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Tag: Green Schools

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National Wildlife Federation granted host status from FEE to establish Eco-Schools programming for the United States

In December 2008, the National Wildlife Federation (NWF) was granted host status for K-12 schools in the United States by the Foundation for Environmental Education (FEE).  This honor - this charge - fits seamlessly with NWF's work to promote environmental education, connect people with nature and raise awareness about the impacts to people and wildlife from climate change.

Through school-based action teams of students, administrators, educators and community volunteers, NWF's Eco-Schools USA combines effective "green" management of the school grounds, the facilities and the curriculum; truly providing students with a unique, research and application based learning experience.

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By Bill Blumenthal, VP, PC4HS.

When launching an upgrade to your school’s cleaning program, consider starting by cleaning up your ‘cleaning’ products to reduce unnecessary chemical use. In many cases, your custodial crew and teaching staff can reduce or eliminate many cleaning chemicals—such as those with fragrances—without sacrificing effective cleaning.

To ensure that what you do use is ‘greener,’ choose products certified by Green Seal’s GS-37 or UL Environment’s Ecologo or those products having EPA’s Safer Choice label, for example. In some circumstances, an EPA-registered disinfectant might be needed as the lesser of two evils (pathogens vs. harsh germicidal chemicals).

There are sound reasons to use less cleaning chemistry.

Less Toxic, Disruptive Chemistry = Greater Health

Endocrine Disruptors (EDs), found in many common cleaning and maintenance products, are chemicals that act like hormones in humans and wildlife. EDs can also be produced by reactions related to product ingredients, such as when terpenes react with air pollution to create formaldehyde. EDs are often active in parts-per-billion, thus the “dose makes the poison” rule may not apply. Tiny amounts of EDs can have a big effect on body function and some may cause cancer (DHHS, 2014).

Ingredients such as bleach, quats, phthalates, and volatile organic compounds (VOCs) in cleaning or disinfecting products are suspected to cause or aggravate respiratory ills such as asthma or chronic obstructive pulmonary disease (COPD). Asthma is the number one chronic cause of student absenteeism in schools. One out of every 10 school-aged children has asthma, resulting in more than 10 million missed school days per year (EPA, 2013). Ingredients in common cleaning products may worsen asthma (Vizcaya et al., 2015).

Breathing easier at school can improve performance of students, teachers, and staff. Thankfully, reducing or eliminating exposure to hazardous cleaning chemicals can enhance both health and the bottom line.

Less Harsh Chemistry = More Money

School funding is often based on attendance, so reducing triggers for asthma and other respiratory conditions may improve attendance and fiscal support. Elk Grove Unified schools (CA) reported a two-percent attendance gain associated with implementation of green cleaning according to a Regional Asthma Management and Prevention (RAMP) report (RAMP, 2009). Eliminating aerosols and hazardous products in a Pennsylvania school district saved $19,883.25 annually according to American School and University magazine (Shideler, 2001).

The switch to more benign ingredients in green-certified cleaning products can save money in other ways too. Major green certifications require cleaning products be purchased as concentrates to reduce packaging and carbon-intensive transport of water. Dispensing concentrated solutions via automatic dilution systems reduces the added costs associated with ready-to-use (RTU) products.

Less Dirty Chemistry = More Time, Safety

If not thoroughly rinsed from surfaces, ‘cleaning’ chemicals can actually make surfaces dirtier by leaving residues. Many residues are also biodegradable, which means they may harbor microbes that feed on residues. Removing residues is additional work and wastes time. Nonchemical interventions—such as dry steam vapor sanitation, microfiber and water programs, spray-and-vacuum systems, and other reduced-chemistry methods—may be safer cleaning alternatives that also save time.

To illustrate the benefits of one of these nonchemical interventions, consider the microfiber and water method. Microfiber cloths or mops consist of ultrafine synthetic strands, commonly polyester or polyester-polyamide blends. Microfiber cleaning cloths and mops cost more than cotton cloths or mops but are often more economical due to inherent durability and performance traits. For instance, woven microfiber (sometimes called “split microfiber”) captures particles and moisture better than cotton terry towels, without producing lint.

