Abstract

Simple SummarySustainable intensification of beef cattle production systems will involve widespread adoption of new practices and technologies. Whether these techniques involve genetic enhancement of cattle or forages, new technologies, or a combination of existing management practices, behavioral change on the part of beef cattle producers will be required. Many factors contribute to the likelihood of these changes. Concepts from the social science of behavior change will be useful to scientists and Extension and other professionals wanting to encourage the adoption of new practices and technologies related to sustainable intensification of beef cattle production. This will include consideration of the context of the farms on which they would be used and the farmers who they hope to adopt them, as well as how the practices will be perceived by those farmers. These will influence producer beliefs and attitudes about the natural and social consequences of adoption in addition to its possibility. Integrating these concepts throughout the development and promotion of new practices and technologies may increase the likelihood of widespread adoption.Sustainable intensification of animal agriculture will rely on the acceptance and adoption of many new practices and technologies. We discuss the literature related to behavior change and sustainable practice adoption in the context of beef cattle production, focusing on sustainable rotational grazing and the use of cover crops. Research from a variety of contexts is discussed with a conceptual framework that combines diffusion of innovation theory with the reasoned action approach. Background characteristics of producers and their operations as well the characteristics of any new practice/technology will influence producer perceptions of them. These background and perceived practice characteristics will influence producer behavioral, normative, and control beliefs regarding the behavior, which will in turn inform attitudes about the behavior and perceptions regarding behavioral norms and the capacity to adopt new behaviors. Factors such as the demographics of beef cattle producers, land tenure, and labor and credit availability, as well as producers’ concepts of what it means to be a “good farmer”, should inform the conceptualization and development of new practices and technologies to increase the likelihood of their adoption.

Highlights

  • DeLonge and Basche [2] suggested the identification of best management practices (BMPs) that both maximize ecosystem services and maintain farm profitability as a strategy to provide economically and environmentally sustainable protection to these endangered ecosystems

  • Approaches to the sustainable intensification of livestock production on pastures include the diversification of plants and ruminant species, improvement in feeding techniques and grazing management, plant breeding for improved nutrient use efficiency, integrated crop–livestock systems (ICLSs), and silvopasture systems [8]

  • A 2016 survey of beef cattle producers in the Southern Great Plains indicated that three-quarters of respondents believed that they had some access to financial resources that could be utilized for the adoption of new practices, but the extent of these resources varied widely

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Summary

Introduction

We have adapted this model to acknowledge the interaction between perceived practice characteristics and behavioral, normative, and control beliefs This model incorporating contextual factors, perceived practice characteristics, and producer beliefs about the natural and social consequences of a behavior, as well as their beliefs about their own ability, can be utilized to better understand the potential for behavior change. Consideration of these concepts can assist researchers in understanding producer behavior, developing sustainable practices and technologies to intensify beef cattle production that are more acceptable, and promoting their adoption. Characteristics of producers and their farms, rather than characteristics of the

Farmer
Demographics and Labor
Conservation Attitudes
Farm Characteristics and Context
Land Ownership and Tenure
Physical and Social Environment
Perceived Practice Characteristics
Relative Advantage
Complexity
Compatibility
Trialability
Observability
Riskiness
Consequences
Possibility
Findings
Conclusions and Recommendations for Practice and Research
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