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Toxic Tuesdays

Copper

Toxic Tuesdays

CHEJ highlights several toxic chemicals and the communities fighting to keep their citizens safe from harm.

Copper

Copper is a chemical element and a metal. It is naturally occurring and is found in rocks, soil, water, and air all over the planet. Because it is soft, malleable, and a
good conductor of heat and electricity, it is useful for many purposes. Copper is thought to be the first metal humans collected and smelted to create things, dating back to 5000 BC. Today it is used in wiring, plumbing, cookware, dietary supplements, and pesticides. It is also combined with other metals to make brass, bronze, and sterling silver.

While copper exists naturally in the environment, it can also be released into the air, soil, or water by humans through sources like industrial waste, municipal solid waste, and fossil fuels. In air, copper generally attaches to particles and can travel long distances from its source. In soil, copper can be taken up by plants through their roots. In water, copper can attach to sediments and be taken up by clams andoysters. Once copper is in the environment, it does not break down. For humans, animals, and plants, copper is a required nutrient that is crucial for energy production. Humans generally consume enough copper through eating and drinking. However, exposure to too much copper is detrimental. People who work in or live near facilities that use copper may inhale, ingest, or touch copper dust orparticles at high levels. Many new homes are built using copper pipes, which can contaminate the tap water with copper, especially if the water flowing through those pipes is more acidic than normal. Drinking this water can then cause exposure to high levels of copper.

Exposure to too much copper can have adverse health effects. Ingesting it from food or water can cause nausea, vomiting, diarrhea, and abdominal pain. In extreme cases, this can lead to liver or kidney failure. Inhaling copper that’s attached to particles in the air can cause nose and throat irritation leading to lung damage. Skin contact with high levels of copper can cause rashes and discoloration. Studies in laboratory animals have found that ingesting high levels of copper can cause liver, kidney, blood, brain, and reproductive defects. Copper is an illustrative example of how nutrients essential for survival can become dangerous environmental toxins at high doses.

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Polluter’s Tax Breaks & Environmental & Economic Justice

Photo Credit: Cami Ferrell for Environmental Health News.

By Sharon Franklin.

Cami Ferrell, reported in Environmental Health Network (EHN) in mid December 2024, Top polluters are benefiting the most from tax breaks https://www.ehn.org/tax-breaks-for-industry-cost-houston-area-1-billion-2670440965.html.  Ferrell reported on what is happening in Harris County, which includes Houston, Texas, and how it is projected that Harris County is expected to lose nearly $1 billion in revenue over the lifespan of current tax breaks.  Unfortunately, these tax breaks are given to many corporations, including top polluters, as noted by the environmental advocacy group, Texas Campaign for the Environment, who commissioned a study from Autocase https://drive.google.com/file/d/1K-BFkw4OI4hyITlMBFkBzakwG4ae0jVD/view .  Autocase is a economic analytics company that analyzes industrial companies for three types of tax code agreements given by cities or school districts.     

Who Is Benefitting From These Tax Breaks?  ExxonMobil, received the largest tax break nearly $198.2 million, or nearly 20% of all tax revenue that is being lost in Harris County.  Their Baytown, Texas facility, is the 3rd largest petrochemical complex in the United States, whose size equals approximately 2,576 American football fields.   It also accounts for several violations or noncompliance of the Clean Air Act and the Clean Water Act, according to the Environmental Protection Agency (EPA). https://echo.epa.gov/detailed-facility-report?fid=110000463178.  Both have histories of environmental noncompliance. Yet, as noted in Autocase’s report, the fines from these violations total $2.46 million (less than) < 1.25% of the money they save in tax breaks.

2nd & 3rd are who are benefitting from these taxes breaks in Harris County are Lyondell Chemical, approximately 13% and Chevron Phillips approximately 8%. https://texreg.sos.state.tx.us/public/readtac%24ext.TacPage?sl=T&app=9&p_dir=N&p_rloc=173087&p_tloc=14946&p_ploc=1&pg=2&p_tac=&ti=30&pt=&ch=101&rl=201.  This is why Jen Hadyia Executive Director of Air Alliance, said “top polluters are being met with top economic incentives.”  The study …shows that these same industries are preventing economic benefits from returning to the communities they are polluting”.

