Lackawanna County Science PSSAs 2009 Science Results
March 2010 The Institute for Public Policy & Economic Development
A partnership among Keystone College, King’s College, Luzerne County Community College, Marywood University, Misericordia University, Penn State Wilkes-Barre, The Commonwealth Medical College, University of Scranton, & Wilkes University
Lackawanna County Science PSSA- 2008 Results
Table of Contents Introduction: ...... 3 Report Methodology ...... 3 Student Performance ...... 4 Lackawanna County Science Proficiency Results ...... 4 Lackawanna County School District Proficiencies and Rankings ...... 6 School District Science Results for 2008-2009 School Year ...... 8 School District Science Results: 2007-2008 ...... 9 Special Populations ...... 12 Students with Disabilities ...... 12 Economically Disadvantaged ...... 13 African- American Students ...... 15 Hispanic Students ...... 16 Conclusion ...... 17 References: ...... 18
Produced by The Institute for Public Policy and Economic Development Senior Researchers Teri Ooms Sherry Murray
Research Associates Christina Miller
Coordinator Marla Doddo
Please contact The Institute for reprint permissions and appropriate citation of works.
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Lackawanna County Science PSSA- 2008 Results
Introduction:
The purpose of the School Assessment Report (SAR) is to provide educators, administrators, parents, business and industry, and civic leaders with information regarding student proficiencies in the public K-12 school system – the same system that trains our future workforce. Since local and regional economies are dependent upon the strength of the workforce, K-12 education is a strong economic development tool. To guarantee an adequate future workforce, within the next several years (through 2014), the Commonwealth of Pennsylvania must ensure that each child is proficient in reading, mathematics, and the sciences – a goal that coincides with the Federal No Child Left Behind Act (NCLB). Moreover, parents, guardians and educators can mutually assist in student proficiency improvements if they take the necessary actions to help students learn and advance their skills.
The SAR measures and analyzes Pennsylvania System of School Assessment (PSSA) science statistics from 2007 to 2009. Fourth, eighth, and eleventh grade student proficiencies are evaluated across Lackawanna County, and are compared with state and county averages. While the PSSA is broken down into four sections of proficiency – reading, writing, mathematics and science, this SAR specifically examines science proficiencies. The 2008-2009 school year marks the second year that Pennsylvania formally assessed science proficiencies. As such, the Pennsylvania Department of Education administered the science portion of the PSSA on a pilot basis only, seeking feedback that would allow it to revise the exam that will become part of next year’s regular statewide test. According to the Pennsylvania Department of Education, the science exam attempts to move beyond the testing of facts and superficial knowledge, a trend that has dominated U.S. science education for decades, towards assessment of student abilities to engage in critical thinking and make accurate, evidence-based predictions.
Report Methodology
This SAR is designed to summarize the performance and monitor the progress of Lackawanna County public schools with regard to science assessments. In doing so, this report aims to identify Lackawanna County’s strengths, as well as areas that require timely improvement. As this was the first year of science testing, the state viewed the assessment largely as a pilot study aimed at gathering data and making corrections for subsequent, full-scale testing. Given its pilot status, the state focused on a smaller population – specifically, students in grades four, eight and eleven. As such, the statistics and comparisons reported herein are reflective of the smaller group’s grades only and do not necessarily reflect the knowledge and skills of the county’s entire public school population.
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Lackawanna County Science PSSA- 2008 Results
PSSA scores, which serve as the foundation of the report, are found on the Pennsylvania Department of Education’s website at http://www.pde.state.pa.us. PSSA results are organized by county and divided into the following proficiency ratings: advanced, proficient, basic, and below basic. The total number of proficient scores is calculated by combining the number of PSSA test takers who scored advanced or proficient on the science section.
For clarification, those requiring an Individualized Educational Program are classified as “IEP” students. This category includes any student with a disability who requires a service and/or accommodation in addition to the standard educational approach used for non-IEP students. Usually, the term IEP refers to at least one of the following disabilities: autism, deafness, deaf-blindness, emotional disturbance, hearing impairment, learning disability, mental retardation, multiple disabilities, orthopedic impairment, other health-impairment, speech or language impairment, traumatic brain injury or visual impairment including blindness.
Economically disadvantaged students comprise another subcategory. This group includes those who are eligible for free or reduced fee lunch. Data on this group is not available for each year since 2002, which introduces uncertainty in trend predictions for this group. Similarly, data for both African-American and Hispanic students is sparse at best, with information lacking for most school districts. For schools with fewer than ten students in the subgroup, data is not reported.
