Argentine farmworker Fabián Tomasi was an iconic voice against the use of pesticides until his death from cancers caused by pesticide exposure in 2018. He was, as many have been and continue to be, a literal body of evidence of the dangers of pesticides.

Research has shown that more than 90 percent of Americans have traces of pesticides in our bodies, most of which comes from the food we eat. Yet, despite the mass amounts of evidence of the dangers of pesticide use, the world has never used as many pesticides as it does today. The United States uses more than any other country, including some of the most dangerous pesticides that are banned in other countries. 

With the release of the US edition of the Pesticide Atlas, a powerful compendium on the state of pesticide use and why it matters, leaders at prominent US civil society organizations working for common sense pesticide action (including Pesticide Action Network (PAN) North America, the Center for Biological Diversity, Hawaii Alliance for Progressive Action, and Real Food Media) highlight the alarmingly persistent use of toxic pesticides in the United States—and what we can do about it. 

In community and solidarity,

Tiffani, Christina, Tanya, and Anna

Read Issue No. 62 of the Real Food Scoop

Download the Pesticide Atlas

The post Real Food Scoop | No. 62 appeared first on Real Food Media.

The transnational corporations and business organizations that benefit from GM corn and biocides such as glyphosate are strongly pressuring the Mexican government (with support from the U.S. government) to renounce its right to food sovereignty and walk away from the international commitments assumed by the three governments in the “Kunming-Montreal Global Biodiversity Framework,” which is the strategic plan for the implementation of the Convention on Biological Diversity in the period 2022-2030, intended to contribute to the achievement of the Sustainable Development Goals by 2030. 

The demand by corporations and their lobbyists that Mexico reverse the legitimate and legal decisions made in compliance with the spirit of the US-Mexico-Canada Agreement (USMCA), as well as international legal frameworks, to protect the world’s center of origin and diversification of maize from contamination by transgenic corn, as well as the gradual but effective elimination of highly hazardous pesticides such as the carcinogenic glyphosate (also known by its brand name RoundUp or Faena), is a true international legal absurdity and an anachronistic approach typical of the last century, contrary to the broad social demands and international commitments of the 21st century.

In December 2022, the governments of the United States, Canada and Mexico, as well as the majority of governments in the world, participated in the fifteenth Conference of the Parties to the Convention on Biological Diversity in Montreal. They agreed on the “Kunming-Montreal Global Biodiversity Framework“, which establishes four goals and 23 targets. Of those, we highlight only three, which contrast with the irrationality of the corporate demands towards Mexico:

TARGET 7
Reduce pollution risks and the negative impact of pollution from all sources by 2030, to levels that are not harmful to biodiversity and ecosystem functions and services, considering cumulative effects, including: reducing excess nutrients lost to the environment by at least half, including through more efficient nutrient cycling and use; reducing the overall risk from pesticides and highly hazardous chemicals by at least half, including through integrated pest management, based on science, taking into account food security and livelihoods; and also preventing, reducing and working towards eliminating plastic pollution.

TARGET 9
Ensure that the management and use of wild species are sustainable, thereby providing social, economic, and environmental benefits for people, especially those in vulnerable situations and those most dependent on biodiversity, including through sustainable biodiversity-based activities, products and services that enhance biodiversity, and protecting and encouraging customary sustainable use by Indigenous peoples and local communities.

TARGET 10
Ensure that areas under agriculture, aquaculture, fisheries and forestry are managed sustainably, in particular through the sustainable use of biodiversity, including through a substantial increase of the application of biodiversity-friendly practices, such as sustainable intensification, agroecological and other innovative approaches contributing to the resilience and long-term efficiency and productivity of these production systems and to food security, conserving and restoring biodiversity and maintaining nature’s contributions to people, including ecosystem functions and services.

Our organizations, and an increasing number of members of our governments and legislative and judicial bodies, see the goal of trying to put corporate interests above the priorities of respect for Mother Nature, as well as public health, as clearly irrational. Such proposals go against the socioenvironmental needs of the region and the world. Instead, we must build alternative policies for balanced development that should be the priority, in harmony with international law.

