “You can eat a variety of healthy fruits and vegetables without stressing too much about pesticide risk, provided you take some simple steps at home.” (See Can you wash pesticides off your food? A guide to eating fewer toxic chemicals.)

Your best bet is to choose produce rated low-risk or very low-risk in our analysis and, when possible, opt for organic instead of riskier foods you enjoy. Or swap in lower-risk alternatives for riskier ones. For example, try snap peas instead of green beans, cantaloupe in place of watermelon, cabbage or dark green lettuces for kale, and the occasional sweet potato instead of a white one.

But you don’t need to eliminate higher-risk foods from your diet. Eating them occasionally is fine.

“The harm, even from the most problematic produce, comes from exposure during vulnerable times such as pregnancy or early childhood, or from repeated exposure over years,” Rogers says.

Switch to organic when possible. A proven way to reduce pesticide exposure is to eat organic fruits and vegetables, especially for the highest-risk foods. We had information about organically grown versions for 45 of the 59 foods in our analysis. Nearly all had low or very low pesticide risk, and only two domestically grown varieties – fresh spinach and potatoes – posed even a moderate risk.

Organic foods’ low-risk ratings indicate that the USDA’s organic certification program, for the most part, is working.

Pesticides aren’t totally prohibited on organic farms, but they are sharply restricted. Organic growers may use pesticides only if other practices – such as crop rotation – can’t fully address a pest problem. Even then, farmers can apply only low-risk pesticides derived from natural mineral or biological sources that have been approved by the USDA’s National Organic Program.

Less pesticide on food means less in our bodies: multiple studies have shown that switching to an organic diet quickly reduces dietary exposure. Organic farming protects health in other ways, too, especially of farmworkers and rural residents, because pesticides are less likely to drift into the areas where they live or to contaminate drinking water.

And organic farming protects other living organisms, many of which are even more vulnerable to pesticides than we are. For example, organic growers can’t use a class of insecticides called neonicotinoids, a group of chemicals that may cause developmental problems in young children – and is clearly hazardous to aquatic life, birds and important pollinators including honeybees, wild bees and butterflies.

The rub, of course, is price: organic food tends to cost more – sometimes much more.

“That’s why, while we think it’s always worth considering organic produce, it’s most important for the handful of fruits and vegetables that pose the greatest pesticide risk,” Rogers says. He also says that opting for organic is most crucial for young children and during pregnancy, when people are extra vulnerable to the potential harms of the chemicals.

Watch out for some imports. Overall, imported fruits and vegetables and those grown domestically are pretty comparable, with roughly an equal number of them posing a moderate or worse pesticide risk. But imports, particularly from Mexico, can be especially risky.

Seven imported foods in our analysis pose a very high risk, compared with just four domestic ones. And of the 100 individual fruit or vegetable samples in our analysis with the highest pesticide risk levels, 65 were imported. Most of those – 52 – came from Mexico, and the majority involved strawberries (usually frozen) or green beans (nearly all contaminated with acephate, the pesticide that’s prohibited for use on green beans headed to the US).

A spokesperson for the Food and Drug Administration told Consumer Reports that the agency is aware of the problem of acephate contamination on green beans from Mexico. Between 2017 and 2024, the agency has issued import alerts on 14 Mexican companies because of acephate found on green beans. These alerts allow the FDA to detain the firms’ food shipments until they can prove the foods are not contaminated with the illegal pesticide residues in question.

The Fresh Produce Association of the Americas, which represents many major importers of fruits and vegetables from Mexico, did not respond to a request for comment.

Rogers, at Consumer Reports, says: “Clearly, the safeguards aren’t working as they are supposed to.” As a result, “consumers are being exposed to much higher levels of very dangerous pesticides than they should.” Because of those risks, he suggests checking packaging on green beans and strawberries for the country of origin, and consider other sources, including organic.

How to solve the pesticide problem

Perhaps the most reassuring, and powerful, part of Consumer Reports’ analysis is that it demonstrates that the risks of pesticides are concentrated in just a handful of foods and pesticides.

Of the nearly 30,000 total fruit and vegetable samples Consumer Reports looked at, just 2,400, or about 8%, qualified as high-risk or very high-risk. And among those samples, just two broad classes of chemicals, organophosphates and a similar type of pesticide called carbamates, were responsible for most of the risk.

“That not only means that most of the produce Americans consume has low levels of pesticide risk, but it makes trying to solve the problem much more manageable, by letting regulators and growers know exactly what they need to concentrate on,” says Brian Ronholm, head of food policy at Consumer Reports.

