What the EUDR Does

The EU Deforestation Regulation (EUDR) requires that certain commodities and products placed on, or exported from, the EU market do not originate from land that has been deforested or forest-degraded after 31 December 2020. It applies to seven key commodities — cattle, cocoa, coffee, palm oil, soy, timber, and rubber — and a wide range of derived products, including furniture, paper, chocolate, and leather goods.

The regulation replaces the previous EU Timber Regulation (EUTR) and significantly expands its scope: where the EUTR covered only wood products, the EUDR extends to agricultural commodities and their derivatives across complex, multi-tier supply chains.

The Core Obligation: Traceability to the Plot of Land

The EUDR's central requirement is traceability. The first company to place a relevant product on the EU market — typically the importer — must submit a Due Diligence Statement (DDS) to the EU's information system (TRACES). This statement must include:

• Full traceability of the supply chain from the forest or agricultural plot of origin to the EU border, supported by documented evidence such as transport documents, packing lists, and invoices
• Evidence of legal harvest or production in the country of origin
• Geolocation data (coordinates or shapefiles) for the specific plots of land from which the commodity was sourced
• A risk assessment confirming no or negligible risk of deforestation or illegality

Shipments that cannot demonstrate this information will not be cleared at EU customs. The consequences of non-compliance include market access bans and, in serious cases, significant financial penalties.

The Traceability Problem: Why "Exact Origin" Is Often Impossible in Practice

Here is where the EUDR meets the reality of how agricultural and forest commodities actually move through supply chains — and where most compliance challenges arise.

For commodities like timber, paper pulp, soy, or palm oil, the supply chain does not work like a product assembly line where a single component can be tracked from source to finished good. It works more like a river system: material from many different origins flows together, mixes, and is processed into intermediate or finished products that contain no physical trace of where any individual input came from.

A paper manufacturer, for example, typically receives pulp deliveries from multiple suppliers, stores them in a shared warehouse on a first-in, first-out basis, and feeds them into a pulper where they blend irreversibly. Once pulp enters the pulper, it cannot be traced back to a specific delivery lot, let alone a specific forest plot. The same logic applies to soy meal in compound animal feed, palm oil in processed food, or timber in engineered wood panels: the finished product is a composite of inputs whose individual origins have been physically merged in the course of production.