WE REJECT PRESSURE BY TRANSNATIONAL CORPORATIONS AND THEIR AGRIBUSINESS ALLIES THAT CONTROL SEEDS AND AGROCHEMICALS.

WE SUPPORT THE POLICY, IN EACH OF OUR COUNTRIES, OF ENCOURAGING THE PRODUCTION OF NON-GM MAIZE, WITHOUT GLYPHOSATE OR OTHER SIMILAR BIOCIDES, AS WELL AS THE POLICY OF FAIR AND SUSTAINABLE TRADE.

WE ENCOURAGE GOVERNMENTS TO RAISE THESE ISSUES, TO TAKE EFFECTIVE MEASURES TO COMPLY WITH THE COMMITMENTS ESTABLISHED TO PROTECT BIODIVERSITY AND TO RESPECT THE RIGHT OF PEOPLES TO STRENGTHEN THEIR SOVEREIGNTY AND FOOD SECURITY.

WE REITERATE OUR EXHORTATION TO THE GOVERNMENT OF MEXICO TO STAND FIRM IN THE FACE OF PRESSURE FROM THE UNITED STATES GOVERNMENT AND TRANSNATIONAL INTERESTS.

Ciudad de México

MEXICO
Red Mexicana de Acción frente al Libre Comercio (RMALC)
Campaña Nacional Sin Maíz No hay País
Asociación Nacional de Empresas Comercializadoras de Productores del Campo, A.C. (ANEC)
Red de Acción sobre Plaguicidas y Alternativas en México (RAPAM)
Movimiento Campesino, Indígena, Afromexicano, Plan de Ayala Siglo XXI. (MCIAPASXXI)
Agrónomos Democráticos.
Central de Organizaciones Campesinas y Populares (COCyP).
Unión Campesina Democrática (UCD).
Promotora de Gestión de Enlace para el Desarrollo Rural (PROGEDER).
Central Independiente de Obreros, Agrícolas y Campesinos (CIOAC-JDLD).
Sindicato de Trabajadores del INCA Rural (STINCA).
Asociación de Consumidores Orgánicos.
Fundación Semillas de Vida.
Guerreros Verdes, A.C.
FIAN México
Grupo de Estudios Ambientales (GEA)
Fundación Semillas de Vida.
Colectivo Zacahuitzco
Frente Autentico del Trabajo (FAT)
Tortillería Blanquita Mejía
Instituto de Estudios para el Desarrollo Rural Maya AC
Mercado de la Tierra Toluca
Moms Across America de EU
Grupo Moojk Kaaky, Tlahuiltotepec, Oaxaca.
Centro Agroecológico Mecayapan.
Sihuatayolme de Mecayapan.
Agroproductores de la Sierra de Santa Marta SPR de RL de CV.
Chiltik Tayol de Mecayapan.
Tianguis Agroecológico de Xalapa y red de agricultura urbana y Periurbana de Xalapa.
Colectivo Zacahuitzco
Fundación Tortilla
Organización Nacional de Licenciados en Desarrollo Sustentable, S. C.
Proyecto de Desarrollo Rural Integra V. Guerrero A.C. (Grupo V. Guerrero de Tlaxcala)
Alimento Sano Ciudad Guzmán, Jalisco.
Red de Coordinación en Biodiversidad, A. C, Costa Rica
Cooperativa Despensa Solidaria – Cdmx
Alimento Sano Ciudad Guzmán, Jalisco.
Centro de Derechos Humanos “Fray Francisco de Vicoria Q.P. A.C.
Observatorio del Derecho a la Salud
Centro de Capacitación en Ecología y Salud para Campesinos (CCESC)
Rebiosfera A.C.
Espacio de Encuentro de las Culturas, A.C.
Tlalpantur Coop.
Maak Raiz Artesanal S.C. de R.L. de CV
Cristianas Comprometidas-
Unión de Redes Solidarias Totoquihuatzin SC de RL de CV
Promotores de Nuestras Raíces
Agromas S.C.
Radio Huayacocotla la Voz Campesina
Comité de Derechos Humanos Sierra Norte de Veracruz
Carnaval del Maíz
Haciendo Milpa, A.C.
Centro Agroecológico Mecayapan.
Sihuatayolme de Mecayapan.
Agroproductores de la Sierra de Santa Marta SPR de RL de CV.
Chiltik Tayol de Mecayapan.
Honey Authenticity Network
Alianza Nacional Apícola
Biopakal S.A.P.I. de C.V.
Colectivo de comunidades mayas de los Chenes y
Alianza Maya por las abejas de la Península de Yucatán Kabnalo’on
Red Socio-Ambiental
Ts’atai, Mercadito y Cultura
Tianguis Alternativo de Puebla
Red Tsiri (Michoacan)
Red de Comunicadoras y Comunicadores Boca de Polen
Promotora de Gestión y Enlace para el Desarrollo Rural, A.C. (PROGEDER)
Frente en Defensa del Maíz, Colima
Mercado de productores capital verde.
Espacio de Encuentro de las Culturas Originarias, A.C.
Red de Maíz de la Ciudad de México.
Alianza por Nuestra Tortilla,
Consejo Rector de la tortilla tradicional,
Fundación tortilla.
Asociación Etnobiológica Mexicana
Sociedad Latinoamericana de Etnobiología
Sociedad Mexicana de Agroecología
Ecocomunidades, A.C.
Red Ecologista Autónoma de la Cuenca de México
Individual signers
Catherine Marielle
Alma Piñeyro Nelson
Ricardo Turrent Alonso
Tamara Circuit
Jesse Circuit
Linette Galeana
Marisa Gonzlez de la Vega
María Garate
Jimena Garate
Miguel Ángel Damián Huato
Ing. Francisco Leyva Gómez, investigador agrícola
Dr. Primo Sánchez Morales, Profesor Investigador T.C.
Dr Carlos Avila Bello
Dr. Ramón Mariaca
Agustín Bernal Inguanzo

