It’s possible that I shall make an ass of myself. But in that case one can always get out of it with a little dialectic. I have, of course, so worded my proposition as to be right either way (K.Marx, Letter to F.Engels on the Indian Mutiny)
Sunday, June 26, 2022
The Continuing Damages From Corporate-Managed So-Called Free Trade
"There is a growing perception that the global 'free market' economy is inherently an enemy to the natural world, to human health, and freedom to industrial workers.
Demonstrators take part in a protest march towards Trafalgar Square in central London, on May 1, 2022, in support of trade union rights.
The great progressive Harvard economist and prolific best-selling author, John Kenneth Galbraith, wrote that, "Ideas may be superior to vested interest. They are also very often the children of vested interest." I wished he had written that assertion before I took Economic 101 at Princeton. One of the vested ideas taught as dogma then was the comparative advantage theory developed by the early 19th century British economist, David Ricardo. He gave the example of trading Portuguese wine for British textiles with both countries coming out winners due to their superior efficiencies in producing their native products.
A common theme in Berry's warnings is that monetized corporations, in their ferocious search for profits, destroy or undermine far more important non-monetized democratic values of societies.
Ricardo's theory drove policy and political power for two centuries fortifying the corporate and conservative proponents of alleged "free markets" (See: Destroying the Myths of Market Fundamentalism) and "free trade." The theory's endurance was remarkably resistant to contrary obvious empirical evidence. Whether Ricardo envisioned or not, "free trade" became an instrument of colonialism entrenching poor nation's in extracting and exporting of natural resources while becoming almost totally dependent on western nations' value-added manufactured products. "Iron ore for iron weapons" as one observer summed it up. Tragically, too often, the weapons came with the invaders/oppressors.
Fast forward to today's supply chain crisis disrupting the flow of commerce. Why does the world's largest economy and technology leader have a supply chain problem forcing businesses and consumers to helplessly wait for simple and complex goods to arrive at our shores? Why did we find ourselves in March 2020 desperately waiting on an Italian factory to sell us simple protective equipment to safeguard patients, nurses, and physicians to address the pandemic's deadly arrival? Answer—the touted theory of comparative advantage embedded in so-called "free trade."
In reality there is no such thing. It is corporate managed trade under the guise of "free trade." As Public Citizen attorney Lori Wallach asked her audiences, while holding up heavy volumes of NAFTA and WTO trade agreements—"If its free trade why are there all these pages of rules?" Because they are corporate rules often having little to do with trade and everything to do with the subordination of labor, consumer and environmental rights and priorities.
These agreements, secretly arrived at, made sure that they pulled down higher U.S. standards in these areas instead of having them pull up serf labor, polluting factories and consumer abuses in authoritarian nations. Corporate managed trade leads to inherently dangerous dependencies, such as no antibiotics being produced in the U.S., which imports these and other critical drugs from unregulated Chinese and Indian laboratories. The supply chain enchains.
A remarkable take down appeared in a lengthy essay titled "The Idea of a Local Economy" twenty-one years ago by the agrarian wise man, Wendell Berry, who used a larger framework taking apart the so-called "free trade," under monetized corporate control over governments, a clueless media and academics still indentured to Ricardo theory. He didn't go after the obvious—that imported products from serf-labor countries are corporate opportunities to make even more profits by keeping prices high. Other than textiles, note the high prices of Asian-made computers, iPhones, electronic toys, Nike shoes and foreign motor vehicles sold to American consumers. This imbalance allows Apple's boss Tim Cook to pay himself $833 a minute or $50,000 an hour. The markups on these products are staggering, but not as staggering as the plight of Apple's one million serf laborers in China.
Berry opens up new horizons on the deception called "free trade" to wit, "Unsurprisingly, among people who wish to preserve things other than money—for instance, every region's native capacity to produce essential goods—there is a growing perception that the global "free market" economy is inherently an enemy to the natural world, to human health and freedom to industrial workers, and to farmers and others in the land-use economies, and furthermore that it is inherently an enemy to good work and good economic practice."
The farmer-thinker, Berry, listed numerous erroneous assumptions behind corporatist global trade. A few follow:"That there can be no conflict between economic advantage and economic justice."
"That there is no conflict between the "free market" and political freedom; and no connection between political democracy and economic democracy."
"That the loss of destruction of the capacity anywhere to produce necessary goods does not matter and involves no cost."
"That it is all right for a nation's or a region's subsistence to be foreign-based, dependent on long-distance transport and entirely controlled by corporations."
"That cultures and religions have no legitimate practical or economic concerns." "That wars over commodities—our recent Gulf War, for example—are legitimate and permanent economic functions."
"That it is all right for poor people in poor countries to work at poor wages to produce goods for export to affluent people in rich countries."
"That there is no danger and no cost in the proliferation of exotic pests, weeds, and diseases that accompany international trade and that increase with the volume of trade."
A common theme in Berry's warnings is that monetized corporations, in their ferocious search for profits, destroy or undermine far more important non-monetized democratic values of societies. That, in turn, leads to suppression of impoverished societies on the ground where people live, work and raise their families.
That is why limitless greed, unbridled, whether formed from Empires or by domestic plutocrats, eventually produce convulsions which devour their mass victims and themselves.
Our work is licensed under Creative Commons (CC BY-NC-ND 3.0). Feel free to republish and share widely.
The invasion of Ukraine and the resultant Western sanctions against Russia have wrought far-reaching consequences on global commodity flows. These impacts are evident in a number of global shortages, such as the lack of cooking oil in Indonesia and the paucity of fuel in Sri Lanka, the latter of which has been unable to pay for imports since global crude prices soared in early 2022. Food prices are up in the underdeveloped countries of Central Asia, while medical supplies (for which Russia was their largest provider before the onset of Western sanctions) have grown scarcer.
