Collapse of the California Apple Industry and Replacement with Toxin Doused Strawberries

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By  SEAN OGDEN   For more than 150 years, California’s Pajaro Valley apple growers depended on Martinelli’s, a cider producer, as an anchor buyer, providing a degree of market stability. That arrangement has now collapsed. In 2026, Martinelli’s declined to renew long-standing grower contracts, accelerating orchard removals across the region. Generational apple orchards are being bulldozed and converted to berry production as growers scramble for economic survival. Apple Economics The severe structural decline of the California apple industry is driven less by shifts in consumer demand than by the post-harvest logistics and quality-control imperatives of the economics of industrialized monocropping. Washington state produces about 70 percent of US apples and benefits from lower labor costs, greater mechanization, and more efficient large-scale production, keeping costs near $135 per ton versus roughly $400 per ton in California’s Pajaro Valley. National procurement systems reward the lowest-cost supplier, leaving California’s smaller and more labor-intensive orchards structurally disadvantaged. Martinelli’s effectively functioned as a monopsonylike market anchor. Once that buyer stepped back, those growers were left with stranded orchards and no viable long-term market. Replacement Myth The disappearance of apples in California is often framed as a simple crop transition. In reality, it represents a troubling move toward a more intensive industrial monoculture model that accelerates ecological degradation. Large-scale monocropping depletes soils, reduces biodiversity, increases plastic waste, and intensifies reliance on agrochemicals used to meet production volumes and retailer cosmetic standards, deepening rather than mitigating ecological vulnerability. Chemical Dependence California’s dominant replacement berry crop, especially strawberries, is one of the most industrialized sectors in US agriculture. Watsonville-based Driscoll’s sits at the center of this chemically intensive growing system as one of the world’s largest berry marketers and aggregators. The berry industry’s production model relies heavily on pesticides, soil fumigation, plasticulture systems (plastic mulch), and highly standardized growing practices designed to maximize yield and uniformity. Pesticide Residue Research reports detected multiple pesticide residues on conventionally grown strawberries, including cyprodinil (endocrine disrupter), pyrimethanil (hepatic function), indoxacarb (neurotoxin), and fludioxonil (neurotoxin). Although these levels mostly fall within Environmental Protection Agency limits, such compounds are heavily restricted or outright banned in other countries.  The debate is not whether residues exist — they do — but whether current US regulatory frameworks adequately account for cumulative and long-term exposure. Soil Fumigants California strawberry production also relies extensively on preplant soil fumigation. Common fumigants include 1,3-dichloropropene and chloropicrin, both of which are hazardous chemicals requiring strict handling procedures. Farm workers are required to wear Tyvek suits, goggles, and HEPA respirators due to the exposure hazards. Fumigants used in the US face stricter limitations elsewhere, fueling deeper debates over whether American regulatory standards adequately protect workers and nearby communities. Public Health  Despite the recent Supreme Court pesticide decision, extensive research links agricultural chemicals, including organophosphate pesticides and fumigants, to significant neurological, developmental, respiratory, and cancer risks. In Monterey Bay agricultural communities, concerns have turned into protests and hunger strikes calling for buffer zones because pesticide applications occur near homes, schools, and workplaces. A 2026 watchdog report identified multiple pesticide residues in retail strawberries, including fluorinated compounds associated with PFAS-related concerns. While reported levels were within US regulatory thresholds, the federal standards remain fragmented and do not adequately address cumulative exposure.  Driscoll’s states that its produce complies with pesticide residue regulations, despite research to the contrary. Chemical Agriculture Pesticide use is driven primarily by economic incentives rather than consumer safety. Growers operate within a system shaped by crop insurance requirements, retailer specifications, pest pressure, labor costs, contractual obligations, and the financial consequences of yield losses. In this environment, chemical dependence becomes less a choice than a structural feature of industrial agriculture. Larger Structural Crisis The decline of Pajaro Valley apples is part of a broader transformation affecting US agriculture. Climate volatility, water scarcity, labor costs, land inflation, regulatory burden, and competition from lower-cost production regions are reshaping which crops can survive economically. Expanding quasi-legal ICE enforcement and growing reliance on H-2A labor are making farm labor less stable and more costly. Even organic berry production is highly industrialized, often relying on plastic ground covers, intensive labor systems, and tightly managed input regimes. Beyond Fruit The central issue is not whether apples are being replaced by berries. It’s whether agricultural landscapes are being redesigned around short-term price efficiency at the expense of ecological resilience, regional food security, and long-term sustainability. The same economic forces that undermined Pajaro Valley’s apple industry are now shaping the berry industry that is replacing it: consolidation, scale, cost minimization, and globalized supply chains. What appears to be a local orchard collapse is actually the predictable outcome of a food system that rewards consolidation, monoculture, and chemical dependence, while passing on the long-term environmental and community costs to everyone else.  The bulldozing of Pajaro Valley orchards is not merely an agricultural story. It’s a warning about the vulnerabilities created when entire food systems become dependent on single-crop models, a handful of buyers, and relentless pressure to produce at the lowest possible cost.