CANADA
Canadian Biotechnology Action Network
Common Frontiers – Canada
Council of Canadians
GE Free Comox Valley
Hamilton Chapter of the Council of Canadians
Kawartha Highlands and Lakes Chapter of the Council of Canadians
National Farmers Union – Canada
Northumberland Coalition For Social Justice
Public Service Alliance of Canada
Trade Justice Group of the Northumberland Chapter of the Council of Canadians

UNITED STATES
ActionAid USA
Agricultural Justice Project
Agroecology Research Action Collective
Alianza Nacional de Campesinas, Inc.
Center for Food Safety
Community Alliance for Global Justice/AGRA Watch
Community to Community Development
Institute for Agriculture and Trade Policy
Institute for Policy Studies Global Economy Program
Family Farm Defenders
Farmworker Association of Florida
Food in Neighborhoods Community Coalition
Friends of the Earth USA
Global Justice Ecology Project
Grassroots International
Maryknoll Office for Global Concerns
National Family Farm Coalition
Northeast Organic Farming Association-Interstate Council
Northeast Organic Farming Association-New Hampshire
Pesticide Action Network of North America
Public Citizen
Real Food Media
Rural Coalition
US Food Sovereignty Alliance

The post Trinational Communiqué on Mexico’s Right to Food Sovereignty appeared first on Real Food Media.

Drawing on thirty years of research, Goulson has written an accessible, fascinating, and important book that examines the evidence of an alarming drop in insect numbers around the world. “If we lose the insects, then everything is going to collapse,” he warned in a recent interview in the New York Times—beginning with humans’ food supply. The main cause of this decrease in insect populations is the indiscriminate use of chemical pesticides. Hence, Silent Earth’s nod to Rachel Carson’s classic Silent Spring which, when published in 1962, led to the global banning of DDT. This was a huge victory for science and ecological health at the time.

Yet before long, new pesticides just as lethal as DDT were introduced, and today, humanity finds itself on the brink of a new crisis. What will happen when the bugs are all gone? Goulson explores the intrinsic connection between climate change, nature, wildlife, and the shrinking biodiversity and analyzes the harmful impact for the earth and its inhabitants.  