What Is The Economic Impact On Harris County?  The Autocase study revealed active tax break agreements with 83 companies in Harris County. https://www.dailyclimate.org/tax-breaks-for-industry-cost-houston-area-1-billion-2670441502.html . For corporations these tax breaks represent long term property valuations, and in return companies promise economic growth, and job opportunities.  Also, according to the study, the largest source of tax breaks are because of Texas’s Chapter 313 agreements, https://comptroller.texas.gov/economy/development/prop-tax/ch313/agreement-docs.php which limit property value increases for 10 years on businesses that promises economic development and investments in the local school districts.  The study further revealed that, on average, each job created by the industries receiving tax breaks cost $1.2 million in lost revenue.  The highest tax break per job was Occidental Petroleum, receiving $38.7 million per job.  Stefan Dindayal of Autocase who conducted the study said “We can compare how many dollars are being lost for each service,” “And this is kind of a neat way to get the community to actually understand what they’re losing.  They’re not just losing a dollar amount.  What they’re losing is dollar amounts in these potential services that could have benefited the city and the community at large.

How Are These Corporate Tax Breaks Affecting Residents of Harris County, Texas?  Houston resident, Erandi Treviño, of The Raíces Collaborative stated “We can see here that home taxes are extremely high and truly, really onerous And when you have…billion dollar entities that are getting these tax breaks, clearly something here is off.”

At the time of the article’s publishing, Lyondell Chemical and Chevron Phillips have not responded to Environment Health Network’s (EHN) requests for comment.  Exxon Mobil responded, but did not comment.

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Martin Luther King Jr.’s Legacy: Bridging Civil Rights and Environmental Justice

Photo Credit: AFRO File Photo

By Gregoy Kolen II.

Each year on Martin Luther King Jr. Day (Born January 15th, 1929, celebrated on January 20th, this year), we reflect on the life and legacy of a leader whose vision of justice, equality, and dignity for all continues to inspire movements for social change. Dr. King’s enduring message of interconnectedness—that “injustice anywhere is a threat to justice everywhere”—resonates deeply with the environmental justice movement, which seeks to address the disproportionate environmental burdens faced by marginalized communities.

The Ties Between Civil Rights and Environmental Justice

Dr. King’s work laid the groundwork for modern environmental justice advocacy. In his pursuit of racial and economic equity, Dr. King championed the rights of workers, communities of color, and the poor—those most often subjected to systemic injustices. His fight for fair housing, access to basic resources, and a livable wage intersect with today’s calls for clean air, safe drinking water, and protection from toxic pollution.

One striking example of this connection is the Memphis sanitation workers’ strike of 1968. Dr. King joined the strike to support African American workers demanding better wages and safer working conditions. Their struggle highlighted the link between economic and environmental injustice, as many of the hazards they faced were environmental—exposure to waste, poor air quality, and dangerous workplace conditions.

Progress in the Environmental Justice Movement

Since the 1980s, the environmental justice movement has grown into a powerful force, amplifying the voices of communities disproportionately impacted by environmental harm. Activists and organizations have pushed for policies and practices that prioritize vulnerable populations, making significant strides:

  • The Creation of the Office of Environmental Justice: Established within the Environmental Protection Agency (EPA), this office focuses on integrating environmental justice principles into federal policy, ensuring that underserved communities receive attention and resources.
  • Landmark Legislation and Executive Orders: In 1994, President Clinton issued Executive Order 12898, directing federal agencies to address environmental justice in their programs. More recently, initiatives like the Justice40 framework aim to allocate 40% of federal climate and clean energy investments to disadvantaged communities.
  • Community-Led Advocacy: Grassroots organizations continue to lead efforts to hold corporations and governments accountable. From the fight against toxic waste facilities in Warren County, North Carolina, to ongoing battles for clean water in Flint, Michigan, these movements are rooted in Dr. King’s ethos of empowering communities to demand justice.

Continuing the Legacy

As we honor Dr. King, it’s crucial to recognize the unfinished work of achieving environmental justice. Climate change, pollution, and environmental degradation disproportionately affect low-income communities and communities of color, perpetuating cycles of poverty and health disparities. Tackling these challenges requires a holistic approach, addressing both environmental and social inequities.

Here’s how we can build on Dr. King’s legacy:

  1. Advocate for Policy Change: Support legislation that addresses climate injustice, ensures equitable resource distribution, and strengthens protections for vulnerable communities.
  2. Amplify Marginalized Voices: Prioritize the leadership of those directly affected by environmental harm. Their lived experiences are invaluable in crafting solutions.
  3. Engage in Local Action: Volunteer with or donate to organizations working on environmental justice in your community. Small, collective actions can lead to significant change.
  4. Educate and Inspire: Use platforms to raise awareness about the intersection of civil rights and environmental justice. Encourage dialogue and learning.

