Thursday, January 20, 2022

How a powerful company convinced Georgia to let it bury toxic waste in groundwater

Documents reveal Georgia Power went to great lengths to advocate for risky waste storage.


SOURCEProPublica
Image Credit: Max Blau/ProPublica

For the past several years, Georgia Power has gone to great lengths to skirt the federal rule requiring coal-fired power plants to safely dispose of massive amounts of toxic waste they produced.

But previously unreported documents obtained by ProPublica show that the company’s efforts were more extensive than publicly known. Thousands of pages of internal government correspondence and corporate filings show how Georgia Power made an elaborate argument as to why it should be allowed to store waste produced before 2020 in a way that wouldn’t fully protect surrounding communities’ water supplies from contamination — and that would save the company potentially billions of dollars in cleanup costs.

In a series of closed-door meetings with state environmental regulators, the powerful utility even went so far as to challenge the definition of the word “infiltration” in relation to how groundwater can seep into disposal sites holding underground coal ash, according to documents obtained through multiple open records requests.

Earlier this month, Georgia Power was on its way to getting final approval from the state to leave 48 million tons of coal ash buried in unlined ponds — despite evidence that contaminants were leaking out. Georgia is one of three states that regulate how power companies safely dispose of decades worth of coal ash, rather than leaving such oversight to the U.S. Environmental Protection Agency itself.

But last week, the EPA made clear that arguments like the ones Georgia Power has been making violate the intent of the coal ash rule, setting up a potential showdown among the federal agency, state regulators and the deep-pocketed power company. In a statement last week, the EPA said that waste disposal sites “cannot be closed with coal ash in contact with groundwater,” in order to ensure that “communities near these facilities have access to safe water for drinking and recreation.”

The EPA’s action follows a joint investigation by Georgia Health News and ProPublica that found Georgia Power has known for decades that the way it disposed of coal ash could be dangerous to neighboring communities.

“The coal ash rule was clear from the beginning, but industry had tried to inject uncertainty into plain language,” said Lisa Evans, an attorney who specializes in hazardous waste law for the environmental advocacy nonprofit Earthjustice. “The EPA has made it crystal clear what the plain language of the coal ash rule means.”

Georgia’s environmental regulators said it’s too soon to determine exactly how the EPA’s actions will play out in the state. In a letter dated Jan. 11, the EPA asked the Georgia Environmental Protection Division to review whether coal ash permits it has issued to Georgia Power are “consistent” with the federal agency’s guidance. Georgia Environmental Protection Division spokesperson Kevin Chambers, who declined to answer questions about Georgia Power’s lobbying or make any regulators available for an interview, said that the state agency is “awaiting further clarification” from the EPA on how the announcement will impact future permits for Georgia Power’s ash ponds. The agencies are scheduled to meet about the issue later this month.

John Kraft, a spokesperson for Georgia Power, said in a statement that the company intends to “comply with environmental regulations.” The utility has repeatedly denied that its coal ash ponds have contaminated residents’ drinking water or caused health problems in communities near its plants. He declined to answer ProPublica’s questions about the company’s lobbying efforts.

“We are evaluating EPA’s position,” Kraft said. “We will continue to work with them, as well as Georgia EPD, to safely close our ash ponds.”

For those living near coal ash ponds, the EPA’s decision couldn’t come soon enough. Gloria Hammond, a longtime resident of the tiny rural town of Juliette, Georgia, relied for decades on a private drinking well to pump water to her home from an underground aquifer. But two years ago, a sample of her well water taken by an environmental advocacy group revealed unsafe levels of contaminants often found in coal ash. Now, Hammond drives 10 minutes to a Baptist church to access a supply of clean drinking water.

She and others suspect those contaminants leaked into Juliette’s groundwater from a nearby disposal site at Plant Scherer, the largest coal-fired plant in the Western Hemisphere. The disposal site, less than a mile from Hammond’s house, holds nearly 16 million tons worth of coal ash in an unlined pond.

“They need to get the coal ash out of the drinking water,” Hammond said.

In early 2019, Chuck Mueller, GEPD’s top waste official, was grappling with a pivotal question that would impact thousands of Georgians for decades to come: How much of Georgia Power’s coal ash could legally remain buried in a pond without a protective liner? The utility had proposed disposing of 48 million tons — roughly half of its existing coal ash — that way. Mueller asked employees of his branch to figure out the answer.