Meanwhile we have all read stories about hive collapse syndrome affecting honeybee colonies and the tragic decline of monarch butterflies in North America, and more. But it is not too late to arrest this decline, and Silent Earth should be the clarion call. Smart, eye-opening, and essential, Silent Earth is a forceful call to action to save our world, and ultimately, ourselves.

The post Silent Earth: Averting the Insect Apocalypse appeared first on Real Food Media.

In 1979, an idealistic 44-year-old Black woman named Nettie Mae Morrison moved with her husband to Allensworth, 75 miles south of Fresno, in California’s Central Valley. 

“She wanted to be a part of history,” said her son, Dennis Hutson, who was in his mid-20s at the time. The town had a distinctive past. It was founded in 1908 by Allen Allensworth, a man born into slavery who became the first African American to reach the rank of lieutenant colonel in the U.S. Army. About 3 square miles in size, , it was the first town in California founded and governed by Black people—and it served as a beacon of possibility for Black people all over the nation, its population growing to around 1,200 people. 

But the community soon fell on hard times.

In 1914, the Santa Fe Railroad Company moved its rail stop from Allensworth to nearby Alpaugh, a majority-white town, dealing a major blow to Allensworth’s economy. That same year, Col. Allensworth died after being struck by a motorcycle during a visit to Los Angeles. 

It was access to water, however, that proved the most challenging. 

According to California’s water regulatory agency, “The company that sold the land to Col. Allensworth,” the Pacific Farming Company, “didn’t fulfill its promise to build an adequate water system, leaving the growing population with debt and dry wells. Drought struck the Central Valley soon after the town was founded, which led to poor crop yields and further decreased vital water supplies.”

In 1966, the town suffered another blow when officials discovered arsenic in the drinking water, and by the 1970s Allensworth no longer appeared on most maps.

The town’s storied past and ongoing challenges were what drew Morrison there, Hutson said of his mother. She dedicated the rest of her life, from 1979 until her death in 2018, to Allensworth, where she joined church efforts and nonprofit campaigns against local polluters and rallied to secure clean drinking water for the community. On weekends, her five grown children joined her in her efforts.

Decades later, two of her children—twins Dennis Hutson and Denise Kadara, felt a similar calling to Allensworth. Hutson, a Methodist preacher and Air Force chaplain living in Las Vegas at the time, remembered his frustration that little seemed to have improved for local residents despite his mother’s many efforts. As recently as 2020, nearly one-third of the population still lived below the poverty line. 

“[I asked myself], ‘Why doesn’t the government do something?’” Hudson recalled. “A voice [in my head] responded, ‘Why don’t you do something?’”

So in 2007, Hutson and Kadara, age 54, and Kadara’s husband, Kayode Kadara, decided to buy 60 acres from a retiring farmer in Allensworth, calling it the TAC Farm (TAC originally stood for The Allensworth Corporation, an entity that has since been dissolved.) Over the next few years, Hutson moved from Las Vegas and the Kadaras from Half Moon Bay, California, to settle in Allensworth full-time.

Their goal was to create a Black-owned, Black-operated farm that would honor Allensworth’s legacy and boost the local economy in the Valley. They began to farm a mix of collards, okra, mustard greens, watermelon and black-eyed peas because, as Hutson said, “I’m going to grow food that I know Black people want to eat.”

The Central Valley is sometimes called the nation’s breadbasket, producing about 8% of total agricultural output and nearly 40% of the country’s fruits and nuts. But climate change poses a serious threat to the region’s farms. Annual average maximum temperatures in Allensworth, and the surrounding San Joaquin Valley, which is part of the Central Valley, increased by 1 degree F from 1950 to 2020. That figure is projected to increase another 4 or 5 degrees F in the next 30 years, according to a state-commissioned report released earlier this year. The region is also experiencing its most severe drought in a millennium, according to a separate study published earlier this year in the journal Nature.

The extreme heat and drought don’t just threaten crops. These conditions make farm work more dangerous for workers and pose critical health risks for surrounding communities, according to Chantelise Pells, a water-systems researcher at UC Merced and co-author of the state-commissioned report.

