An in-depth Potato News Today feature on drought, floods, storms, and hail in 2025, and what they changed for potato supply, quality, storage risk, and contracts across multiple countries – including the United States.

In 2025, the potato industry didn’t just deal with “bad weather.” It dealt with weather that broke assumptions – about reliable planting windows, predictable bulking, stable quality, and the idea that logistics and storage could smooth out what the field delivered. In several key producing regions, natural disasters and extreme weather conditions tightened supply, downgraded quality, delayed operations, and forced growers and buyers into hard decisions about irrigation, contracts, and risk-sharing.

This feature focuses on verified 2025 examples (with sources listed at the end), and draws out the practical lessons for 2026 planning.

Why potatoes feel disasters so intensely: the crop’s “timing sensitivity”

Potatoes are unusually exposed to when stress occurs, not only how much stress happens.

• Drought and heat during tuber initiation and bulking can shrink size profiles, reduce yields, and increase variability across a field – meaning packouts suffer even when “there are potatoes in the ground.”
• Excess rain, floods, and saturated soils can delay planting, damage stands, and disrupt harvest timing, which raises downstream storage risk and can push tubers into less favorable maturity profiles.
• Hail and storm injury is often a double hit – direct yield loss plus higher costs and higher storage disease exposure where skins are compromised.

The 2025 story, in other words, was not only volume. It was quality volatility – and quality is where processors and retailers tend to draw a hard line.

United States: a year of regional shocks – drought disaster declarations in Maine, planting disruption in the Midwest, and water stress in the Pacific Northwest

The U.S. did not experience 2025 as one uniform national potato challenge. But several regional disruptions were serious enough to show how quickly extremes become business risk.

Maine and the Northeast: drought becomes a declared agricultural disaster
In late 2025, USDA’s Farm Service Agency designated multiple Maine counties as primary natural disaster areas due to drought, triggering eligibility for federal assistance such as emergency loans [1]. Maine’s own emergency management communication on the drought season also referenced these designations and the drought’s persistence into late year conditions [2]. Maine Public reporting explicitly included potatoes among the agricultural sectors feeling the drought impacts [3].

What this meant in practical potato terms is blunt: where irrigation exists, it becomes the difference between a crop that can be finished and a crop that cannot. And where irrigation is limited or absent, growers face a season that can “look acceptable” from a distance but collapses at grading – too small, too variable, too defect-prone.

Midwest: storms and flooding disrupt the calendar, and potatoes do not “get time back”
A Michigan potato market report in April 2025 described rain and cold delaying planting in southern Michigan, while noting severe storms and flooding in Ohio and Indiana where planting had started – with uncertainty about the condition of planted seed and early field outcomes [4].

For potatoes, calendar disruption is not a minor inconvenience. Delayed or interrupted planting compresses later operations – vine management, harvest scheduling, and storage filling – and can amplify cost and quality risk even if total yield does not collapse.

Pacific Northwest and Washington State: drought emergencies and the reality of managed water scarcity
Washington’s Department of Ecology declared an emergency drought declaration for the Yakima region watersheds (Upper Yakima, Lower Yakima, Naches) in April 2025, for a third consecutive year [5]. The associated declaration order formally placed the Yakima Basin watersheds under drought emergency through April 2026 unless ended earlier [6]. National drought reporting later in July described drought deterioration across the Pacific Northwest, with a large share of the region in drought categories tracked by the U.S. Drought Monitor [7].

The big lesson here is structural: modern processing potato systems depend on predictable water delivery. When drought moves from a weather problem to a governance and allocation problem, it introduces uncertainty that contracts and risk models struggle to price – until a bad year forces the issue.

Canada: drought in Eastern Canada drives a rare production pullback after record years

Statistics Canada reported that Canadian potato production in 2025 declined after four consecutive record harvests, and explicitly linked the largest provincial decreases to drought conditions throughout the growing season affecting yields in Eastern Canada – notably Prince Edward Island and New Brunswick [8].