Africa, which imports 85 percent of its wheat (one-third of which comes from Russia and Ukraine), has also felt the strain of the highest food prices in decades. Egypt in particular is scrambling to replace Ukrainian wheat imports, which had previously comprised 80 percent of its stockpile. The Egyptian government had hoped to replace Ukrainian wheat with imports from India, but on May 14, India banned wheat exports, citing the risk of food shortages within its own borders. Thankfully, Cairo has stated that India will honour its previous contract to export 500,000 tonnes of wheat to Egypt, but the future integrity of this arrangement remains unclear, which has led Egypt to seek additional partners in France, Kazakhstan, and Australia.
The price of many important minerals also skyrocketed following the Russian attack. Russia’s economy holds seven percent of the world’s nickel supply, 10 percent of its platinum, 20 percent of its titanium, and 25 percent of its palladium. The price of these metals and others, including aluminum, cobalt, and copper, spiked in March 2022, only to stabilize in the ensuing months, albeit at above-normal prices in many cases.
Some of the most fluctuant minerals are central components of Canada’s $3.8 billion Critical Minerals Strategy, announced by the Trudeau government in 2021 as a way to “capitalize on rising global demand for critical minerals,” to secure inputs for “renewable energy and clean technology applications,” and to guarantee Canada’s economic primacy in the fields of “defence and security technologies, consumer electronics, agriculture, medical applications and critical infrastructure.”
While the Canadian government continues to support the extraction of these minerals domestically, Canada’s mining industry has assumed an increasingly global orientation over the past few decades, especially since the imposition of neoliberal structural adjustment programs (SAPs) on countries across the Global South. Latin America has historically been the most profitable region for Canadian mining companies operating outside North America, but recently, both the Biden and Trudeau governments have spotlighted Africa as an increasingly key supplier for their respective critical minerals strategies.
Steven Fox, executive chairman of New York-based political risk consultancy Veracity Worldwide, has asserted that the Biden administration “wants to position itself as a strong supporter of battery metals projects in sub-Saharan Africa.” These battery metals are an essential component in the creation of electric vehicles and other less fossil fuel-reliant technologies, whose production is described by some as a way of weaning Europe off of Russian energy imports. Additionally, the lack of environmentally appropriate regulations in many African countries, often the result of SAPs and Western advisement on extractive policy, means that mining projects are likelier more efficient—and thus more profitable—to pursue on the continent.
“While Africa presents its challenges,” explained Fox, “those challenges are no more difficult than the corresponding set of challenges in Canada. It may be easier to actually bring a project to fruition in Africa, than in a place like Canada or the US.”
In the context of the Russia-Ukraine war and the increasingly profitable and strategic exploitation of battery metals, Canadian politicians have stressed the need to maintain and expand access to critical minerals on the African continent. In addition to securing a market for Canada’s Critical Minerals Strategy, such access will have the effect of keeping Africa, which has largely sought to remain neutral in the conflict, as a crucial supplier of the minerals with which Canada and its allies hope to blunt the economic blowback of the invasion and of their sanctions programs against Russia.
Canadian capital finances or operates mining projects in over 100 countries, and extraction is growing every year. By 2025, the Mining Global Market Report of 2021 estimates that the global mining and minerals market will reach a value of $2.4 trillion—a compound annual growth rate of seven percent. This growth will be achieved, the report states, with wide-ranging governmental support. “Government policies to support the mining industry [are] expected to drive the mining market,” the report’s summary explains: Governments are providing subsidies and encouraging foreign direct investments (FDI) in the mining industry. The amount of government support includes the support through governments’ public finance institutions such as bilateral development banks and export credit agencies investing in mining projects, fiscal support through budget allocations and tax exemptions, and investments through majority state-owned mining and utility companies.
Canada is no exception. The Canadian government regularly finances mining operations abroad through its publicly funded state development arms while aggressively lobbying for neoliberal reforms in the countries in which these mines are located. These countries, such as Guatemala, Colombia and Burkina Faso, tend to be underdeveloped states in which the US and its European allies have violently hacked their way into lucrative resource markets, leaving a trail of corpses in their wake.
Prior to the era of structural adjustment, the Canadian government cozied up to brutal right wing states throughout Africa, such as Mobutu Sese Seko in Zaire (between 1985 and 1989, Canada provided his regime with almost $140 million in assistance), apartheid South Africa (Canadian mining companies such as Falconbridge profited from cheap labour in illegally occupied Namibia and elsewhere), and Idi Amin’s Uganda (around one year after Amin announced the expulsion of Uganda’s South Asian population, the Canadian High Commissioner in Nairobi visited Uganda, not to criticize Amin’s policies but to implore him to reverse the nationalization of Toronto-based shoemaking giant Bata Shoes). These policies represented a conscious alignment on the part of the Canadian state with the forces opposed to the left wing pan-Africanist vision of leaders like Ghana’s Kwame Nkrumah and the Democratic Republic of the Congo’s Patrice Lumumba, whose removals were supported by Canadian officials.
In the post-Cold War period, US-led international financial institutions such as the World Bank and the International Monetary Fund were able to impose neoliberal reforms across much of the African continent, allowing Canadian capital to reap the rewards. Canada itself played a notable role in this process; in the case of Tanzania, the Canadian government threatened to withhold aid unless the state accepted an IMF structural adjustment plan, while in South Africa, Canadians were instrumental in pressuring the new ANC government against redistributing the country’s mineral wealth toward its less privileged (in other words, its Black) population.
In the following years, numerous Canadian governments prioritized the negotiation of Foreign Investment Protection Acts (FIPAs) in African countries, legal acts which give corporations the right to sue governments in private tribunals for the “crime” of interfering with their investments. The Harper government negotiated FIPAs with 15 African countries, some of which were signed or announced at mining conventions. Meanwhile, Justin Trudeau announced negotiations for a FIPA with Ethiopia in 2020, and later signed an FIPA with Nigeria.
