A. ACHIEVEMENT ANALYSIS
1. Expected Levels of Achievement
There is a relationship among school system effectiveness, the socioeconomic status of the community, and the educational levels of parents. Recent studies have suggested that early childhood experiences affect learning and development, with children from impoverished environments generally achieving at lower levels than those from more enriching situations. An article in the April 21, 1997, issue of US News and World Report, for example, supports the notion that improving social and family conditions, particularly in the early years, can enhance development.
In the late 1970s, neuroscientists discovered that children have a rapid increase in brain connectivity early in development. The research of pediatric neurologists suggests that formation of synaptic contacts in the human cerebral cortex occurs between birth and age ten. In other words, most of the brain gets built after birth. (See Peter R. Huttenlocher and Arun S. Dabholkar, "Regional Differences in Synaptogenesis in Human Cerebral Cortex," The Journal of Comparative Neurology, 387:167-178 [October 20, 1997]). Higher intelligence is witnessed in individuals with more stimulation and protein in the early years of life. More recent documentation indicates that "age three seems more likely to mark only the beginning of a long developmental and maturational period during which environmental stimulation and experience do matter" (See John T. Bruer, "Neural Connections – Some You Use, Some You Lose," Phi Delta Kappan, Vol. 81, No. 4, pp. 264-277, [December 1999]).
Achievement has also been associated with child rearing practices, assertive mothers generally rearing children who achieve at higher levels than those reared by less assertive mothers. (See Guy Odom, Mothers, Leadership, and Success, Houston: Polybius Press, 1989.) These concepts open up many opportunities for parents and schools to work together in improving learning potential.
The effective school research has abundantly demonstrated that achievement levels between poor and affluent students can be narrowed considerably while increasing levels of achievement for all students.
Nevertheless, the criteria of effectiveness are generally met at a higher level when student populations contain a small percentage of free and reduced lunch students (an indicator of poverty levels) and the educational level of parents is high school completion or above. We can generally assume that school systems which have better entry level characteristics than the state average will meet the criteria of effectiveness at a higher level than those whose entry level characteristics match or are below the state average.
Entry level characteristics used for predicting student achievement levels are items such as:
In this audit, the items used to predict the levels at which the effectiveness criteria should be met by the Chesterfield County School Division include:
Educational researchers and auditors realize that predictions and judgments cannot be made from a single indicator. Therefore, the audit uses a multiple variable approach to making recommendations and arriving at conclusions. It is the same method used by various state departments of education to establish accountability and validate school effectiveness. It was initially developed by the South Carolina Department of Education (Division of Public Accountability) and has been used in several other states.
If a number of variables indicate some trend, and all the variables are moving in the same direction, then the confidence level of the prediction, or the conclusion, is well established. This is a commonly accepted practice in educational auditing.
To establish effectiveness levels for the Chesterfield County School Division, we used the following conditions, as reported by the School Division for the 1999-00 school year (sources noted if other than the School Division):
With the above socio-demographic profile, and considering the large (and growing) size of the student population, the Chesterfield County School Division should establish the following effectiveness levels in order to place the Division’s student and staff populations among the top 15-20% of performance for similar populations:
Section VII, Effectiveness Levels, provides three significant categories for the entire School Division and for each school:
2. Lower Grade/Upper Grade Analysis
Assuming the Division's student population has similar characteristics (e.g., poverty level, parent education level) at all grade levels, students should perform at equivalent or higher levels on the achievement tests given in different grades. This kind of consistent achievement at different grade levels may be thought of as "value added" achievement. When this does not occur, a more rigorous academic program should be provided at upper grade levels.
The most appropriate way to gauge value added achievement in a school system is to follow each group of students as they progress from grade to grade throughout their entire twelve years of schooling. The SchoolMatch team encourages the leadership in the Chesterfield County School Division to establish procedures to collect data and monitor progress in this way. In the absence of twelve years’ worth of data on one academic class, the SchoolMatch Audit team considered achievement data for one year as a kind of "prism view" of performance across the grade levels in the Chesterfield County School Division.
