Document Type

Thesis

Date of Award

2025

Degree Name

Master of Science (MS)

Department

Sustainability

First Advisor

Meghann Jarchow

Abstract

Conventional meat consumption derived from livestock farming is one of the leading causes of greenhouse gas emissions and environmental degradation on our planet. Substituting conventional meat products with “meat alternatives” such as plant-based meat or cultured meat would drastically decrease greenhouse gas emissions, reduce land and water pollution, and decrease land and water usage. However, it is necessary to first gauge how people feel about eating plant-based meat and cultured meat before it is possible to discern the magnitude of environmental benefits that occur with a significant dietary change such as this. By administering a questionnaire to over 400 participants living in the Northern Great Plains (NGP), this study sought to (1) explain how residents’ identities impacted their carnism scores and (2) identify how age, income, education level, farming experience, gender, and carnism score affected NGP’s residents’ willingness to eat plant-based meat and/or cultured meat over conventional meat. Furthermore, this study identified the primary reasons why these different demographic groups would or would not choose plant-based meat and/or cultured meat over conventional meat. Based on the results of this study, residents with lower carnism levels, lower incomes, or higher levels of education were more willing to consider eating plant-based and cultured meat than residents with higher carnism levels, higher incomes, or lower levels of education. Secondly, men were more willing than women to consume cultured meat. Plant-based and cultured meats may offer a solution to reducing the environmental footprint of meat production, and results from our analyses suggest that NGP residents are generally willing to consume these meat substitutes.

Subject Categories

Agriculture | Food Science

Keywords

Agriculture Alternative Meats Carnism Livestock Farming Sustainability Sustainable Food Systems

Number of Pages

102

Publisher

University of South Dakota

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