Former Parliamentary Secretary to the Minister of International Trade Omar Alghabra stated that FIPAs such as these are meant to “encourage increased bilateral investments between our countries by helping to reduce risk and by increasing investor confidence in our respective markets.” His use of the term “bilateral investments” is misleading—these laws are designed to protect the interests of Canadian companies operating in Africa, not vice versa. After all, there are no Malian or Burkinabè mining giants investing billions in Canadian extraction, and Tanzanian companies do not own 50 percent of Canada’s GDP, as Canadian companies do in Zambia.
Over the past few decades, Canadian mining investment abroad has increased considerably, to the degree that foreign mining assets now comprise 70 percent of the total value of all Canadian-owned mining operations—in other words, $188 billion of $273.4 billion. In Africa, the total value of Canadian mining assets is $36.5 billion.
In 2020, 106 Canadian-owned mining companies operated in Africa. Their investments span the continent but are mainly concentrated in a handful of countries. The most treasured countries, each containing Canadian mining assets valued at over $1 billion, are Mali, Mauritania, Burkina Faso, Ghana, the Democratic Republic of the Congo, Tanzania, Zambia, and South Africa. Some other less lucrative but nonetheless important countries, with Canadian assets valued between $100 million and $1 billion, are Senegal, the Ivory Coast, Niger, Namibia, and Botswana. Out of all these countries, Zambia is the most valuable for Canada-based companies, with Canadian-owned assets valued at around $10 billion—approximately half of Zambia’s total GDP, as stated above.
In the most recent edition of Canadian Mining Journal, Bill Kellaway, Colin Rawbone, and John Paul Hunt write that “Global economic recovery and the focus on battery minerals is seeing greater interest in mineral exploration, not least in areas of central and southern Africa.” In this context, Canadian prospectors and geologists are working across Africa, using “the digital revolution” to their advantage by bringing global positioning system (GPS) technology and “powerful modelling software” to regions like the Central African Copperbelt, “allow[ing] historical exploration data to be revisited and more intensively analysed.”
With mineral prices high and Russian commodities largely excised from the investment map, it is no wonder that Canadian companies are seeking profit on a continent that they know will generate significant returns—at the expense of ordinary people in the relevant countries, as always. At the recent Mining Indaba, an annual South Africa-hosted gathering of continental and international figures aimed at promoting the mining sector, Canada’s First Quantum Minerals announced $1.25 billion in new investment in Zambia, whose president Hakainde Hichilema has promised foreign investors that there would be “no mining nationalism” in his country. Barrick Gold has revealed its intention to expand investment talks with Zambia as well.
At the Indaba (which is sponsored by some of the largest mining companies in the world), investments such as these were celebrated under the banner of “energy transition” and “ESG [environmental, social, and governance]” considerations, but it was impossible to ignore the geopolitical context of the event as well. The volatility of global commodity markets in the aftermath of Russia’s invasion of Ukraine, and the need to find less uncertain supply sources for critical minerals, was evident not only in the speeches of government and private officials, but also in the fact that the US sent a high-level delegate to the event for the first time in its history.
That delegate was Jose Fernandez, the US Undersecretary for Economic Growth, Energy, and the Environment, who identified 40 critical minerals on the US shopping list and the Biden administration’s intention to secure them from Africa. Tony Carroll, executive advisor on the conference, stated that Fernandez was “the first truly high-ranking US government official we’ve had at the Mining Indaba in the 28 years [of its existence].”
Canadian officials, however, are a staple at the Indaba. Last year saw the attendance of Mary Ng, the Trudeau government’s Minister of Small Business, Export Promotion and International Trade, who used her public position to promote the role of the Canadian mining sector in Africa. This year, Ng’s parliamentary secretary Arif Virani travelled to the Indaba (as well as to Zambia) to bolster “Canada’s role as a trusted partner of African companies, industry associations and governments” and to promote, in his words, “responsible business conduct, sustainable mining and inclusive trade.”
The Indaba also featured speeches from Clive Johnson, CEO of B2Gold (one of the largest Canadian miners in West Africa, which drew $630 million from the Fekola gold mine in Mali in 2021), Tristan Pascal of First Quantum (which was recently hit with $8 billion in unpaid import taxes on its Zambian operations), Mark Bristow, CEO of Barrick Gold (one of the most significant gold mining companies in the world), Robert Friedland, billionaire founder of Ivanhoe Mines, and representatives from many of the world’s other leading mining companies.
Putin and the war in Ukraine were referenced overtly in some speeches. When discussing his interest in securing access to South African platinum, Friedland stated “We’re not going to buy it from the Russian Tsar. He’s killing people with his cash flow. Until he stops that kind of behaviour, we will not buy his platinum.” He also made reference to the green transition and stated the need to “develop a lot more mines” on the way to creating sustainable enterprise. In this case and others, the push to expand mineral investments in Africa is dressed up in green, “pro-democratic” language, designed to give the impression that moral rather than material factors are motivating Canadian investment in the continent. The truth, though, is less virtuous: due to the burden of neocolonialism and the imperialistic refashioning of African economies toward an export orientation, Africa is simply the most lucrative place in which to obtain these resource flows.
As the world continues to readjust to uncertain commodity prices and geopolitical rupture resulting from Russia’s invasion of Ukraine, the Canadian mining industry has chosen to double-down on its exploitation of African resources. Canadian companies and their backers in the state would not prioritize this investment unless it continued to serve the essentially neocolonial agenda of the Canadian elite, whose commitment to this global project of unequal development has remained unwavering for decades. While some may believe that increased investment in African minerals will increase standards of living on the continent, it seems more likely that Walter Rodney’s 1972 assertion will prove true once more: while Western industry adapts and develops, the mining that goes on in Africa will leave “[nothing but] holes in the ground.”