Hashtag Picks ‘Enough Is Enough’: Ralliers Gather Outside Driscoll’s to Demand End to Pesticide Use From the Santa Cruz Sentinel: “Throughout much of 2025, different environmental health groups focused a lot of their energy on stopping the use of pesticides in the Pajaro Valley. These ranged from rallies to presentations of studies to hunger strikes. A lot of the attention has been placed on Driscoll’s, the Watsonville-headquartered corporation that is the largest berry company in the world.” Republican House Bill Guts Laws Protecting US Consumers From Toxic Chemicals The author writes, “A new Republican House bill proposes sweeping changes to US toxic chemical laws that would gut protections for consumers, workers and the environment, public health advocates mobilising against the legislation warn. Among other changes to the Toxic Substance Control Act (TSCA), the bill would limit the type of science that is used to determine health risks, stop legally requiring the Environmental Protection Agency to ensure chemicals won’t harm people, give industry a prominent role in chemical review processes, and make it more difficult legally for the agency to ban toxic substances.” Spinach, Berries, Apples: New Report Reveals Produce With Most Pesticide Residue The author writes, “Leafy greens such as spinach and perennial kid favorites such as strawberries and grapes held the highest levels of potentially harmful pesticide residues based on government tests, according to the 2026 Shopper’s Guide to Pesticides in Produce. Nectarines, peaches, cherries, apples, blackberries, pears, potatoes and blueberries filled out this year’s ‘Dirty Dozen’ most pesticide-laden fruits and vegetables, according to the report released [in March] by the Environmental Working Group, or EWG, a health advocacy organization.” Sewage Sustainability: Policies to Balance Per- and Polyfluorinated Alkyl Substance (PFAS) Mitigation and Nutrient Recycling From the Kleinman Center for Energy Policy: “Biosolids from sewage have long been used as fertilizer to recycle nutrients. However, contamination of PFAS ‘forever chemicals’ are now threatening this practice. This digest discusses the extent of the PFAS problem and how states can still enable sustainable nutrient recovery while mitigating health risks.”  Emerging State Regulations of PFAS for Biosolids From the Rockefeller Institute of Government: “In our 2024 PFAS Policy Dashboard update, we first highlighted biosolids as one of the emerging areas of state PFAS legislation. As outlined previously, PFAS—or per- and polyfluoroalkyl substances—are a class of human-made chemicals, also commonly referred to as “forever chemicals.” Biosolids are treated organic material, like compost, derived from sewage sludge or byproducts that may be applied to soil as a “beneficial use.” At the time, we noted increased attention to biosolids alongside agriculture, animals, and food. In our recent update to the Dashboard, which newly includes 2025 state legislation (from January to December 2025), biosolids, along with agriculture, groundwater, soil, and wastewater, all saw a marked rise in the number of bills introduced.”   California’s Strawberry Industry Is Hooked on Dangerous Pesticides (2014) The authors write, “Paul Helliker had a job for Dow AgroSciences. As director of the California Department of Pesticide Regulation, Helliker had allowed some growers to ignore the restrictions for a pesticide called 1,3-Dichloropropene, which the state believed caused cancer. The loophole was supposed to be temporary. Helliker gave Dow, the company that manufactures 1,3-D, and growers two years to come up with a plan to follow his department’s rules or to create new ones. It took Dow less than a year to hand in its proposal. The company’s plan didn’t close the loophole, however. It greatly expanded it.”