“When you compound the expenses of air conditioning, poor air quality and limited access to water, [the climate crisis] is a huge economic burden for low-income communities,” Pells said. “They have to make a choice of whether to suffer in the heat or not have enough money to meet their basic needs.”

According to the same report, hundreds of thousands of residents in the San Joaquin Valley—many of whom are farmworkers—do not have access to clean drinking water and instead rely on store-bought bottled water. More frequent heat waves, which are often accompanied by poor air quality, increase the economic burden on low-income communities in the region that already experience disproportionate rates of asthma and heat-related illnesses.

Lack of rainfall and snowmelt runoff also mean farmers rely more heavily on groundwater, a practice that has become unsustainable, experts say. And amid the water scarcity, small-scale farmers like the Hutson-Kadaras are struggling to compete with larger farms.

“Most small-scale farmers don’t have the means to dig deeper wells and compete with large farms for access to groundwater,” said Angel Santiago Fernandez-Bou, a researcher at UC Merced and another co-author of the state-commissioned report.“During a drought, this can be a big problem for small or disadvantaged farmers.”

In 2007, for example, Hutson dug a 720-foot well on his family’s property, only to discover that his neighbors, who operate larger-scale operations, have wells thousands of feet deep. He realized that meant his well—and the farm’s lifeline—would be at risk of drying up long before his well-financed neighbors’ water sources would. (Around 42% of public wells in the San Joaquin Valley are at risk of drying up due to current drought conditions, according to the state-commissioned report.)

”When you are in the midst of a drought in a state that is having severe water challenges, it seems to me that you would rethink how you do your farming,” Hutson said, “—that it would encourage you to consider other ways to provide for your livestock [while] at the same time trying to provide for your environment.” 

In 2011, the Hutson-Kadaras participated in an organic farming training program, where they learned adaptive practices, such as enriching their soil with organic compost and installing windbreaks—hedges of trees to protect crops against wind—that would limit their reliance on synthetic fertilizers, reduce soil erosion and conserve water. 

In the past decade, the TAC Farm has adopted other climate friendly practices, including closed-loop agriculture—a technique in which farmers recycle nutrients and organic matter material back to the soil.The Hutson-Kadaras also raise rabbits, feeding them organic alfalfa and using their nutrient-dense manure as fertilizer. 

Hedgerows and windbreaks reduce soil erosion, minimizing soil disturbance, which in turn leads to less dust and fewer pollutants in the air. Healthy soil increases water retention, leaving more water in the aquifers. The cover crops add fertility to the soil, reducing the need for agrochemicals that pollute the air and water. The benefits of these farming practices, if adopted widely, reverberate throughout the surrounding community, according to Pells.

“Using regenerative practices [like cover cropping and reducing tillage] is a win-win,” Pells said. “It improves water and air quality, while lessening the economic burden on the farmers themselves.”  

The experiences over the past 15 years have convinced the Hutson-Kadaras of the importance of small-scale and cooperative farming. The benefits aren’t just environmental, Hutson said. Surrounding communities have been shown to benefit economically as small farms generate jobs and circulate income among local establishments. 

State officials are now looking to the Hutson-Kadaras’ farm as a model for developing a new generation of small-scale, sustainable farmers. Earlier this summer, state lawmakers earmarked $10 million in funding to help Hutson and Kadara develop a farmer training program that focuses on sustainable practices and cooperative methods that can help fight the tides of climate change and transform the Central Valley into a more economically and environmentally sustainable region. 

The program will primarily recruit burgeoning Black, Indigenous and other farmers of color in an effort to close some of the racial disparities that are rampant in food and agriculture. After 7 months of training, participants can lease a small plot of land on the Hutson-Kadara’s farm for the next 2½ years and sell their goods to local cooperatives. (While land access has been, and continues to be, an issue for many beginner farmers, organizations like Minnow exist to facilitate the transfer of land into the hands of California’s farmers of color while advancing Indigenous sovereignty.) 

Drought and extreme heat notwithstanding, Hutson said his dream—to make Allensworth once again a beacon of hope for Americans of color—is slowly becoming a reality. In June 2022, California state Governor Newsom set aside an additional $32 million dollars in the state budget for Allensworth—a majority of which will go to building a new visitor center that will connect the town’s history of Black self-determination with its future as a sustainable and equitable farming hub.