This is not just a headline about tonnage. It’s a signal that regions long considered dependable for consistent supply are now exposed to multi-month rainfall deficits during the heart of the season. In response to the same drought narrative, reporting in late October described PEI growers reassessing irrigation and water infrastructure after the parched 2025 season [9].

For an industry that is increasingly quality-driven, yield stability and quality stability become inseparable. Drought doesn’t only cut total tonnage – it can shift the entire size and grade distribution, which affects fresh packing lines, processing throughput, and ultimately the economics of the crop even when “the field didn’t fail completely.”

Australia: drought and weather extremes in South Australia triggered visible retail shortages and quality problems

Australia offered one of 2025’s clearest examples of consumer-visible disruption. ABC Rural reported that extreme weather and drought across South Australia reduced harvest volumes and caused quality issues for fresh potatoes, contributing to empty shelves at some major supermarkets [10]. The same reporting underscored South Australia’s outsized role in Australia’s fresh potato supply [10]. Later ABC coverage described how growers in Queensland were pulled into the supply response as drought-stricken southern paddocks failed to deliver expected volumes, and noted record prices linked to shortage dynamics [11].

This is a useful reminder that “shortage” is not always total absence. Sometimes it is a spec shortage – potatoes exist, but too many fail retail presentation requirements. That turns an agronomic problem into a commercial one, fast.

United Kingdom: one of the driest seasons in memory, with direct implications for yield, harvest performance, and storage behavior

Farmers Weekly reported that the UK’s 2025 potato season was among the driest in living memory, and documented grower experiences across multiple regions as they assessed how crops performed under those conditions [12]. Farmers Weekly also reported that the Met Office confirmed summer 2025 as the hottest on record (in the UK record context) and described the strain on farm systems during that year [13].

One underappreciated downstream effect is storage. Farmers Weekly reported in October 2025 that a hot summer increases the risk of earlier dormancy break, advising closer monitoring – a technical storage management issue that ties directly back to field heat accumulation [14].

So the UK story in 2025 isn’t only “drought hit yields.” It is drought plus heat altering crop physiology, changing harvest and storage management decisions, and potentially tightening the margin for quality preservation postharvest.

Netherlands and the wider EU: drought triggers restrictions and raises the importance of water governance

In the Netherlands, NL Times reported irrigation bans in parts of Noord-Brabant due to extreme drought, tied to exceptionally dry conditions and groundwater concerns [15]. Nature Today also reported extraction bans for groundwater irrigation beginning in early April 2025 in North Brabant and noted surface water extraction bans in various areas to protect reserves [16].

At the EU monitoring level, the European Commission’s JRC MARS Bulletin (June 2025) reported a persisting water deficit increasingly affecting yields in parts of western Belgium, central France, eastern Germany, western Poland, and Hungary, particularly for spring and summer crops [17].

For potatoes, the strategic takeaway is that water access is becoming a policy-shaped production input. Even when a grower has the technical capacity to irrigate, the decisive question can become whether irrigation is permitted, how withdrawals are constrained, and what trade-offs water boards require to protect ecosystems and downstream users.

Spain (Mallorca – Sa Pobla): hail damage delivers immediate crop loss and exposes the insurance gap

In Mallorca’s Sa Pobla region, Argenpapa reported hail damage destroying potato crop plants and cited farmer estimates of production loss up to 60% on the hardest-hit farms [18]. A later Argenpapa report described another hailstorm blow to the local potato crop, reflecting repeated damage and farmer distress [19].

Hail is a harsh teacher because it is so immediate. But the bigger industry problem often appears afterward:

• broken vines and damaged tubers can force premature harvest decisions
• sorting and waste climb
• storage risk rises where skins are compromised
• and producers confront the uncomfortable reality that insurance coverage may not match the actual risk profile of modern weather volatility

Repeated hail events don’t just “hurt a crop.” They can hurt the willingness of farms to keep planting the same acreage under the same financial terms.

