Peru is moving two conventionally bred, iron-rich potato varieties into certified seed production after decades of research. The science is promising: a controlled trial found that meals made from an iron-biofortified potato delivered substantially more absorbed iron than a conventional comparison. Yet breeding is only the beginning. Seed availability, farmer confidence, culinary acceptance, affordability and public-health coordination will determine whether a better tuber becomes measurably better nutrition for Andean families.
NextGen Potatoes
NextGen Potatoes explores the future of the global potato industry through cutting-edge breeding, smart technologies, grower adaptation, and sustainable practices. This section features in-depth articles, interviews, and insights highlighting innovation, resilience, and the next generation of solutions shaping potato production worldwide.
Elea: Insights from the PEF Advantage Day and where PEF is heading next
Elea Technology is showcasing its advancements in pulsed electric field (PEF) technology through various projects, including its insights from PEF Advantage Day 2026 and participation in WCE 2026. The event highlighted new process monitoring developments, featuring the PiCon Sense and PiCon Vision systems. Elea is collaborating with Kiron Food Processing Technologies to enhance potato processing in India. Upcoming events will provide opportunities to discuss PEF applications and innovations in food processing.
Beyond the congress hall: Will Kenya 2026 leave a lasting potato legacy?
From 26 to 30 October, the World Potato Congress will meet in Kenya—the first edition held in sub-Saharan Africa. Delegates from 62 countries are already registered, but the event’s significance extends beyond attendance figures. Its lasting value will depend on whether global science, investment and technology connect with farmers’ everyday constraints, and whether African growers, researchers, young people and businesses help set the agenda rather than merely host it there.
Before Europe plants again: The changing shape of its seed-potato supply
Europe’s seed-potato multiplication area has fallen to 105,155 hectares across six leading regions, but the headline decline tells only part of the story. The sharper contraction in major French-fry varieties, combined with certification risk and concentrated production, could shape planting choices in 2027. This article examines what the figures mean, what they do not prove, and why Europe’s seed growers remain essential to potato supply chains far beyond the continent.
Less nitrogen, but the same crop?
A Prince Edward Island field study found that reducing potato nitrogen applications by 25% preserved marketable yield while some combinations of rotation and enhanced-efficiency fertiliser sharply lowered nitrous oxide emissions. The result is promising, but it is not a universal recommendation to cut rates. It demonstrates why nitrogen decisions should reflect soil supply, rotation history, weather, variety and requirements—and why measuring the crop matters more than following a habitual number.
‘Weed hunters reloaded’: Canadian scientists targeting troublesome weeds with grit and innovation
Dr. Andrew McKenzie-Gopsill’s research explores a novel weed control method for Canadian farmers using baking soda and corn cob grit. By employing abrasive techniques and bioherbicides, the approach effectively targets stubborn weeds, like lamb’s quarters and wild buckwheat, without harming potato crops or yields. While promising, challenges include sourcing materials and costs. This method particularly benefits high-value and organic crops, offering a sustainable alternative to traditional herbicides.
Potatoes, humane farming and the wider circle of care
Potatoes may seem far removed from animal welfare, but they occupy an important place in the wider conversation about humane farming. As organisations such as Mercy For Animals support farmers seeking alternatives to industrial animal agriculture through initiatives like The Transfarmation Project, the potato sector has an opportunity to contribute practical crop knowledge, market insight and solidarity rooted in farmer dignity, food security and responsible land stewardship.
PapaDX moves beyond photo diagnosis as AI assistant learns the history of individual potato fields
PapaDX, an AI-driven app developed in Argentina, has expanded from basic image-based crop diagnosis to a comprehensive digital assistant for potato growers. Its new features include field-specific memory tracking, Growing Degree Days monitoring, and a weed identification function. These updates enhance crop management by anticipating risks and contextualizing field history, marking a shift from reactive diagnosis to proactive support, ultimately aiming to empower growers in potato production.