Illustration: Sarah Anne Ward/The Guardian

Organophosphates and carbamates became popular after DDT and related pesticides were phased out in the 1970s and 1980s. But concerns about these pesticides soon followed. While the EPA has removed a handful of them from the market and lowered limits on some foods for a few others, many organophosphates and carbamates are still used on fruits and vegetables.

Take, for instance, phosmet, an organophosphate that is the main culprit behind blueberries’ poor score. Until recently, phosmet rarely appeared among the most concerning samples of pesticide-contaminated food. But in recent years, it’s become a main contributor of pesticide risk in some fruits and vegetables, according to our analysis.

“That’s happened in part because when a high-risk pesticide is banned or pushed off the market, some farmers switch to a similar one still on the market that too often ends up posing comparable or even greater harm,” says Charles Benbrook, an independent expert on pesticide use and regulation, who consulted with Consumer Reports on our pesticide analysis.

Consumer Reports’ food safety experts say our current analysis has identified several ways the EPA, FDA and USDA could better protect consumers.

That includes doing a more effective job of working with agricultural agencies in other countries and inspecting imported food, especially from Mexico, and conducting and supporting research to more fully elucidate the risks of pesticides. In addition, the government should provide more support to organic farmers and invest more federal dollars to expand the supply of organic food – which would, in turn, lower prices for consumers.

But one of the most effective, and simple, steps the EPA could take to reduce overall pesticide risk would be to ban the use of any organophosphate or carbamate on food crops.

The EPA told Consumer Reports that “each chemical is individually evaluated based on its toxicity and exposure profile”, and that the agency has required extra safety measures for several organophosphates.

But Consumer Reports’ Ronholm says that approach is insufficient. “We’ve seen time and again that doesn’t work. Industry and farmers simply hop over to another related chemical that may pose similar risks.”

Canceling two whole classes of pesticides may sound extreme. “But the vast majority of fruits and vegetables eaten in the US are already grown without hazardous pesticides,” Ronholm says. “We just don’t need them. And the foods American consumers eat every day would be much, much safer without them.”

Read more from this pesticide investigation:

Find out more about pesticides at Consumer Reports

Read the full story here.
Photos courtesy of

Household burning of plastic waste in developing world is hidden health threat, study shows

The practice is ‘much more widespread’ than previously realised, researchers say, with serious environmental impactThe household burning of plastic for heating and cooking is widespread in developing countries, suggests a global study that raises concerns about its health and environmental impacts.The research, published in the journal Nature Communications, surveyed more than 1,000 respondents across 26 countries. Continue reading...

The household burning of plastic for heating and cooking is widespread in developing countries, suggests a global study that raises concerns about its health and environmental impacts.The research, published in the journal Nature Communications, surveyed more than 1,000 respondents across 26 countries.One in three people reported being aware of households burning plastic, while 16% said they had burned plastic themselves.Respondents worked closely with low-income urban neighbourhoods and included researchers, government workers and community leaders.Dr Bishal Bharadwaj, the lead author of the study and a research associate at the University of Calgary, said the work provided broad global evidence on households burning plastic, a practice that had been “difficult to get accurate data on”.“When families can’t afford cleaner fuels and have no reliable waste collection, plastic becomes both a nuisance and a last-resort energy source. We found evidence of people burning everything from plastic bags and wrappers to bottles and packaging, just to meet basic household needs,” Bharadwaj said in a statement.“The practice is far more widespread than anyone realised, but because it happens in marginalised communities and is often hidden, it has escaped meaningful global attention despite the severe risks to health and the environment.”The researchers surveyed people in low- and middle-income countries in Asia, Africa and Latin America, and suggest that plastic burning “does not result solely from energy poverty, but also represents a vital informal solution in many settings to cope with … a high rate of mismanaged plastic”.The study’s authors highlighted health risks such as inhalation of toxic emissions in confined spaces as well as contamination of food. Burning plastic releases noxious compounds such as dioxins, furans and heavy metals, while previous research has identified toxic compounds in egg samples near plastic burn sites.The researchers described the work as “an initial step toward filling critical knowledge gaps in this domain”, but noted that more work was needed to give a true sense of the “scale and distribution of plastic waste burning”.Prof Peta Ashworth, the director of the Curtin Institute for Energy Transition in Perth and a study co-author, described the burning as resulting from a “confluence of issues”.“Part of the reason is because these people are more vulnerable and they just don’t have the funds to be able to purchase any form of clean cooking [fuel],” she said, adding that growing plastic pollution and inadequate waste disposal were also contributing factors.Global plastic waste is projected to almost triple by 2060, according to the OECD. Ashworth said governments needed to improve waste management programs as well as “access to other clean cooking, through subsidies and other interventions”.Educational campaigns highlighting the hazards of burning plastic and introducing new technologies for cleaner plastic burning are also solutions, the researchers suggest.“As rapid urbanisation continues to outpace the expansion of essential services in many regions, the urgency of implementing these measures will only intensify.”