After draining water from the ponds where ash is stored, Georgia Power is required to move the resulting dry ash into a landfill with a liner designed to prevent groundwater contamination — unless it can meet a set of requirements to leave the waste buried in an unlined disposal site.

The federal rule, which was enacted in 2015, allows utilities to bury the waste in an unlined ash pond only if they “control, minimize, or eliminate” water from coming into contact with the buried waste “to the maximum extent feasible.” Stan Meiburg, a former EPA acting deputy administrator, says the rule is important because allowing water to mix with coal ash can lead to toxic heavy metals found in the waste migrating beyond the disposal site.

State regulators tasked with answering Mueller’s question read through dense Georgia Power filings and concluded that ash ponds at Plant Scherer, along with those at four other sites — Plants Hammond, McDonough, Wansley and Yates — contained waste that is submerged in groundwater, which some experts and regulators believe violates the federal coal ash rule.

Those findings were sent to one of Mueller’s top aides, William Cook, who oversees the state’s solid waste management program. Cook regularly met in private with Georgia Power representatives to get progress reports on the closure of the company’s ash ponds. That spring, Georgia Power representatives argued that state regulators could narrowly interpret the definition of a single word — “infiltration” — in the federal coal ash rule. The company believed this interpretation would allow millions of tons of waste to be left submerged in groundwater.

Georgia Power hoped to store coal ash in a way that only prevented water — such as rain falling from the sky — from seeping through a cover over the dry ash. They hoped regulators would disregard the presence of any groundwater that would soak the dry ash and potentially carry its heavy metals toward drinking wells.

Georgia Power representatives “believe that EPA would have written it in” if they wanted specific kinds of infiltration removed, Cook scribbled in his legal pad.

When Georgia Power representatives referenced an EPA document key to their understanding of “infiltration,” Cook asked his colleagues to review the document — which is 1,237 pages. They struggled to reconcile the case Georgia Power was making with the text of the regulation itself. John Sayer, head of environmental monitoring for the solid waste program, emailed his wife, an issues manager at the Centers for Disease Control and Prevention, for advice on the meaning of the word “infiltration,” which he wrote had caused “contention” in this context.

Eventually, Sayer emailed a colleague that he’d found a federal report that noted “groundwater would qualify as infiltration.” But Georgia Power kept pressing GEPD officials to narrow its definition of infiltration to only include rainwater falling from the sky. After months of research by Sayer and other state employees, Mueller was left to make the decision.

Later that summer, Chris Bowers, a senior attorney with the Southern Environmental Law Center, sent Mueller a report that highlighted the flaws in Georgia Power’s plans. As part of the SELC report, a veteran hydrogeologist named Mark Hutson analyzed the plans for ash ponds at the five plants where waste was below the water table. Huston concluded those plans “will not control, minimize, or eliminate” water from coming into contact with the dry ash.

At a subsequent meeting with GEPD, Bowers shared another state’s approach to the meaning of infiltration. Duke Energy Indiana had asked state regulators to let the company bury coal ash in an unlined pond in the southwest part of that state. When state regulators realized Duke Energy Indiana had not described how it would comply with federal guidelines to prevent groundwater from wetting the dry waste, regulators told the company they would only approve the plan if the company could stop infiltration “from any direction.” (Duke Energy Indiana later responded that removing the ash could cause a “very high safety risk” at the site. State regulators ultimately allowed some coal ash to remain buried there, so long as the company took steps to minimize groundwater from soaking the waste.)

Environmental regulators in other states such as North Carolina have forced utilities to scrap plans that didn’t comply with this portion of the coal ash rule. But Georgia Power, as well another power company in Ohio, pushed ahead with their controversial plans. The financial stakes were high. At Plant Scherer alone, installing a liner could cost $1 billion, according to one state official.

“Georgia Power wanted to rewrite the rule to say there’s a limitation it doesn’t have,” said Frank Holleman, a senior attorney with SELC. “It’s a preposterous proposal.”

