Potato farming is drowning in fragmented data, yet only a fraction informs real decisions. This article argues that the next competitive edge will come from turning field, storage, and processing data into simple, repeatable ‘decision engines’. By standardizing records, closing seasonal feedback loops, and using AI for pattern recognition rather than silver bullets, growers, storage managers, and processors can learn faster, cut risk, and protect margins in an unstable climate.
Consolidation is reshaping who holds power in the global potato chain, from fields to fry plants and retailers. A handful of processors, retailers, input multinationals and digital platforms dominate decisions on contracts, prices, varieties and standards, often squeezing growers, workers and communities. The article explains how this buyer power works in practice and outlines tools – from co-ops to fair trading rules and data governance – to rebalance the system.
German potato farmers are facing frustration despite a record harvest, as increased yields and cultivated areas have led to excessive market supply and falling prices. Farmer Fabian Wigger highlights the challenge of unsold potatoes, with some growers allowing crops to rot or diverting them to biogas plants. Wigger, relying on direct sales, must still adjust prices due to retail changes, noting the unprecedented storage issues his farm faces.
Record crops in western Europe have flipped the potato market from shortage to surplus, driving free-buy prices down and pushing surplus tonnes into feed, biogas and waste outlets. This article unpacks the causes of the glut, its impact on farmers, processors, traders, retail and consumers, and contrasts Europe’s situation with tighter or rebuilding markets in North America, Eastern Europe, Africa, Asia and Latin America, outlining what the sector must change next.
Potato “waste” is fast becoming a strategic asset. This feature maps the main by-product streams in modern potato chains and examines options such as peel-based fibre ingredients, biogas, lactic acid, bioplastics, biochar and nutrient recovery. It highlights economic and equity questions around who benefits from new biorefineries and circular hubs, and outlines practical steps growers and processors can take to turn disposal costs into long-term value.
This article traces how baby potatoes evolved from incidental “smalls” into a deliberately bred, tightly specified premium segment. It explains the small-at-maturity ideotype, tougher agronomy and handling, cautious use of marker-assisted selection, and the economics of “tonnes in band”. It also explores packaging, branding, and multi-channel demand from retail, foodservice, and meal kits, arguing that small potatoes now test the industry’s ability to run high-value, disciplined, system-based programs worldwide today.
Global potato production hit 383 million tonnes in 2023, predominantly in Asia. Fertilizer costs and extreme climate events threaten yields, prompting a shift towards sustainable practices. Farmers are urged to rely less on synthetic fertilizers, instead using organic and crop-derived sources to enhance soil health. Regions are adapting methods, blending tradition with innovation, and exploring biofertilizers and cover crops to balance fertility needs while maintaining productivity and quality standards.
Potato traceability is maturing, but value depends on execution, not buzzwords. Most gains come from standards-led, batch-level tracking using GS1/EPCIS and cloud platforms; blockchain adds weight mainly when retailers mandate consumer-facing transparency. Benefits include faster, narrower recalls, better supplier performance data, and selective brand trust. Costs, data quality, and network coordination remain hurdles. Expect QR codes on processed SKUs, with fresh supply chains prioritizing behind-the-scenes interoperability rather than item-level traceability.
The global potato market isn’t declining but evolving, with fresh and processed formats gaining and losing share respectively. While fresh potato consumption declines in many regions, processed varieties, particularly frozen products, are thriving. Retail strategies increasingly focus on convenience and premium offerings. As emerging markets grow, so does the importance of adapting to local consumer needs, indicating a shift in how potatoes are presented and consumed worldwide.
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.
Air fryers have revolutionized cooking habits, particularly for potatoes, by offering speed, simplicity, and perceived health benefits. Their household adoption has surged, with about 45% ownership in the UK by spring 2024. Retailers are adapting by providing dedicated air-fryer products and clear instructions. Air fryers cut energy use and enhance meal convenience, positioning potatoes as vital in quick, affordable cooking. Success requires targeted engineering and effective marketing.
This report by Jurre de Haan, Frozen Potato Market Analyst at A-INSIGHTS, predicts global frozen processed potato consumption growth of 2.3% in 2025 and 3.0% annually through 2030. High prices have dampened demand, but trade volumes are bouncing back. Emerging markets will drive growth, though capacity delays and rising self-sufficiency may challenge imports and reshape market dynamics. Ongoing consumption analysis is vital for strategic business opportunities.
On-farm DNA diagnostics for seed potato growers are rapidly advancing, enabling same-day results for virus and blackleg testing. Portable tools using isothermal amplification and CRISPR technologies enhance decision-making, facilitating timely rogueing or lot rejection before planting. These methods complement accredited lab tests by providing quick triage options. Key targets include PVY, PVA, PLRV, and bacterial wilt, improving overall crop quality and management efficiency.
Swiss potato growers are facing a record surplus in the 2025 season after years of scarcity, attributed to favorable weather. This bounty has led to plummeting prices due to excess supply and strict quality standards, causing financial strain despite increased overall earnings. Creative solutions include direct sales and repurposing excess potatoes. However, climate change poses future risks, necessitating adaptive strategies. Stakeholders seek better forecasting and government support for sustainability.