Owen Schalk is a writer based in Winnipeg. He is primarily interested in applying theories of imperialism, neocolonialism, and underdevelopment to global capitalism and Canada’s role therein. Visit his website at www.owenschalk.com
Biden Says He’s “Proud” of Apple Workers Who Formed Company’s First Union
Workers at the Towson Town Center Apple hold their new union T-shirts on June 18, 2022, after their store employees decided to join the International Association of Machinists Union
BARBARA HADDOCK TAYLOR / BALTIMORE SUN / TRIBUNE NEWS SERVICE VIA GETTY IMAGES
President Joe Biden praised Apple Store workers who voted to form the company’s first union over the weekend.
“I’m proud of them,” Biden told reporters. “Workers have a right to determine under what conditions they’re going to work or not. I think the thing that everybody misunderstands about unions — they tend to be, especially in the trades, the best workers in the world.”
He added that “everybody’s better off, including a final product,” when workers are unionized. The International Association of Machinists and Aerospace Workers (IAM), which now represents the workers, thanked the president for his words.
Apple workers in Towson, Maryland, voted by a nearly 2-to-1 margin to unionize on Saturday, despite what workers say was a ferocious anti-union campaign waged by the company. Union busting moves came “every day, all day,” Towson workers said. Workers unionizing with the Communications Workers of America in separate Apple Store locations have also faced union busting, according to complaints by the union.
The win for the Apple employees adds to a growing number of unionizing campaigns at major nationwide companies like Amazon, Target, Trader Joe’s and Starbucks — and, in many cases, winning. Starbucks workers have voted to unionize roughly 160 stores so far.
Apple Store workers may be following that model soon. The company has over 270 brick-and-mortar locations in the U.S., and employees at over two dozen stores have already reached out to organizers about forming unions at their own stores in recent days.
The success of these campaigns over the past year or so is especially remarkable considering that unions and unionizing workers still have few protections against anti-union companies. Federal labor laws are notoriously lax, with few punishments for union busting companies even when they break the law.
Labor leaders like Amazon Labor Union’s (ALU) Christian Smalls have called on lawmakers to pass legislation like the Biden-endorsed Protecting the Right to Organize Act (PRO Act), which would vastly expand labor protections. But it has stalled in Congress, with conservative lawmakers on both sides of the aisle blocking its passage.
After silence from previous Democratic administrations on the labor movement, “Biden has kicked the door down,” former American Federation for Labor and Congress of Industrial Organizations (AFL-CIO) political director Steve Rosenthal told Politico.
Still, more critical voices say there’s more that Biden could be doing to support unions. In April, Sen. Bernie Sanders (I-Vermont) called on the president to cancel federal contracts with anti-union companies like Amazon. “To his credit, Biden has talked more about unions than any other president in my lifetime,” Sanders told the crowd
Mexican GM Workers Win an 8.5 Percent Wage Hike in First Union Contract
In a historic victory, the workers voted last year to be represented by an independent union. Now they have a contract.
An independent union at General Motors in Silao, Mexico, has ratified its first contract, with an 8.5 percent wage hike and benefit improvements — outstripping recent wage increases at other Mexican auto plants.
The contract comes after workers voted last year by more than 3 to 1 to be represented by the National Independent Union for Workers in the Automotive Industry (SINTTIA) workers, ousting an employer-friendly union affiliated with the Confederation of Mexican Workers. The CTM has long dominated the Mexican labor movement and signed bad contracts behind workers’ backs.
“We obtained good results for our first negotiations,” said SINTTIA President Alejandra Morales.
Silao workers in the central Mexican state of Guanajuato build the highly profitable Chevrolet Silverado and GMC Sierra pickups. Yet their wages and benefits have lagged far behind those achieved by independent unions at the Volkswagen and Nissan plants in Mexico — and even those signed by CTM affiliates at GM’s two other Mexican assembly plants. Before the new contract was signed, the Silao workers earned about $2 an hour on average.
Morales said the new contract brings them close to the level of GM’s San Luis Potosí plant, although wages still lag behind the GM factory in Ramos Arizpe.
“It’s a big step forward, although of course the workers had hoped for more, because the conditions in that plant have been terrible,” said Héctor de la Cueva, coordinator of the Center for Labor Research and Union Advice (CILAS), which has been advising SINTTIA. SINTTIA had initially demanded increases of 19.2 percent, with the company countering with 3.5 percent.
Wages for Mexican auto workers are still just a fraction of those made by their counterparts in the U.S. and Canada. Workers at GM’s Fort Wayne Assembly in Indiana, for example, earn $18 to $32 hourly building the same vehicles as the Silao workers.
“The unions led by charros [the term for corrupt, politically connected, and often violent Mexican union leaders],” said Morales, “always negotiated low salaries and low benefits — some even against the law — so this influences all of the country.” Christmas Eve Off
Nearly 87 percent of the plant’s 6,500 workers voted on the new two-year contract, with 85 percent voting in favor. As with other contracts in Mexico, salaries will be reviewed yearly.
In addition to boosting wages, workers won a 14 percent increase in pantry vouchers. They also got Christmas Eve off and a much-improved quarterly production bonus, which rose from $25 to $80. The union said that these and other benefits, on top of the 8.5 percent wage increase, add up to a 13.8 percent overall gain.
Negotiations also focused on improving working conditions. The new contract requires that the company and union negotiate work schedules and establishes protocols for dealing with sexual harassment.
Working conditions were awful, according to Israel Cervantes, a GM auto worker fired in 2019 for organizing. Workers put in shifts of 12 hours a day, four days a week, and are allowed just one half-hour break where they must use the restroom, eat their lunch, and drink water. Cervantes said many workers are out of their home for 14 or 15 hours a day given their long commutes.
