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Environmental Law Institute, 2015.

In January 2015, the Environmental Law Institute published Reducing Environmental Exposures in Child Care Facilities: A Review of State Policy. The report, prepared jointly by ELI and the Children’s Environmental Health Network, discusses state policies addressing exposure to indoor air contaminants in licensed child care facilities. This paper focuses on another important environmental health issue for child care facilities: drinking water quality.

A variety of national policies and program initiatives aim to ensure that children who spend time in child care facilities drink water throughout the day.1 Ensuring the quality of drinking water at child care facilities is important to children’s healthy development and helps advance the broad goals of early care and education programs. This paper provides an overview of how existing state laws and regulations across the United States address drinking water quality in the licensed child care context, with a particular emphasis on drinking water from private wells.

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Green schools aren't only effective at helping the environment—they can also produce kids who are more knowledgeable about environmental issues.

"The idea is that by being exposed to this innovative design every day at school, along with a sustainable school culture fostered by educators, students will inherently learn and appreciate the importance of green buildings," says Laura Cole, a professor of architectural studies in the University of Missouri's College of Human Environmental Sciences.

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Forns, et al., 2016

Background: The available evidence of the effects of air pollution and noise on behavioral development is limited, and it overlooks exposure at schools, where children spend a considerable amount of time.

Objective: We aimed to investigate the associations of exposure to traffic-related air pollutants (TRAPs) and noise at school on behavioral development of schoolchildren.

Methods: We evaluated children 7–11 years of age in Barcelona (Catalonia, Spain) during 2012–2013 within the BREATHE project. Indoor and outdoor concentrations of elemental carbon (EC), black carbon (BC), and nitrogen dioxide (NO2) were measured at schools in two separate 1-week campaigns. In one campaign we also measured noise levels inside classrooms. Parents filled out the strengths and difficulties questionnaire (SDQ) to assess child behavioral development, while teachers completed the attention deficit/hyperactivity disorder criteria of the DSM-IV (ADHD-DSM-IV) list to assess specific ADHD symptomatology. Negative binomial mixed-effects models were used to estimate associations between the exposures and behavioral development scores.

Results: Interquartile range (IQR) increases in indoor and outdoor EC, BC, and NO2 concentrations were positively associated with SDQ total difficulties scores (suggesting more frequent behavioral problems) in adjusted multivariate models, whereas noise was significantly associated with ADHD-DSM-IV scores.

Conclusion: In our study population of 7- to 11-year-old children residing in Barcelona, exposure to TRAPs at school was associated with increased behavioral problems in schoolchildren. Noise exposure at school was associated with more ADHD symptoms.

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United States Environmental Protection Agency, 2013

This guide is intended for use by school officials and child care providers responsible for the maintenance and/or safety of school and child care facilities including the drinking water. The purpose of this guide is to describe the importance of implementing best management practices for drinking water in schools and child care facilities and how a school or child care facility would go about implementing these practices. This guide is specifically for schools and child care facilities that receive water from water utilities or water suppliers such as cities, towns and water districts. This guide is not a regulation itself, nor does it change or substitute for those provisions and regulations. Thus, it does not impose legally binding requirements on EPA, states, municipal water systems, schools or child care facilities. This guide does not confer legal rights or impose legal obligations upon any member of the public. While EPA has made every effort to ensure the accuracy of the information in this guide the obligations of the regulated community are determined by statutes, regulations or other legally binding requirements. In the event of a conflict between the information in this guide and any statute or regulation, this document would not be controlling.

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United States Environmental Protection Agency, 2013

This guide is intended for use by school officials and child care providers responsible for the maintenance and/or safety of school and child care facilities including the drinking water. The purpose of this guide is to describe the importance of implementing best management practices for drinking water in schools and child care facilities and how a school or child care facility would go about implementing these practices. This guide is specifically designed for schools and child care facilities that have their own well and, therefore, are classified as a public water system. This guide is not a regulation itself, nor does it change or substitute for those provisions and regulations. Thus, it does not impose legally binding requirements on EPA, states, public water systems, schools or child care facilities. This guide does not confer legal rights or impose legal obligations upon any member of the public. While EPA has made every effort to ensure the accuracy of the information in this guide the obligations of the regulated community are determined by statutes, regulations or other legally binding requirements. In the event of a conflict between the information in this guide and any statute or regulation, this document would not be controlling.