Student Performance
Lackawanna County Science Proficiency Results
During the 2008-2009 school year, 6,017 of Lackawanna County’s fourth, eighth, and eleventh grade students took the science PSSA. Of the total test takers in the study group (grades four, eight and eleven), 34.8% scored at least proficient in science. Fourth graders achieved the highest scores, with an average science proficiency score of 45.3%. Eighth graders achieved an average science proficiency score of 34.4%, while eleventh graders achieved an average science proficiency score 24.9%. Lackawanna County’s combined science averages for the 2008-2009 school year (34.8%) ranked above the state-wide science proficiency average (21.6%).
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Lackawanna County Science PSSA- 2008 Results
Total of Students Grades Tested Advanced % Proficiency % Basic % Below Basic % County Total: Grade 4 2001 44.6 45.3 7.7 2.2 County Total: Grade 8 2056 21.4 34.4 24.3 19.7 County Total: Grade 11 1960 16.7 24.9 44.9 13.4 County Total 6017 27.5 34.8 25.6 11.7
Comparsion of 2007‐2008 and 2008‐2009 School Years: Lackawanna County Science Proficiency Results 2007‐2008 School Year 2008‐2009 School Year
85.7
56.1 45.3 34.4 33.1 24.9
4th Grade 8th Grade 11th Grade
It is the intent of No Child Left Behind to have all students capable of exhibiting scientific knowledge at a proficient level by 2014. In order to reach this goal, it is necessary for schools to systematically convert the number of students performing at a level considered to be basic or below basic to a proficient or advanced level. The graph below represents the number of students at each ability level in Lackawanna County during the most recent round of testing. Ideally, the number of students scoring proficient or advanced should be at a much higher level than the number of those scoring basic or below basic.
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Lackawanna County Science PSSA- 2008 Results
Lackawanna County Science Results for 2008‐ 2009 School Year Advanced Proficienct Basic Below Basic 44.6 45.3 44.9
34.4 34.8 27.5 24.3 24.9 25.6 21.4 19.7 16.7 13.4 11.7 7.7 2.2
4th Grade 8th Grade 11th Grade County Total
The county’s fourth graders have shown strong scientific aptitudes, with those scoring proficient or advanced significantly outnumbering those scoring basic or below basic. By contrast, the county’s eighth graders had a higher “proficency” rating than the other rating categories in the eight grade. Lackawanna County’s eleventh graders demonstrated the greatest disparity between levels of proficiency and non-proficiency; eleventh graders performed the poorest, with the highest percentage of those ranked “basic” in the county]. In Lackawanna County, as well as statewide, science proficiencies exhibit a trend of decreasing proficiencies with grade level progression.
Lackawanna County School District Proficiencies and Rankings
The table below details Lackawanna County’s test group scores, in order of proficiency ranking, as determined by the performance of all fourth, eighth and eleventh grade students within each school district.
Science Proficiency Scores for 2008-2009 School Year School Districts 4th Grade 8th Grade 11th Grade Total Abington Heights SD 38.5 38.4 31.5 36.1 Carbondale Area SD 49.5 22.2 20.5 30.7 Dunmore SD 47.9 34.6 35.2 39.2 Lakeland SD 33.3 35.9 26.6 31.9 Mid Valley SD 44.7 34.8 28.6 36 North Pocono SD 43 37.2 21.9 34 Old Forge SD 60.9 36.8 14 37.2
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Lackawanna County Science PSSA- 2008 Results
Riverside SD 37.3 30 24.2 30.5 Scranton SD 51.2 33.3 22.2 35.5 Valley View SD 47.3 41.7 24.5 37.8 Total 45.3 34.4 24.9 34.8
School District PSSA Science Performance: 2008-2009 School Year
