No-nonsense, no-frills potato news stories from around the world
Chick-fil-A sources most of its frozen french fries from Idaho’s Lamb Weston, a company facing numerous challenges such as droughts and increased foreign competition. Farmers like Kamren Koompin are adapting through scientific advances while struggling with fluctuating prices, federal nutrition guidelines, and a movement against processed foods. Despite their productivity, farmers are experiencing price depressions, impacting their financial stability amid rising production costs.
James Gray, CFO of Lamb Weston, has identified new cost pressures facing the French fries maker, notably linked to extreme weather in Europe impacting potato crops. Despite current supply coverage, potential shortages could heighten inflationary pressures from geopolitical conflicts. During a recent conference, Gray noted reduced yields due to early crop maturation and encouraged innovation in response to competitive restaurant markets.
In 2026, North American potato growers are navigating reduced acreage and strong but uneven demand, particularly in the US where plantings fell by over 3%. While Canadian acreage remains stable, the industry faces challenges like production costs, climate variability, and trade uncertainty. Enhanced processing capacity shapes market dynamics, yet profitability relies on balanced supply and demand. The key is aligning production adequately to sustain the industry’s viability amid evolving consumer preferences and market conditions.
The potato industry’s approach to crop protection is evolving due to fungicide-resistant pathogens, symptomless virus infections, and complex pathogen movement. Effective management now demands early detection and coordinated surveillance, transitioning disease identification from mere reaction to proactive monitoring. Recent experiences, such as Denmark’s handling of the resistant EU43 genotype, highlight the importance of integrating advanced forecasting, rapid diagnostics, and biosecurity protocols to protect potato crops against emerging biological threats.
North-Western Europe is facing severe challenges in potato production due to drought and extreme heat affecting countries like France, Belgium, the Netherlands, and Germany. With an estimated 11% reduction in planted area and intensified irrigation demands, crop growth has slowed significantly. The situation threatens yield and quality, leading to fears of tighter supply in the 2026 market if sustained rainfall does not occur soon.
Record drought conditions in England threaten the potato crop’s yield, tuber quality, and market availability, with about 71% of the country experiencing drought as of August 10. Challenges include reduced tuber bulking, smaller sizes, and difficulty meeting market specifications. Irrigation is crucial, yet access to water is becoming restricted. The situation calls for strategic water management to sustain potato production amid growing concerns over food security.
The potato harvest season embodies challenges, resilience, and family dynamics in farming. As weather fluctuates between drought and rain, growers like Pieter balance hope and caution. The narrative highlights the emotional weight of decisions, portraying farming as a blend of human judgment and technology. Ultimately, saving a crop involves more than just yield; it encapsulates pride, responsibility, and the enduring connections among family members navigating agricultural life.
The global potato industry is facing increasing climate challenges that require resilience to be a core business strategy. Extreme weather events significantly impact crop planning, yield stability, and marketability. As potatoes are sensitive to environmental stress, the industry must adapt through improved monitoring, better varieties, and integrated practices while also addressing the costs involved in climate adaptation. A new definition of productivity that goes beyond yield is essential for future success.
At mid-year, the global potato industry faces a cautious second-half outlook. Europe is trying to reset after oversupply, North America is watching processor demand and new-crop signals, and emerging frozen fry exporters such as China, India, and Egypt are changing trade dynamics. Weather stress, fertilizer costs, storage risk, and quality will likely determine whether 2026 ends in better balance or renewed pressure.
A late-June heatwave in Europe is raising significant concerns for potato crops, particularly in Spain, where heat stress and increased irrigation demands threaten yields. Reports indicate potential declines of 10% to 15% compared to optimal conditions, exacerbated by reduced planted areas. The broader impact of high temperatures and limited rainfall across Europe could intensify crop challenges. Future assessments will reveal the extent of damage, with critical factors including tuber bulking and soil moisture.
Potato growers face significant challenges due to climate change, including increased heat, drought, and heavy rainfall, which can adversely affect crop yields. To adapt, they must prioritize effective water management, soil health, and practical strategies specific to their regions. The industry also requires new potato varieties resilient to these stresses. Collaboration among growers, researchers, and industry stakeholders is essential for building a sustainable future in potato cultivation.
Egypt can successfully grow Western potato varieties, but their success hinges on local climate suitability, irrigation, seed quality, and market needs. Some varieties, like Santana and Innovator, have demonstrated potential in the country’s processing sector. However, caution is advised with varieties like Russet Burbank due to their specific agronomic demands. Ultimately, disciplined trials and understanding local conditions are essential for commercial viability.
Potato cultivation is a challenging endeavor, sensitive to climate variations and agricultural practices. As climate instability, water scarcity, and disease pressures rise, growers must adopt smarter, more resilient systems. Effective water management, soil health, and integrated pest strategies are crucial. While advancements in technology and variety development are important, they must be paired with comprehensive management approaches to ensure the potato remains a vital global food source amid increasing demands.