Texas clears the way for petrochemical expansion as experts warn of health risks

Public Health Watch chronicles a fossil-fuel infrastructure boom that could worsen air pollution in some areas and exacerbate climate change.

Let’s establish some baselines.  Texas is responsible for more greenhouse-gas emissions than Saudi Arabia or the global maritime industry. Its oil, gas and petrochemical operations discharge tens of millions of pounds of toxic pollutants into the air each year, comprising almost one-fifth of such releases in the United States. It is the nation’s top emitter of the carcinogens benzene, ethylene oxide and 1,3-butadiene.  It accounts for 75 percent of the petrochemicals made in the U.S. It is an engine of the world’s plastics industry, whose products clog oceans and landfills and, upon breaking down, infuse human bodies with potentially dangerous microplastics. Despite all of this, the state’s commitment to fossil-fuel infrastructure is unwavering, driven by economics. Oil and gas extraction, transportation and processing contributed $249 billion to the state’s gross domestic product and supported 661,000 jobs in 2021, according to the most recent reports from the Texas Economic Development & Tourism Office. An industrial construction spurt is well into its second decade, with little sign of slowing. Since 2013, 57 petrochemical facilities have been built or expanded in the state, according to the nonprofit Environmental Integrity Project’s Oil & Gas Watch, which tracks these activities.  Over half are in majority-minority neighborhoods, the group’s data show. Over the next five years, 18 new plants and 23 expansions are planned or are already under  construction. Twelve of these projects collectively will be allowed to release the same amount of greenhouse gases as 41 natural gas-fired power plants, according to the companies’ filings with the state. Emissions estimates for the other projects were not available.  All 41 petrochemical projects will also be permitted to release 38.6 million pounds of the U.S. Environmental Protection Agency’s highest-priority pollutants, including carcinogens and respiratory irritants, according to company filings. Places like Jefferson County, in far southeastern Texas, and Harris County, which includes Houston, could see their air quality deteriorate, putting the public at increased risk of cancer, respiratory illness, reproductive effects and other life-altering conditions. Five projects are to be sited within a five-mile radius of Channelview, an unincorporated part of Harris County plagued by extremely high levels of cancer-causing benzene and a surge in barge traffic – an underappreciated cause of air pollution – on the San Jacinto River. Companies have announced dozens more projects, including seven near Channelview, but haven’t begun the process of obtaining permits from the Texas Commission on Environmental Quality, or TCEQ, which will allow them to construct facilities that release pollutants into the air. The odds are in their favor: In the past quarter-century, the TCEQ has denied less than 0.5 percent of new air permits and amendments, often required for plant expansions. For six months, Public Health Watch has been reviewing TCEQ permits, analyzing air-quality and census data and talking to scientific experts, advocates, elected officials, industry representatives and residents of Harris and Jefferson counties to try to capture the scope and potential health consequences of the petrochemical buildout.  Here are three out of 13 scenes from that buildout. View the full interactive feature at publichealthwatch.org. Andy Morris-Ruiz Home of Spindletop booms again: Jefferson County Jefferson County has a quarter-million residents and stretches from Beaumont in the northeast to McFaddin National Wildlife Refuge on the Gulf of Mexico. Its Spindletop field birthed Texas’s first full-scale oil boom in 1901; today it is once again an axis of industry zeal. Just off Twin City Highway, where Nederland meets Beaumont, cranes are assembling a plant that will produce anhydrous ammonia and other chemicals used to make fertilizer and alternative fuels. According to state permits issued to owner Woodside Energy, the facility is authorized to annually add almost 80,000 pounds of nitrogen oxides, which can cause acute and chronic respiratory distress, to Nederland’s air. Nitrogen oxides also contribute to ground-level ozone pollution, the primary component in smog. Uncontained, ammonia can sear the lungs and kill in sufficient concentrations. Four people formally objected to the facility’s expansion last summer but were unable to stop it. Officials in Jefferson County embraced the plant, granting Woodside a 10-year property-tax exemption, and a $209 million tax abatement from the Beaumont Independent School District. About two miles to the southeast of Woodside, Energy Transfer wants to erect a large ethane cracker on the Neches River. The hulking plant will heat ethane, a component of natural gas, to extremely high temperatures, “cracking” the molecules to make ethylene, a building block for plastics. According to Energy Transfer’s permit application, the cracker would be allowed to release nearly 10 million of pounds of volatile organic compounds, or VOCs, which contribute to ozone and can cause effects ranging from throat and eye irritation to cancer, along with nitrogen oxides and carbon monoxide, another smog-forming chemical that interferes with the body’s oxygen supply.  The TCEQ told Public Health Watch in an email that the project “is protective of human health and the environment and no adverse effects are expected to occur.”  