The following discussion focuses on an analysis of student performance in the major subject areas of reading (Language Arts and English) and mathematics.
A. NORM-REFERENCED TESTS
In 1999-00, students were tested in grades 4, 6 and 9 on the Stanford 9 Achievement Tests (SAT9). The following Table shows performance across the grade levels in reading and mathematics compared to the cohort mean and effectiveness level:
Table 1: 1999-00 Percentile Rank of Student Scores on the Stanford 9 (SAT9), Grades 4, 6 and 9, Reading and Mathematics, Compared to SchoolMatch Mean and Effectiveness Levels
| Chesterfield County School Division: Percentile Rank of Student Scores on the Stanford 9, Grades 4, 6 and 9, Reading and Mathematics | ||||
|
Grade |
Reading |
Math |
SM Mean |
SM Effectiveness Level |
|
4 |
58th |
59th |
64th |
79th |
|
6 |
61st |
66th |
64th |
79th |
|
9 |
62nd |
58th |
64th |
79th |
Reading: In general, division-wide scores in reading increased across the grade levels. Such a pattern indicates value-added achievement occurs in reading for the Division as a whole. While reading scores are rising, they have not yet achieved the cohort average of the 64th percentile.
Graph 1: READING: Percentile Rank of School Division Average Student Scores on the Stanford 9 (SAT9), Grades 4, 6 and 9 in Reading, 1999-00, Compared to SchoolMatch Mean and Effectiveness Levels
Mathematics: In mathematics, division-wide scores declined somewhat between grades 4 and 9. Scores in mathematics reached their highest level in grade 6. Overall, as measured by this test, value-added achievement does not occur in mathematics. Scores in mathematics achieved or exceeded the cohort mean (64th percentile) only in grade 6.
Graph 2: MATHEMATICS: Percentile Rank of School Division Average Student Scores on the SAT 9, Grades 4, 6 and 9 in Mathematics, 1999-00, Compared to SchoolMatch Mean and Effectiveness Levels
B. CRITERION-REFERENCED or STANDARDS-BASED TESTS
The Virginia Standards of Learning Tests (SOL) were first administered in Reading, Writing and Mathematics in 1997-1998. Scores from this year are considered the baseline for measuring future progress. Because state-mandated tests vary greatly from state to state, it is not appropriate to compare results on the SOL to results from criterion-referenced (standards based) tests in other states.
However, all criterion-referenced tests are designed to determine subject mastery against a pre-determined level of achievement. Results are generally presented in terms of the number of test-takers meeting or exceeding that standard, usually as a ratio or percent. As Tables 2 and 3 point out, the average expectation for the Chesterfield national cohort group is that 92 percent of students pass a specific criterion-referenced test at whatever level is specified as passing. In the top 15-20 percent of similar student populations, 96 percent of students pass the test at whatever threshold is determined to be passing.
Tables 2 and 3 presented below are to be used for consideration and review of performance within the Chesterfield County Public Schools only. As CCPS examines performance over a five year period on the SOL, Stanford 9 results compared with SOL results, and relationships to state passing percentages (% of test-takers that met or exceeded state performance standards), information will emerge to support decisions about resource and staff allocation to further improve student achievement.
It is noted that the patterns of performance on the SOL across the grade levels in both English and mathematics are similar to the patterns observed for all SOL-takers statewide. (See Tables 2 and 3.)