% Basic % Advanced % Proficient Science % Below Basic School Districts Grades Science (2009) Science (2009) (2009) Science (2009) ABINGTON HEIGHTS SD 4 56.5 38.5 5 0 ABINGTON HEIGHTS SD 8 26.6 38.4 20.7 14.4 ABINGTON HEIGHTS SD 11 24 31.5 37.1 7.5 ABINGTON HEIGHTS District SD Total 35.7 36.1 20.9 7.3 CARBONDALE AREA SD 4 40.5 49.5 9 0.9 CARBONDALE AREA SD 8 20.5 22.2 24.8 32.5 CARBONDALE AREA SD 11 17 20.5 37.5 25 CARBONDALE AREA SD District Total 26 30.7 23.7 19.4 DUNMORE SD 4 42.7 47.9 6.8 2.6 DUNMORE SD 8 19.6 34.6 24.3 21.5 DUNMORE SD 11 25.8 35.2 34.4 4.7 District DUNMORE SD Total 29.3 39.2 21.8 9.6 LAKELAND SD 4 59.5 33.3 4.8 2.4 LAKELAND SD 8 24.8 35.9 27.4 12 LAKELAND SD 11 24.8 26.6 36.7 11.9 District LAKELAND SD Total 36.3 31.9 22.9 8.7 MID VALLEY SD 4 39.4 44.7 13.6 2.3 MID VALLEY SD 8 16.7 34.8 28.8 19.7 MID VALLEY SD 11 10.1 28.6 49.6 11.8 District MID VALLEY SD Total 22 36 30.6 11.2 NORTH POCONO SD 4 51.7 43 3.9 1.3 NORTH POCONO SD 8 25.9 37.2 28.1 8.8 NORTH POCONO SD 11 13.9 21.9 47.8 16.3 District NORTH POCONO SD Total 30.5 34 26.6 8.8 OLD FORGE SD 4 31.9 60.9 5.8 1.4 OLD FORGE SD 8 16.2 36.8 17.6 29.4 OLD FORGE SD 11 18 14 48 20 District OLD FORGE SD Total 22 37.2 23.8 16.9 RIVERSIDE SD 4 50 37.3 8.8 3.9 Page | 7 RIVERSIDE SD 8 14.5 30 29.1 26.4
Lackawanna County Science PSSA- 2008 Results
RIVERSIDE SD 11 8.1 24.2 55.6 12.1 District RIVERSIDE SD Total 24.2 30.5 31.1 14.1 SCRANTON SD 4 32.7 51.2 12.5 3.6
SCRANTON SD 8 17.6 33.3 24.5 24.7 SCRANTON SD 11 13.1 22.2 49.1 15.6 District SCRANTON SD Total 21.1 35.5 28.7 14.6 VALLEY VIEW SD 4 41.3 47.3 7.6 3.8 VALLEY VIEW SD 8 32.2 41.7 18.5 7.6 VALLEY VIEW SD 11 12.5 24.5 53.8 9.2 District VALLEY VIEW SD Total 28.6 37.8 26.6 6.8
According to the above data, the Dunmore School District performed the best on the science PSSA, with an average proficiency of 39.2%. Riverside School District performed the poorest, with an average proficiency of 30.5%.
Science PSSA Proficiency Scores for 2008-2009 School Year Total % of Proficiency Scores
39.2 36.1 36 37.2 35.5 37.8 30.7 31.9 34 30.5
School District Science Results for 2008-2009 School Year
The table below identifies Lackawanna County school district results for the 2008-2009 PSSA science assessment. The table illustrates proficiency results by grade level and provides the percentage of students at each level of attainment (advanced, proficient,
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Lackawanna County Science PSSA- 2008 Results
basic, below basic). Overall district averages are calculated at the bottom each district’s section within the table.
School District Science Results: 2007-2008
The tables below identify Lackawanna County school district results for the 2007-2008 PSSA science assessment. The table illustrates proficiency results by grade level and provides the percentage of students at each level of attainment (advanced, proficient, basic, below basic). Overall district averages are calculated at the bottom each district’s section within the table.
School District PSSA Science Performance: 2007-2008 School Year % Advanced Analysis of Attainment Level by District for Science % Proficient % Basic Science % Below Basic Science PSSA (2008) Science (2008) (2008) Science (2008) ABINGTON HEIGHTS SD 4 56.3 35.1 5.6 3.0 ABINGTON HEIGHTS SD 8 17.7 47.3 24.3 10.7 ABINGTON HEIGHTS SD 11 9.9 26.4 48.5 15.2 ABINGTON HEIGHTS SD District Total 25.5 36.3 27.9 10.2 CARBONDALE AREA SD 4 27.6 56.3 11.5 4.6 CARBONDALE AREA SD 8 18.5 39.8 24.1 17.6 CARBONDALE AREA SD 11 11.1 14.8 42.6 31.5 CARBONDALE AREA SD District Total 18.5 35.6 27.1 18.8 DUNMORE SD 4 46.7 47.5 4.1 1.6 DUNMORE SD 8 10.7 43.4 31.1 14.8 DUNMORE SD 11 12.3 35.8 43.2 8.6 DUNMORE SD District Total 22.2 41.6 27.8 8.4 LAKELAND SD 4 50.0 38.0 7.4 4.6 LAKELAND SD 8 16.4 47.0 25.4 11.2 LAKELAND SD 11 10.2 38.9 42.7 8.3 LAKELAND SD District Total 23.1 41.4 27.3 8.3 MID VALLEY SD 4 29.5 58.9 9.3 2.3 MID VALLEY SD 8 9.4 41.4 28.9 20.3 MID VALLEY SD 11 2.3 15.5 51.9 30.2 MID VALLEY SD District Total 13.7 38.6 30.1 17.6
School District PSSA Science Performance: 2007-2008 School Year % Advanced Analysis of Attainment Level by District for Science % Proficient % Basic Science % Below Basic Science PSSA (2008) Science (2008) (2008) Science (2008)
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Lackawanna County Science PSSA- 2008 Results
