Sustainable fresh strawberry consumption: environmental, genetically modified food, and climate concerns in Europe and North Africa
Articolo
Data di Pubblicazione:
2024
Citazione:
Sustainable fresh strawberry consumption: environmental, genetically modified food, and climate concerns in Europe and North Africa / F. Zeneli, V. Ventura, D.G. Frisio. - In: FRONTIERS IN SUSTAINABLE FOOD SYSTEMS. - ISSN 2571-581X. - 8:(2024 Sep), pp. 1442074.1-1442074.13. [10.3389/fsufs.2024.1442074]
Abstract:
Background and gap in the literature: Seasonal strawberries are a tasty fruit with
many significant health and environmental benefits. Despite these attributes,
the determinants influencing strawberry consumption remain underexplored.
Few existing research studies are focused on conventional factors, such as taste,
freshness, and price, leaving aside some critical, current dimensions, such as
consumers’ environmental attitude, sustainability, genetically modified (GM)
food knowledge, and climate change concerns. This article aims to explore the
impact of the aforementioned factors on the purchasing behavior of strawberries
among consumers.
Methodology: A designed questionnaire for a final sample of 2,378 consumers
from Italy, Germany, France, Spain, Turkey, and Morocco was used to collect data
about sociodemographic attributes, strawberry purchasing habits, respondents’
level of knowledge on the topic of GM food, and climate change issue. The
generalized ordinal logistic approach was performed deriving from the ordinal
qualitative type of our two variables of interest (seasonal and non-seasonal
strawberries purchase) and relaxing the assumption of parallel lines.
Main results: From the sociodemographic factors, the more educated
individuals, living in urban areas and having higher income levels are more likely
to purchase frequently seasonal strawberries, while older people buy less often
non-seasonal strawberries. Individuals who are more aware of sustainability
issues, exhibit sustainable behaviors, and have greater concerns about climate
change are more likely to buy non-seasonal strawberries less frequently, which
is the most important result of our analysis.
Implications: These results offer a comprehensive understanding of other drivers
than the conventional ones related to seasonal and non-seasonal strawberry
purchase patterns, giving significant insights for policymakers in formulating
tailored interventions for other dimensions: promoting sustainable agricultural
practices (following the seasonality of the fruit), increasing consumer awareness
about the environmental implications of the non-seasonal fruit purchases, and
shifting individual eating patterns toward more sustainable and healthy ones
(fresh and seasonal fruit consumption).
Tipologia IRIS:
01 - Articolo su periodico
Keywords:
seasonal strawberries; sustainability; environmental attitude; GM food; generalized ordinal logistic model
Elenco autori:
F. Zeneli, V. Ventura, D.G. Frisio
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