There were seven formal objectors to the ethane cracker, among them Reanna Panelo, a lifelong Nederland resident who was 23 when she wrote to the TCEQ two years ago. “It is not fair nor is it morally right to build such a monstrous and horrendous plant designed to kill the surrounding area, residents and environment, for company gain,” wrote Panelo, who said generations of her family had been tormented by cancer. The TCEQ executive director is processing Energy Transfer’s permit application, despite comments submitted in October by the Environmental Integrity Project alleging the project could violate ambient air-quality standards for particulate matter — fine particles that can exacerbate asthma, cause heart disease and contribute to cognitive decline. The Nederland Independent School District authorized a $121 million tax break for Energy Transfer. Nine miles south of Nederland, in Port Arthur, two ethane crackers are poised for expansion and three new petrochemical facilities are planned, according to Oil & Gas Watch. Read Next How a Koch-owned chemical plant in Texas gamed the Clean Air Act Naveena Sadasivam & Clayton Aldern “It’s the worst possible situation you can imagine,” said John Beard, a Port Arthur native and founder of Port Arthur Community Action Network, an environmental advocacy group. “You’re living in a toxic atmosphere that with every breath is potentially killing you.” Air quality in Jefferson County has improved over the years — mostly a product of stricter regulation — but is still far from pristine. The American Lung Association gave the county an “F” for ozone pollution in its 2025 State of the Air Report Card. A pungent haze occasionally envelops the county, portions of which have some of the highest cancer risks from air toxics in the nation, according to the Environmental Defense Fund’s Petrochemical Air Pollution Map. Indorama Ventures in Port Neches is one of the main drivers of risk — it makes the potent carcinogen ethylene oxide and releases more of the gas into the air than any other facility in the U.S., federal data show. Peter DeCarlo, an atmospheric chemist and a professor at the Johns Hopkins Whiting School of Engineering, and a team of fellow scientists recently drove an air-monitoring van through neighborhoods bordering Indorama. They measured levels of ethylene oxide “greatly exceeding what is acceptable for long-term exposure,” DeCarlo told Public Health Watch. The county’s level of particulate matter already exceeds national air-quality standards. Jefferson County spent 18 years in violation of the standard for ground-level ozone, but improved after 2009. Now, the county’s ozone levels are creeping upward again. DeCarlo said that the new sources of pollution slated for the region could push the county over the limit again — subjecting it to tougher oversight — and worsen its fine-particle problem.  In a statement to Public Health Watch, Woodside said its ammonia plant is 97 percent complete and represents “a $2.35 billion investment in American energy, supporting approximately 2,000 construction jobs and hundreds of permanent ongoing jobs . . . Once operational [it] is expected to increase US ammonia production by more than 7 percent, strengthening domestic agriculture, food production and manufacturing, while potentially doubling US ammonia exports.”  The company said it met with four residents who filed comments with the TCEQ and appreciated “the strong community support for the project.” Energy Transfer and Indorama Ventures did not respond to requests for comment. Andy Morris-Ruiz Historic Black neighborhood threatened with extinction: Beaumont, Jefferson County The Charlton-Pollard neighborhood, on Beaumont’s south side, was established in 1869 by freed slave and school founder Charles Pole Charlton. In the mid-20th century it was a cultural hub — home to Beaumont’s “Black Main Street” and some of the oldest Black churches and schools in the city. It was part of the Chitlin’ Circuit, a group of performance venues during the Jim Crow era, which hosted James Brown, Ray Charles and other luminaries. Segregation, disinvestment and expanding industrial operations — railways, an international seaport and a petrochemical complex — gradually eroded Charlton-Pollard’s rich culture and institutions. Stores, schools and a hospital have closed, and now the buffer between the north end of the neighborhood and advancing industrial development is thinning.   The Port of Beaumont has acquired 78 parcels in Charlton-Pollard’s sparsely populated northeastern corner since 2016, property records show. This year it paved a lot the size of 18 football fields in their place, where it plans to store cargo, including building materials for new and expanding petrochemical plants. The lot lies across the street from the 97-year-old Starlight Missionary Baptist Church and two blocks from Charlton-Pollard Elementary School.  “The port recognizes the deep history of Charlton-Pollard and remains committed to operating responsibly and respectfully within that framework,” said Chris Fisher, the port’s director and CEO. He said he and his team have been transparent with the Charlton-Pollard Neighborhood Association, only developing in a specially zoned “transitional area” in the northeastern corner. In the 1990s and early 2000s, some residents asked the port to buy their properties, Fisher said. Later, after plans for the paved lot were solidified, the port began offering property owners 50 percent to 100 percent above appraised value and, in some cases, $15,000 relocation allowances, he said. “We kind of made sure that everybody that we dealt with was better off than before we did anything,” Fisher said. The port condemned properties when owners couldn’t be located or had unpaid taxes, he said. The neighborhood association’s president, Chris Jones, a 45-year-old former Beaumont mayoral candidate, said the port’s acquisitions are “the continuation of a long pattern. One  where Black neighborhoods were first under-documented, then under-invested, and ultimately treated as expendable in the path of industry.” When residents sold their properties, they “were navigating declining property values, loss of