Work at the plant is physically taxing and leads to many injuries, Morales said. With the previous union, injuries would not be investigated. Workers were often denied restroom breaks.
When workers spoke up about harassment or the grueling working conditions, they would be fired and put on a blacklist, according to Morales. “No worker has seen the list, but any worker knows that if you speak up, exercise your rights, and are fired for that reason, it is very difficult to obtain employment or be hired from the same company or another similar auto plant,” she said. Permanent Direct Access
SINTTIA is forging a new union culture at the plant. “As opposed to the employer-protection contract that the workers suffered under for many years with the CTM, now, not only do they have a real union, but they also have a real union contract,” said de la Cueva. “Now the company can’t act arbitrarily — they can’t act unilaterally on labor issues.”
To establish a shop floor presence, the union has set up offices in each of the plant’s five complexes. “This is a big change from before,” said de la Cueva. Many workers covered under CTM contracts and others signed by “employer-protection” unions do not even know that they have a union. Now, “it’s permanent direct access to union representatives for all workers,” he said.
SINTTIA is hoping to expand the independent union movement to other auto plants throughout the country. “Our independent union is a national union, which means that workers from different auto plants can affiliate with us,” said Cervantes, who said he’s received calls from workers in Tlaxcala, Queretaro, San Luis Potosí, and Guanajuato.
“International solidarity is going to continue to be important so that SINTTIA can grow and represent more workers in different companies and different plants,” said de la Cueva.
Workers at a Chipotle in Augusta, Maine, filed to form a union on Wednesday, hoping to become the first unionized workers at the food chain’s nearly 3,000 locations in the country.
The workers, who have formed an independent union known as Workers United, turned in their union petition with union cards signed by a majority of the roughly 20 workers in the store, according to union organizers.
Workers say that they face long hours and understaffing, leading to safety concerns. The union staged a two-day walkout last week to protest against unsafe working conditions after repeatedly being forced to open the store without proper staffing, putting the employees and the customers at risk, they said.
When the store is understaffed — often with half of the amount of people that are required to meet demand — workers say that they’re unable to do things like food temperature checks or cleaning tables in the restaurant.
“I care about these people more than anybody else,” employee Laramie Rohr told the Kennebec Journal. “I hope to improve working conditions, not have to have five people working 50, 60, 70, 80 hours a week, to have the ability to close when you need to for safety reasons. Because we don’t want to serve bad food. We’re proud of our food, we’re proud of our workplace, we’re proud of our coworkers.”
Chipotle management says the fact that they responded with hiring initiatives after the walkout shows that the company is already capable of meeting employees’ concerns, but workers say that upper management has a pattern of not addressing workers’ needs, according to the Kennebec Journal.
The workers delivered a letter to management on Wednesday informing them of their intent to unionize. “We’re hoping that by forming this union we can work with Chipotle to achieve the goals we have in common, such as safe and healthy food, and good atmosphere, and safe and happy crew members, and all of the other things that make Chipotle different,” workers said in a statement.
“We are here to make things better by ensuring we have the tools and the support to meet Chipotle’s high standards while caring for ourselves, the crew that will come after us, and other food service workers who may see our efforts and feel empowered to stand up against the industry’s toxic culture,” they said.
The independent nature of Chipotle United echoes the union campaign waged by Amazon workers, who have been organizing under the independent Amazon Labor Union. Although Chipotle workers have sought help from established unions like Workers United, an affiliate of the Service Employees International Union (SEIU), and the Maine American Federation of Labor and Congress of Industrial Organizations (AFL-CIO), they are forming a union independently.
Chipotle workers in New York City have also been organizing a union effort, though they haven’t filed for a union petition yet. New York workers, organizing with SEIU Local 32 BJ, filed a labor complaint against the company earlier this year alleging that the company illegally retaliated against Brenda Garcia for her role as a union leader. The union also filed a complaint that the company has been surveilling and intimidating employees over the union.
If Chipotle workers successfully unionize, their victory could spark a wave of unionizations in stores across the country — much like Starbucks workers, who have unionized over 160 locations just in the past roughly eight months.
Oregon State research highlights importance of large wood in streams for land-based animals
CORVALLIS, Ore. – Land managers have invested millions of dollars annually since the 1980s to place large pieces of wood back in streams, owing primarily to its importance for fish habitat. But little is known about how large wood in streams impacts birds and land-based animals.
Oregon State University scientists Ezmie Trevarrow and Ivan Arismendi are beginning to change that with a just-published paper in Biodiversity and Conservation that outlines what they observed from one year of footage from motion-triggered video cameras they set up near multiple large log jams in a creek just west of Corvallis.
“This study reveals a hidden role of large wood in streams,” said Trevarrow, who conducted the research as an undergraduate in the Honors College at Oregon State and is now a research associate at the University of Georgia. “The findings are valuable for land managers because they demonstrate additional value of restoration projects that involve wood placement into streams.”
In the paper, Trevarrow and Arismendi focused their attention on what species they saw, the most common observed activities and the seasonality of the detections. Among their findings:
Forty species were observed during the study period. The most common species included mule deer, raccoon belted kingfisher, Townsend’s chipmunk, deer mouse western grey squirrel, Virginia opossum and American robin.
The most common animal activities around the log jams included movement (68%), rest (18%), and food handling/eating (9%), suggesting that large wood in streams acts as lateral corridors, or highways as Trevarrow put it, connecting land habitats year-round for wildlife.
A strong seasonality in detections and species richness with the highest values occurring in summer and spring, and the lowest values in winter. For example, the most species were seen in summer (27), followed by spring (23), fall (22) and winter (16).