A Call to Action

Dr. King’s dream of a just and equitable society calls on us to address the environmental challenges that perpetuate injustice. By standing together and working for change, we can honor his legacy and ensure that future generations inherit a world where justice truly prevails—environmentally, socially, and economically.

On this Martin Luther King Jr. Day, let us recommit to the fight for environmental justice and celebrate the progress made by those who carry Dr. King’s torch forward. Together, we can create a more just and sustainable world for all.

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Toxic Tuesdays

Aniline

Toxic Tuesdays

CHEJ highlights several toxic chemicals and the communities fighting to keep their citizens safe from harm.

Aniline

Aniline is a yellow liquid that smells like rotten fish and easily catches fire. It was first discovered in the 1800s and used as a synthetic dye for textiles. Aniline is now also used in the production of products like herbicides, agricultural chemicals, antioxidants, varnishes, rubber, polyurethane, and explosives. Aniline may enter the environment through its industrial use and disposal. It tends to stick to soil, and through soil it can ultimately migrate into groundwater.

If aniline enters soil or water, food or drinking water can become contaminated, and people consuming them may become exposed. Exposure to aniline this way is usually minimal, but can happen at high levels in areas near sites that contain aniline. Those most at risk of aniline exposure are people who work in places that make products using aniline where they may ingest, inhale, or touch the chemical.

When aniline enters the body, it impairs the blood’s ability to transport oxygen. Without oxygen, organs cannot function normally, which can lead to dizziness, headaches, decreased heartbeat, and a bluish discoloration to the skin. These symptoms can occur after a brief exposure, and they become more severe as the amount or length of time of exposure increases. Extreme exposure can result in coma and death. In studies of laboratory animals, long-term aniline exposure caused spleen cancer. For this reason, the Environmental Protection Agency classifies aniline as probably causing cancer in humans. Because aniline easily catches fire, it is also dangerous because accidents or spills at sites that contain aniline can cause risk of explosion. These explosion and human health risks make aniline a dangerous chemical whose use and disposal should be closely monitored and regulated.

 

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Unreported Benzene Levels In Channelview, Texas

Photo Credit: Mark Felix

By Sharon Franklin.

Recent data collected by the Texas Commission on Environmental Quality (TCEQ) during a air monitoring trip included a benzene reading that was three times the Texas hourly guideline, which is the weakest in the nation.  In two instances, benzene fumes were so strong that scientists with TCEQ, experienced headaches and had to leave the area. 

Why is this important?  The health effects of benzene can cause immune problems, nervous system conditions, and even certain cancers. Acute symptoms of relatively short-term exposure to benzene include skin, eye, and respiratory tract irritation. Prolonged exposures to even low concentrations of benzene can result in central nervous system depression and arrhythmias, as well as trigger anemia and even compromise the immune system. It has been long established that benzene exposure can cause many forms of leukemia. Industries such as oil and gas can contribute to local benzene pollution greatly. The International Agency for Cancer Research (IARC) has classified benzene as carcinogenic to humans  (IARC group 1) since 1979. https://publications.iarc.fr/Book-And-Report-Series/Iarc-Monographs-On-The-Identification-Of-Carcinogenic-Hazards-To-Humans/Benzene-2018?link_id=2&can_id=c9993a1d3ecdb976c2e3dc6e3773d7b2&source=email-toxic-tuesday-addressing-questions-about-chemical-exposures&email_referrer=&email_subject=toxic-tuesday-benzene   

Despite warnings by state regulators, for nearly 20 years, dangerously high levels of cancer-causing chemical emissions have existed outside K-Solv, a chemical distribution facility in Channelview, Texas, as reported by Public Health Watch.   