One of Bowers’ clients, an environmental group called the Altamaha Riverkeeper, was grappling with this very issue in Juliette. The group soon discovered that water in the wells of Hammond and dozens of other Juliette residents contained concerning levels of contaminants found in coal ash. The group was worried that groundwater might be moving from the coal ash pond toward residents’ wells.

After the test results were publicized, Fletcher Sams, head of the Altamaha Riverkeeper, attended a closed-door meeting in February 2020 with several Juliette residents, local officials, state lawmakers and Georgia Power lobbyists. (ProPublica and Georgia Health News described parts of the meeting in a story last year.) The environmental advocate told attendees that his samples had revealed concerning levels of boron, calcium and sulfate — all indicators of coal ash. There was also evidence of a contaminant researchers had linked to cancer, hexavalent chromium, which had previously been discovered in some California drinking wells by environmental advocate Erin Brockovich. Georgia Power has acknowledged the presence of boron, calcium and sulfate but said that the hexavalent chromium is “naturally occurring.”

Sams, along with the Juliette residents, hoped Georgia Power would excavate Plant Scherer’s coal ash and put it in a lined landfill. But Aaron Mitchell, one of the utility’s top environmental lobbyists, insisted the company’s plan complied with environmental standards. However, after being peppered with questions by Sams, Mitchell acknowledged that the coal ash would still be submerged in groundwater if its plan to bury the waste was approved by state regulators.

Hearing that, Sams turned to the lone state regulator in the room, Chuck Mueller. He asked Mueller if Georgia Power’s plans to let water come into contact with dry ash met the state’s environmental standards.

“It’s allowed by the rules,” Mueller replied.

Shortly after Joe Biden was elected president, he chose a new EPA administrator with deep knowledge about the perils of coal ash. Michael Regan was the head of the environmental agency in North Carolina, a state that had seen one of the nation’s worst coal ash disasters in 2014, when a ruptured pipe sent 39,000 tons of coal ash pouring into the Dan River. Six years later, Regan convinced the state’s largest utility to excavate coal ash from its unlined ponds, which was done in order to protect residents from possible groundwater contamination.

Following Regan’s confirmation, environmental advocates urged federal officials to address the language in the coal ash rule that Georgia Power had tried to exploit. GEPD pushed ahead with the narrower definition of infiltration.

In June 2021, three months after Georgia Health News and ProPublica’s investigation into Georgia Power’s coal ash handling practices in Juliette, EPA officials met with GEPD to discuss the issue of infiltration. According to records obtained by ProPublica, state regulators said that Georgia Power could leave waste below the water table because the company had placed monitoring wells around the edge of those ash ponds to detect if heavy metals were migrating toward nearby residents’ homes.

The following month, GEPD began the process of issuing permits for unlined ponds where ash would remain submerged in groundwater. State regulators issued a draft permit for the first of these sites, one of Plant Hammond’s ash ponds, a step that then allowed the public to comment on the closure plan. Chambers, the GEPD spokesperson, said that the agency used “the commonly accepted meaning of ‘infiltration’” — and determined that Georgia Power’s proposal was “allowable under the rule.”

Last week, the EPA rejected the premise that groundwater legally could remain in contact with the dry ash — a statement that will likely impact Georgia Power’s closure plans at Scherer and four other plant sites. In its letter to GEPD, the EPA urged the state regulators to review the reasons why the federal agency intended to deny a plan to bury waste at southeast Ohio’s General James M. Gavin Power Plant, one of the largest power stations in the country. In that proposed decision, the EPA noted that the plant operators had failed to demonstrate how their closure plan would prevent infiltration.

The EPA’s filing notes that “infiltration” explicitly means “any liquid passing into or through” the coal ash pond “from any direction, including the top, sides, and bottom of the unit.” To Sams, the EPA’s announcement means that Georgia Power and GEPD cannot move forward with an “incorrect interpretation” of the country’s coal ash regulation. The EPA “restated in bold-crayon-block letters what we’ve been saying: You can’t store this waste full of toxic metals in groundwater,” Sams said.

Meiburg, the former EPA deputy administrator, said utilities could still challenge the agency’s clarification on the concept of infiltration because it did not go through the full rule-making process. But if GEPD ultimately approves permits that are less protective than what the federal regulation requires, the EPA has the power to strip Georgia of its ability to issue permits, according to Evans, the Earthjustice attorney.