CAPTION
Cougar observed by a motion-triggered camera operated by Oregon State University researchers at Rock Creek, just west of Corvallis, Oregon.
CREDIT
Oregon State University
Before the 1970s, land managers, recreationists, and the public considered large wood in rivers as undesirable, and the removal of wood from streams was extensively promoted across United States. Think of European settlers and images of clean, flat rivers, Arismendi said.
“There is a lot of cultural legacy there, with log jams areas seen as places that increased flood risk, impeded navigation and transport, and accumulated debris” said Arismendi, an associate professor in the Department of Fisheries, Wildlife, and Conservation Sciences.
However, the scientific and managerial perception towards large wood in streams has changed.
While the benefits of large wood in streams for fish, particularly salmon, have been well studied, few studies have focused on the impact on land-based animals, the Oregon State researchers said.
For their study, they set up 13 cameras between June 2020 and June 2021 along Rock Creek, about 15 miles west of Corvallis. They collected 1,921 videos containing at least one animal detection, including some unexpected species and activities:
A golden eagle, a species rarely seen in the region.
Two mule deer being swept away after attempting to climb onto a log during a high flow event.
A deer mouse and raccoon separately crossing a log jam during high flow even where water covered the full length of the log.
Arismendi is expanding the research this summer to Oregon State’s H.J. Andrews Experimental Forest in the Cascades Mountains in Oregon with 30 motion-triggered camera sites.
“This is the beginning of looking into this topic more in-depth,” Arismendi said. “I think there is a lot to unpack about the role of log jams in rivers”
The research was partially funded by an OSU Honors College Experiential Award that Trevarrow received. The paper is a portion of her thesis project and started when she began volunteering in Arismendi’s lab in the College of Agricultural Sciences.
JOURNAL
Biodiversity and Conservation
Remote sensing helps track carbon storage in mangroves
INSTITUTE OF INDUSTRIAL SCIENCE, THE UNIVERSITY OF TOKYO
Tokyo, Japan – Mangrove forests store huge amounts of carbon but figuring out how much is stored globally is challenging. Now, researchers from Japan have developed a new model that uses remote sensing of environmental conditions to determine the productivity of mangrove forests.
In a recent study in Scientific Reports, researchers from the Institute of Industrial Science, The University of Tokyo, developed a model to assess the productivity of coastal mangroves in China. Mangroves grow along tropical coastlines and are regularly inundated by seawater. These unique species are well adapted to tropical coastal habitats and have special features such as aerial roots and salt-tolerant tissues that enable them to thrive under dynamic conditions. As a result, the productivity of mangrove forests is influenced by a range of environmental factors, such as sea surface temperature, salinity, and photosynthetic active radiation.
In the past, light use efficiency models have been used to assess the productivity of terrestrial forests but there are no such models for more complex mangrove ecosystems.
“Previous attempts to model mangrove productivity have used field measurements and produced estimates at a local scale,” says lead author of the study, Yuhan Zheng. “But to truly understand the capacity for mangroves to store carbon, global assessments are needed, and these require measurements of environmental conditions on a much larger scale.”
To do this, the team used satellite data to develop a productivity model that is more appropriate for mangroves. Remote sensing can be used to collect information about the environment over large areas, and over time. The researchers developed a model that considered the effects of tidal inundation and then combined the model with satellite data on photosynthetically active radiation to estimate the productivity of mangrove forests along the coastline of China.
“We checked the results from the model against measurements of productivity from carbon flux towers, which measure changes in carbon between the mangrove canopy and the atmosphere, says Yuhan Zheng. “We found that our model could accurately estimate mangrove productivity.”
The model also performed better than a terrestrial model that was tested.
As the world seeks ways to mitigate the effects of climate change, there is a growing appreciation of the value of intact mangrove forests. This new model represents an important step towards understanding the capacity of mangroves to store carbon.
About Institute of Industrial Science, The University of Tokyo
The Institute of Industrial Science, The University of Tokyo (UTokyo-IIS) is one of the largest university-attached research institutes in Japan. Over 120 research laboratories, each headed by a faculty member, comprise UTokyo-IIS, which has more than 1,200 members (approximately 400 staff and 800 students) actively engaged in education and research. Its activities cover almost all areas of engineering. Since its foundation in 1949, UTokyo-IIS has worked to bridge the huge gaps that exist between academic disciplines and real-world applications.
INSTITUTE OF INDUSTRIAL SCIENCE, THE UNIVERSITY OF TOKYO
Tokyo, Japan – As natural areas become increasingly fragmented, the potential for humans and wildlife to interact is growing. Now, researchers from Japan have found that climate change is altering the risk of such interactions.
In a recent study published in Science of the Total Environment, researchers from the Institute of Industrial Science, The University of Tokyo, examined how the risk of human–elephant conflict could change over time. When humans encroach on natural landscapes, the chances of interactions with wildlife increase. Conflicts can arise when wildlife damages livestock or crops, or when human activities damage animal habitat. For example, forest edges are particularly attractive areas for elephants on the hunt for food, which can bring them into contact with mature crops, or with farmers.
“In Thailand, half of the country’s population live in rural areas and rely on agriculture,” says lead author Nuntikorn Kitratporn. “Thailand also has about three to four thousand wild elephants and deforestation and the growth of commercial agriculture have pushed elephants into increasingly fragmented patches of habitat, increasing the chance of interactions between humans and elephants.”
Climate change is bringing additional complexity to these interactions, as changing environmental conditions lead to changes in the behavior and distribution of elephants. In rural areas where people depend on agriculture to survive, human–elephant conflict may well intensify in the future. To assess the risk of this, the researchers used a risk framework that incorporated different possible scenarios. They used this framework to examine the recent spatial distribution of human–elephant conflict (2000–2019) in Thailand and how it may look in the near future (2024–2044). Different projections of future climate and socioeconomic conditions were incorporated into the framework and the effects on land use were examined.