How cold chain logistics helps reduce waste in fresh and frozen potato distribution
Potatoes are vital to global food supply, yet significant amounts spoil before reaching consumers due to inadequate cold chain logistics. Effective temperature and humidity control from harvest to storage is crucial to minimize degradation and sprouting. Cold storage and consistent monitoring throughout transportation prevent quality loss. Implementing efficient cold chain practices reduces waste, benefiting both profitability and sustainability, while enhancing potato supply chain resilience for manufacturers and distributors.
Can a digital twin support potato irrigation without permanent field sensors?
AGORÀ, developed by VAIMEE, helps potato growers optimize irrigation decisions by integrating crop, soil, weather, and management data. This decision-support system updates daily and can predict irrigation needs for up to three days ahead, relying on existing field data. A 2026 assessment in Italy compared AGORÀ’s recommendations with actual irrigation events, exploring various configurations to enhance timing, while keeping the grower involved in final decisions. The study didn’t assess the impact on crop yield or quality.
‘One drop at a time’, part 4: Why drip remains an outsider in North American potato country
Potato growers across North America face increasing pressure to optimize water usage, with alternatives like drip irrigation and centre pivots vying for efficacy. Drip irrigation is recognized for precision but competes with well-established centre pivots that suit large-scale operations. The suitability of each system varies regionally, influenced by factors like soil type and water availability. Factors such as operational efficiency, costs, and environmental impacts must be weighed to determine the best irrigation approach for specific situations.
‘One drop at a time’, part 3: When the irrigation system learns to listen
Potato growers are increasingly utilizing sensors, weather data, and automated controls to enhance drip irrigation efficiency. However, the synthesis of these technologies with sound agronomy is essential for optimal decision-making. Recent trials in the UK illustrate the importance of precise irrigation management tailored to soil conditions. While automation offers promise, human judgment remains crucial in managing water usage amid changing climates, ensuring sustainable practices.
‘One drop at a time’, part 2: Can drip irrigation work on a commercial potato farm?
Drip irrigation has shown potential to reduce water use and increase potato yield in Britain, but its successful implementation involves careful engineering and integration with existing farming practices. A trial indicated a 25% reduction in water use and an 18% yield increase, yet results may vary by context. Effective management, precise tape placement, and continuous monitoring are crucial for maximizing benefits while addressing the operational challenges faced by growers.
‘One drop at a time’, part 1: What drip irrigation can offer the potato crop
The article discusses the benefits and challenges of drip irrigation in potato production. While it allows precise water and nutrient delivery, effective use relies on proper management and design. Maintaining stable soil moisture is critical during tuber initiation and bulking, as both under and over-watering can negatively impact yields. Different soil types affect the wetting pattern, necessitating tailored approaches. Fertigation enhances nutrient management, but precision is vital to avoid errors.
McCain’s inaugural global ‘Spud Report’ finds fries crossing cultures, generations and borders
A McCain Foods survey of over 12,000 adults from 11 countries revealed that French fries are the most favored potato dish globally. The Spud Report highlighted fries’ emotional significance as comfort food linked to happiness and social interactions. Findings showed cultural variations in consumption patterns, with fries seen as snacks in India and China, while other nations viewed them as meal accompaniments. McCain intends to implement regenerative agriculture practices by 2030, linking consumer preferences to farming practices.
PapaDX brings AI-assisted potato crop diagnosis and weather alerts to the field
Aconcagua Digital has launched PapaDX, a mobile application for potato growers that analyzes crop photographs to diagnose health issues using AI technology. Released in August 2026, it offers confidence ratings and management suggestions based on identified diseases, pests, and nutrient deficiencies. In addition to visual assessments, PapaDX provides weather alerts to predict disease risk. While a useful tool, it should not replace professional consultation for accurate diagnoses.
Why does potato breeding really take so long? The genetics behind a 15-year problem
The potato breeding process typically spans about 15 years due to various biological and operational bottlenecks. Factors such as the complex genetics of highly heterozygous potatoes, the vegetative multiplication of commercial varieties, and the intricacies of evaluating traits contribute to the timeline. Innovations like genotyping, diploid breeding, and fixation-restitution methods aim to streamline these processes, enhancing efficiency and potentially shortening the time taken to deliver new varieties to growers.
