Abstract

Local plant genetic resources are of vital importance for the resilience of the agroecosystems, especially under conditions of global climate change. The diversification of production using these resources is postulated as an alternative for the development of rural areas with non-optimal farming conditions and/or disadvantaged by depopulation. However, in order to sustainably utilize local genetic resources, their use has also to provide products accepted by consumers. The aim of this study was to evaluate consumer acceptance of a local purple carrot that is a Spanish landrace at risk of genetic erosion from Teruel, a province in the Aragón region seriously affected by depopulation and extreme weather conditions, to contribute to its sustainable recovery. Consumer preferences for carrots with different characteristics (color, price, variety, and production system) were studied, and their willingness to pay (WTP) for the local purple carrots was assessed. Data from a survey conducted in this Spanish region was used. We identified two segments of consumers with different willingness to pay, hedonic liking, and intention to purchase the purple local carrots. These traditional purple carrots would be accepted by the segment of consumers more willing to pay for and more likely to purchase these carrots. The traditional purple carrots should be promoted, emphasizing that they are produced by a local landrace whose purple color is due to anthocyanic pigments with known antioxidant properties.

Highlights

  • Agricultural intensification with modern plant varieties has contributed to the loss of traditional crop species and their genetic diversity

  • The aim of this study was to evaluate consumer acceptance of a local purple carrot that is a Spanish landrace at risk of genetic erosion from Teruel, a province in the Aragón region seriously affected by depopulation and extreme weather conditions, to contribute to its sustainable recovery

  • We evaluated consumer acceptance of purple and orange carrots considering extrinsic attributes, such as price, local variety, and organic production

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Summary

Introduction

Agricultural intensification with modern plant varieties has contributed to the loss of traditional crop species and their genetic diversity. This loss of variation in crops, known as genetic erosion, constitutes a major problem. Landraces may present a higher resistance to pests, diseases, and abiotic stresses and may be better adapted to local climate conditions and drought stress, which could compensate their lower yield. In any case, both landraces and modern varieties have merit depending on a farmer’s priorities and farming conditions (for more details, see the review of Ficiciyan et al [2])

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