“We found a spatial shift in risk toward northern areas and higher latitudes,” says Nuntikorn Kitratporn. “In other areas, habitat is likely to become less suitable over time, which could first increase and gradually decrease the risk of interactions.”
Understanding how human–wildlife interactions may change in the future is vital for long-term planning. The results from this study could be used to develop planning strategies in affected communities and raise awareness of ways in which humans and wildlife can coexist.
About Institute of Industrial Science, The University of Tokyo
The Institute of Industrial Science, The University of Tokyo (UTokyo-IIS) is one of the largest university-attached research institutes in Japan. Over 120 research laboratories, each headed by a faculty member, comprise UTokyo-IIS, which has more than 1,200 members (approximately 400 staff and 800 students) actively engaged in education and research. Its activities cover almost all areas of engineering. Since its foundation in 1949, UTokyo-IIS has worked to bridge the huge gaps that exist between academic disciplines and real-world applications.
Researchers have measured the composition of fine dust at 22 locations in Europe. The result of this international study, led by the Paul Scherrer Institute PSI, is a European map of the most important aerosol sources. The researchers have now published their findings in the journal Environment International.
Good air quality is crucial for our health. Aerosols, also called fine dust, can be health-damaging, one reason being that the suspended particles penetrate deep into the lungs. According to the World Health Organisation (WHO), poor air quality associated with high concentrations of aerosols causes seven million deaths worldwide every year. In order to be able to take meaningful measures to improve air quality, it is vital to identify the main aerosol sources.
Under the leadership of the Paul Scherrer Institute PSI, researchers have compiled a European map of aerosol sources. For this, they have analysed data collected at 22 sites in both urban and rural areas across Europe. They have determined the major sources of organic aerosols – stemming both from natural and from anthropogenic sources – and their variations over the course of days, months and seasons.
“This is a major breakthrough for air quality research,” says Imad El Haddad, acting research head of the Laboratory for Atmospheric Chemistry at PSI and a co-author of the study. “Our data can now be used to improve air quality models. These are used by epidemiologists to determine the aerosol sources that are most detrimental to human health.” In this way, policy makers could propose targeted measures to reduce the most dangerous aerosols, the PSI researcher says.
Combustion and traffic
While the composition of fine dust varies across the sites, the researchers have consistently identified the main source of aerosol pollution: residential heating with solid combustibles such as wood or coal.
“When solid fuel such as wooden logs, wood pellets, coal, or, in some countries, peat is used for residential heating, a lot of fine dust is released into the air and harms the health of the local population,” says Gang Chen, an aerosol researcher at PSI and the first author of the new publication. “In contrast to power plants, which have strict regulations and filter systems, the regulations regarding residential heating emissions are not sufficiently stringent for most European countries, including Switzerland.” In rural areas of the Alps, for example, many homes are still heated with solid combustibles. “Wood is a natural material. This is probably why many people are not aware of how health-damaging it is to burn wood,” adds Chen, who works in the Research Group for Gasphase and Aerosol Chemistry at PSI, headed by André Prévôt, who led this international study. With their work, the researchers hope to increase public awareness about the impact of residential combustion on air quality.
Traffic is another considerable source of fine dust. While traffic exhausts have been subject to strict regulations since the 1990s, non-exhaust emissions such as tire wear and brake wear deserve more attention in order to improve air quality, the scientists say.
Standardised protocol as a blueprint for global use
The data for the new publication come from 22 measuring stations in 14 countries, spread across the European continent, where various universities and other institutions operate their own aerosol measuring stations. The PSI researchers developed a standardised protocol for evaluating the data and determining the aerosol sources. This study is the main outcome of the international “Chemical On-Line cOmpoSition and Source Apportionment of fine aerosoL” (COLOSSAL) project and hence has a joint authorship of 70 collaborators.
Crucial to the study were also several long-standing EU research infrastructures, including the “Aerosols, Clouds, and Trace gases Research InfraStructure Network” (ACTRIS). “ACTRIS and other pan-European research infrastructures are the starting point for our research, producing high-quality long-term data on short-lived atmospheric constituents relevant for our regional climate and public health,” says El Haddad. These infrastructures not only provide vital information for policy makers, but also continue to be the basis of several European research programmes, such as the “Research Infrastructures Services Reinforcing Air Quality Monitoring Capacities in European Urban & Industrial AreaS” (RI-URBANS).
The researchers hope that their current publication will be understood as a stepping stone for a global mission. “We have shown for Europe that our standardised protocol for data analyses works. It can now be adopted by researchers everywhere,” says Chen. “PSI is world-leading in this work that allows us to attribute the measured aerosols to their sources. Next, we would like to expand our protocol in order to obtain aerosol maps of the entire world.”
In addition, the researchers envision that this type of data could soon be collected and analysed in real time. “This would make it possible to directly measure the effectiveness of measures taken to reduce aerosol pollution,” says Chen.
Setting more effective guideline values
Currently, the WHO requires that the total amount of aerosols that are smaller than 2.5 micrometres in diameter not exceed 5 micrograms per cubic metre of air. The WHO has only recently redefined this guideline value; previously it was 10 micrograms per cubic metre. “However, both values are exceeded almost everywhere,” says El Haddad. “If we set the new value at 5 micrograms per cubic metre, then 99 percent of all people live in areas where this is currently not met. In Switzerland, at least, measured values fell just below 10 micrograms per cubic metre of air a few years ago – thanks to the efforts made so far to mitigate aerosol pollution.”
For the improvement of air quality to progress more efficiently in the future, regulators could lower the limit values specifically for those aerosols most harmful to health more than for others, the researchers argue. Chen adds: “Ultimately, it is about saving lives. Our data helps ensure that we set sound priorities when it comes to air quality.”