‘The cost of being late’: Ecuador’s zebra chip warning to the global potato industry
What Ecuador’s experience with zebra chip can teach the global potato industry about preparedness, diagnosis and the human cost of being late. By Lukie Pieterse, Editor/Publisher of Potato News Today On 21 August, a European potato research project published an account from Ecuador that deserves attention well beyond Europe. It was not a story about a laboratory breakthrough or a[Read More…]
IDS camera technology enables precision potato sorting for professional and family-run farms
The Farmsort.one optical precision sorter revolutionizes potato classification by employing multiple IDS industrial cameras over a 1.5-metre inspection section. This system meets rising quality demands and labor shortages in agriculture by enabling multi-grade sorting based on size and quality in a single pass. It reduces manual resourcing, emphasizing repeated inspections and controlled handling, ensuring reliable assessments even in challenging conditions, thus optimizing overall throughput.
‘The algorithm and the acre’: Why the future of potato breeding will still be decided in farmers’ fields
The GAIN-RT initiative, announced on August 18, 2026, aims to enhance potato breeding through artificial intelligence, focusing on climate resilience and disease resistance. Collaborating with institutions such as the International Potato Center and KALRO, GAIN-RT will combine genomic and environmental data to improve selection processes. However, concerns remain about AI’s limitations and the necessity for local insights, training, and effective seed systems to ensure successful variety adoption by farmers.
Global partnership launches AI project to accelerate development of climate-resilient potato and sweetpotato varieties
A global initiative named GAIN-RT has been launched to leverage artificial intelligence (AI) in the rapid development of crop varieties, primarily focused on potatoes and later sweetpotatoes. This collaboration includes the International Potato Center, the James Hutton Institute, and African partners, aiming to address challenges posed by climate change, pests, and diseases. The project also emphasizes training for scientists, particularly women, to enhance local research capabilities and improve food security.
The potato industry’s next water challenge: Learning to produce more value from every drop
Recent research from Europe and North America reveals that increased irrigation does not guarantee better potato yields, challenging common practices. Factors such as crop stage, cultivar, and irrigation method influence outcomes significantly. Findings indicate that effective water management relies on precise decisions regarding irrigation timing and amount, rather than general assumptions, emphasizing economic productivity over simple yield maximization. The industry should embrace a holistic approach to enhance drought resilience.
The global potato industry in 2026: More potatoes, less certainty – and a seed system beginning to change
Global potato production is at an all-time high, yet complexities loom. North America is reducing acreage, Europe faces shifting blight populations, and trade policies are uncertain. Notably, a diploid potato variety has been registered in the Netherlands, signaling progress in breeding. Overall, while production rises, profitability and system resilience remain critical as the industry adapts to new challenges, including reliance on integrated supply chains and disease management strategies.
Beyond tonnes per hectare: Why marketable yield per drop is becoming potato’s next benchmark
Potato businesses are increasingly recognizing water as a critical factor beyond just an agronomic input, impacting costs, quality, and market access. It’s essential to measure water productivity alongside yield to ensure that each unit of water maximizes marketable value. Effective irrigation practices must consider timing, soil conditions, and crop needs. A collaborative approach involving growers and buyers can improve water utilization, optimize quality, and enhance profitability, particularly amid growing water scarcity concerns.
The workforce is changing: How automation is reshaping the potato industry – and the people who keep it running
Labour shortages in the potato industry are prompting increased investment in automation technologies like optical sorting and autonomous equipment. While these advancements can enhance efficiency and reduce manual tasks, success hinges on skilled workers who can adapt to new roles. The transition emphasizes collaboration between experienced employees and technology, focusing on responsible changes that support affected workers. The industry’s future relies on a balance of sophisticated machinery and human expertise.

























