Frontiers in Nutrition · 2024 · 14 citations · 28 references
AgricultureNutritionNutritional SciencesEnvironmental PsychologyHuman NutritionPhysical ActivityEveryday Eating PracticesFood ChoicesFood ConsumptionFood IntakeSustainable Food SystemsCarbon-conscious ConsumptionClimate ConsciousnessFood Consumption BehaviorPhysical Activity LevelSemi-structured InterviewsSustainable Food ChoiceSustainable Food ConsumptionSustainable Healthy Diets
This study aims to explore climate consciousness in relation to food consumption in young adults, examining its relationship with physical activity level and gender. A mixed-method approach is utilized, integrating seven-day food records and semi-structured interviews, employing social practice theory in our analytical framework. Our cohort of 47 participants (25 women, 22 men) displays varied diets, from omnivores to vegans. Moderately-active women show the lowest carbon footprint, favoring climate-conscious choices related to lower energy needs and plant-based preferences. Highly-active individuals consume more energy, resulting in a higher carbon footprint. Gender differences are evident, women were inclined to climate-conscious food practices motivated by animal ethics and health concerns. Conversely, men demonstrated a tendency for meat consumption. Participants share an understanding of carbon footprint, reflecting a solid awareness of food-related climate impact but differ in priorities; performance for highly-active, and economy for moderately-active. This highlights a mix of commonalities and distinctions, informing flexible, sustainable food practices. Higher activity levels are linked to greater energy needs and a higher carbon footprint. Moderately-active women show the most climate-conscious food choices, leading to the lowest carbon footprint. Our findings indicate that highly-active individuals and men have significant potential to improve climate-adapted food consumption.
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Consumption and Theories of Practice
Alan Warde · Journal of Consumer Culture · 2005 · 2.6K citations
H. Aiking, J. de Boer · Trends in Food Science & Technology · 2018 · 418 citations · Full text
Life Sciences, Biochemistry, Biology +11