services, and the clear signal that the area was being prioritized for industrial use,” Jones said. “In that context, selling is often less about choice and more about survival.” He worries that the removal of trees and the addition of pavement will intensify heat and worsen noise pollution for those left in the neighborhood. Rail traffic supporting local industry has already increased, he said, and his status as an Army veteran makes him “vexed at the sound of a horn.” Jones and some allies hope to win historical designations for several churches in Charlton-Pollard to stave off further industrial encroachment. Environmental hazards are not new to Charlton-Pollard. A refinery now owned by Exxon Mobil was built less than a mile away in 1903. Almost a century later, residents filed a complaint with the EPA’s Office of Civil Rights, accusing the TCEQ of allowing the company to pollute above safe levels, increase emissions without public input and exceed permitted limits without penalty. The case was settled in 2017 after the TCEQ agreed to install an air monitor near the site and hold two public meetings. Charlton-Pollard still lies within the 99th percentile nationwide for cancer risk from air pollution, according to the Environmental Defense Fund.  In addition to the refinery, Exxon Mobil now operates a chemical plant, a polyethylene plant and a lubricant plant within the complex; last year the company said it plans to build a chemical-recycling facility there as well. Six more petrochemical projects are planned by other companies within five miles of Charlton-Pollard. In short, anyone who hasn’t been bought out by the port may breathe increasingly dirty air. Jefferson County is already violating the EPA’s standard for particulate matter, and diesel-burning trains and maritime vessels accommodating the industry expansion are large emitters of fine particles, as well as smog-forming nitrogen oxides.  Most infuriating, Jones said, is the idea that industrial development in Jefferson County is being underwritten in part by tax breaks even as Beaumont’s basic infrastructure — roads, sewage treatment — crumbles. Not long ago, he said, he saw “fecal waste” collecting in the Irving Avenue underpass. “The shit just rolled onto the street.” (Voters approved a $264 million bond package in November to improve streets and drainage) Andy Morris-Ruiz Fine particles, ozone and the body In addition to spewing carcinogens like benzene and 1,3-butadiene, petrochemical plants release large amounts of “criteria pollutants” —  the six common airborne substances the EPA regulates most closely. Regions across the country struggle to meet federal air-quality standards for two of these in particular: ground-level ozone and particulate matter. Dr. John Balmes, a professor emeritus at the University of California Berkeley School of Public Health, is a physician advisor to both the EPA and the California Air Resources Board, which regulates air quality in a state that’s had serious ozone and particulate-matter problems for years. He’s researched the effects of both pollutants on the body and helped craft EPA standards for them. Balmes said plant emissions will represent only a portion of particulate and ozone pollution from the petrochemical expansion in Texas. Transportation — diesel trucks, trains and ships — will add to the burden, he said. (Railyards and ports are often located in low-income and minority neighborhoods, like Charlton-Pollard.) Particulate matter and ozone can wreak havoc on the body, Balmes said. Fine particles, known as PM2.5, are about 20 times smaller than a human hair. When they’re inhaled, they don’t break down, and the body’s immune cells remain in a heightened state of response. Their ability to fight off infection is weakened. Fine particles often make their way into the bloodstream and trigger cardiovascular problems, such as heart attacks and congestive heart failure. They can also accumulate in the brain, contributing to cognitive decline and strokes. A 2023 analysis conducted for Public Health Watch by two researchers estimated that 8,405 Texans died from fine-particle pollution in 2016. Exposure to the particles also led to thousands of new cases of Alzheimer’s, asthma and strokes, the researchers found. Last year, an EPA advisory board, on which Balmes served, recommended tightening the National Ambient Air Quality Standard for PM2.5. The EPA said the new standard would prevent 4,500 premature deaths and yield $46 billion in net health benefits over more than a decade. According to federal data, 16 Texas counties, including Jefferson, violate the new standard, which the Trump administration has vowed to abandon. Environmental groups and regulators have been fighting ozone pollution for more than 70 years. Ozone gas is formed when two pollutants — VOCs and nitrogen oxides — are released from stacks and tailpipes and react in the presence of sunlight. When ozone enters the body, it chemically burns the respiratory system, leading to inflammation. It’s so caustic that it can break down synthetic rubber. Acute exposure can worsen asthma; chronic, high-level exposure can cause permanent lung damage. The eight-county Houston-Galveston-Brazoria area, with roughly 7.2 million people, has been under continual threat from ozone for two decades. It spent over half of that time classified as being in “serious” or “severe” violation of the EPA’s eight-hour standards. Still, 35   petrochemical projects in the region have been announced or permitted by the TCEQ.   “Adding 35 petrochemical plants to a region that is already in serious ozone [violation] is the wrong way to go in terms of public health,” Balmes said. Explore all 13 scenes from Texas’s petrochemical expansion at publichealthwatch.org. This story was originally published by Grist with the headline Texas clears the way for petrochemical expansion as experts warn of health risks on Jan 7, 2026.

