Casablanca – Morocco’s potato market experienced an unusual disruption during the 2025/2026 agricultural season, with imports of fresh potatoes for domestic consumption exceeding 12,000 tonnes between July 2025 and June 2026. The volume was the highest recorded for the country and came as severe flooding damaged production in several northern agricultural areas, forcing importers to turn to foreign suppliers to compensate for shortages. 

Data on agricultural trade show that Morocco imported more than 12,000 tonnes of fresh potatoes during the 2025/2026 season, a volume about 50% higher than the combined imports recorded over the previous five seasons. It was also approximately 2.4 times the previous record set during the 2008/2009 season. 

The scale of the increase was unusual because the rise was driven primarily by a temporary shortage rather than by a structural shift in consumer demand. Morocco’s potato production was hit by heavy rainfall and flooding in January and February 2026, particularly in the Loukkos basin, an important agricultural area in the north of the country. Fields were submerged, and some farms lost a significant share or the entirety of their potato crops. The resulting decline in domestic availability created a gap that had to be filled through imports. 

The effect on trade became visible within a few weeks. Potato imports began increasing sharply in March 2026 before reaching their highest levels in April and May. Those two months together accounted for nearly 80% of the total imports recorded during the season, showing how concentrated the response was to the supply disruption. The timing also indicates that imports were largely used as a bridge until new Moroccan crops began reaching the market in May. 

The flood damage came after several agricultural seasons in which Morocco had been dealing primarily with drought and water shortages. The potato sector therefore faced a different type of weather-related challenge in early 2026. Instead of insufficient rainfall, producers in some northern regions had to cope with excessive precipitation and flooded fields. 

This shift illustrates the difficulty of managing agricultural production under highly variable weather conditions. Both drought and excessive rainfall can affect yields, although through different mechanisms. While drought limits water availability and can reduce planted areas and crop productivity, flooding can directly destroy standing crops, damage farmland and interrupt harvesting and distribution. 

The impact on the potato market was amplified by the importance of the northern production areas affected by the floods. Once local supplies declined, traders had to look for alternative sources quickly. The availability of potatoes in European markets provided such an option at a time when several European producing countries were themselves facing substantial surpluses. 

European suppliers consequently dominated Morocco’s import market during the 2025/2026 season. The Netherlands supplied more than half of the imported potatoes, while France accounted for nearly one-third and Belgium provided most of the remaining quantities. 

The timing was particularly favorable for Moroccan buyers because European markets were experiencing an oversupply of potatoes from the previous harvest. In the Netherlands, surplus stocks were estimated at around 500,000 tonnes. Free-market prices were under severe pressure, while Belgian potato prices were reported to be close to zero. In France, producer prices in April were more than 20% below their level a year earlier, with EastFruit putting the decline at 21.8%. 

This created an unusual situation in which two very different market conditions developed at the same time. Morocco was dealing with insufficient domestic supplies and higher prices, while European producers had large quantities available and were facing weak prices. The two situations effectively complemented each other. 

For Moroccan importers, European potatoes offered a way to cover part of the domestic shortage. For European suppliers, the Moroccan market provided an additional destination for stocks that were difficult to absorb locally. The trade therefore helped connect a shortage in one market with an oversupply in another. 

The imports also helped reduce the risk of a prolonged shortage in Morocco while domestic producers waited for new crops to become available. Reports on the market indicate that the additional foreign supplies contributed to maintaining availability during the period when domestic production was under pressure. 

The record imports should nevertheless be viewed in the context of Morocco’s wider potato sector. The more than 12,000 tonnes imported during the 2025/2026 season represent a sharp increase compared with recent import patterns, but the episode was highly concentrated in a few months. That concentration suggests that the exceptional imports were primarily a response to a temporary disruption rather than evidence of a permanent change in Morocco’s sourcing strategy. 

Morocco has also remained an active potato exporter. EastFruit reported that the country exported 42,900 tonnes of ware potatoes between July 2024 and May 2025, valued at about $14.9 million. Potato exports had previously fallen substantially from the 2018/2019 peak, when Morocco shipped nearly 100,000 tonnes, but the 2024/2025 season showed signs of recovery. 

This background is important when assessing the significance of the latest import figures. The record imports do not necessarily indicate that Morocco has become structurally dependent on foreign potatoes. Instead, they show how a producing country can simultaneously participate in export markets and rely on imports when a localized climate shock creates a temporary domestic deficit. 

The 2025/2026 campaign also raises questions about agricultural risk management. The damage caused by flooding demonstrates the importance of drainage, water management, crop protection, and infrastructure capable of responding to extreme weather events. Improvements in these areas could reduce the scale of production losses when heavy rainfall affects agricultural regions. 

Storage and distribution capacity are also relevant. When a crop is damaged unexpectedly, the ability to move available supplies from other regions or from international markets can determine how quickly a local shortage is addressed. A flexible supply chain can therefore help reduce the duration and intensity of market disruptions. 

The experience of the potato sector also illustrates the broader relationship between climate conditions and food prices. A weather event that damages crops can reduce supply within a short period, putting upward pressure on prices. If suitable imports are available, however, international trade can provide an alternative source and help restore the balance between supply and demand. 

In Morocco’s case, the European potato surplus provided an unusually favorable external supply situation. Had European stocks been limited while Moroccan production was damaged, the country’s import response could have been more difficult or more expensive. The coincidence of domestic shortages and European surpluses therefore played a major role in making the record imports possible. 

The 2025/2026 potato season ultimately reflects a combination of weather disruption, market conditions and international trade. Flooding in northern Morocco reduced domestic production just as European suppliers were facing large stocks and weak prices. Imports consequently accelerated from March and became particularly significant in April and May, when most of the season’s foreign purchases were made. 

The record of more than 12,000 tonnes is therefore less a reflection of changing consumer demand than of the agricultural sector’s response to an unexpected supply shock. As new domestic harvests arrived, the immediate need for unusually large imports diminished. The episode nevertheless demonstrates how quickly extreme weather can affect production, prices, trade flows and food-market stability, and how international markets can provide a temporary buffer when local agricultural output is disrupted.