The readings in Channelview, Texas also exceeded what is considered safe by the city of Houston, Texas. The increased benzene levels found by TCEQ monitoring team in 2021 and 2022 were especially alarming because they weren’t recorded by the state’s closest stationary monitor, whose annual readings are used to gauge residents’ cancer risk.  Public Health Watch discovered the discrepancy when it compared hourly readings collected by the field scientists with hourly readings from the stationary monitor.  Rice University Professor, Loren Hopkins, a nationally recognized expert in environmental science used data from the stationary monitor to calculate the total lifetime cancer risk from chemical exposure for residents of south Channelview.  She also suggested the Channelview residents data is more than double the state and national average.  Professor Hopkins also stated the Channelview’s benzene levels are “unacceptably high”. “I definitely wouldn’t want to be the person exposed to this”.   She further said, that should the levels found in Channelview, Texas been recorded in Houston, Texas the residents would have received  (1) evacuation order, (8) shelter-in-place orders and (8) alerts.  However, Channelview residents received (0) notifications.

For 17 years, Tim Doty, managed the TCEQ mobile monitoring team and reviewed wind directions and sample and said the data shows that the scientists looked for benzene sources throughout south Channelview and “There’s no doubt from looking at the data that the primary source of the elevated benzene concentrations was from around K-Solv,”  “It’s right there.” “It’s obvious that they didn’t want people to see these numbers. Two years later is pretty outrageous — more than pretty outrageous”.

Recent developments in Channelview, Texas and K-Solv  On November 16, 2024, K-Solv had another major chemical leak, as reported by the Channelview Fire Department.  It was discovered that a 250-gallon tank was leaking liquid butyl acetate and “creating a vapor cloud” that was approaching homes, according to the Fire Department’s report.  https://www.documentcloud.org/documents/25452015-channelview-fire-department-incident-report/#document/p1

What is the Texas Commission on Environmental Quality (TCEQ) Response? The TCEQ spokesperson said the agency has reviewed the science supporting benzene guidelines used by other institutions, but none of it has “warranted a reevaluation of TCEQ’s” guidelines. “Just because a scientific study is more recent does not make it the best scientific evidence.”

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Bhopal – Still a Nightmare 40 years Later

By Stephen Lester.

Excerpted from Bhopal: 40 Years of Injustice, an update and report by Amnesty International

Yesterday marked the 40th anniversary of the Bhopal Gas Tragedy, often considered the world’s worst chemical industrial disaster. Shortly before midnight on December 2, 1984, tons of the deadly chemical methyl isocyanate (MIC), along with other chemicals, began to leak from storage tanks on the property of the U.S. multinational corporation Union Carbide Corporation located on the outskirts of Bhopal in central India. Over the course of that night, more than 27 tons of this and other gases were released into the surrounding neighborhood exposing thousands of people.

According to Amnesty International, more than 570,000 people were exposed to the toxic cloud that night and more than 22,000 people have died, 10,000 within the first 3 days. Those who survived developed a wide range of adverse health problems including respiratory ailments, eye disease, immune system impairment, neurological and neuromuscular damage, cancers, gynecological disorders and mental health problems, as well as miscarriages and birth defects.

The gas leak pushed already impoverished communities into further destitution. In many families, the main wage earner died or became too ill to work. Women and children suffered disproportionately. Over the years that followed, the health effects of gas exposure began to be seen in subsequent generations, with research showing a large number of children born of gas-exposed parents suffered from growth retardation, birth defects and other medical conditions.

Making matters worse, thousands of tons of toxic waste remain buried in and around the abandoned plant to this day. Studies by many organizations over the years have shown ongoing pollution around the plant site, including contamination of soil and groundwater with heavy metals. This in turn has contaminated residents’ drinking water and harmed their health, adding to the already dismal health status of gas-exposed residents.

According to Amnesty International, the catastrophic gas leak was the foreseeable result of innumerable corporate failures, but Union Carbide’s response to the disaster was woefully inadequate and callous. Despite the fact that thousands of people were dying from gas exposure, or suffering agonizing injuries, the company withheld critical information regarding MIC’s toxicological properties, undermining the effectiveness of the medical response.

To this day, Union Carbide has failed to name any of the chemicals and reaction products that leaked along with MIC on that fateful night in December 1984. The Indian government has offered free health care to gas-exposed people in government hospitals ever since the gas leak, but standards of care have been grossly inadequate, forcing many patients to pay for private treatment and medicine.

In September 1986, the Indian government filed a claim against Union Carbide seeking $3.3 billion. In 1989, without consulting Bhopal survivors, the parties reached an out-of-court settlement for $470 million. This amount was less than 15% of the initial amount sought by the government, and far less than most estimates of the damage at the time. The mechanism put in place to distribute the money was also highly inadequate. Thousands of claims were never registered and people received only $350, a paltry amount that was quickly spent on medical bills.