NORTH POCONO SD 4 47.2 42.7 6.9 3.3 NORTH POCONO SD 8 18.9 48.7 22.2 10.2 NORTH POCONO SD 11 9.1 29.2 49.4 12.3 NORTH POCONO SD District Total 24.7 40.4 26.2 8.7 OLD FORGE SD 4 41.4 39.7 13.8 5.2 OLD FORGE SD 8 9.8 58.5 23.2 8.5 OLD FORGE SD 11 11.6 39.1 34.8 14.5 OLD FORGE SD District Total 19.1 46.9 24.4 9.6 RIVERSIDE SD 4 46.2 39.6 12.3 1.9 RIVERSIDE SD 8 4.1 34.1 36.6 25.2 RIVERSIDE SD 11 4.4 25.7 52.2 17.7 RIVERSIDE SD District Total 17.3 33.0 34.2 15.5 SCRANTON SD 4 36.8 45.7 14.3 3.2 SCRANTON SD 8 9.6 37.8 29.7 22.8 SCRANTON SD 11 4.2 15.0 48.8 32.0 SCRANTON SD District Total 16.4 32.6 31.3 19.7 VALLEY VIEW SD 4 46.5 43.9 8.6 1.1 VALLEY VIEW SD 8 21.3 41.6 25.2 11.9 VALLEY VIEW SD 11 5.3 23.8 56.8 14.1 VALLEY VIEW SD District Total 23.7 36.1 30.9 9.2
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Lackawanna County Science PSSA- 2008 Results
Science Results for all 4, 8, 11th grades combined in 2007-2008 School Year:
Science Proficient Results for 2007‐2008 School Year Science 77.8 72.2 71.4 69.3 66.7 65.3 60.9 60.5 56.3 52.3 58.3
Science Results for all 4, 8, 11th grades analyzed in 2008-2009 School Year
Science Proficient Results for 2008‐2009 School Year 70 60 50 40 30 20 10 0
4th Grade 8th Grade 11th Grade Total
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Lackawanna County Science PSSA- 2008 Results
Special Populations
Students with Disabilities In this SAR, a student with a disability is defined as any student who requires the use of an Individualized Education Program (IEP) to meet his/her educational goals. In Lackawanna County, 908 fourth, eighth and eleventh grade students with disabilities took the science portion of the PSSA during the 2008-2009 school year. Overall, this group achieved a 24.6% proficiency rating, although fourth grade scores differ drastically from eighth and eleventh grade results. It should be noted that although the scores of students with disabilities are often reported separately from the aggregated data, their scores are equally factored into each school district’s proficiency total and Annual Yearly Progression (AYP) goals.
Students with Disabilities Tested in the Science PSSA: 2008-2009 School Year
Students Tested Advanced Proficient Basic Below Basic County Total: Grade 4 385 27.2 51.1 14.9 6.6 County Total : Grade 8 294 5.1 12.6 25.7 5.1 County Total : Grade 11 229 0.46 10.2 39 47.6 County Total 908 10.9 24.6 26.5 19.7
When compared with their peers, Lackawanna County’s students with disabilities performed at a lower level in eighth and eleventh grades. Fourth grade students with disabilities demonstrated a proficiency score of 51.1% whereas their counterparts in the regular fourth grade had an overall average proficiency score of only 45.3%, a 5.8% difference.
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Lackawanna County Science PSSA- 2008 Results
The following two charts provide science proficiency scores for students with disabilities and their peers in the 2008-2009 school year:
Proficiency Scores of Students with Disabilities in the 2008‐2009 School Year 90 80 70 60
Title 50 40
Axis 30 20 4th Grade 10 0 8th Grade 11th Grade
Proficiency Scores for All Students in the 2008‐2009 School Year 70 60 50 40 Title 30
Axis 20 10 4th Grade 0 8th Grade 11th Grade
Economically Disadvantaged
Economically disadvantaged students comprise another subgroup whose performance is monitored and analyzed via PSSA testing. The Pennsylvania Department of Education considers a student “economically disadvantaged” based on his or her participation in the free or reduced fee lunch program. Traditionally, students who are
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Lackawanna County Science PSSA- 2008 Results
raised in low-income environments tend to perform at a significantly lower level than peers from higher socioeconomic backgrounds.
In Lackawanna County, 2,017 participants of the science portion of the PSSA during the 2008-2009 school year in the fourth, eighth and eleventh grade classified as economically disadvantaged took the science portion. Overall, this subgroup achieved a 29.2% science proficiency score - although proficiency ratings varied widely among the three grade levels compared.