Gloria Hammond, for her part, sees the EPA’s announcement as an important first step toward someday restoring the quality of Juliette’s groundwater. In the coming months, GEPD is expected to make a decision about Georgia Power’s permit at Plant Scherer. After feeling long ignored by environmental regulators, she hopes that GEPD requires Georgia Power to remove the ash from Juliette’s aquifer for good.

“I’m praying Georgia will take that into consideration,” Hammond said. “I hope they follow the EPA.”

We’ve breached Earth’s threshold for chemical pollution, study says

Even if we were to stop using and releasing [many novel entities], they would still be [here] for decades, or centuries, depending on what [substance] we’re talking about.”


SOURCEMongabay

An estimated 350,000 different kinds of chemicals are currently in the global market, yet most substances have not been evaluated. Image by MolnarSzabolcsErdely via Pixabay.

Many thousands of human-made chemicals and synthetic pollutants are circulating throughout our world, with new ones entering production all the time — so many, in fact, that scientists now say we’ve crossed a critical threshold that heightens the risk of destabilizing the entire Earth operating system and posing a clear threat to humanity.

There are about 350,000 different types of artificial chemicals currently in the global market, from plastics to pesticides to industrial chemicals like flame retardants and insulators. While research has shown that many of these chemicals can have deleterious impacts on the natural world and human health, most substances have not been evaluated, with their interactions and impacts not yet understood or entirely unknown.

“The knowledge gaps are massive and we don’t have the tools to understand all of what is being produced or released or [what is] having effects,” Bethanie Carney Almroth, an ecotoxicologist and microplastics researcher from the University of Gothenburg in Sweden, told Mongabay in a video interview. “We just don’t know. So we try to look at what we do know and add up all these little puzzle pieces to get a big picture.”

As scientists endeavor to identify and understand the impacts of chemicals and other artificial substances — referred to en masse as “novel entities” — industries are pumping them out at a staggering rate. The global production of chemicals has increased fiftyfold since 1950, and this is expected to triple by 2050, according to a report published by the European Environment Agency. While some novel entities are regulated by governmental bodies and international agreements, many can be produced without any restrictions or controls.

The mismatch between the rapid rate at which novel entities are being produced, compared to the snail’s pace at which governments assess risk and monitor impacts — leaving society largely flying blind as to chemical threats — is what prompted Carney Almroth and colleagues to make a weighty argument in a new paper published in Science and Technology: that we have breached the “planetary boundary” for novel entities, endangering the stability of the planet we call home.

Quantifying the novel entities boundary

The concept of planetary boundaries was first proposed by a team of international scientists in 2009 to articulate key natural processes that, when kept in balance, support biodiversity; but when disrupted beyond a certain threshold, can destabilize and even destroy the Earth’s ability to function and support life. Nine boundaries have been identified: climate change, biosphere integrity, ocean acidification, ozone depletion, atmospheric aerosol pollution, freshwater use, biogeochemical flows of nitrogen and phosphorus, land-system change, and of course, the release of novel chemicals.

Many of these boundaries have clear thresholds. For instance, scientists determined that humanity would overshoot the safe operating space for climate change when carbon dioxide in the atmosphere exceeded 350 parts per million (ppm), which happened in 1988. The threshold for novel entities, however, has until recently evaded definition, largely because of the knowledge gaps surrounding these substances.

Patricia Villarrubia-Gómez, a plastic pollution researcher at Stockholm University’s Stockholm Resilience Centre, who co-authored the new paper, said these knowledge gaps aren’t present because these chemicals and other polluting substances don’t pose risks — it’s because scientists are still scrambling to understand novel entities and the myriad ways they can impact the natural world.

“It’s a very new field of study,” Villarrubia-Gómez told Mongabay in a video interview. “It’s in its infancy in comparison to other major environmental problems … most research has been done in the past seven years.”

Carney Almroth said researchers have used the Holocene, the current geological epoch that began just over 10,000 years ago, as a measuring point to quantify the thresholds of other planetary boundaries, but this approach wasn’t appropriate for novel entities.

