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National Charter School Resource Center, 2013

The Qualified School Construction Bond (QSCB) program, a federally subsidized borrowing program initiated as part of the 2009 American Recovery and Reinvestment Act, continues to be a source of support for charter school facilities development. A total of $22 billion in QSCBs were authorized nationwide, and some remain unused. For example, New Jersey announced in March 2013 an allocation of $125 million dedicated specifically for charter schools. In 2010, New Jersey made a $30 million allocation for charter schools, all of which was used, according to the New Jersey Economic Development Agency. This feature of the National Charter School Resource Center's monthly newsletter focuses on the QSCB program and provides information about the New Jersey effort, an explanation of how such debt arrangements work, and resources to further pursue the topic.

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National Charter School Resource Center, 2013

Some charter schools have the wherewithal to build their own facilities to their own specifications. But typically, charter operators are faced with the challenge of making do with what they can find and what they can afford. A key step in the process is determining whether in fact a prospective site will work. In some cases, it is necessary to make the most of an opportunity. In others, the answer is thanks, but no thanks. It takes strength and the right approach to know the difference. This feature of the National Charter School Resource Center monthly newsletter provides information about site evaluation for charter schools in Georgia, the challenges a New York City charter school encountered when moving into a new facility, and additional resources on the topic.

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Cunningham, 2011

Research shows a significant relationship between the condition of school facilities and student performance.1 Public schools of all kinds find it difficult to provide adequate learning facilities with their limited budgets. Charter schools in particular, however, struggle to provide school facilities that match the quality of traditional public schools.

As charter schools take their place as an established component of public edu- cation systems state legislatures will face questions about the kind of facilities to which charter schools have access. Included in this discussion are policy options for states to consider to ensure adequate funding for charter school facilities, and the inequities that exist between traditional and charter school facilities due to charter schools’ inability to secure such funding.

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Combs, Texas Comptroller of Public Accounts

Since 2010, the Comptroller’s Financial Allocation Study for Texas (FAST) has produced ratings of one
to five stars for Texas school districts and campuses. Created in response to 2009 legislation, we base these ratings on operational expenditures (the input) and academic progress (the output).

For its spending component, FAST uses operational expenditures — funded in large part by a district’s maintenance and operations (M&O) tax — which is spending directly related to teaching students.

Many school districts also levy an interest and sinking (I&S) tax to pay off debt issued for capital purchases (primarily school facilities). This construction survey is an effort to provide Texas school districts
and their taxpayers an opportunity to compare side-by-side new school construction costs over a multi-year sample.

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Virginia Beach City Public Schools and HBA, 2015

Today’s students are learning to be critical thinkers and creative innovators. They are moving beyond being consumers of information and are becoming creators of content. They are collaborating in teams and leveraging their collective intelligence to become effective problem solvers in service of our community, and they are honing their communication skills to become both respectful teammates and our future leaders.

You know these learning activities as the 5 C’s of 21st Century Skills, and having the right type of learning environments, coupled with passionate and heroic teaching, will enable our young people to acquire and develop these skills into lifelong “habits of the mind”.

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Smith, 2014

Nineteenth-century educator and inventor George Washington Carver said, “Education is the key to unlock the golden door of freedom.”13 The relationship between education and social mobility has existed since the creation of the public school system and remains an underlying principle of education policy.14 Despite the recognized importance of education in our society, the Court in San Antonio Independent School District v. Rodriguez held that education is not a fundamental right15 and that the government abridging it does not warrant the strictest level of scrutiny. 16 Some scholars, however, argue that Rodriguez only stands for no right to equal funding of education, and does not invalidate claims that students are not receiving an adequate education in violation of the Equal Protection Clause.17 Most notably, in Papasan v. Allain, the Court asserted that “[it] has not yet definitively settled the question whether a minimally adequate education is a fundamental right . . . .” 18 Thus, given the cost of litigation and the uncertainty of success in federal courts, there has been a reasonable shift to state courts, where there is tangible success with adequacy claims.

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12 See infra Part IV.

13 Proclamation No. 6827, 60 Fed. Reg. 49,491 (Sept. 21, 1995) (quoting George Washington Carver in a Presidential Proclamation for National Historically Black Colleges and Universities Week).

14 ELAINE M. WALKER, EDUCATIONAL ADEQUACY AND THE COURTS 7, 35 (2005) (“The survival of democracy is contingent upon the creation of a body of citizenry who are able to meaningfully participate in the democratic process, and whose participation is not adversely affected by an inadequate education.”).

15 San Antonio Indep. Sch. Dist. v. Rodriquez, 411 U.S. 1, 111-112 (1973) (Marshall, J., dissenting).

16 Id. at 38-40.

17 Michael A. Rebell, The Right to Comprehensive Educational Opportunity, 47 HARV. C.R.-C.L. L. REV. 47, 91 (2012).

18 Papasan v. Allain, 478 U.S. 265, 285 (1986).

National Science Teachers Association

Note to science teachers and supervisors/ administrators: The following safety acknowledgment form is for your use in the classroom and should be given to students at the beginning of the school year to help them understand their role in ensuring a safer and productive science experience.

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NSTA Safety Advisory Board, 2014

Better professional practices and academic research support hands-on, process and inquiry-based laboratory and field investigations as well as hands-on activities to promote deep conceptual understanding of science by students. To ensure a safer and effective science teaching/learning environment, the following recommendations are derived from recognized reliable sources, legal safety standards, and best professional safety practices. The recommendations represent the best professional standards and practices on safety as it relates to overcrowding. However, it cannot be assumed that all hazards in science classrooms are ameliorated by simply reducing overcrowding. Other factors affecting safety, may include facilities design, engineering controls, appropriate personal protective equipment, standard operating procedures, and/or safety training of students and teachers. These additional factors, which can be linked with science accidents, must also be attended to as well as meeting the requirements of any legal safety code or regulation or law of any state, municipality or other jurisdiction.

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NSTA Position Statement

A hallmark of science is that it generates theories and laws that must be consistent with observations. Much of the evidence from these observations is collected during laboratory investigations. A school laboratory investigation (also referred to as a lab) is defined as an experience in the laboratory, classroom, or the field that provides students with opportunities to interact directly with natural phenomena or with data collected by others using tools, materials, data collection techniques, and models (NRC 2006, p. 3). Throughout the process, students should have opportunities to design investigations, engage in scientific reasoning, manipulate equipment, record data, analyze results, and discuss their findings. These skills and knowledge, fostered by laboratory investigations, are an important part of inquiry—the process of asking questions and conducting experiments as a way to understand the natural world (NSTA 2004). While reading about science, using computer simulations, and observing teacher demonstrations may be valuable, they are not a substitute for laboratory investigations by students (NRC 2006, p. 3).

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