Timothy J Walker, Derek W Craig, Christopher D Pfledderer, Kempson Onadeko, Emma E Saving, Hildi M Nicksic, Krista Patlovich, Keisey Fumero, John B Bartholomew, Maria E Fernández
{"title":"运用实施映射法设计小学课堂体育活动方法的实施策略。","authors":"Timothy J Walker, Derek W Craig, Christopher D Pfledderer, Kempson Onadeko, Emma E Saving, Hildi M Nicksic, Krista Patlovich, Keisey Fumero, John B Bartholomew, Maria E Fernández","doi":"10.1093/tbm/ibaf021","DOIUrl":null,"url":null,"abstract":"<p><strong>Background: </strong>Physically active breaks and lessons are evidence-based approaches to improving student's physical activity. Yet, schools and teachers face implementation challenges, requiring the need for effective implementation strategies.</p><p><strong>Purpose: </strong>Use Implementation Mapping to develop an implementation strategy for physically active breaks and lessons in elementary schools.</p><p><strong>Methods: </strong>With our partner school district, we assembled a planning group with expertise in education, public health, and implementation science. The group completed five Implementation Mapping tasks: (i) conduct needs and assets assessment and identify adopters and implementers, (ii) identify implementation outcomes, performance objectives, and determinants, and create matrices of change objectives, (iii) choose theoretical change methods and select and create implementation strategies, (iv) produce implementation protocols and materials, and (v) evaluate implementation outcomes. We also developed an Implementation Mapping (IMap) Logic Model illustrating proposed mechanisms of action.</p><p><strong>Results: </strong>The implementation strategy focused on the principal/assistant principal, instructional coaches, and teachers. The implementation outcome was teacher implementation fidelity (implementation ≥2 physically active breaks/lessons per day). The developed strategy consisted of leadership training, teacher training, a newsletter, resources for teachers, and a parent flyer. The strategy operationalized change methods (theoretical techniques influencing implementation determinants) and practical applications (operationalization of change methods) to address implementation determinants and outcomes.</p><p><strong>Conclusions: </strong>Implementation Mapping provided a systematic process for developing an implementation strategy for physically active breaks and lessons in elementary schools. The IMap Logic Model identifies the proposed mechanisms of action for further testing. The strategy has the potential to benefit schools, teachers/staff, and students by enhancing physical activity.</p>","PeriodicalId":48679,"journal":{"name":"Translational Behavioral Medicine","volume":"15 1","pages":""},"PeriodicalIF":3.0000,"publicationDate":"2025-01-16","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC12481522/pdf/","citationCount":"0","resultStr":"{\"title\":\"Using implementation mapping to design an implementation strategy for classroom-based physical activity approaches in elementary schools.\",\"authors\":\"Timothy J Walker, Derek W Craig, Christopher D Pfledderer, Kempson Onadeko, Emma E Saving, Hildi M Nicksic, Krista Patlovich, Keisey Fumero, John B Bartholomew, Maria E Fernández\",\"doi\":\"10.1093/tbm/ibaf021\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p><strong>Background: </strong>Physically active breaks and lessons are evidence-based approaches to improving student's physical activity. Yet, schools and teachers face implementation challenges, requiring the need for effective implementation strategies.</p><p><strong>Purpose: </strong>Use Implementation Mapping to develop an implementation strategy for physically active breaks and lessons in elementary schools.</p><p><strong>Methods: </strong>With our partner school district, we assembled a planning group with expertise in education, public health, and implementation science. The group completed five Implementation Mapping tasks: (i) conduct needs and assets assessment and identify adopters and implementers, (ii) identify implementation outcomes, performance objectives, and determinants, and create matrices of change objectives, (iii) choose theoretical change methods and select and create implementation strategies, (iv) produce implementation protocols and materials, and (v) evaluate implementation outcomes. We also developed an Implementation Mapping (IMap) Logic Model illustrating proposed mechanisms of action.</p><p><strong>Results: </strong>The implementation strategy focused on the principal/assistant principal, instructional coaches, and teachers. The implementation outcome was teacher implementation fidelity (implementation ≥2 physically active breaks/lessons per day). The developed strategy consisted of leadership training, teacher training, a newsletter, resources for teachers, and a parent flyer. The strategy operationalized change methods (theoretical techniques influencing implementation determinants) and practical applications (operationalization of change methods) to address implementation determinants and outcomes.</p><p><strong>Conclusions: </strong>Implementation Mapping provided a systematic process for developing an implementation strategy for physically active breaks and lessons in elementary schools. The IMap Logic Model identifies the proposed mechanisms of action for further testing. 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Using implementation mapping to design an implementation strategy for classroom-based physical activity approaches in elementary schools.
Background: Physically active breaks and lessons are evidence-based approaches to improving student's physical activity. Yet, schools and teachers face implementation challenges, requiring the need for effective implementation strategies.
Purpose: Use Implementation Mapping to develop an implementation strategy for physically active breaks and lessons in elementary schools.
Methods: With our partner school district, we assembled a planning group with expertise in education, public health, and implementation science. The group completed five Implementation Mapping tasks: (i) conduct needs and assets assessment and identify adopters and implementers, (ii) identify implementation outcomes, performance objectives, and determinants, and create matrices of change objectives, (iii) choose theoretical change methods and select and create implementation strategies, (iv) produce implementation protocols and materials, and (v) evaluate implementation outcomes. We also developed an Implementation Mapping (IMap) Logic Model illustrating proposed mechanisms of action.
Results: The implementation strategy focused on the principal/assistant principal, instructional coaches, and teachers. The implementation outcome was teacher implementation fidelity (implementation ≥2 physically active breaks/lessons per day). The developed strategy consisted of leadership training, teacher training, a newsletter, resources for teachers, and a parent flyer. The strategy operationalized change methods (theoretical techniques influencing implementation determinants) and practical applications (operationalization of change methods) to address implementation determinants and outcomes.
Conclusions: Implementation Mapping provided a systematic process for developing an implementation strategy for physically active breaks and lessons in elementary schools. The IMap Logic Model identifies the proposed mechanisms of action for further testing. The strategy has the potential to benefit schools, teachers/staff, and students by enhancing physical activity.
期刊介绍:
Translational Behavioral Medicine publishes content that engages, informs, and catalyzes dialogue about behavioral medicine among the research, practice, and policy communities. TBM began receiving an Impact Factor in 2015 and currently holds an Impact Factor of 2.989.
TBM is one of two journals published by the Society of Behavioral Medicine. The Society of Behavioral Medicine is a multidisciplinary organization of clinicians, educators, and scientists dedicated to promoting the study of the interactions of behavior with biology and the environment, and then applying that knowledge to improve the health and well-being of individuals, families, communities, and populations.