Table 2: ENGLISH: Percent of Chesterfield County School Division Students in Grades 3, 5, 8 and 11 Who Met/Exceeded Virginia State Performance Standards in English (Virginia Standards of Learning Tests) Compared to Statewide Results, 1997-00, Referenced Against SchoolMatch Cohort Mean and Effectiveness Levels
| ENGLISH SOL: % Met/Exceeded Standards 1997-2000 | ||||||||
|
Grade |
Chesterfield 1997-98 |
State 97-98 |
Chesterfield 98-99 |
State 98-99 |
Chesterfield 99-00 |
State 99-00 |
Mean |
Effectiveness Level |
|
3 |
65 |
55 |
71 |
61 |
71 |
61 |
92 |
96 |
|
5 |
78 |
68 |
80 |
69 |
79 |
68 |
92 |
96 |
|
8 |
75 |
65 |
75 |
67 |
78 |
70 |
92 |
96 |
|
11 |
76 |
72 |
83 |
75 |
86 |
78 |
92 |
96 |
Student performance in English as measured by the SOL (expressed as percentage of test takers who met or exceeded the state standards) increased or stayed the same from lower grades to upper grades and increased from year to year. Chesterfield's overall passage rates exceed Virginia state averages in English at all grade levels, in all three years examined.
Table 3: MATHEMATICS: Percent of Chesterfield County School Division Students in Grades 3, 5, 8 and 11 Who Met/Exceeded Virginia State Performance Standards in Mathematics (Virginia Standards of Learning Tests) Compared to Statewide Results, 1997-00, Referenced Against SchoolMatch Cohort Mean and Effectiveness Levels
|
MATHEMATICS SOL: %Met/Exceeded Standards 1997-2000 |
||||||||
|
Grade |
1997-1998 |
1998-1999 |
1999-2000 |
Mean |
Effectiveness Level |
Chesterfield |
State |
Chesterfield |
State |
Chesterfield |
State |
|
3 |
73 |
63 |
76 |
68 |
80 |
71 |
92 |
96 |
5 |
59 |
47 |
65 |
51 |
78 |
63 |
92 |
96 |
|
8 |
64 |
53 |
73 |
60 |
74 |
61 |
92 |
96 |
|
11 |
49 |
40 |
60 |
56 |
65 |
65 |
92 |
96 |
In mathematics, performance on the SOL increased within each of grades 3, 5, 8, and 11 from year to year. In all years examined, Chesterfield average student performance on the mathematics portion of the SOL equals or exceeds average statewide performance.
There is, however, a general decline in percent passing from grade 3 to grade 11 in each of the years’ results analyzed by the SchoolMatch team, and the margin between average CCPS division passing percentages and statewide percentages passing narrows and is eliminated at grade 11. Value-added achievement does not occur in mathematics.
C. OVERALL ANALYSIS: Upper-Grade Lower Grade
Norm-Referenced and Standards-Based Test Results
Achievement in reading as measured by both the Stanford 9 and Virginia SOL increased both over time and from lower grades to upper grades. Both sets of results confirm value-added achievement in reading. Average student performance, however, has not yet achieved the average cohort performance on either norm-referenced or criterion-referenced tests.
Achievement in mathematics declines somewhat between grades 4 and 9, as measured by the Stanford 9, and declines dramatically from grade 3 to grade 11 as measured in each of the three years’ administration of the SOL. While Chesterfield SOL math results mirror state averages and trends in each of the three years observed, the SOL results, correlated with Stanford 9 math results, lead to questions about the effectiveness of mathematics instruction, in general, and specifically in the years between grade 6 and grade 9.
Student achievement in grade 6 on the Stanford 9, at the 66th percentile, surpasses the SchoolMatch cohort mean of the 64th percentile and confirms the SchoolMatch benchmarks for all of Chesterfield’s students. Causes for the decline in achievement between the grade 6 and grade 9 Stanford measurements and the dramatic decline from lower grades to upper grades observed over three years' administration of the SOL merit further evaluation in an effort to accomplish the goal of value-added achievement in mathematics.
3. Cross-Subject Analysis
Cognition is the process by which knowledge is acquired through the use and interpretation of environmental symbols. When groups of students achieve results that indicate aggregate performance at a particular level in one cognitive area, the group should be expected to achieve aggregate performance at that same level in other cognitive areas. In other words, groups of students can do just as well in one cognitive area as in any other cognitive area (e.g., reading and mathematics). Equalization of expectations of cognition among groups should not be applied to individuals within those groups.