Science PSSA Scores for the Econ. Disadvantaged Students Total # of Below Grades Students Advanced Proficient Basic Basic 4th Grade 796 29.3 47.4 8.6 4.6 8th Grade 708 12 25.8 24.5 27.5 11 Grade 513 9.9 14.4 43.1 22.3 Total 2017 17 29.2 25.4 18.1
In regard to science proficiencies for the 2008-2009 school year, Lackawanna County’s economically disadvantaged students performed at a lower level at all grade levels when compared with their non-economically disadvantaged peers. It should be noted, however, that certain grade levels were outperformed only marginally in terms of overall score. For example, fourth grade economically disadvantaged students reported a 47.4% science proficiency score, compared with 34.8% for all Lackawanna County’s fourth graders.
Comparsion of All Students Tested in Lackwanna County vs. Econ. Disadvantaged Econ. Disadvanaged All Students (Peers) 47.4 45.3
34.4
25.8 24.9
14.4
4th Grade 8th Grade 11th Grade
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Lackawanna County Science PSSA- 2008 Results
African- American Students
Lackawanna County’s African-American students, a subgroup also monitored by PSSA testing as dictated by NCLB, are its most underrepresented population - with only 222 students testing in science during the 2008-2009 school year. It should be further noted that only one district (Scranton School District) has an African-American population large enough to be independently reported (population greater than 10). As such, the generalizations and analysis that follow should be tempered with caution given the little data available this year.
African American Students Tested in Science PSSA in 2008-2009
Total # of Grades Students Advanced Proficient Basic Below Basic 4th Grade 84 20.2 52.4 21.4 6 8th Grade 55 1.8 32.7 27.3 38.2 11th Grade 40 2.5 7.5 65 25 County Total 179 8.1 30.8 37.9 23
According to the data available, African-American students achieved a science proficiency rating of 30.8% for 2008-2009 school year, compared with a 33.8% proficiency score in the prior year. African-American students’ science scores are comparable to their peers at all grade levels, whereas their non-African-American peers scored a 34.8% science proficiency rating.
Comparsion of African American Students vs. their Peers in 2008‐2009 Science PSSA's
African American Students All Students (Peers) 37.9 34.8 30.8 27.5 25.6 23
11.7 8.1
Advanced Proficient Basic Below Basic
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Lackawanna County Science PSSA- 2008 Results
Hispanic Students
In Lackawanna County, 241 Hispanic students took the science portion of the PSSA during the 2008-2009 school year and achieved a 31.2% proficiency score. Not all students at all grade levels within each school district are reflected, as grades with fewer than ten students in a particular subgroup are not measured. Like the African- American subgroup population, only one district (Scranton School District) had an Hispanic population large enough (population greater than 10) to be scored and reported. Again, the generalizations and analysis that follow should be tempered with caution, given the small amount of data available in this testing year.
Hispanic Students Tested in Science PSSA in 2008-2009 School Year
Total # of Grades Students Advanced Proficient Basic Below Basic 4th Grade 104 21.2 52.9 23.1 2.9 8th Grade 76 7.9 27.6 31.6 32.9 11th Grade 61 14.8 13.1 44.3 27.9 County Total 241 14.6 31.2 33 21.2
Comparsion of Hispanic Students vs. their Peers in 2008‐2009 Science PSSA Hispanic Students All Students (Peers) 34.8 33 31.2 27.5 25.6 21.2 14.6 11.7
Advanced Proficient Basic Below Basic
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Lackawanna County Science PSSA- 2008 Results
Conclusion
The 2008-2009 school year marked the second round of PSSA testing in science. Overall, Lackawanna County’s fourth grade students exhibited a higher degree of scientific prowess, with over 45.3% of students scoring proficient. In both years of testing, fourth grade scores exceeded eighth and eleventh grade scores. With 2008- 2009 school year being only the second year of testing, there was a dramatic drop in the fourth grade scores in the most recent round of testing; in 2007-2008 school year, fourth graders achieved a science proficiency score of 85.7%, compared with 45.3% in the 2008-2009 school year. Many reasons may factor into this significant one-year drop. The county’s eleventh graders, however, require careful examination, as their scores ranked lower than the county’s fourth and eighth grade scores. The most recent data suggests that as students enter higher grade levels, their abilities to think and investigate scientifically regress. The causes for such drops across grade levels are worth careful consideration, warranting a review of the educational pedagogy and overarching curriculum guiding students through such critical transition periods.