Peru: sharp production decline tied to adverse weather, with food security relevance

Fructidor reported that Peru’s potato production fell sharply in September 2025, down 24.3% year-on-year for that month, citing Peru’s National Institute of Statistics and Informatics (INEI) and describing adverse weather conditions affecting crop development and maturation [20].

Peru matters in a global potato conversation not only because of total volume, but because potatoes are deeply embedded in diets and rural livelihoods. In such contexts, weather-driven drops can translate quickly into affordability stress and supply disruptions in local markets – and into pressure on growers who already operate with tight input budgets.

Pakistan: floods and waterlogging disrupt planting and threaten seed stocks in Punjab’s potato belt

FreshPlaza reported that severe flooding across Pakistan’s Punjab province inundated farmland, threatened seed stocks, delayed potato planting, and created indirect risks including waterlogged fields and disrupted logistics ahead of the rabi season [21]. Separately, an IFRC field report on Pakistan’s June 2025 pluvial / flash flood impacts explicitly mentioned destroyed crops including maize and potatoes in affected areas [22].

This is a different kind of potato disaster story: not primarily about a mid-season yield collapse, but about planting disruption and seed system risk. When floods disrupt the ability to plant on time – or compromise seed availability and quality – they can destabilize supply for an entire cycle.

What 2025 changed inside the potato supply chain: the “quiet” consequences that cost real money

Across these 2025 examples, several shifts became hard to ignore:

• Quality volatility moved to the center of risk. A year can produce “enough tonnes,” yet still fail commercially when size distribution, skin finish, internal defects, and storability deviate too far from specification.
• The calendar became fragile. Planting delays, compressed harvest windows, and weather-driven scheduling conflicts ripple into storage filling, labor allocation, and processing utilization.
• Water became both an agronomic tool and a regulatory constraint. Drought emergencies, irrigation bans, and extraction limits mean water access is increasingly managed – and uncertainty is priced in.
• Storage strategies had to adapt to stressed tubers. Heat-accumulated crops can break dormancy earlier, and damaged or unevenly matured potatoes can carry higher storage risk.

These are not theoretical “climate change” talking points. They are operational facts that shape whether contracts are met, whether loads are rejected, and whether farms can cash-flow through a bad year.

What to watch in 2026: the resilience investments that 2025 effectively made non-optional

Based on what 2025 exposed, the most resilient potato systems are likely to double down on:

• Variety strategy built around stability under stress (not only top-end yield)
• Irrigation efficiency and water security where feasible, plus better governance engagement where water is regulated
• Soil structure improvements that improve water holding and reduce the damage from both drought and saturation events
• More flexible contracting and clearer quality-adjustment mechanisms when the season delivers unavoidable variability
• Sharper storage monitoring and management for heat-affected crops and weather-damaged lots

The uncomfortable truth is that “normal” is getting harder to define. 2025 did not rewrite the potato industry overnight – but it moved the industry another step toward a future where resilience is not a slogan. It’s the business plan.

