EU Phytosanitary Controls 2026: What Changes for Plant Importers

Key data

Importers of vegetables and plant products operating in the EU face a direct change in the intensity of phytosanitary controls at the border. The Implementing Regulation (EU) 2026/1101, published on 26 May 2026, amends the Implementing Regulation (EU) 2022/2389 to update the minimum frequency indices for identity and physical controls applicable to shipments of vegetables, plant products and other objects introduced into the Union.

The change is not minor in operational terms: the frequency with which a shipment is inspected at the border control point determines directly the waiting times, temporary storage costs and supply chain predictability. A variation in that index—up or down—has real consequences on the daily operations of any company importing plant material.

What does this regulation establish?

Regulation (EU) 2022/2389 established the minimum frequency indices with which the competent authorities of the Member States had to carry out identity and physical controls on shipments of vegetables and plant products from third countries. These controls are part of the EU's phytosanitary system to prevent the entry of pests and harmful organisms.

The new Implementing Regulation (EU) 2026/1101 updates those indices to adjust the intensity of controls according to the actual phytosanitary risk associated with each type of commodity or country of origin. The principle is clear: higher risk, higher control frequency; lower risk, lower frequency.

The two types of controls affected are:

• Identity controls: verification that the shipment corresponds to what is declared in the documentation (species, quantity, origin).
• Physical controls: direct inspection of the merchandise, which may include visual examination, sampling and laboratory analysis.

The regulation is directly applicable throughout the EU, without the need for transposition by the Member States. National phytosanitary authorities are obliged to apply the new updated indices from the date of entry into force.

The official text does not detail in the published summary the specific indices by product or country of origin. To consult the complete table of updated frequencies, it is necessary to access the full text on EUR-Lex.

Economic and operational impact

The impact of this regulation is not measurable in a single figure, but operational: it affects the frequency with which shipments are retained for inspection at EU border control points (BCP). This translates into concrete business variables:

• Clearance times: an increase in the frequency of physical control means more shipments retained for inspection, which extends the time until the merchandise is released.
• Storage costs: retained shipments generate storage costs at BCP facilities, which are borne by the importer or logistics operator.
• Supply chain planning: greater variability in clearance times complicates delivery planning, especially for perishable products.
• Opportunity for low-risk goods: if the new index reduces the control frequency for certain commodities or countries of origin, the importer gains agility and reduces operational costs.

The net effect—positive or negative—depends on whether the new index assigned to the specific commodity is higher or lower than the previous one. That is why it is critical to identify what index applies to each specific import flow.

Who does it affect?

• Importers of vegetables and plant products: any company that introduces into the EU plants, plant material, fruits, vegetables, seeds, wood or other products of plant origin from third countries.
• Logistics operators and freight forwarders: companies that manage the transit of plant commodities through EU border control points.
• Customs agents: professionals who process the customs clearance of shipments of plant products and must know the new applicable indices.
• Phytosanitary authorities of the Member States: competent bodies that must apply the new updated frequency indices in their controls.
• Agri-food companies with international procurement: industries that depend on imported plant raw materials and whose supply chain may be affected by variations in clearance times.

Practical example

A Spanish company that regularly imports ornamental plants from a third country operates under a physical control frequency index established in Regulation (EU) 2022/2389. Until now, for example, a certain percentage of its shipments was selected for physical inspection at the entry BCP.

With the entry into force of Regulation (EU) 2026/1101, that index may have been revised upward or downward depending on the updated phytosanitary risk associated with that type of plant or country of origin. If the index rises, the company will see more shipments retained for inspection, with the storage costs and delays that entails. If the index falls, it will gain agility in clearance.

The first step for this company is to identify in the full text of the regulation what specific index applies to its merchandise and compare it with the previous index from Regulation (EU) 2022/2389, to quantify the real impact on its operations and adjust its logistics planning.

What should companies do now?

1. Access the full text of Regulation (EU) 2026/1101 on EUR-Lex and identify the updated frequency indices that apply to each type of plant commodity you import and each country of origin you work with.
2. Compare the new indices with those of Regulation (EU) 2022/2389 to determine whether the control frequency increases, decreases or remains the same for your specific import flows.
3. Quantify the operational impact: estimate the effect on clearance times and storage costs at BCP according to the new index applicable to your shipments.
4. Inform your logistics operator and customs agent of the regulatory change so they can adjust shipment planning and estimated transit times.
5. Review contracts with suppliers and customers that include delivery deadlines linked to customs clearance times, especially if you work with perishable products.
6. Establish a regulatory monitoring system to detect future modifications of frequency indices, given that these may be updated periodically depending on the evolution of phytosanitary risk.