Regenerative agriculture emphasizes enhancing soil health rather than simply abandoning existing systems, particularly for potato growers. Although potatoes are soil-demanding, practices like longer rotations, cover crops, and minimized disturbance can improve soil conditions. Research supports that integrating regenerative principles can boost resilience against climate challenges, making it essential for growers to consider how to maintain and improve soil for future crops while ensuring economic viability.
Across Regions
‘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.
The invisible yield tax beneath the rows: Why soil compaction belongs on every potato business’s risk register
Soil compaction in potato production is a subtle yet significant issue that affects crop yield and quality. Symptoms like uneven emergence and poor canopy growth often mask the problem, leading to misdiagnosis and increased input costs. Larger machinery and tighter margins intensify this challenge. Effective management requires diagnosing soil structure, preventing damage from trafficked equipment, and implementing practices that restore soil health, emphasizing the importance of careful operational planning and organization.
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.
The seed multiplication gap: Why better potato genetics still struggle to reach the grower
Potato breeding has advanced significantly with improved varieties offering disease resistance and climate resilience. However, the real challenge lies in successfully multiplying these varieties into sufficient healthy planting materials at affordable prices for growers. A lack of effective seed systems leads to disparities in yield globally. This bottleneck highlights the need for investment in systems that connect breeding advances with practical seed availability for farmers, ensuring commercial success and food security.
The pathogen is changing: Why potato disease surveillance must become a core production tool
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.
‘Nothing left behind’: How potato processors are turning waste, water and lost yield into new value
The competitive edge in potato processing is shifting from maximizing throughput to optimizing value extraction from raw materials. As production costs rise and resources become scarcer, processors must focus on refining their processes to minimize waste, improve yield, and adapt to variable raw material quality. Innovations like AI and hyperspectral imaging enhance product quality assessment, facilitating precise adjustments that boost profitability and sustainability. Furthermore, by-product valorization is evolving, encouraging the recovery of multiple components for diverse applications, ultimately transforming the potato processing landscape.
The fragile gift we call an ordinary day
Lukie Pieterse reflects on the profound lessons learned following a health crisis that led to hospitalization. This experience exposed the fragility of life and the importance of good health, often taken for granted. Pieterse emphasizes the value of vulnerability, human connection, and gratitude for ordinary moments. Accepting help becomes seen as wisdom, while the experience serves as a reminder to live with greater awareness, appreciating life’s simple blessings and the kindness from others.
Fifteen years is too long: Why the potato industry is rebuilding the road from genetic discovery to the grower’s field
The potato breeding industry faces challenges from climate change, evolving diseases, and high production costs, complicating the development of new varieties. Researchers are collaborating to improve data, enhance decision-making, and accelerate breeding. The merits of modern techniques like genomic selection and gene editing are discussed, yet traditional breeding remains critical. Successful varieties must balance yield, quality, and disease resistance while considering market acceptance and long-term sustainability to thrive in a rapidly changing environment.
The potato store is learning to speak: How data and AI could reveal crop losses before they become visible
The Rotten Potato Data Project, initiated by Cellar Insights in July 2026, aims to enhance potato storage management by analyzing historical failures to predict potential spoilage before it becomes visible. By harnessing machine learning, the project seeks to identify complex patterns in environmental data, allowing operators to address issues promptly. This innovative approach not only values human expertise but also emphasizes the importance of data ownership and trust within the agricultural community.
A brief note to our readers
Lukie Pieterse, the Editor and Publisher of Potato News Today, informs readers about a recent health crisis that has caused a temporary slowdown in news updates. Currently hospitalized, he is prioritizing recovery, though he appreciates the readers’ understanding and support. He plans to return to covering the potato industry as soon as he regains strength. Lukie expresses gratitude and encourages messages of support during this time.
‘The Potato as a Lantern’: How potatoes carry hope through the dark
This article by Lukie Pieterse reflects on the vital yet often overlooked role of potato storage in food security. It emphasizes that after harvest, potatoes enter a phase of preservation, likened to a lantern that carries the legacy of the field into winter, requiring careful management to maintain their value. The piece also honors the diligent workers who protect this food source, recognizing that unseen efforts are crucial for nourishing future generations.
‘The Potato as a Hearth’: Why this humble crop still warms the human story
The potato, often overlooked for its simplicity, serves as a vital food source and a symbol of community and comfort. It nurtures through its versatility, spanning cultures and meals. The crop supports livelihoods, connecting people across the agricultural chain. Its importance transcends production statistics, reminding us of the ordinary yet profound role it plays in human life, history, and sustenance. In an uncertain world, the potato symbolizes warmth and togetherness.
‘The Bridge Beneath the Soil’: Why the potato still holds the world together
The potato serves as a critical bridge in society, connecting the soil to the table and embodying the journey from growth to nourishment. It reflects deep human endeavors and addresses issues of hunger, dignity, and sustainability. Recognized as a vital food source, it supports livelihoods and connects traditional wisdom with modern science. As a humble yet powerful crop, it highlights the complexities of agriculture and the importance of responsibility in food systems.
The last load before the rain
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 Potato as a Promise’ – Why this humble crop reminds us that the future still depends on care
In a fast-paced world, the potato symbolizes patience, resilience, and the often unseen labor that sustains life. It represents a promise of nourishment that transcends socio-economic boundaries, reminding us that true value lies in ordinary, dependable food. The potato’s story emphasizes the importance of care, tradition, and generational wisdom in agriculture, advocating for investment and gratitude towards those who contribute to vital food systems amidst modern challenges.
Climate is now a potato market force – not just a farming problem
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.
Global potato outlook: Second half of 2026 likely to test supply discipline, climate resilience, and processing demand
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.
Growing potatoes in a hotter world: Climate resilience moves from theory to farm reality
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.
Frozen potato snacks market shaped by convenience, foodservice demand and product innovation, says The Insight Partners
The global frozen potato snacks market is experiencing growth driven by consumer demand for convenient, ready-to-cook options and the influence of busy lifestyles. Key products include french fries and tater tots, enhanced by advancements in freezing technology and packaging. Opportunities in retail and foodservice, along with a focus on healthier and sustainable options, are noted. Strategic partnerships and online grocery shopping further support market expansion.
Introducing PiCon: Elea’s new inline intelligence for PEF process control
Elea Technology has launched new PiCon solutions to enhance real-time transparency and automation in Pulsed Electric Field (PEF) processes, especially within the food industry. A webinar on June 30 will introduce the PiCon Sense, Vision, and Flow tools, showcasing their potential to optimize cutting, monitor belt loads, and track resource consumption. These innovations aim to improve efficiency, product quality, and sustainability in PEF applications.

