In many cases, microfiber cloths and mops can clean using just tap water and a mild neutral-pH cleaner, if needed. Utilizing microfiber and water instead of harsher cleaning chemicals reduces negative chemical impacts and purchasing, transport, storage, inventory, and disposal costs.

Less Unwanted Chemistry = Cleaner Environment

What is not brought into your school or classroom will not have to be removed later. Avoid the introduction of unnecessary chemical cleaners into schools. A cleaner, healthier school environment can be achieved with less cost, freeing up resources for better teaching and learning.

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References

Regional Asthma Management and Prevention (RAMP). (2009). Breathing Easier − School Districts Make the Switch to Certified Green Cleaning Products. Retrieved from http://www.rampasthma.org/wp-content/upload s/2009/11/Breathing-Easier-Report.pdf

Shideler, L. (2001). A Clean School is a Healthy School. American School & University. Retrieved from http://asumag.com/maintenance-amp-operations/clean-school-healthy-school?page=4

United States Department of Health and Human Services (DHHS), (2014). 13th Report on Carcinogens. Retrieved from http://ntp.niehs.nih.gov/pubhealth/roc/roc13/index.html

United States Environmental Protection Agency (EPA). (2013). EPA Asthma Fact Sheet. Retrieved from http://www.epa.gov/asthma/pdfs/asthma_fact_sheet_en.pdf

Vizcaya, D., Mirabelli, M. C., Gimeno, D., Antó, J. M., Delclos, G. L., Rivera, M., ... & Zock, J. P. (2015). Cleaning products and short-term respiratory effects among female cleaners with asthma. Occupational and Environmental Medicine. Retrieved from http://oem.bmj.com/content/early/2015/04/23/oemed-2013-102046.abstract

About the Author

William R. “Bill” Blumenthal is vice-president of the 501c3 nonprofit Process Cleaning for Healthy Schools® (PC4HS) organization. He is a 17-year veteran of the cleaning industry experienced in both internal and contracted operations. Blumenthal is Custodial Supervisor for Douglas County School District in Nevada. bblument1@gmail.com

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By: Andrea Gordon (July 05, 2013).  It was a crisp March day outside Blaydon Public School when teachers discovered that 4-year-old Alex Wong could spell his name. There were no pencils or paper in sight. Everyone was bundled in winter jackets. Alex, who has autism, was in the outdoor classroom where his special-needs class played and explored for at least an hour every day, alongside 25 kids from the mainstream kindergarten class. Teacher Sue Cooper noticed Alex march over to a pile of wood, put three sticks in a small wheelbarrow and push it to a spot on the pavement. One by one, he placed the sticks on the ground, forming the letter A. He made three more trips and came back with sticks to make three more letters, which he placed in a row: L, E and X.

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Koo, Hong, Park, and Yun, 2013

New renewable energy is attracting considerable attention as a future energy source. The photovoltaic (PV) market, in particular, has grown significantly during the past decade. The use of the rooftop PV system in buildings in urban environments is being actively promoted. This research was conducted to develop a framework for the analysis of the potential of the rooftop PV system to achieve the net-zero energy solar buildings in terms of energy supply. To verify the feasibility
of the proposed framework, a total of 5418 elementary school facilities located in 16 administrative divisions in South Korea were selected as case studies. This research (i) collected information on the elementary school facilities, the rooftop PV system, and the meteorological and geographical characteristics by region; (ii) conducted an energy supply analysis by applying the rooftop PV system; (iii) conducted an energy demand analysis; (iv) analyzed the energy substitution effect; (v)
presented the current status of the energy supply and demand in each region using the geographical information system; (vi) analyzed the causal relationship between the energy supply and demand by region; and (vii) proposed an energy supply and demand strategy by region. This research can help elementary school facility managers or policymakers conduct an energy supply and demand analysis as well as propose an energy supply and demand strategy. It can be used as part of an educa-
tional facility improvement program. The framework proposed in this research can also be applied to any other country or sector in the global environment.
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Geoffrey Godbey (May 2009).  The research literature on outdoor recreation as it relates to human health is vast and growing. To help policymakers take new and emerging findings into account when designing recreation and park services and initiatives for the 21st century, this paper summarizes the salient issues and identifies research gaps. It considers how being outside in natural surroundings may improve health and how outdoor physical activities benefit participants. Particular attention is given to children’s health problems that can be mitigated through outdoor play, sports, and nature study. The paper describes approaches to measuring physical activity and recent trends in park visitation and outdoor activity participation. It looks at variables that affect participation in outdoor activities and considers the projected demographic changes that will affect policymaking in this arena. The findings of this literature review point to potential new directions for outdoor recreation policy, as well as new policy questions to be explored.