Airline Water Safety Raises Red Flags in New Study

By I. Edwards HealthDay ReporterMONDAY, Jan. 5, 2026 (HealthDay News) — If you order coffee or tea on a flight, you may want to think twice.A 2026...

MONDAY, Jan. 5, 2026 (HealthDay News) — If you order coffee or tea on a flight, you may want to think twice.A 2026 airline water study found that drinking water quality can vary sharply from one airline to another, and that many carriers still fail to meet federal safety standards meant to protect passengers and crew.Researchers evaluated 10 major airlines and 11 regional carriers, giving each a Water Safety Score ranging from a low of 0.00 to a high of 5.00. A score of 3.5 or higher earned a Grade A or B, meaning relatively safe onboard water."Delta Air Lines and Frontier Airlines win the top spots with the safest water in the sky, and Alaska Airlines finishes No. 3," the center’s director, Charles Platkin, said in a news release.By contrast, the lowest-scoring major airlines were American Airlines and JetBlue, the study found. "Nearly all regional airlines need to improve their onboard water safety, with the exception of GoJet Airlines," Platkin added.The federal Aircraft Drinking Water Rule (ADWR), in place since 2011, requires airlines to provide safe drinking water onboard. Airlines must regularly test water tanks for coliform bacteria and possible E. coli, and they must disinfect and flush each aircraft’s water system multiple times per year.To score airlines, researchers looked at five weighted factors, including:Violations per aircraft Maximum Contaminant Level violations for E. coli Rates of coliform-positive tests Public notices How often water systems were disinfected and flushed Across all airlines studied, 35,674 water sample locations were tested for coliform bacteria. Of those, 949 samples (2.7%) tested positive.The study also identified 32 E. coli violations across the 21 airlines analyzed, the single biggest factor dragging scores down.Delta Air Lines earned a perfect 5.00 (Grade A). Frontier Airlines scored 4.80 (Grade A). Alaska Airlines followed with 3.85 (Grade B). GoJet Airlines was the highest-rated regional carrier at 3.85 (Grade B). American Airlines ranked lowest among major airlines at 1.75 (Grade D). Mesa Airlines scored 1.35 (Grade F), the lowest among regional carriers. CommuteAir had a 33.33% coliform-positive rate, one of the highest in the study. The report’s "Shame on You" award went to the U.S. Environmental Protection Agency (EPA), which shares responsibility for enforcing aircraft water safety standards. Civil penalties for airline water violations remain extremely rare, the study noted.Testing for coliform bacteria matters because its presence can signal that disease-causing organisms may also be in the water system. When samples test positive, airlines are required to quickly retest, disinfect, flush or shut down affected systems, depending on results.Because aircraft refill water tanks from many locations, including international airports, onboard water quality can also be affected by hoses, trucks and other transfer equipment, researchers noted.Until airline water systems improve, the Center for Food as Medicine & Longevity offers clear guidance for travelers who want to reduce risk.“NEVER drink any water onboard that isn’t in a sealed bottle,” the group advises.They also recommend skipping onboard coffee and tea and using alcohol-based hand sanitizer with at least 60% alcohol instead of washing hands with airplane sink water.SOURCE: Center for Food As Medicine and Longevity, news release, Jan. 2, 2026 Copyright © 2026 HealthDay. All rights reserved.