“I want Allensworth to be known for training and producing the next generations of cooperative, small-scale, sustainable farmers—whether they are Black, Latinx, Indigenous or Asian,” Hutson said. “That’s what I hope for and that’s what we are working toward.”

This article was made possible by a grant from the Open Society Foundations for Nexus Media News.  Nexus Media News is an editorially independent, nonprofit news service covering climate change. 

Header image: LA Times

The post How a Methodist Preacher Became a Champion for Black-Led Sustainable Agriculture appeared first on Real Food Media.

It was my first in-person event since the start of Covid, and I was delighted to be with my mom and my dear friend Davia Nelson of Kitchen Sisters. If you catch me smiling at folks in the audience it might be my husband, my daughter, my brother, my 4th grade English teacher, my kids’ school principal… it truly was a family affair. My mother and I got to talk about the anniversary edition and all the fun we had pulling it together. You can learn more about Diet for a Small Planet at 50 and get yourself a copy at our website here.

The post Celebrating the 50th anniversary of Diet for a Small Planet at the Bay Area Book Festival appeared first on Real Food Media.

For decades, data on pesticide exposure has been vague and non-existent. Anna Lappé talks to the researchers who have put hard numbers to unintentional pesticide poisonings and fatalities globally.

Last December, four researchers from Germany, Malaysia, and the United States published the results of a systematic review estimating the number of unintentional pesticide poisonings and fatalities globally. The conclusion was startling: An estimated 44 percent of farmers, farmworkers, and pesticide applicators experience at least one incident of acute pesticide poisoning on the job every year, and 11,000 die annually from accidental pesticide poisoning.

We’ve been hearing more and more about the impact of pesticides on insects, other wildlife, and ecosystems, but this research puts a magnifying glass on another huge concern about the explosive use of pesticides around the world: their impact on people.

When I learned about this study, I thought: finally. For years, I had been tracking the global estimates for pesticide poisonings and fatalities. Over this time, I had noticed something strange—the numbers I saw reported in various outlets had stayed the same, about 1 million pesticide poisonings and about 200,000 fatalities, annually. The fatality figure made headlines most recently in 2017 when the United Nations released a report on pesticides and human rights, and one article after another repeated the figure like it was breaking news: “U.N. report estimates pesticides kill 200,000 people per year,” read one headline.

But dig behind these headlines and you would find these numbers were old—really old. The poisoning and fatality estimates that we’d been hearing for years actually came from a 1990 World Health Organization (WHO) report. In other words, we have not had solid global data on how many people are getting sick and dying every year from pesticide exposure for decades—and even that 1990 figure was more back-of-the-napkin math than systematic review.

This new study—based on a review of more than 170 studies from 140 countries—finally provides up-to-date estimates for occupational pesticide poisoning incidents and unintentional fatalities. The conclusions should alarm us all and kick policy makers into gear on long-standing commitments to crack down on the world’s most toxic pesticides, like the insecticide chlorpyrifos still widely used even though it’s a known brain-damaging chemical with no safe level of exposure for children.

I had a chance to dive into the study with two of its authors, Wolfgang Boedeker, an epidemiologist and board member of Pesticide Action Network-Germany, and Emily Marquez, a staff scientist with the Pesticide Action Network-North America. Boedeker shared what this study reveals about how widespread pesticide poisonings are and Marquez helped highlight what can do about it, particularly in the United States.

Let’s start with a definition: systematic. Your paper looks at unintentional acute pesticide poisoning (UAPP). What qualifies as a UAPP?

Boedeker: WHO defines acute pesticide poisoning as when one or more symptoms—such as headaches or dizziness, developing a rash, or feeling dizzy or nauseous—have been reported by workers or farmers within 48 hours of contact with these chemicals. In most cases, these poisonings are experienced as unspecific symptoms after you’ve used pesticides in your field. They may show up a couple of hours after applying pesticides, then be gone again.