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Edward Shepard (April 18, 2015).  The average American boy or girl spends as few as 30 minutes in unstructured outdoor play each day. Only 6% of children nine to 13 play outside on their own in a typical week. But if you’re reading this, you probably already know that outdoor play is essential for children’s health and well-being. Here are eight science-backed reasons that prove you’re right.

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By Chris Mooney (June 2015). When it comes to the physical and psychological benefits of being exposed to nature — and especially to scenery that is filled with lush plant life — the evidence lately has been rolling in.

Recently we reported on a study by Australian researchers showing that brief 40 second micro-breaks, in which students looked at computerized images of a green roof, led to improved performance on an attention-demanding cognitive task.

And now, in what appears to be the first study of its kind, a team of researchers find myriad additional benefits for schoolchildren who go to schools that feature lots of green spaces and natural scenery. Kids exposed to more greenery — as measured by satellite imagery of their schools and neighborhoods — showed not only better attention, but also superior working memory.

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Olga Khazan  (June 16, 2015). When I lived in L.A., I reported on a school near Long Beach in which nearly a fifth of the students had asthma. One culprit seemed to be the school’s unfortunate geography: About 500 trucks passed by its grounds every hour, and according to a study released at the time, at least 9 percent of childhood-asthma cases in the area were attributable to road traffic. The air near the school, which sometimes smelled rotten or rubbery, contained nearly twice the normal level of elemental carbon, a marker of diesel particles.

Asthma is just one of the health problems linked to air pollution exposure. Sniffing exhaust all day also contributes to everything from stroke to premature death.

Conversely, spending time in nature is correlated with better mental health, attention, and mood in both children and adults. A new study out Monday in the Proceedings of the National Academy of Sciences suggests that green spaces can actually boost cognitive outcomes in children—in part by protecting their brains from air pollutants.

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Tom Jacobs (June 16, 2015). Parents, as a rule, want to give their children every possible academic advantage. While this usually takes the form of tutors or computers, a new study suggests a surprising factor they may want to consider when checking out a new school, home, or neighborhood: Whether it provides adequate access to the natural world. New research from Spain finds that, among second-, third-, and-fourth graders, quality time spent climbing trees and playing games on grass helps mental abilities blossom.

“Our study showed a beneficial association between exposure to green space and cognitive development among schoolchildren,” writes a research team led by Payam Dadvand of Barcelona’s Centre for Research in Environmental Epidemiology. This is partly, but not entirely, explained by the fact that kids who get to play in nature are exposed to less air pollution than those who hang out on city streets.

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By Carolyn Gregoire (2015) Children today spend less time outdoors than ever before -- and it may be detrimental not only to their physical health, but also to their cognitive development. A yearlong study, recently published in the Proceedings of the National Academy of Sciences, found that elementary school children who were exposed to more green spaces within or directly outside their school showed improved learning and memory. The findings reinforce that of a recent six-year study on 905 Massachusetts public elementary schools, which found that students in schools that had more "greenness" in their surroundings reported higher scores on standardized testing in English and math.

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