Why Home Maintenance Deserves a Spot in the Annual Health and Budget Plans

Experts say home care can affect your health and finances

Many people start the new year thinking about ways to improve their health, be more organized and manage their finances. Experts say there is one area that touches on each of those resolutions — home care.Early and routine home maintenance goes beyond fixing visible damage. It helps ensure a healthy living environment, extends the life of a home and can protect its long-term value, according to real estate professionals. Planning ahead for regular upkeep and for unexpected emergencies can reduce the risk of costly repairs later and help spread expenses more evenly throughout the year.According to research by the U.S. Department of Energy and the Environmental Protection Agency, about three-quarters of existing homes are expected to still be in use in 2050.“Maintaining the homes that we have is really essential to protecting our health and our well-being,” said Amanda Reddy, executive director of the National Center for Healthy Housing, an organization that researches and advocates for reducing housing-related health disparities.Despite who owns the property, Reddy says, keeping residences dry, clean, pest-free, well-ventilated and safe is the goal, which can mean different types of maintenance depending on the type of home, where someone lives and the time of year. Here's what experts say about home care and what tasks to put on the checklist this year: Home care includes the big projects and the everyday decisions On average, Americans spend about 90% of their time indoors, 70% of that time inside of a residence, according to the National Human Activity Pattern Survey.“It's not just that we spend time indoors, but at home. If you are older, very young, have health concerns, or work from home, it is likely more than that,” Reddy said, emphasizing the reason why home care is a valuable investment.What many people think of maintenance includes addressing water and gas leaks, pest infestations, cracks and other major repairs, but home builders say not everything needs a professional and can include actions as simple as wiping counters and sweeping floors of food debris, opening windows for better ventilation or clearing out clogged filters and drains.Residents should also consider the needs of those living in the home, commonly used spaces such as kitchens, bathrooms and bedrooms, and typically neglected areas like attics and basements. Reddy says “anywhere we’re spending time” or often ignoring and possibly missing necessary repairs should be prioritized.“At the end of the day, doing any preventative maintenance at all matters more than doing it perfectly or at exactly the right time,” Reddy said. “But timing can make a big difference. A lot of these tasks are seasonal or annual, and you’re not just going to do it one time. Homes are stressed differently by different times of the year, so seasonal maintenance helps us catch problems before they’re made worse by environmental stressors.” Seasonal maintenance to plan for throughout the year When it comes to maintenance, planning and preparing for anticipated and routine changes in the environment can help mitigate natural wear and tear on the exterior of homes and also create healthy conditions inside — where most people shelter from extreme weather events.“What happens outside the house rarely stays outside the house. What’s outside gets inside, what’s inside builds up," Reddy said, adding that fluctuating outdoor conditions put stress on appliances and systems at different times of the year. “For most people, the seasonal rhythm not only makes sense because of those stressors, it also just is more realistic and effective than trying to tackle a long, overwhelming checklist all at once."For example, experts say the best time to prepare for cold and wet climate, storms and other natural disasters is to address concerns before temperatures drop. Similarly, it is recommended that residents address systems in homes that work to reduce the effects of extreme high temperatures, dry and drought conditions and associated risks like wildfires and air quality in the offseason.Professional guidance from home inspectors, builders and real estate agents says spring and summer tasks should focus on preparing for warmer weather. Experts recommend checking air conditioning systems, cleaning dryer vents to prevent fire hazards, testing sprinkler systems, tending to gardens and plants around homes' exterior and inspecting appliances, electrical equipment and plumbing fixtures. Experts also say spring is a good time to clean and do any house projects that involve painting or remodeling since rain is unlikely to cause delays during that time.In the fall and winter months, experts suggest focusing on temperature control and air quality measures as people tend to shelter indoors during incoming colder weather. American Home Inspectors Training guidance says check heating systems, clean air filters, make sure carbon monoxide detectors are working, seal air leaks, prioritize pest control, clean and repair roofs and chimneys, and inspecting drainage options in and around homes.Copyright 2026 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See – December 2025

Understanding Childhood Obesity: Causes, Treatments and How to Reduce Stigma

By Shagun Bindlish, MD, FACP, FOMA, DABOM, DACLM HealthDay ReporterTUESDAY, Dec. 30, 2025 (HealthDay News) — While childhood obesity has become...

