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Essays on the economics of bee-friendly beef

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Date

2024-11-12

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Publisher

Virginia Tech

Abstract

The decline in bee populations, driven by biodiversity loss, poses a major threat to food production systems, as many wild plants and agricultural crops rely on bee pollination services. Addressing this issue requires coordinated efforts from producers, retailers, and consumers to restore pollinator habitats. This study explores two key aspects of promoting bee-friendly beef as a potential solution to support pollinator conservation. First, the study examines beef cattle producers' willingness to adopt native warm-season grass and wildflower (NWSG-WF) pastures through conservation programs. A discrete choice experiment revealed that producers require cost-share payments to convert pastureland into NWSG-WF systems. For a 10% conversion, producers would accept an average of $134.58 per acre (51% of establishment costs), while increasing conversions to 20% or 30% would raise the required payments to $154.55 (59%) and $199.06 (76%), respectively. Factors influencing producer participation include education level and interest in pollinator restoration, with those having thin forage coverage being more likely to adopt NWSG-WF. Second, a nationwide choice experiment survey of 2,136 U.S. beef consumers reveals a clear preference for bee-friendly beef over conventional options. On average, consumers are willing to pay $0.87 more per pound for beef produced using pollinator-friendly practices. Certain consumer segments, such as those who volunteer or donate to environmental organizations ($1.74/lb) and those knowledgeable about pollinator decline ($1.39/lb), exhibit an even higher willingness to pay. This suggests that raising public awareness about pollinator conservation could drive greater support for eco-labeled products like bee-friendly beef. Overall, the findings highlight opportunities to promote bee-friendly beef through consumer awareness campaigns and targeted conservation incentives for producers. By aligning consumer preferences with producer incentives, bee-friendly beef production can contribute to both pollinator conservation and sustainable cattle farming.

Description

Keywords

Bee-friendly beef, willingness to pay, choice experiment, willingness to accept

Citation