Agroforestry on Open Land: Tree Integration in Polish Agriculture

Agroforestry — defined broadly as deliberate integration of trees or shrubs with crop production or animal husbandry on the same land unit — is documented in Poland's agricultural landscape in several forms. Orchard plots on farmland, tree-lined field boundaries, shelterbelts and scattered trees in pastures all represent types of deliberate tree integration that persist in parts of the Polish countryside. Their description within current EU and national land-use frameworks has become more formalised in recent programming periods.

Agroforestry: oats growing beneath apple trees
Cereal crop growing beneath fruit trees — an agroforestry arrangement combining annual crop production with orchard management. Photo: USDA National Agroforestry Center / Wikimedia Commons, CC BY 2.0

Historical Forms of Tree Integration

Pre-partition Polish agricultural practice included several forms of tree-crop integration that are recognisable as agroforestry by contemporary definitions. Alley plantings of fruit trees alongside field roads served as property markers and supplementary food sources in village commons. Scattered fruit and nut trees within grain fields — known in historical agrarian literature as drzewa polne or field trees — are documented in estate inventories and church records from the 16th to 18th centuries.

The shelterbelt planting campaigns of the interwar period and the post-war state period introduced linear tree plantings across agricultural land in lowland Poland. These plantings, intended primarily to reduce wind erosion on sandy soils in Mazovia, Wielkopolska and Kujawy, also incorporated fruit tree species in some localities. Their current status is variable — some have been cleared, others persist as de facto landscape elements not assigned to specific land-use categories.

Silvo-arable Systems Documented in Polish Research

Research publications from the Instytut Uprawy Nawożenia i Gleboznawstwa (IUNG) in Puławy and from agricultural universities have examined tree integration on arable land in specific Polish contexts. Topics addressed include the effect of shelterbelt presence on wind erosion rates, soil carbon dynamics under scattered tree cover, and water use relationships between trees and adjacent crops.

In the Mazovian lowlands, research plots at IUNG and at Warsaw University of Life Sciences (SGGW) have quantified crop yield relationships in strip-intercropping arrangements with hybrid poplars and with fruit trees. These trials are not analogous to traditional meadow orchard systems but provide a research basis for describing silvo-arable interactions under Polish soil and climate conditions.

Agroforestry woodlot with integrated tree-pasture system
Integrated tree and pasture agroforestry system. Similar arrangements integrating pasture and scattered fruit trees are documented in Polish rural surveys. Photo: Wikimedia Commons, CC BY-SA 3.0

Silvo-pastoral Systems: Trees in Pastures

Fruit trees in permanent pasture — a variant directly related to the meadow orchard type — are documented in the Bieszczady and Beskid mountain areas and in the Podhale upland near Zakopane. Older agricultural surveys from the Tatras foothills describe orchards maintained within hay meadows under a management system that combined mowing, grazing between seasons and fruit harvest without major inputs.

In flatter terrain, scattered trees in pastures appear in historical aerial photography of parts of the Lublin uplands and Świętokrzyskie foothills. Their current presence can be assessed through comparison of archival aerial photography with recent satellite imagery — a methodology used in landscape ecology studies examining woody cover change in Polish farmland since the 1950s.

Landscape Functions of Open-Land Trees

  • Wind reduction on exposed slopes and plains — documented in shelterbelt research
  • Shade and shelter for livestock — noted in pastoral management descriptions
  • Supplementary food production — fruit, mast and forage from tree species
  • Habitat connectivity across fragmented agricultural landscapes
  • Soil stabilisation on slopes prone to surface erosion

EU Policy Framework: Agroforestry in Rural Development

EU Regulation 1305/2013 on rural development introduced a specific agroforestry measure (Article 23) allowing member states to support establishment of agroforestry systems on agricultural land. Poland did not activate this measure in the 2014–2020 programming period. In the current post-2022 CAP Strategic Plan framework, the national Strategic Plan for the CAP (Plan Strategiczny dla Wspólnej Polityki Rolnej) does include references to tree integration under agri-environment-climate commitments, though a dedicated agroforestry establishment measure remains absent.

The European Agroforestry Federation (EURAF) maintains documentation on member state policy positions. The absence of a dedicated establishment measure in Poland contrasts with the situation in France, the United Kingdom (pre-Brexit) and Spain, where agroforestry support has been operational for longer periods. The Polish Rural Network (Sieć na rzecz innowacji w rolnictwie i na obszarach wiejskich) has published discussion materials on the subject.

Classification and Data Gaps

One practical constraint in documenting open-land tree integration in Poland is the absence of a standardised classification category in official land-use data. The agricultural land register (ewidencja gruntów) does not have a specific category for agroforestry parcels. Scattered trees within agricultural plots may be recorded as part of the predominant land-use type or omitted entirely. LPIS data used for CAP administration classifies land at parcel level in ways that do not capture tree presence systematically.

Remote sensing approaches using high-resolution satellite imagery and LIDAR data have been applied in European-level agroforestry mapping projects. The LIFE+ funded AGFORWARD project and subsequent European Agroforestry Survey covered parts of Central Europe, but Polish coverage in published outputs has been limited.

Reference Sources