Text: Paul Scherrer Institute/Laura Hennemann
Further information
WHO air quality key facts and guideline values https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-health
Original publication
European Aerosol Phenomenology - 8: Harmonised Source Apportionment of Organic Aerosol using 22 Year-long ACSM/AMS Datasets G. Chen et al., Environment International 15 June 2022 (online) DOI: 10.1016/j.envint.2022.107325
Researchers have measured the composition of fine dust at 22 locations in Europe. The result of this international study, led by the Paul Scherrer Institute PSI, is a European map of the most important aerosol sources. The researchers have now published their findings in the journal Environment International.
Good air quality is crucial for our health. Aerosols, also called fine dust, can be health-damaging, one reason being that the suspended particles penetrate deep into the lungs. According to the World Health Organisation (WHO), poor air quality associated with high concentrations of aerosols causes seven million deaths worldwide every year. In order to be able to take meaningful measures to improve air quality, it is vital to identify the main aerosol sources.
Under the leadership of the Paul Scherrer Institute PSI, researchers have compiled a European map of aerosol sources. For this, they have analysed data collected at 22 sites in both urban and rural areas across Europe. They have determined the major sources of organic aerosols – stemming both from natural and from anthropogenic sources – and their variations over the course of days, months and seasons.
“This is a major breakthrough for air quality research,” says Imad El Haddad, acting research head of the Laboratory for Atmospheric Chemistry at PSI and a co-author of the study. “Our data can now be used to improve air quality models. These are used by epidemiologists to determine the aerosol sources that are most detrimental to human health.” In this way, policy makers could propose targeted measures to reduce the most dangerous aerosols, the PSI researcher says.
Combustion and traffic
While the composition of fine dust varies across the sites, the researchers have consistently identified the main source of aerosol pollution: residential heating with solid combustibles such as wood or coal.
“When solid fuel such as wooden logs, wood pellets, coal, or, in some countries, peat is used for residential heating, a lot of fine dust is released into the air and harms the health of the local population,” says Gang Chen, an aerosol researcher at PSI and the first author of the new publication. “In contrast to power plants, which have strict regulations and filter systems, the regulations regarding residential heating emissions are not sufficiently stringent for most European countries, including Switzerland.” In rural areas of the Alps, for example, many homes are still heated with solid combustibles. “Wood is a natural material. This is probably why many people are not aware of how health-damaging it is to burn wood,” adds Chen, who works in the Research Group for Gasphase and Aerosol Chemistry at PSI, headed by André Prévôt, who led this international study. With their work, the researchers hope to increase public awareness about the impact of residential combustion on air quality.
Traffic is another considerable source of fine dust. While traffic exhausts have been subject to strict regulations since the 1990s, non-exhaust emissions such as tire wear and brake wear deserve more attention in order to improve air quality, the scientists say.
Standardised protocol as a blueprint for global use
The data for the new publication come from 22 measuring stations in 14 countries, spread across the European continent, where various universities and other institutions operate their own aerosol measuring stations. The PSI researchers developed a standardised protocol for evaluating the data and determining the aerosol sources. This study is the main outcome of the international “Chemical On-Line cOmpoSition and Source Apportionment of fine aerosoL” (COLOSSAL) project and hence has a joint authorship of 70 collaborators.
Crucial to the study were also several long-standing EU research infrastructures, including the “Aerosols, Clouds, and Trace gases Research InfraStructure Network” (ACTRIS). “ACTRIS and other pan-European research infrastructures are the starting point for our research, producing high-quality long-term data on short-lived atmospheric constituents relevant for our regional climate and public health,” says El Haddad. These infrastructures not only provide vital information for policy makers, but also continue to be the basis of several European research programmes, such as the “Research Infrastructures Services Reinforcing Air Quality Monitoring Capacities in European Urban & Industrial AreaS” (RI-URBANS).
The researchers hope that their current publication will be understood as a stepping stone for a global mission. “We have shown for Europe that our standardised protocol for data analyses works. It can now be adopted by researchers everywhere,” says Chen. “PSI is world-leading in this work that allows us to attribute the measured aerosols to their sources. Next, we would like to expand our protocol in order to obtain aerosol maps of the entire world.”
In addition, the researchers envision that this type of data could soon be collected and analysed in real time. “This would make it possible to directly measure the effectiveness of measures taken to reduce aerosol pollution,” says Chen.
Setting more effective guideline values
Currently, the WHO requires that the total amount of aerosols that are smaller than 2.5 micrometres in diameter not exceed 5 micrograms per cubic metre of air. The WHO has only recently redefined this guideline value; previously it was 10 micrograms per cubic metre. “However, both values are exceeded almost everywhere,” says El Haddad. “If we set the new value at 5 micrograms per cubic metre, then 99 percent of all people live in areas where this is currently not met. In Switzerland, at least, measured values fell just below 10 micrograms per cubic metre of air a few years ago – thanks to the efforts made so far to mitigate aerosol pollution.”
For the improvement of air quality to progress more efficiently in the future, regulators could lower the limit values specifically for those aerosols most harmful to health more than for others, the researchers argue. Chen adds: “Ultimately, it is about saving lives. Our data helps ensure that we set sound priorities when it comes to air quality.”
Text: Paul Scherrer Institute/Laura Hennemann
Further information
WHO air quality key facts and guideline values https://www.who.int/news-room/fact-sheets/detail/ambient-(outdoor)-air-quality-and-healt
Original publication
European Aerosol Phenomenology - 8: Harmonised Source Apportionment of Organic Aerosol using 22 Year-long ACSM/AMS Datasets G. Chen et al., Environment International 15 June 2022 (online) DOI: 10.1016/j.envint.2022.107325