According to the Pennsylvania Department of Education, future science testing will place a heavy emphasis on “inquiry-based learning,” a form of instruction that emphasizes abstract reasoning, thinking and prediction skills, rather than more traditional science curriculum rooted in fact and note memorization skills. This paradigm shift is reflective of our growing need to become more competitive and capable in an ever expanding global economy - particularly in terms of science and math proficiencies. The most recent results of the Program for International Student Assessment (PISA), an assessment tool used to compare fifteen-year-olds from around the world, found that American students significantly trail most modern countries in science and math abilities, including: Finland, Japan, Canada, China, Australia, Germany and the United Kingdom. As such, the need for quality science instruction is paramount if the U.S. wishes to remain a leader in the global marketplace.
Science proficiency examinations have recently been added to the PSSA, and, in time, social studies examinations will also be added. Therefore, schools with reduced instruction time in these subjects to focus on mathematics, reading, and writing PSSAs may be doing themselves a disservice to meet today’s PSSA demands. It is critical for school districts to investigate best practices to ensure proficiencies in all subjects are met. Teaching specifically to the test should be avoided.
The education triad (administrators, teachers and parents) must form a more effective collaborative effort to ensure that real learning is taking place. For Pennsylvania, emphasis on improving higher education attainment and other continuing education is critical. The economic development success of any region is dependent upon the quality of its workforce, and quality training should begin in elementary school. Specifically, the best economic development strategy is one that maximizes the potential of the public Pre-K – 12 education system.
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Lackawanna County Science PSSA- 2008 Results
Many successful school districts have found ways to achieve higher scores and better academic learning skills such as: ¾ Diagnosing student instructional needs and finding ways to provide appropriate instruction ¾ Adopting common pedagogical methods so that students can easily move from one classroom to another and apply the same skills ¾ Using a systematic approach through a scientific thinking process while giving students the ability to take time in and out of class to plan, think, write, confer, read, change their minds, and have fun while learning as well ¾ Stressing higher-order thinking skills ¾ Coaching and providing whole-group brainstorming and small-group response sessions ¾ Offering fun academic activities within the classroom ¾ Peer or teacher conferences ¾ Focusing on professional development on the teaching of scientific problem solving and thinking
Best practices from around the country can be evaluated for adoption in local school districts after appropriate research and analysis has been completed.
References:
PA Department of Education: (11/2/2009). 2008-2009 Science PSSA & AYP Results. http://www.pde.state.pa.us/a_and_t/cwp/view.asp?A=3&Q=150034.
U.S. Department of Education: (11/2/2009). 2008-2009 Science PSSA Testing. http://pde.state.pa.us/.
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A partnership among Keystone College, King’s College, Luzerne County Community College, Marywood University, Misericordia University, Penn State Wilkes-Barre, The Commonwealth Medical College, University of Scranton, & Wilkes University
7 South Main Street, Suite 201 120 Wyoming Avenue, Third Floor Wilkes-Barre, PA 18701 Scranton, PA 18503 570.408.9850 570.207.0340 570.408.9854 fax 570.207.0340 fax www.institutepa.org [email protected]
Diversity Pre-kindergarten (pre-K) and kindergarten education
J o I n t U r b a n S t u d I e s C e n t e r S e p Jt U e Lm Y b e2 r0 0 2 6 0 0 6
7 South Main Street, Suite 201 Wilkes-Barre, Pennsylvania 18701
t: 570.408.9850 f: 570.408.9854 w: www.urbanstudies.org
Staff
Teri Ooms Marla Doddo Joseph Boylan Executive Director Development Coordinator Research Analyst
Copyright © 2006 JUSC All Rights Reserved. No part of this publication may be copied or reproduced in any form or by any means without permission in writing from JUSC.
The Joint Urban Studies Center The Joint Urban Studies Center was established to provide essential research, analysis, and consultation to small and mid-size cities aiming for full participation in the new economy of the 21st century. The Center mobilizes the resources of regional institutions of higher education to engage communities in planning that is informed by research, energized by broad participation from stakeholders in the community, and validated by successful implementation. As the managing partner in the Center, Wilkes University is joined by Keystone College, King’s College, College Misericordia, Luzerne County Community College, Penn State Wilkes-Barre, and the University of Scranton.
Note The views expressed here do not necessarily reflect those of the educational partners, their offices, trustees or board members, or private businesses that fund the Joint Urban Studies Center (JUSC) or the staff of the JUSC.