References

1. USDA FSA – USDA Designates Maine Counties as Primary Natural Disaster Areas (Nov 21, 2025): https://www.fsa.usda.gov/news-events/news/11-21-2025/usda-designates-maine-counties-primary-natural-disaster-areas
2. Maine Emergency Management Agency – Maine’s Drought Task Concludes 2025 Drought Season and Examines 2026 Outlook (Dec 19, 2025): https://www.maine.gov/mema/news/maines-drought-task-concludes-2025-drought-season-and-examines-2026-outlook-fri-12192025-1200
3. Maine Public – The USDA declares Maine drought a natural disaster (Nov 25, 2025): https://www.mainepublic.org/climate/2025-11-25/the-usda-declares-maine-drought-a-natural-disaster
4. MI Potatoes Growers – Market Report April 9, 2025 (Apr 9, 2025): https://www.mipotatoindustry.com/news/market-report-april-9-2025
5. Washington State Department of Ecology – Drought declared for Yakima region for third year in a row (Apr 8, 2025): https://ecology.wa.gov/about-us/who-we-are/news/2025/april-8-drought
6. Washington State Department of Ecology (PDF) – Drought 2025 April Declaration Order (Apr 15, 2025): https://ecology.wa.gov/getattachment/b0c273fb-4bf9-4691-b8b9-4b61142d7593/Drought-2025-April-Declaration-Order.pdf
7. Drought.gov (NIDIS / U.S. Drought Monitor context) – Drought Status Update for the Pacific Northwest (Jul 14, 2025): https://www.drought.gov/drought-status-updates/drought-status-update-pacific-northwest-2025-07-14
8. Statistics Canada – The Daily: Canadian potato production, 2025 (Dec 5, 2025): https://www150.statcan.gc.ca/n1/daily-quotidien/251205/dq251205f-eng.htm
9. Potato Business – P.E.I. Potato Growers Plan Irrigation Expansion After Drought-Hit 2025 (Oct 28, 2025): https://www.potatobusiness.com/agro-news/p-e-i-potato-growers-plan-irrigation-expansion-after-drought-hit-2025/
10. ABC Rural – Potato shortage hits as South Australian growers struggle with drought and weather extremes (Oct 6, 2025): https://www.abc.net.au/news/rural/2025-10-07/potato-shortage-as-farmers-battle-weather-extremes/105848984
11. ABC – Queensland potato farmers help fill supply gap as southern drought-stricken paddocks fail to deliver (Nov 26, 2025): https://www.abc.net.au/news/2025-11-27/queensland-potatoes-in-high-demand-due-to-potato-shortage/106053778
12. Farmers Weekly – How UK potato harvest has fared in a challenging 2025 season (Oct 29, 2025): https://www.fwi.co.uk/arable/potatoes/how-uk-potato-harvest-has-fared-in-a-challenging-2025-season
13. Farmers Weekly – Hottest summer pushes UK farmers to brink (Sep 2, 2025): https://www.fwi.co.uk/news/weather/hottest-summer-pushes-uk-farmers-to-brink
14. Farmers Weekly – Hot summer increases risk of potato dormancy break (Oct 10, 2025): https://www.fwi.co.uk/arable/potatoes/hot-summer-increases-risk-of-potato-dormancy-break
15. NL Times – Irrigation ban in parts of Noord-Brabant due to extreme drought (Apr 4, 2025): https://nltimes.nl/2025/04/04/irrigation-ban-parts-noord-brabant-due-extreme-drought
16. Nature Today – Imminent drought in The Netherlands: groundwater levels… (Apr 18, 2025): https://www.naturetoday.com/intl/en/nature-reports/message/?msg=33767
17. European Commission JRC – JRC MARS Bulletin: Crop monitoring in Europe – June 2025 (Vol. 33 No. 5): https://publications.jrc.ec.europa.eu/repository/handle/JRC141396
18. Argenpapa – Spain (Sa Pobla): Hailstorm destroys potato crops (2025): https://www.argenpapa.com.ar/noticia/16526-spain-sa-pobla-hailstorm-destroys-potato-crops
19. Argenpapa – Spain: Hail deals another blow to the potato crop in Sa Pobla (Nov 27, 2025): https://www.argenpapa.com.ar/noticia/16806-spain-hail-deals-another-blow-to-the-potato-crop-in-sa-pobla
20. Fructidor – Peru’s potato output takes sharp hit in September (Dec 10, 2025): https://fructidor.com/news/news-detail/6ec35e1b-3fae-465d-8940-0274d1959203
21. FreshPlaza – Pakistani floods delay potato planting in Punjab (Oct 6, 2025): https://www.freshplaza.com/asia/article/9771796/pakistani-floods-delay-potato-planting-in-punjab/
22. IFRC Go – PAK: Pluvial / Flash Flood – 06-2025 (mentions crop losses including potatoes): https://go.ifrc.org/field-reports/17859