“This boundary is different from the others because the others are all referring back to the Holocene conditions — that was 10,000 years of a very stable Earth system and Earth climate,” Carney Almroth said. Scientists “can look back and ask, ‘What were carbon dioxide levels then and where was nitrogen and phosphorus during that time period?’ and refer back to that [as a baseline]. We couldn’t do that because novel entities didn’t exist during that time period and the background baseline levels would be zero for most of them.”

Instead, the researchers gathered all of the information they could on artificial chemicals and other pollutants, looking at their impacts all along their supply chain, from extraction to production to use, and eventually, to their disposal as waste. Then they used a weight-of-evidence approach to determine that novel entities could, in fact, disrupt the planet’s stability.

“The weight of evidence indicates now that we are exceeding the boundary, but there’s more work to be done,” Carney Almroth said.

Björn Beeler, the international coordinator for the International Pollutants Elimination Network (IPEN), who was not involved in this new research, called it a “very smart academic paper” that illustrates the need to act.

“We’re about to enter an exponential growth period,” Beeler told Mongabay in a phone interview. “If you’re concerned about toxic substance exposure, the amount of toxic substances [including plastic pollution] is set to grow three- [or] fourfold in the decades ahead.”

He added: “If you’re worried about it now, it’s set to get a lot worse.”

With science falling far behind in assessing risk, and governments largely failing to regulate chemicals, humanity is flying blind into a future where the unforeseen impacts of chemical pollutants could be catastrophic.

The release of novel entities isn’t the only planetary boundary that humanity has breached. Climate change, biosphere integrity, land system change and the biogeochemical flows of nitrogen and phosphorus have also pushed past the safe operating limits that keep Earth a habitable place.

As the demand for oil decreases, petrochemical companies are ramping up their plastic production. Image by Louis Vest via Flickr (CC BY-NC 2.0).

An ‘existential’ threat to humanity

What is known about chemical substances and other pollutants has long raised alarms among experts — dating back to Rachel Carson and the publication of Silent Spring, which helped launch the modern environmental movement. Hazardous chemicals such as pesticides can damage soil health, contaminate drinking water, and even get carried on the wind, to impact a wider environment and disrupt populations of birds, mammals and fish. Many of the chemicals we ingest, such as pharmaceuticals, persist after being flushed down the toilet, with wastewater polluting rivers and oceans, or even the land when contaminated solid sewage sludge is used to fertilize crops.

Chemical persistence in the environment is a major thorny problem: Research has shown that polychlorinated biphenyls (PCBs) — highly toxic and carcinogenic substances banned by the U.S. as far back as 1977 and once widely used in coolants and oil paints — have continued building up in the blubber of killer whales (Orcinus orca), posing a genuine threat to a species that is already struggling in many parts of the world. So called “forever chemicals” — perfluoroalkyl and polyfluoroalkyl substances (PFASs)that are highly toxic, carcinogenic and act like endocrine disruptors, are currently commonly used in disposable food packaging, cookware, cosmetics and even dental floss. A recent report also found them to be common in most of the drinking water in the U.S. They take hundreds or thousands of years to break down, but no U.S. limits have yet been placed on the concentration of forever chemicals in water.

“Even if we were to stop using and releasing [many novel entities], they would still be [here] for decades, or centuries, depending on what [substance] we’re talking about,” Carney Almroth said, adding that the risk of residual impacts from novel entities makes it even more imperative to stop, or at least slow down, the release of these substances.

The new paper in Science and Technology takes a specific look at plastics, which have become ever-present in daily life as food packaging, kitchenware and appliances. In recent years, much attention has been paid to the trillions of microplastics — fragments smaller than 5 millimeters, or three-sixteenths of an inch — polluting the global oceans, and the potential for larger plastic pieces to entangle or choke wildlife. New research shows that the sea breeze can even propel microplastics into the atmosphere, contaminating the very air we breathe and impacting climate change.

Plastic is highly problematic since it’s made out of a cocktail of chemicals that can leach out dangerous substances, especially when heated, cooled or scratched. A chemical compound known as bisphenol A (BPA) has been shown to act as an endocrine disruptor and interfere with hormones, impact immune systems and even promote certain cancers. One study even found that BPA can be absorbed into the human body through mere skin contact. But it’s not just BPA that’s harmful — many BPA alternatives have been found to be equally a risk to human health.