TUESDAY, Dec. 30, 2025 (HealthDay News) — While childhood obesity has become more common in recent years, this is a condition that is about more than just weight.Childhood obesity reflects our modern environment of ultra-processed foods, digital devices and psychological stressors.To address childhood obesity, clinicians and families must work together to create a more nuanced, compassionate and evidence-based approach to prevention and care.What is childhood obesity?Today’s pediatric obesity epidemic involves both a child’s genetics and their environment. While genetics does play a significant role in the development of obesity in children, environments full of ultra-processed foods, screen-focused forms of recreation, poor sleep and mental stress are powerful contributors.Recent research shows that a mother’s health, how a baby is fed, and even exposure to certain chemicals during pregnancy can affect a child’s future metabolism.Combined with aggressive food marketing and environmental and social barriers to regular physical activity across diverse communities, these factors create a “perfect storm” for early metabolic risk.The power of early screeningThe American Academy of Pediatrics (AAP) and Obesity Medicine Association (OMA) recommend that screening for obesity begin as early as age 2. In diagnosing obesity in children, clinicians look for the following:Assessing all of these factors can help clinicians intervene before weight-related issues develop.  The goal is not to put labels on children. It’s to help them build habits early, fostering healthy eating patterns, physical activity and self-esteem during their early years. Tailoring treatment based on age For children who have not entered puberty, the main goal is to normalize growth: maintain a healthy weight so height can catch up. Success depends on parents modeling healthy habits, setting routines and encouraging activity through play. Teenagers need more independence and support for emotional and social issues. Effective care should assess their sleep, stress and emotional eating, and should also check for bullying, depression, disordered eating and the effects of social media.The importance of guidance from caregiversThe most important factor in treating pediatric obesity is family and/or caregivers.Families and caregivers need guidance on nutrition, physical activity, understanding behavior and providing emotional support. Sustainable change is possible when a family works together. Parent-led steps like cooking meals together, being active as a family and limiting certain foods can make a big difference.Behavioral therapy reframes obesity as a chronic, relapsing condition, not a personal failure. It empowers both children and caregivers to replace shame with skills.Both the Obesity Medicine Association and the American Academy of Pediatrics recommend intensive health behavior and lifestyle treatment (IHBLT), defined as at least 26 hours of structured, family-based counseling delivered over 6-12 months.Higher total contact time is associated with greater and more sustained improvements in BMI and cardiometabolic risk.Possibly one of the most important things clinicians can do is speak to children with obesity (and their parents) without putting the focus on weight. Using terms like “health habits” and “growth pattern” and emphasizing body positivity instead of focusing on “weight talk” can help patients feel more comfortable and committed to their treatment.It is also crucial to train staff to use person-first language (“child with obesity,” not “obese child”) to create a welcoming and weight-inclusive environment. This includes having appropriate seating, using a nonjudgmental tone and building trust with patients.For severe obesity, new options approved by the U.S. Food and Drug Administration have emerged, like liraglutide and semaglutide (GLP-1 receptor agonists).These medications must accompany the changes in lifestyle (nutrition, physical activity and behavioral therapy). They should be prescribed by clinicians trained in pediatric obesity medicine.For teenagers with severe obesity and other related health issues, metabolic bariatric surgery offers a durable solution but requires long-term nutritional and emotional support.Building a healthier future for childrenChildren cannot overcome obesity on their own. Effective prevention requires collaboration from their family, health care providers, schools, policymakers and communities.Policies like healthy school meals, walkable neighborhoods, early nutrition education and restrictions on junk food marketing can reduce pediatric obesity better than clinical care alone.Shagun Bindlish, MD, FACP, FOMA, DABOM, DACLM, is an internist and diabetologist with advanced expertise in obesity and lifestyle medicine. She serves as medical and scientific chair for the American Diabetes Association in Northern California and is the founder of the Golden State Obesity Society. An educator at Touro University California and University at Sea CME, she has trained providers worldwide in metabolic health. She is also a recipient of the prestigious Compassionate Physician of the Year Award by the California Medical Association. Her work focuses on advancing diabetes and obesity care through innovation, education and advocacy.Copyright © 2025 HealthDay. All rights reserved.

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