Acknowledgements We would like to acknowledge the Joint Urban Studies Center Advisory Board for its time, effort and commitment to this region:
William P. Montague, Founder Jim DePolo Michael MacDowell, Ph.D. Mark IV Industries Commonwealth Telephone College Misericordia Enterprises, Inc. Tim Gilmour, Ph.D., Chairman Melanie Maslow Lumia Wilkes University Patricia Donohue, Ph.D. Maslow Lumia Bartorillo Luzerne County Community Advertising William B. Sordoni, College Vice Chairman Thomas J. O’Hara C.S.C., Ph.D. Sordoni Construction Company Rusty Flack King’s College Diamond Manufacturing Thomas Baldino, Ph.D., Scott Pilarz, S.J. Chairman Academic Council Jeffrey Folk, M.D. University of Scranton Wilkes University Geisinger Russell Roberts Edward Boehm, Ph.D. William Host, M.D. Bohlin Cywinski Jackson Keystone College Wyoming Valley Health Care Systems Thomas Romanowski John Cefaly MELRO Corporation Cushman & Wakefield Thomas E. Lawson Borton Lawson Eugene Roth Scott Dagenais Rosenn, Jenkins, and M&T Bank William Leandri Greenwald Huntsville Executive Search Charles Davis, Ph.D. Susan W. Shoval Penn State Wilkes-Barre David Lee GUARD Insurance Group
United Way of Wyoming Valley
Research Team Teri Ooms, Marla Doddo, Joseph Boylan, and Thomas Murtaugh
TABLE OF CONTENTS
I. Executive Summary 6
II. Why are Pre-K and Kindergarten Education Important? 8
III. Savings Associated with “High Quality” Pre-K and Kindergarten 14
IV. Economic Benefits of Pre-K and Kindergarten Education 16
V. Growing Government Support for High Quality Early Childhood Education 20
VI. Status of Pre-K and Kindergarten in Pennsylvania 22
VII. Status of Pre-K and Kindergarten in Lackawanna and Luzerne Counties 24
VIII. Case Studies 27
Endnotes 34
EXECUTIVE SUMMARY PAGE 6
I. EXECUTIVE SUMMARY
Pre-Kindergarten (Pre-K) and kindergarten education have received much attention in the last fifteen years. As a majority of parents are now enrolling three and four-year-olds in some form of Pre-K, preschool or daycare facility outside the home, a great deal of research has outlined and examined quality early education. Many advocacy groups have been formed in support of increased quality and care for these Pre-K age children. While research has recognized the tremendous social and economic gains that quality early childhood education provides a community, government, at all levels, has been slow to assist in the effort to improve early childhood education.
Following is a listing of the purpose, goals and accomplishments of this report: • The report’s purpose is to increase knowledge of the Pre-K and kindergarten research, trends and systems – providing recommendations for an approach to change the current status of early education through the Luzerne/Lackawanna County region; it should be noted, however, that the report does not provide directives.
• The report aims to provide a broad overview of the state of early childhood education throughout the United States, the Commonwealth of Pennsylvania, and, specifically, in Lackawanna and Luzerne counties.
• The report offers a regional approach to improving early childhood education in Luzerne and Lackawanna counties and advises that the two counties work in tandem for this venture.
• Through the provision of an overwhelming amount of research, the report exhibits the positive impact a quality early education has on its recipients - both in the short and long-run.
• The report describes and lists society and government’s long-term benefits of providing a good start for the community’s children. Specifically, the report identifies early education as an important economic investment and development tool, which the business community and local chambers of commerce should support.
• The report recommends how the current uncoordinated/unsupported early education system can become unified and comprehensive in delivering to the children of Luzerne and Lackawanna County the best quality early education possible.
• The report provides case studies on what other states have done to develop unified early education systems, which may serve as models for this region’s development.
Research on the effect early childhood education has on children and society has grown substantially over the last decade, in terms of scope and precision. Mounting evidence proves that “high-quality” early education programs provide short-term benefits to children, as well as long-term benefits that last a lifetime – in turn boosting all of society. Well educated children translate to tax savings in education, health and welfare, and the criminal justice system. Early childhood education also has a tremendous impact on local and national economies.
Early childhood education employs millions of providers and teachers nationwide, pays billions of dollars in wages, purchases billions more in goods and services, and generates even more in gross receipts. The National Child Care Association estimates that the industry employs over 900,000 people as providers and teachers, with another two million working as “family, friend and neighbor” child care providers.
Even with families’ increasing demands for Pre-K, government has been largely unresponsive, and only about 14% of four-year-olds are enrolled in public school-based general education Pre-K programs. Because of the lack of availability of Pre-K programs connected with public schools, families are forced to turn to either private or non-profit early education programs; it should be noted that only about 35% of public schools have Pre-K
EXECUTIVE SUMMARY PAGE 7
programs available on campus. Major problems with the U.S. Pre-K system include the fact that it remains largely unfunded; the system is not assessed and uncoordinated with no specific standards; Pre-K programs provide different curriculums and different levels of teacher training; and available Pre-K programs are often unconnected to the local public school district. Yet in the last decade, there has been a growing effort to establish high-quality early education beginning at age three, if not for all children, then at least for poor, at-risk children. Many states have made strides with full-day kindergarten, and are beginning to fund and coordinate four year-old Pre-K programs.
