Abstract

Diversification of agriculture was one of the strengthened aims of the greening payment of European Agricultural Policy (CAP) as diversification provides numerous ecosystems services compared to cereal-intensive crop rotations. This study focuses on current minor crops in Finland that have potential for expanded production and considers changes in their cropping areas, yield trends, breeding gains, roles in crop rotations and potential for improving resilience. Long-term datasets of Natural Resources Institute Finland and farmers’ land use data from the Agency of Rural Affairs were used to analyze the above-mentioned trends and changes. The role of minor crops in rotations declined when early and late CAP periods were compared and that of cereal monocultures strengthened. Genetic yield potentials of minor crops have increased as also genetic improvements in quality traits, although some typical trade-offs with improved yields have also appeared. However, the gap between potential and attained yields has expanded, depending on the minor crop, as national yield trends have either stagnated or declined. When comparing genetic improvements of minor crops to those of the emerging major crop, spring wheat, breeding achievements in minor crops were lower. It was evident that the current agricultural policies in the prevailing market and the price environment have not encouraged cultivation of minor crops but further strengthened the role of cereal monocultures. We suggest optimization of agricultural land use, which is a core element of sustainable intensification, as a future means to couple long-term environmental sustainability with better success in economic profitability and social acceptability. This calls for development of effective policy instruments to support farmer’s diversification actions.

Highlights

  • In Finland, spring cereals, barley (Hordeum vulgare L.), oat (Avena sativa L.) and increasingly wheat (Triticum aestivum L.) dominate land use

  • With this study we aimed to: 1) assess the genetic yield and quality improvements achieved in crops having a permanent but minor role in Finnish agriculture and to evaluate the gaps between minor crop potential and actual farm-yields when compared to those of major crops, 2) to identify possible changes in the role of minor crops in crop rotations in the case study region that is characterized as the area with the most potential for cultivation of special crops in Finland, and 3) to characterize the differences in responsiveness of yield of a number of minor and major crops to variable growing conditions and thereby, to characterize the general potential to improve resilience of northern European cropping systems to weather variability through diversified land use with minor crops

  • The latest period of 1995–2013 was characterized as the period of Finland being a member of European Union (EU) implementing Common Agricultural Policy (CAP), launching the AEP (Agri-Environment Program), structural aids and thereby, creating large changes in the socio-economic environment for practising agriculture

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Summary

Objectives

With this study we aimed to: 1) assess the genetic yield and quality improvements achieved in crops having a permanent but minor role in Finnish agriculture and to evaluate the gaps between minor crop potential and actual farm-yields when compared to those of major crops, 2) to identify possible changes in the role of minor crops in crop rotations in the case study region that is characterized as the area with the most potential for cultivation of special crops in Finland, and 3) to characterize the differences in responsiveness of yield of a number of minor and major crops to variable growing conditions and thereby, to characterize the general potential to improve resilience of northern European cropping systems to weather variability through diversified land use with minor crops

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