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By Jerome A. Paulson, MD, FAAP

E. M. Wallace makes some very appropriate points about keeping schools clean in her recent blog post Dust, Droppings, and Desperation (February 18, 2016). Schools need to protect children and employees in and around the buildings, and cleaning the buildings is one of the cornerstone activities of that fiduciary responsibility.

I was disturbed by the basic story of that blog post, and I was also very disturbed by the involvement of young adults in the cleanup process. These individuals were workers in a hazardous site. “They were met with thick layers of dust, “filth”, heavy mold and mildew, scattered dead crickets, and vermin droppings…”(Wallace, 2016). The first question is whether it is ever appropriate for children or young adults to be asked to work in a hazardous site; the second question is if it is appropriate for them to be there, were they (whether they were children, adolescents or adults) afforded the necessary personal protective equipment and processes to work in a hazardous site?

The issue of young adults (and I would add children and adults to this consideration in many situations) volunteering for cleanups goes well beyond this example. Many volunteer groups took children into Louisiana and other states for post-Katrina cleanup, and many volunteer groups go into other areas post-disaster or to do a “spring cleaning” of a riverbank or similar area. Religious groups, scouting groups, community organizations and others undertake these activities (The Connection Newspapers, 2006; Lovewell, 2007).

Child or adolescent volunteers are still in the formative part of their lives when they are more vulnerable to environmental hazards than are adults (Cohen-Hubal, et al., 2014). At this point in their lives, their brain, lungs, endocrine system and other parts of the body are still developing; therefore, they are more vulnerable to chemical, physical and biological toxicants that they can encounter in their environment.

I don’t know, but I certainly suspect that in the situation referred to by Wallace (2016) neither the volunteers nor their parents (if the volunteers had not reached the age of majority) were informed in detail about the potential hazards to be encountered at this school. Did the individuals who organized this activity have any idea as to the hazards to be encountered? How could the worker-volunteers and their parents have given consent to participate in this activity if adequate and appropriate information was, presumably, not provided?

All workers in hazardous environments should be afforded appropriate personal protective equipment (PPE) and receive adequate instructions to use that equipment appropriately (OSHA, n.d.). They need to receive training for appropriate work practices to be used in a toxic environment. Moreover, toxic materials can hitch a ride to the workers’ home and family, on their hair, skin, clothing and shoes (Zirschky, 1996; Sattler, & Davis, 2008) unless workers have PPE which they put on before entering the site and remove before returning home. Workers need to be able to leave their shoes at the worksite unless the shoes were covered by the PPE. Workers also need the opportunity to wash before eating during lunch and breaks so that they do not ingest toxic materials with their food.

I am very concerned that individuals, particularly those involved in organizing these types of activities, get caught up in the do-good, feel-good aspects of the projects and how these types of activities "build character" and "teach compassion" and fulfill community service or religious goals. While all of that may be true, these same individuals do not consider the risks to which they are exposing themselves or their charges. Organizers have a responsibility not to put volunteers in harm’s way. This is particularly true for child and adolescent volunteers who may not have the judgment to remove themselves from the activity either because they don’t perceive the danger or are too concerned with “going against the flow” of what their friends and supervisors are doing. The organizers need to fully consider the potential risks of having volunteers, particularly children and adolescents, work in these settings as well as the benefits. I, for one, think that the risks, in some instances, outweigh the benefits. Children and adolescents should not be used as a source of free labor, nor should children and adolescents be on cleanup crews in hazardous sites.

References

Cohen-Hubal, EA, et al. (2014). Identifying important life stages for monitoring and assessing risks from exposures to environmental contaminants- Results of a World Health Organization Review. Regulatory Toxicology and Pharmacology. 69, 113-124

The Connection Newspapers. (2006). Scouts help in Katrina cleanup Boy Scout Troop 160 of Chantilly, Herndon lends a hand. Retrieved from http://www.connectionnewspapers.com/news/2006/aug/02/scouts-help-in-katrina-cleanup/  Accessed 18 March 2016

Lovewell, MA. (2007). Youth group at federated church returns from mission to aid New Orleans cleanup. Vineyard Gazette. Retrieved from https://vineyardgazette.com/news/2007/01/11/youth-group-federated-church-returns-mission-aid-new-orleans-cleanup#sthash.XYm5J2PN.dpuf

Occupational Safety & Health Administration (OSHA). (n.d). U.S. Department of Labor. Personal Protective Equipment. https://www.osha.gov/Publications/osha3151.html

Sattler, B., & Davis, A. D. B. (2008). Nurses' role in children's environmental health protection. Pediatric Nursing, 34(4), 329.