A widespread U.S. drought is adding early-season uncertainty for potato growers in several key production states, especially Idaho, Oregon, Colorado, Nebraska, Maine, Texas and Florida. While some major regions still have adequate field moisture, drought risk is shifting attention to irrigation allocations, energy costs, tuber set, quality and yield potential. The full crop impact remains uncertain, but 2026 is already shaping up as a water-watch season.
Potato production in the UK faces significant risks due to weather volatility and reduced farming subsidies, as discussed in a recent GB Potatoes webinar. Experts highlighted the importance of innovative risk management strategies, such as parametric insurance, which offers quicker payouts based on measurable weather events rather than traditional assessments. This new coverage aims to provide essential financial protection for growers, allowing them to safeguard their crops against increasingly unpredictable conditions.
This feature reframes potato as a solar-biomass platform and argues that yield alone is no longer enough to define performance. It shows how canopy development, stress resilience, biomass partitioning, storage retention, and utilization of side streams shape true value per hectare. With climate volatility and tighter margins, the article calls for integrated decision-making across growers, processors, and planners, supported by measurable KPIs and a practical five-year implementation pathway for resilient profitability.
In 2025, natural disasters and extreme weather reshaped the potato industry across multiple countries – with drought, floods, storms, hail, and water restrictions hitting yields, quality, and timing. The impact was not only fewer tonnes, but greater grade volatility, delayed planting and harvest windows, and higher storage risk from stressed tubers. From Maine’s drought disaster designation to Australia’s supermarket shortages, 2025 reinforced that resilience – water security, adaptable contracts, and stress-tolerant systems – is now a core business requirement.
Potato News Today’s 2025 “Potato Word of the Year” is resilience – not as a slogan, but as the practical requirement for staying profitable and stable in a tougher era. The editorial traces how resilience showed up across the potato system: soil performance and “tired” fields, climate volatility, shifting pest and disease dynamics, higher-stakes storage management, energy and compliance pressures, and oversupply-driven market stress. Runner-up words include transition, whiplash, saturation/glut, and deadpan.
Heat, humidity and shifting weather patterns are reshaping the pest and disease risk map for potatoes. Warmer seasons mean more insect generations, changing late and early blight windows, and the spread of “southern” threats like zebra chip, tuber moth and bacterial wilt into new regions. The article explores how these pressures collide in fields and storages, and how growers are adapting with scouting, varieties, storage design and climate risk management.
Potato growers face intense uncertainty from markets, climate, policy and emotional strain, yet they keep showing up season after season. This reflective essay explores how potatoes act as an anchor in a shifting world, how growers manage risk, lean on community and quietly redraw the lines they can no longer hold. It highlights the quiet courage of staying grounded, protecting core values and carrying on with integrity through hard years.
Potato growers are often seen as lagging behind corn and soybean farmers on climate-smart practices, yet the reality is more complex. This feature compares adoption trends across major potato regions, from North America and Europe to Asia, Africa and Latin America, and unpacks the structural, market and agronomic reasons behind the perceived gap. It highlights emerging leaders, processor and retailer pressure, and where potatoes may actually be ahead on resilience.
Mordor Intelligence’s new Potato Market Size & Share Analysis – Growth Trends and Forecast (2025 – 2030) values the global potato commodity market at USD 120 billion in 2025, rising to about USD 145 billion by 2030. The study highlights steady, processing-led growth, with Asia-Pacific as the largest market and Africa the fastest-growing. Contract farming, climate-smart breeding, improved storage and emerging industrial uses for potato by-products all shape the market’s trajectory.
In this tongue-in-cheek forecast from the Spudwire Weather Service, a nervous potato meteorologist confronts an unprecedented Potato Cloud and a Yukon Gold heatwave officially classified as “Fry Heat.” As butter drizzle warnings and mash slide alerts roll in, farmers, agronomists and local cafes scramble to adapt, wondering if their crops will stay cool – or end up crispy – under the world’s first fry weather emergency for spud lovers everywhere.
This article examines how climate change, rising energy costs and grid instability are putting unprecedented pressure on potato storage. It explains why many existing stores were built for a cooler, more predictable world, and how insulation, smarter controls, backups, renewables and new business models are redefining the cold chain. The message is clear: storage is no longer a background cost, but a strategic resilience tool that must be deliberately redesigned.
Climate change is reshaping the patterns and risks of potato diseases like late blight, viruses, and nematodes, outpacing current management strategies, writes Lukie Pieterse in this article. Increasing temperatures and moisture are creating unpredictable disease baselines, complicating traditional forecasting. Advanced monitoring, including machine learning and portable diagnostics, is improving disease surveillance. However, the industry faces challenges with evolving resistance and regulatory pressures.