This year, a group of survivors of the Bhopal tragedy toured the United States to help ensure that no other community suffers another major chemical disaster and to push the U.S. Congress to declare December 3rd as National Chemical Disaster Awareness Day. They are also asking the US Department of Justice to serve the Indian government’s summons to Dow Chemical (who purchased Union Carbide in 1999) to appear in court which they have refused to do despite repeated efforts by the Indian government. Read about the 74 organizations that signed on in support of this effort here.

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Toxic Tuesdays

Cumulative Risks and Toxicity

Toxic Tuesdays

CHEJ highlights several toxic chemicals and the communities fighting to keep their citizens safe from harm.

Cumulative Risk and Toxicity

Evaluating the cumulative impacts of exposure to multiple chemicals is perhaps the most difficult task facing toxicologists. The standard approach is to evaluate these risks by conducting a risk assessment or risk evaluation which relies heavily on data from exposure to a single chemical. But this only provides a limited assessment of the risks. Over the years there has been a growing recognition that this approach has many flaws (see previous issues of Toxic Tuesday) and limited application to real world exposures to multiple chemicals at low concentrations. EPA has recognized the need to develop tools to evaluate cumulative risks, but has failed to develop a clear road map for how to do this.

A cumulative risk assessment would analyze the combined risks to health or the environment from exposure to multiple agents or stressors (USEPA 2003). This process includes evaluating the risks posed by exposure to multiple toxic chemicals simultaneously and over time as well as the influence on health of stressors such as genetics, lifestyle choices, income and air quality.

Evaluating cumulative risks requires knowledge of what chemicals a person was exposed to, the concentration of each of the substances in the mixture and how long a person was exposed to each of these substances. It also requires knowledge of how these chemicals in combination react to each other and how these chemical interactions in mixtures potentially impact human health. It also necessitates knowledge about the health status of each person exposed. There is both a natural variability as well as unique susceptibility among a group of people that influences health outcomes. For example, people who are sick or who have existing health conditions such as a weak heart or compromised immune system can influence how a person responds to a mixture of chemicals. Socioeconomic factors such as poverty, unemployment rates, education levels and income also influences how people in a community respond. All of these factors combined would have to be considered to assess the cumulative health impact resulting from exposure to multiple chemicals simultaneously.

What’s become very clear over the years is that the scientific community knows very little about most of these factors. Consequently, risk assessors need to make many assumptions about information that is not known or at best uncertain. This is especially true when it comes to information about exposures (concentration and for how long) as well what level of exposure actually triggers harm in the body. The lack of knowledge and understanding of the molecular interactions have made it very difficult for scientists to forecast what will happen when people are exposed to multiple chemicals at low concentrations over time and why the field of toxicology has struggled to address multiple chemical exposures.

This failure has left community leaders and people in communities exposed to multiple chemicals simultaneously frustrated by the lack of answers and the lack for action by government agencies when addressing multiple chemical exposures. It may also be frustrating for government agencies because they are dependent on a tool (risk assessment) that relies on an antiquated approach that cannot answer the questions that people are asking.

EPA and other public health agencies need to be honest and truthful with the public about what they don’t know about chemical exposure risks. Scientists actually don’t know very much about what happens to people exposed to low level mixtures of toxic chemicals. While this reality may not be reassuring, the truth allows everyone to better understand what they are facing.

There is an alternative that should be considered. EPA should follow the lead of what the government did to take care of Vietnam Veterans who were exposed to Agent Orange and the soldiers exposed to emissions from the burn pits in Iraq and Afghanistan, among others. In these cases, soldiers do not have to prove that their illnesses were caused by their exposure to toxic chemicals. If they can show that they were exposed and that they have an illness associated with the chemicals they were exposed to, that’s sufficient for them to get health care and other compensation.

Communities exposed to toxic chemical mixtures shouldn’t be held to a different standard given that the uncertainties about toxic exposures are driven by the same scientific unknowns. In the absence of a basic understanding of what adverse health effects might result from exposures to the mixtures of toxic chemicals released into a community, the government should take steps to address the needs of the community, whether it’s by providing health care for those who were exposed or establishing a medical monitoring program to follow these people, or both.

These steps will begin the long and difficult process of acknowledging what we know and don’t know about exposes to low level mixtures of toxic chemicals and begin to learn what happens to the people exposed in these situations.