Wallace, EM. (2016). Dust, Droppings, and Desperation. Educational Facilities Clearing House. Retrieved from http://www.efc.gwu.edu//library/efc-blog/dust-droppings-and-desperation/

Zirschky, J. (1996). Take-home toxin pathway. Journal of Environmental Engineering, 122, 430-436.

Jerome A. Paulson, MD, FAAP is Emeritus Professor of Pediatrics at the George Washington University School of Medicine & Health Sciences and Emeritus Professor of Environmental & Occupational Health at the Milken Institute School of Public Health at GWU. He currently serves as a consultant to the American Academy of Pediatrics, the Healthy Schools Network and others on issues pertaining to children’s health and the environment.

Recent research suggests that a school’s physical environment also can play a major role in academic performance.

  • Leaky roofs
  • Problems with heating, ventilation and air conditioning systems, known as HVAC systems
  • Insufficient cleaning or excessive use of cleaning chemicals
  • and other maintenance issues

can trigger a host of health problems — including asthma and allergies — that increase absenteeism and reduce academic performance. Research links key environmental factors to health outcomes and students’ ability to perform. Improvements in school environmental quality can enhance academic performance, as well as teacher and staff productivity and retention. To learn more, read the Quick Reference Guide for Student Health and Academic Performance.

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Campbell & Bigger, 2008

In 1992 APPA published a seminal work titled Custodial Staffing Guidelines for Educational Facilities. The work was based on a concept that was in the embryonic stage in 1986 and then grew in momentum through 1988 when the APPA Board of Directors commissioned a task force to address custodial staffing issues at institutions of higher education. The Guidelines became so popular that it was revised in 1998. The two editions addressed a critical need in facilities management at educational institutions. Even though institutions were growing in size and in delivery of services, custodial staffing budgets were either staying static, or in many cases, decreasing. In other words, each custodian was being asked to clean more square feet than ever before. The facilities managers did not have an empirical document to fall back on that indicated how many custodians were really needed to complete the tasks at hand and the impact of such on productivity or cleanliness.

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Bruce Buchanan, 2007

Seven years ago, teacher Carol O’Brien was concerned about the indoor air quality at her school, King-Murphy Elementary in Evergreen, Colo. “Our school sits on a steep hillside and the buses delivered kids below the school. Air currents being what they are, the exhaust traveled up the hill and into the school,” O’Brien says. In addition, she saw furnace filters in her classroom “dripping with dust” and realized that mold and other airborne contaminants were circulating through the air.

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Steve Marable, 2014

The purpose of this study was to examine the environmental education curriculum which has been utilized within Green Schools. For this study the researcher defined Green Schools as educational facilities with Leadership in Energy and Environmental Design (LEED) certification or United States Education Department (USED) Green Ribbon recognition. Currently, there is no set standard for the implementation of environmental education in Green Schools or for schools that utilize the building as a teaching tool for students. This descriptive study surveyed Green Schools in the Commonwealth of Virginia in order to better understand what common programs and curricula were being utilized. This study will also assist in establishing pedagogical best practices for environmental education while describing how LEED certified buildings are currently being used by educators as a teaching tool to support sustainable practices.

Overall, 14 Green Schools in the Commonwealth of Virginia agreed to participate in the study. Once principals gave consent for their school to participate in the study, they were asked to respond the survey instrument and invite teachers to participate in the Green Schools eSurvey also. The survey instrument consisted of 14 multiple choice and open response survey items. Overall, 98 principals and staff participated in the survey. Multiple choice survey questions served as the quantitative data for the research study. Quantitative data were examined to report descriptive statistics to provide parameters about the sample population. The frequency and percentage from each category, mean, and mode were also reported from each quantitative iii survey item. Qualitative data were examined by emerging themes according to pedagogical strategies and programs. The findings from the study indicated that teachers are employing practices that are consistent with current emphases on environmental education. Data also supported that educators take pride in their buildings and incorporate the facility as a teaching tool in a variety of instructional practices throughout the Commonwealth of Virginia.

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