“We have been told for many, many decades that [plastics are] inert, and that they don’t release chemicals to their surroundings,” Villarrubia-Gómez said. “More and more, we’re discovering that that’s not true. Plastic leaches other chemicals … and we are in contact with [plastic] the whole day.”

Plastic isn’t just a problem in its end state. To make plastic, which uses petroleum as its base, greenhouse gases like ethane and methane need to be fracked from the ground and “cracked” into new compounds, the precursors to plastics. These industrial processes can release a number of toxic chemicals, along with various greenhouse gases, into the environment. The production of plastics is also intimately tied to the fossil fuel industry; as demand for oil drops, the petrochemical industry is ramping up its production of plastics.

“They see plastics as their next piggy bank,” Carney Almroth said. “Simultaneously, there’s a big push for an increase in plastics production and plastic use and plastic sales.”

Beeler said the release of novel entities into the environment poses a similar risk as climate change. “They’re both existential threats to humanity,” he noted. “Climate change [will determine] where you can live and how you can have a livelihood. Chemicals actually just remove your health — it’s very, very direct and personal. So I would draw them [as being at] the same crisis levels. It’s just that we’re not that socially conscious of chemicals and chemical safety, as we are of climate now.”

Determining a chemical’s risk often takes many years of methodical research, as scientists trace the causal connections between a synthetic substance and resulting environmental and health impacts. By then, that substance will often be ubiquitous, used in products across society.

Many chemicals will persist in the environment for a long time after they have stopped being released by industries. Image by yogendras31 via Pixabay.

‘Uptick in awareness’

While change is urgently needed to mitigate the impacts of novel entities, Carney Almroth said such an industrial paradigm shift would require a “massive overhaul of systemic societal structures.”

Industries that produce novel entities are “supported by the fact that we require constant economic growth,” she said. “This is one of the ways that they’ve been able to keep producing and using chemicals, even in the face of toxicity data, because they can show that it can grow economies, provide jobs, provide materials and so on and so forth.”

Despite the enormity of the problem, there may be opportunities for change in the near future. For instance, there are calls to form an international panel on chemical pollution, similar to those institutions focused on biodiversity and climate, such as the IUCN or the U.N. Intergovernmental Panel on Climate Change (IPCC).

In February and March, the U.N. Environment Assembly (UNEA) will also be meeting in Nairobi, Kenya, to discuss a number of environmental issues, including whether to mandate a new global treaty on plastics.

Beeler said that while negotiations may swing in the direction of only treating plastic as a waste issue, there are calls to address the entire plastic life cycle, taking into account all of the chemicals and pollutants plastic releases into the environment from production to waste stream.

He also said there’s also a reason for optimism in the way heightened public interest in plastic pollution has helped raise awareness of the larger problem of synthetic chemical contaminants.

“There’s been a small uptick in awareness [of] the harm from chemicals … due to the affiliation and link to plastics,” he said. “But prior to plastics, it was really [an awareness] desert — and plastics have created a little oasis of growing consciousness.”

Citations:

Allen, S., Allen, D., Moss, K., Le Roux, G., Phoenix, V. R., & Sonke, J. E. (2020). Examination of the ocean as a source for atmospheric microplastics. PLOS ONE , 15(5). doi:10.1371/journal.pone.0232746

European Environment Agency (2017). Chemicals for a sustainable future. Retrieved from: https://www.eea.europa.eu/about-us/governance/scientific-committee/reports/chemicals-for-a-sustainable-future

Desforges, J., Hall, A., McConnell, B., Rosing-Asvid, A., Barber, J. L., Brownlow, A., … Dietz, R. (2018). Predicting global killer whale population collapse from PCB pollution. Science, 361(6409), 1373-1376. doi:10.1126/science.aat1953

Ma, Y., Liu, H., Wu, J., Yuan, L., Wang, Y., Du, X., … Zhang, H. (2019). The adverse health effects of bisphenol a and related toxicity mechanisms. Environmental Research, 176, 108575. doi:10.1016/j.envres.2019.108575

Persson, L., Carney Almroth, B. M., Collins, C. D., Cornell, S., De Wit, C. A., Diamond, M. L., … Hauschild, M. Z. (2022). Outside the safe operating space of the planetary boundary for novel entities. Environmental Science & Technology. doi:10.1021/acs.est.1c04158