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Anticipating Deregulation in 2025

By Ben Chisam.

With the recent presidential election, it’s important to anticipate the incoming administration’s approach to environmental issues. While Trump’s exact plans are unclear, we can gain some insight from Project 2025, a federal policy agenda written by former Trump officials and The Heritage Foundation. 

Project 2025 is a thorough blueprint for restructuring the federal government, including the Environmental Protection Agency (EPA). Overall, the plan would greatly reduce the size and strength of the EPA to target the economic impact of environmental regulations. In practice, Project 2025 would reduce restrictions on toxic chemicals and cut federal environmental justice programs. 

Project 2025 sees environmental regulations as a barrier to economic growth, and proposes fewer restrictions on pollutants. While landmark environmental policies like the Clean Air Act and Clean Water Act would remain in place, these statutes would be interpreted very narrowly.  For example, the National Ambient Air Quality Standards (NAAQS) would be limited to only what is legally required by the Clean Air Act. Furthermore, they recommend revisiting the designation of PFAS (forever chemicals) as “hazardous substances” under the Superfund Law (CERCLA). This designation was put in place under the Biden administration and its reversal could have serious health consequences.

Project 2025 proposes the elimination of several EPA programs related to environmental justice, including the Office of Environmental Justice and External Civil Rights (OEJECR) and the Office of Children’s Health Protection (OCHP). Troublingly, the plan also discusses removing race from the EPA’s decision making process. They cite Supreme Court cases that have ruled against race-based affirmative action programs in college admissions to justify this shift. As we know, environmental injustices disproportionately affect communities of color. Therefore, it’s imperative that race continue to be considered in the distribution of environmental justice funds by the EPA. 

Last week, Trump nominated former New York congressman Lee Zeldin to head the EPA. Zeldin has been a vocal advocate of Trump, but has limited experience with environmental issues. Myron Ebell, who led Trump’s EPA transition team in 2016, has described Zeldin as someone with the potential to be a “great deregulator.” Additionally, while Trump has tried to separate himself from Project 2025, recently his administration has recruited several of its key architects.

This article isn’t intended to create a sense of doom and gloom. It’s important to stay informed about what changes lie ahead, but the core of our work – grassroots community organizing – will remain the same. Our two previous posts highlight this. In Climate Change and Community Action, Leila Waid emphasizes that “even in times of great political uncertainty, we are not powerless.” In How Change Happens: A Reminder from Lois Gibbs, our founding director writes that “every struggle, every victory counts,” no matter how small. To that end, the fight continues.

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Toxic Tuesdays

A New Study on How Communities Experience Government Responses to Environmental Disasters

Toxic Tuesdays

CHEJ highlights several toxic chemicals and the communities fighting to keep their citizens safe from harm.

A New Study on How Communities Experience Government Responses to Environmental Disasters

In October 2021, residents of Carson, California began smelling odors and experiencing dizziness, headaches, and nausea. The odor was identified as being hydrogen sulfide, and its concentration in the air remained above California’s air quality standards for three months. (CHEJ has previously written about hydrogen sulfide and its health effects here). The government concluded the hydrogen sulfide came from firefighting chemicals used to extinguish a warehouse fire in September 2021. The county government distributed air purifiers and provided hotel rooms for temporary relocation, but many residents felt like the response wasn’t fast or substantial enough. Importantly, Carson is a diverse city with one of the highest pollution burdens in California, making residents particularly vulnerable to health effects from disasters like this one.

A recent study in the journal Environmental Health conducted 6 focus groups with 33 members of the Carson community. It uncovered valuable information about how the community experienced the government response to this disaster and what we can learn from it. It found 5 themes that emerged from these focus groups:

  • Breakdowns in communication between institutions of authority and residents. Participants agreed that they didn’t know the source of the odor and received little information about it from responsible agencies. There was not even common understanding of which agencies were responsible. When residents contacted agencies themselves to get information they were often dismissed or ignored. This led to many receiving information from unofficial sources, but they weren’t sure if that information was accurate. Without clear and accurate information, participants felt abandoned and powerless. Spanish-speaking participants in particular said they felt ignored and left in the dark.
  • Institutions downplaying residents’ concerns. Throughout the disaster, residents reported nausea, headaches, dizziness, nose bleeds, trouble sleeping, and stomach problems. However, they felt that local news, government agencies, and healthcare providers downplayed the risks and dismissed their health problems. This disparity between their lived experience and response from institutions led to participants feeling gaslit, causing them to lose trust in these institutions.
  • Stress of the unknown impacts of the odors on health. Many participants explained how the disaster and lack of information led to severe stress and fear in addition to the health effects of the odor. Some are experiencing long-term physical and mental health effects.
  • Efforts to build community power. The lack of information and transparency from institutions made some residents build their own power through research, information sharing, networking, and activism. Participants described doing research themselves on the health effects of hydrogen sulfide exposure because government agencies didn’t provide that information. They shared this research and county response information in social media groups, homeowners associations, local community organizations, and other social networks. Spanish-speaking participants said they were unaware of the social media community groups and mostly received information from neighbors, highlighting how different communities within Carson experienced the disaster response differently. Participants agreed that community leaders emerged through this process who pressured local leaders to take action. They expressed pride and gratitude for the community power and relationships they built.
  • Long-term impacts. Many participants expressed that this experience made them lose trust in local institutions including news, government, and healthcare. They felt that issues of race, class, and the power of polluting industries in Carson led to the lack of response. Many agreed that they now have increased awareness of odors, pollution, and environmental justice issues.

Other communities that have experienced environmental disasters may recognize the experiences of residents in Carson, California. While it may be a common experience for communities, it’s not often something described in scientific studies. This study helps make researchers, public policy experts, and decision makers aware of the problem and the long-term effect it has on communities.

As seen in Carson, the absence of transparent information and community engagement breeds distrust of institutions, which has broad implications for societal stability and health. But Carson also demonstrates a path forward to strengthen communities: residents have the relationships, drive, and expertise to help protect each other. Government responses should harness this power to better protect public health. Current government responses to environmental disasters are often insufficient, and in imagining better responses systems we must center community needs, expertise, and engagement.

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Climate Change and Community Action

By Leila Waid.

During a presidential election cycle, it may feel like national-level politics will make or break the societal issues you care the most about for the next four years – or even beyond. Environmental justice and climate change have always been politically charged topics, so it’s no wonder that during this election cycle, people felt a lot of climate anxiety. In fact, climate anxiety among youth is on the rise, according to the World Economic Forum. The uncertainty, fear, and anxiety that individuals feel about what the future will entail is understandable, given the stark warnings that climate scientists have provided. For example, the IPCC states that “Today, our chances of limiting warming to 1.5 °C are hanging on a very slender thread. The recent UNEP Gap Report concluded that global emissions would need to fall by 7.5 percent per year through to 2035 to return us to a 1.5 °C pathway.”

When the national tides turn against climate action, it can feel overwhelming. However, it’s essential to not let yourself become so anxious and worried about the future that you become immobilized from acting now. One of the best ways to deal with large-scale political setbacks is to realize that actions don’t need to be grand – you can be just as impactful at the local level. Utilizing grassroots organizing to spur community action and increase community resilience is one of the best ways to get involved in climate action.

So, what do grassroots climate action activities look like around the country and beyond? In LA, an organization called Crop Swap works directly with families and communities to take spacious and empty green lawns and turn them into micro-farms. Their approach helps feed dozens of local families, uses solar power, and provides significantly less water than traditional farms. Microfarming can be a great climate adaptation technique for drought-prone areas.

Decarbonization is another area of focus for community action. Many cities, such as New York, Toronto, and Oslo, have pledged to reduce their carbon emissions by eighty-five to a hundred percent. The governing bodies in these cities are planning to achieve these goals by switching fully to renewable energy, improving the efficiency of old buildings, promoting electric vehicle transition, and investing in public transport. Some ways to get involved with local decarbonization policies is to be educated on where your city or town stands regarding net neutrality commitments, getting involved in local politics, and advocating for decarbonization action with your local representatives.

Another community action that can be taken is “community healing.” An article by Maldonaldo et al. describes how Indigenous communities utilize cultural practices, such as “spiritual connection” to the land, as a way to cope with climate stressors, such as relocation. As the authors mention, even in situations where relocation becomes imperative, “it is critical to support communities in continuing their cultures, traditions, and practices in new places.”

Even in times of great political uncertainty, we are not powerless. As long as we invest in our communities, build up each other’s strengths, and invest in each other, we can adapt and mitigate the changing climate. To quote climate activist Thelma Young Lutunatabua, “The question shouldn’t be will my actions be enough? But will our actions be enough? This is a communal quest.”