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Kirsten Krahnstoever Davison and Catherine T Lawson, 2006. Background: Many youth today are physically inactive. Recent attention linking the physical or built environment to physical activity in adults suggests an investigation into the relationship between the built environment and physical activity in children could guide appropriate intervention strategies.

Method: Thirty three quantitative studies that assessed associations between the physical environment (perceived or objectively measured) and physical activity among children (ages 3 to 18-years) and fulfilled selection criteria were reviewed. Findings were categorized and discussed according to three dimensions of the physical environment including recreational infrastructure, transport infrastructure, and local conditions.

Results: Results across the various studies showed that children's participation in physical activity is positively associated with publicly provided recreational infrastructure (access to recreational facilities and schools) and transport infrastructure (presence of sidewalks and controlled intersections, access to destinations and public transportation). At the same time, transport infrastructure (number of roads to cross and traffic density/speed) and local conditions (crime, area deprivation) are negatively associated with children's participation in physical activity.

Conclusion: Results highlight links between the physical environment and children's physical activity. Additional research using a transdisciplinary approach and assessing moderating and mediating variables is necessary to appropriately inform policy efforts.

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Kelly R. Evenson, Fang Wen, Sarah M. Lee, Katie M. Heinrich, and Amy Eyler, 2010. The purpose of this study was to describe the prevalence of indoor and outdoor physical activity facilities at schools and the changes in prevalence of the availability of those facilities to the public in 2000 and 2006. Secondarily, we sought to determine whether the availability of these facilities differed by several potential correlates. This will help determine if progress is being made toward the Healthy People developmental objective and provide some guidance for school-level interventions.

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Sherry Everett Jones, Nancy D. Brener, and Tim McManus, 2003. The physical environment in schools is receiving increased national attention. Several federal efforts to improve school environments have been implemented during the past 5 years. In 1997, President Clinton created the Task Force on Environmental Health Risks and Safety Risks to Children. On April 18, 2003, President Bush signed an executive order to extend the work of the task force through 2005. Cochaired by the administrator of the Environmental Protection Agency and the secretary of the Department of Health and Human Services, the task force is charged with identifying and developing federal strategies to protect children from environmental health threats.

In October 2001, the task force created a Schools Workgroup to explore ways for federal departments and agencies to expand cooperation to improve school environmental health. The Schools Workgroup’s goals are to improve children’s health and school performance by making existing and new schools healthier places to learn, and to ease the burden on underfunded and overextended school districts and schools by improving coordination and collaboration among federal, state, and local programs.

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Mary Filardo, Jeffrey M. Vincent, Marni Allen, and Jason Franklin, 2010. In this paper, the 21st Century School Fund and the Center for Cities and Schools at the University of California Berkeley provide a conceptual frame for the joint use of PK-12 public schools. There is a growing conversation about and demand for joint use as a way to provide services to children and families in convenient locations, improve opportunities for physical activity by increasing use of school recreational and outdoor spaces, leverage capital investments, and more. However, engaging in joint use, particularly intensive sharing of space or use by multiple parties, presents ongoing challenges to school and community leaders. In this paper, we frame the basic challenges and opportunities for joint use to facilitate better conversations and planning for these type of collaborations.

This conceptual paper serves as a companion to a set of tools for practitioners and policymakers for implementing and sustaining joint use and joint development of public school facilities. Other tools available from the 21st Century School Fund and the Center for Cities and Schools on joint use and development include:

  • Examples of joint development and joint use;
  • Catalogue and analysis of state policies and model school district and state level policies to support joint use and development (See: http://www.BestSchoolFacilities.org);
  • A “joint use calculator” tool for computing the real costs associated with the use of school facilities; and
  • A database template for including community use data and information in a facility information management system.

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Chapter taken from Marketing the Green School: Form, Function, and the Future, 2014. (Chapter written by Lemasters L. K. & Greve, A. W. 2014).

Most of us remember playgrounds that consisted of an asphalt or gravel lot with swings, teeter-totters,
and monkey bars. When recess came, we went outdoors to play tag, Simon says, or kick ball. Just as
educational reform has changed the classroom and the curricula, concern about the environment has
changed school design and construction. This chapter examines the evolving changes in playing at school
and on playgrounds. The chapter introduces the reader to general information about playgrounds and
discusses the importance of green construction and sustainability. This includes a closer look at playgrounds
from the perspectives of health, child development, and related moral issues. Children need to
play in a safe and enjoyable environment.

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U.S. Consumer Product Safety Commission (2010).

In recent years, it is estimated that there were more than 200,000 injuries annually on public playgrounds across the country. By following the recommended guidelines in this handbook, you and your community can create a safer playground environment for all children and contribute to the reduction of playground-related deaths and injuries.

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Howard, A. W., Macarthur, R., Rothman, L., Willian, A., & Macpherson, A. K. (2009). 6 (12)

The risk of playground injuries, especially fractures, is prevalent in children, and can result in emergency room treatment and hospital admissions. Fall height and surface area are major determinants of playground fall injury risk. The primary objective was to determine if there was a difference in playground upper extremity fracture rates in school playgrounds with wood fibre surfacing versus granite sand surfacing. Secondary objectives were to determine if there were differences in overall playground injury rates or in head injury rates in school playgrounds with wood fibre surfacing compared to school playgrounds with granite sand surfacing. Creative Commons Attribution License: http://creativecommons.org/licenses/by/2.5/

http://www.plosmedicine.org/article/info%3Adoi%2F10.1371%2Fjournal.pmed.1000195

Pardee, M. (2005).

Resource Guide Volume 4: Creating Playgrounds for Early Childhood Facilities, published by LISC’s Community Investment Collaborative for Kids (CICK). This guide assists early childhood programs with the planning of a center’s outdoor space to achieve a successful natural environment for young children. It includes suggestions for equipment and materials that support a range of activities that children can enjoy outdoors.

CreatingPlaygroundsforEarlyChildhood