Rockström, J., Steffen, W., Noone, K., Persson, Å., Chapin III, F. S., Lambin, E., … Foley, J. (2009). Planetary boundaries: Exploring the safe operating space for humanity. Ecology and Society14(2). Retrieved from https://www.ecologyandsociety.org/vol14/iss2/art32/

Wang, Z., Walker, G. W., Muir, D. C., & Nagatani-Yoshida, K. (2020). Toward a global understanding of chemical pollution: A first comprehensive analysis of national and regional chemical inventories. Environmental Science & Technology, 54(5), 2575-2584. doi:10.1021/acs.est.9b06379

Zalko, D., Jacques, C., Duplan, H., Bruel, S., & Perdu, E. (2011). Viable skin efficiently absorbs and metabolizes bisphenol a. Chemosphere, 82(3), 424-430. doi:10.1016/j.chemosphere.2010.09.058

 Our Synthetic Environment

 Murray Bookchin 1962

 Table of contents

 Chapter 1: THE PROBLEM 

Chapter 2: AGRICULTURE AND HEALTH 

Chapter 3: URBAN LIFE AND HEALTH 

Chapter 4: THE PROBLEM OF CHEMICALS IN FOOD 

Chapter 5: ENVIRONMENT AND CANCER 

Chapter 6: RADIATION AND HUMAN HEALTH 

Chapter 7: HUMAN ECOLOGY 

Chapter 8: HEALTH AND SOCIETY

 Appendixes


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Updating Canadians: State of the Fund


In President & CEO John Graham’s semi-annual update to Canadians, find out how CPP Investments is managing current trends such as rising inflation, as well as the new investment opportunities we see in the global transition to a low-carbon future. At CPP Investments, focusing on the long term is rooted in our mandate because we need to be there for today’s retirees and for future generations.


For an update on the state of the CPP Fund, visit cppinvestments.com.

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Mise à jour pour les Canadiennes et Canadiens : État de la caisse


Dans la mise à jour semestrielle du président et chef de la direction John Graham à l’intention des Canadiens, découvrez comment Investissements RPC gère les tendances actuelles, comme la hausse de l’inflation, ainsi que les nouvelles occasions de placement que nous entrevoyons dans la transition mondiale vers un avenir sobre en carbone. À Investissements RPC, l’adoption d’une perspective à long terme est ancrée dans notre mandat, car nous devons être présents pour les retraités d’aujourd’hui et pour les générations futures.


Pour une mise à jour sur l’état de la caisse du RPC, consultez le site investissementsrpc.com.


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A month ago, workers at NagaWorld casino hotel in Cambodia went on strike. They demanded that the management engage in good faith negotiations over the forced mass redundancy of over 1,300 workers.  Many of those workers were left destitute.

Instead of talking to the union, police began arresting workers and union leaders. 

Two weeks ago, the union president was violently arrested on the picket line by plainclothes police. 

Other union leaders were also arrested.

At the moment, 8 union leaders are currently in detention.  They are all charged with incitement offences under the Criminal Code, which carry a sentence of up to 5 years imprisonment.

They are being denied access to legal representation.

The Director General of the International Labour Organisation has already expressed deep concern over the arrests and has called for the immediate release of those arrested.

And now the International Union of Foodworkers (IUF) has launched an online campaign demanding that the union leaders be released from jail and the charges dropped.

Please take a moment to show your support for these brave workers, and to demand justice - click here.

And please share this message with your friends, family and fellow union members.

ACT NOW: End Cow & Calf Separation in NFACC Dairy Code

There’s an important opportunity to speak up against some of the worst cruelty in the dairy industry—including the heartbreaking practice of separating baby calves from their mothers. We encourage you to have your say by January 27.

Canada has some of the worst animal protection laws in the western world. Unlike other industrialized nations, we lack provincial and federal laws that regulate the treatment of animals on farms, and government inspections. Instead, an industry-dominated body called the National Farm Animal Care Council (NFACC) creates voluntary codes of practice for the use of animals on farms.