At the federal level, the Bush Administration has supported early education programs by increasing Head Start’s funding by $750 million in the 2005 budget, and providing 50,000 Head Start teachers with early learning training. The Bush Administration also supports giving states greater opportunity to coordinate Head Start, state Pre-K programs, and child care programs. Also President Bush’s Reading First program has provided more than $2.5 billion to train over 73,000 teachers in effective reading instruction.
Only in the last few years has Pennsylvania recognized the importance of quality early education and the State has recently taken steps to improve and coordinate the existing non-system. Pennsylvania’s Pre-K programs remained completely unfunded by the Commonwealth until four years ago, when Governor Rendell set aside a $200 million Accountability Block Grant (ABG). Through the grant, money is given to school districts to invest funds in Pre-K and full-day kindergarten programs. As evidenced by the latest fiscal year budget, Governor Rendell continues his commitment to invest in Pre-K programs.
Only 51% of Pennsylvania’s kindergarten students are enrolled for the full day, compared with the national average of 65%; similarly, according to the Pennsylvania Department of Education, very few children are enrolled in high-quality public school Pre-K. The State’s 2004-2005 enrollment figures reflect that Luzerne County recorded no students age four or younger attending Pre-K, while Lackawanna County recorded only three four- year-olds and nine students under age four attending Pre-K. Neither County recorded students attending Pre-K in private or non-public schools.
Non-school based and non-Head Start early learning centers provide the majority of Luzerne and Lackawanna County’s Pre-K education. Although no accurate total of children enrolled in other center-based early learning environments exists, the Pennsylvania Partnerships for Children reported that, at 10.9%, Lackawanna County has the third highest number of high-quality early learning centers. Although much lower, at 5%, Luzerne County’s availability of high-quality early learning centers surpassed the State’s 3.9% average.
High-quality early education is an economic driver. If Pre-K and kindergarten education is considered to be an economic investment, people will begin to view early education in a new light. Yes, early education is a wise economic development investment of public funds; it brings direct payoffs to the community by growing the economy to the benefit of businesses, taxpayers, communities, and families.
PAGE 8 WHY ARE PRE-K AND KINDERGARTEN EDUCATION IMPORTANT?
II. WHY ARE PRE-K AND KINDERGARTEN EDUCATION IMPORTANT?
U.S. pre-school attendance has risen tremendously in recent decades, yet gaps in enrollment between children from advantaged and disadvantaged families remain.1 In 2001, 66% of all four-year-olds were enrolled in a center- or school-based Pre-K program - up from 23% just thirty years prior.2 However, attendance among children from low-income families and with less educated parents remains low. Center-based programs are defined as an educational experience for children four years old or younger that prepares them for further schooling and usually applies educational standards. School-based Pre-K is associated and integrated within the local school district. Children whose mothers have a college degree are nearly twice as likely to be in center- based childcare arrangements as those whose mothers did not complete high school.3 Growing amounts of data from multiple sources continues to support the children who attend high-quality early education programs before entering kindergarten benefit from short- and long-term gains for themselves and society. So far, effects of early education have proven to be greatest for disadvantaged groups, raising the possibility that policies promoting Pre- K enrollment of children from disadvantaged families may help to narrow the school readiness gap.4
In 1990, concern regarding ongoing differences in school readiness among children from more and less economically advantaged families led government leaders to endorse the first of eight national educational goals as part of the “Goals 2000” national education policy. The policy states, "By the year 2000, all children should enter school ready to learn."5 One of the three objectives under this goal was that all children should have access to high-quality and developmentally appropriate pre-school programs that help prepare them for school. To equalize access to high-quality early education opportunities for all children, there have been numerous calls to expand governmental support of programs for three- and four-year-olds.6 Research has shown that all students, but particularly children from impoverished backgrounds, who attend Pre-K, regardless of the type of program, perform better on cognitive (knowledge-based) assessments than those who do not attend Pre-K.7 However, other research has found that students enrolled in school-based Pre-K as a part of the public school system have benefited the most and performed better in reading and math skills through the spring of first grade than any other early education program.8 Concurrently, a study by Steven Barnett, from Rutgers [University], suggests quality is the most important factor in cognitive development and recommends low child-teacher ratios, highly qualified and well-paid teachers, intellectually rich and broad curricula, active parental participation, and starting programs no later than age three as characteristics of a “high-quality” Pre-K program.9
Facts on Pre-K and Kindergarten Education