What you found about the prevalence of UAPPs was shocking: You estimate that 44 percent of all farmers are poisoned by pesticides every year. But what about the person who may ask, “So what? A farmer feels a little sick in their field, why should we care about these illnesses—and not just mortality?”

Boedeker: If you get intoxicated by pesticide poisoning, you get sick, you often can’t work, you lose income. And, every acute exposure can lead to long-term, chronic disease. Acute intoxication is an unacceptable sign of an exposure to dangerous chemicals. We have to take it very seriously. This is one of the key messages in this paper: not just to look to the fatal intoxication, but enlarge our perspective to the non-fatal intoxication because these poisonings are an expression of dangerous exposure to chemicals.

Many of these acute exposures can lead to chronic illnesses, like cancer. We didn’t include an investigation into that literature because it would have made this study much more complicated, but we need a systematic review on the chronic effects of pesticides, too. And while in this study, we didn’t include the public health effects of the uptake of pesticides via food either, we know there are residues in food and drinking water—and that’s another important issue that needs systematic review. systematic

You estimate 11,000 fatalities every year from unanticipated pesticide poisonings, a much lower figure than the previous one from WHO, but notably, yours does not include fatalities from intentional poisoning. And, your paper notes how widespread that is: An estimated 14 million people have died by suicide using pesticides since the advent of the Green Revolution in the 1960s.

Boedeker: Right. Our fatality figure is lower but as you say we don’t include suicides. Suicides by pesticide poisoning have been investigated for a long while now, and yes, the numbers are alarming.

One reason for the number of poisonings is that pesticide use has skyrocketed: up 81 percent in the past 35 years. In certain regions, you note, that increase has been dramatic. South America saw almost a 500 percent increase while Europe saw just a 3 percent bump.

Boedeker: Yes, the profile of pesticide use has changed dramatically in these 35 years. The amount of pesticides used has grown and the size of rural populations has become larger, so more people are being exposed to more pesticides.

What did you find in terms of geographic hotspots for pesticide poisonings?

Boedeker: Countries in the Global South are most affected, which is to be expected: Not only are these regions where pesticide use is high, but also where there are fewer protective measures against exposure.

What did you hope for the report’s impact?

Boedeker: Our first aim was to have a more reliable figure on pesticide poisoning. The old figure was still cited in every policy paper when it comes to the public health impacts of pesticide use. We wanted to widen the scope beyond fatal poisoning. Secondly, our hope was to show that even after decades of policy interventions, pesticide poisoning is still a big problem. While our number of fatalities is smaller than the old figure, our UAPP figure is so much higher. Our analysis shows that this is a big public health problem and there is urgent need to address it.

What are policy approaches that could address this crisis?

Boedeker: There was a push years ago to stop the export to the Global South of highly hazardous pesticides, or HHPs, but then it got quiet. [There are nearly 300 HHPs on the market, these are pesticides that are known to be highly toxic to humans, linked to cancer or endocrine disruption or those that have shown to be particularly damaging to the environment]. We have a new push for this discussion based on this data. In Germany, for instance, we have governmental discussions on the prohibition of the export of HHPs and we are hoping to see this throughout Europe.

Marquez: Pesticide Action Network-North America got its start campaigning on the export of HHPs banned in the United States but sold in other countries where they weren’t banned. It’s important to keep watchdogging this, as PAN Germany, PAN Europe, and other partners in PAN International like Public Eye do with their “double standards” campaigns.

Right, there’s been organizing around HHPs for a long time. In your paper, you mention a 2006 United Nations Food and Agriculture Organization recommendation for a progressive ban on highly hazardous pesticides, so what happened?

Boedeker: We haven’t seen more progress on this ban, I believe, because of successful international lobbying by the chemical industry, which has made sure these recommendations have not come far. There is a United Nations ethical code of conduct on pesticide use and management with clear messages that these pesticides—which are dangerous and not to be used in certain conditions because they need to be applied with protective measures—should not be exported or used in certain countries. We hope this study will help policy makers realize how getting these codes of conduct in place, and putting real restrictions on HHPs, is an urgent public health issue.

What are national policy priorities that you think could make a difference?