While NFACC codes are no replacement for strong laws and proactive government inspections, Animal Justice is asking animal advocates to take part in the public survey to encourage the industry to stop supporting a number of horrific standard practices—like separating mothers and babies, limiting cow movement by tying them to their stalls, and denying cows access to the outdoors.

In the dairy industry, calves are taken away from their mothers shortly after birth. The males are often sold for veal, and the females are often condemned to become dairy cows themselves.

In November 2021, Animal Justice released gut-wrenching footage from an organic dairy farm in British Columbia that showed numerous calves taken away from their mothers. Workers hit and kicked the cows while snatching their babies, dragging them away, and tossing them in wheelbarrows—all while the mothers cried out in desperation.

Please ask NFACC to stop supporting the barbaric practice of ripping baby cows from their mothers. Review the document below for pointers from our lawyers on how to answer the survey questions, and demand the end of some of the most cruel practices that are common in the dairy industry.

Take the NFACC Dairy Code Survey

Craft, money and mercy: an apothecary's self-portrait in sixteenth-century Bologna (Recipient of the Annals of Science Essay Prize and the Jerry Stannard Memorial Award 2015)

2016, Annals of Science
176 Views18 Pages
The apothecary occupied a liminal position in early modern society between profit and healing. Finding ways to distance their public image from trade was a common problem for apothecaries across Europe. This article uses the case of a Bolognese apothecary, Filippo Pastarino, to address the question of how early modern apothecaries chose to represent themselves to political authorities and to the wider public. ‘Mercy’, alongside ‘craft’, was a pillar of apothecaries’ social identity. By contrast, no matter how central financial transactions (‘money’) were to their activity, apothecaries did not want to be perceived as merchants. Thus, the assistance and advice apothecaries provided to patients and customers resulted as central aspects of their social role. In this context, Bolognese apothecaries aimed to defend their current status, which had been challenged by naturalist Ulysses Aldrovandi, city authorities and local monasteries. However, Pastarino's claims can also be seen as antecedents to the self-legitimizing strategy that seventeenth-century artisans deployed when faced with the need to enhance their new status as natural philosophers. The present study attributes a name, a date of birth and a shop to Filippo Pastarino, revising previous interpretations. More broadly, by focusing on how these artisans defended their position in the city it enriches our understanding of the self-representation of apothecaries.

The Essence of Commodification: Caffeine Dependencies In the Early Modern World

2001, Journal of social history
922 Views26 Pages

Consuming Habits: Global and Historical Perspectives on How Cultures Define Drugs, with Jordan Goodman and Andrew Sherrat


Book PDF

2007, Routledge
299 Pages
Reconstructing Mercantilism: Consensus and Conflict in British Imperial Economy in the Seventeenth and Eighteenth Centuries

Author(s): Jonathan BarthSource:
The William and Mary Quarterly,
 Vol. 73, No. 2 (April 2016), pp. 257-290Published by: Omohundro Institute of Early American History and CultureStable URL: http://www.jstor.org/stable/10.5309/willmaryquar.73.2.0257Accessed: 17-06-2017 18:16 UTC 
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We Dream Together


Author(s)
Eller, Anne

Collection Knowledge Unlatched (KU)

Number100278

'In We Dream Together' Anne Eller breaks with dominant narratives of conflict between the Dominican Republic and Haiti by tracing the complicated history of Dominican emancipation and independence between 1822 and 1865. Eller moves beyond the small body of writing by Dominican elites that often narrates Dominican nationhood to craft inclusive, popular histories of identity, community, and freedom, summoning sources that range from trial records and consul reports to poetry and song. Rethinking Dominican relationships with their communities, the national project, and the greater Caribbean, Eller shows how popular anticolonial resistance was anchored in a rich and complex political culture. Haitians and Dominicans fostered a common commitment to Caribbean freedom, the abolition of slavery, and popular democracy, often well beyond the reach of the state.

URI   http://library.oapen.org/handle/20.500.12657/31744

Keywords History; Cuba; Dominican Order; Haiti; Puerto Plata; Dominican Republic; Santana (band); Santo Domingo; Spain; Spaniards; United States

DOI10.1215/9780822373766

ISBN9780822373766

OCN940935869

PublisherDuke University Press

Publisher websitehttps://www.dukeupress.edu/