Marquez: In the United States, I think we could do a lot more to prevent pesticide poisonings in agriculture by strengthening protections for farmworkers. Every year in California, for example, there is news about farmworkers—sometimes large groups, all at the same time—getting poisoned while they’re working. Another very important way to get at this problem is transitioning off agriculture that depends so heavily on pesticides to manage the system. Research on nonchemical alternatives to pesticides is really important and it doesn’t get as much funding as it needs.

And what can we do as individuals?

Marquez: As a voter, I would pay attention to what your representatives have to say about farmworkers, supporting small farmers, and research initiatives on non-chemical alternatives to pesticides—especially if you are from a state that has a lot of agriculture. You can also engage your local representative and ask them what they’re doing about pesticide poisonings. Any place where pesticides get used has the potential for people to get poisoned.

There are other policy processes you can engage in—some states have taken the step of banning or phasing out a particular pesticide, for example, as with action around the insecticide chlorpyrifos in Hawaii, New York, and California. Five other states are now pursuing regulatory action on the insecticide. There are other processes, too, like participating in comment periods in your state or county or weighing in during comment periods from national agencies. Our organization, Pesticide Action Network, provides updates on key comment periods for public engagement, helping people around the country engage in these important policy battles.

This interview has been edited for clarity and length.

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More than a decade after Michael Pollan’s game-changing The Omnivore’s Dilemma transformed the conversation about what we eat, a combination of global diet trends and corporate interests have put American agriculture into a state of quiet emergency, from dangerous drought in California–which grows more than 50 percent of the fruits and vegetables we eat–to catastrophic topsoil loss in the breadbasket heartland of the United States. Whether or not we take heed, these urgent crises of industrial agriculture will define our future.

In Perilous Bounty, veteran journalist and former farmer Tom Philpott explores and exposes the small handful of seed and pesticide corporations, investment funds, and magnates who benefit from the trends that imperil us, with on-the-ground dispatches featuring the scientists documenting the damage and the farmers and activists who are valiantly and inventively pushing back.

Resource scarcity looms on the horizon, but rather than pointing us toward an inevitable doomsday, Philpott shows how the entire wayward ship of American agriculture could be routed away from its path to disaster. He profiles the farmers and communities in the nation’s two key growing regions developing resilient, soil-building, water-smart farming practices, and readying for the climate shocks that are already upon us; and he explains how we can help move these methods from the margins to the mainstream.

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We hate to bring more anxiety-inducing news your way, but we are well on our way to a second silent spring. The culprit? Industrial agriculture or, more specifically, neonictinoids (also known as neonics), a widely-used class of insecticides. 

An explosive new peer-reviewed study co-authored by our colleague Kendra Klein, PhD at Friends of the Earth came out last week with the staggering conclusion that neonics have caused US agriculture to become 48 times more toxic to insects than 25 years ago. Neonics aren’t just killing “pests,” they are killing our precious pollinators and harming all of the animals that rely on them as food. As we found out earlier this year, we are on the verge of a global “insect apocalypse” that will have devastating impacts all along the food chain.  

Here’s the thing: it doesn’t have to be that way. We can farm better. Research shows that “organic farms support up to 50% more pollinating species and help other beneficial insects flourish [and] by eliminating neonics and some 900 other active pesticide ingredients, they protect human health, too.”

The study, and our oped in The Guardian, are getting a lot of attention. We’re hoping it will help build political will for the regulation of these terrible bug-killers and that, like the European Union, we may soon see significant restrictions on their use. 

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Most of the world, Wise reveals, is fed by hundreds of millions of small-scale farmers, people with few resources and simple tools but a keen understanding of what to grow and how. These same farmers—who already grow more than 70 percent of the food eaten in developing countries—can show the way forward. Wise takes readers to remote villages to see how farmers are rebuilding soils with ecologically sound practices and nourishing a diversity of native crops without chemicals or imported seeds. They are growing more and healthier food; in the process, they are not just victims of the climate crisis, but rather protagonists whose solutions can show us the way forward.

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Published nearly ten years ago, Diet for a Hot Planet remains a timely and incisive read for anyone looking to understand how food can be a powerful tool for solving the global climate crisis. 

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