The following discussion focuses on the major subject areas of reading and mathematics.
A. NORM-REFERENCED TESTS
Results from 1999-00 show that scores in mathematics for students in grade 6 on the SAT 9 exceed the cohort mean (64th percentile), but performance does not reach the mean level in grades 4 and 9. Scores in reading do not achieve the cohort mean in the grades tested, but reading scores are increasing incrementally from grade 4 through grade 9.
Overall, Division-wide performance as measured by the SAT 9 is higher in mathematics than in reading, except in grade 9, as shown in the graph below:
Graph 3: Comparison of Performance in Reading and Mathematics on the SAT 9, 1999-00, Grades 4, 6, and 9

B. CRITERION-REFERENCED or STANDARDS-BASED TESTS
On the SOL in 1999-2000 in English, performance from lower grades to upper grades increases, while performance in mathematics across the grades declines. These same trends are also observed in student performance in English and mathematics for the 1997-98 and 1998-99 testing years.
Graph 4: Comparison of Performance in English and Mathematics on the SOL, 1999-00, Grades 3, 5, 8, and 11

C. OVERALL ANALYSIS: Cross-Subject, Norm-Referenced and Standards-Based Test Results
The SAT 9, because it is a well-established test, and because it measures the performance of students from a much larger nationwide sample, may be a more reliable indicator than the SOL. On the SAT 9, performance in mathematics is higher than reading until grade 9, and performance is below the mean level except in grade 6.
Reading ability appears to be consistent or to improve across the grades on both the SAT 9 and SOL, but achievement results on the SAT 9 do not reach the cohort means.
Perhaps of more immediate concern, however, is the fact that general declines in mathematics performance begin to appear on both the SAT 9 (grade 9) and the SOL tests (beginning in grade 5). In fact, mathematics performance is higher than reading in grade 3 on the SOL and in grades 4 and 6 on the Stanford 9. Students begin their schooling in the early years demonstrating higher levels of mathematics ability and steadily decrease in performance the longer they stay in the School Division.
Taken together, the analyses of performance across the grade levels and across subjects move in the same direction and cause the same general conclusions:
Division-wide average performance of 19.3 on the ACT is significantly below the cohort mean of 21.4. However, it should be noted that only 3.4% of all Chesterfield juniors and seniors elected to take the ACT during the 1999-2000 school year. (See graph below.)
Graph 5: Chesterfield ACT Results, 1999-00

The Division-wide composite performance of 1012 on the SAT surpasses the cohort mean of 1000 for similar populations. In the 1999-2000 school year, 33.9% of all Chesterfield juniors and seniors took the SAT.
Graph 6: Chesterfield SAT Results, 1999-00

Table 4: SAT Test Takers by Gender
| Year | Total Test Takers | % Male | % Female |
|
1996-97 |
2124 |
45 |
55 |
|
1997-98 |
2290 |
46 |
54 |
|
1998-99 |
2215 |
46 |
54 |
|
1999-2000 |
2229 |
43 |
57 |
The SchoolMatch site team observed enrollment trends in CCPS and relates the statistics above to these enrollment shifts:
Table 5: Shifts in Male and Female Enrollment K-12, 1999-00
|
Grade Range |
% Male |
% Female |
|
K-6 |
52 |
48 |
|
7-10 |
50 |
50 |
|
11-12 |
48 |
52 |
Based on students remaining in the CCPS through graduation, a proportional and equitable number of males and females are taking college entrance examinations.
5. Advanced Placement Program Analysis, International Baccalaureate Program Analysis, Math and Science Center Program Analysis, Chesterfield Technical Center Analysis, Standard and Advanced Diploma Observations
Advanced Placement Program Analysis
Having an Advanced Placement program in the high school creates a stronger academic press for the students and higher expectations for student achievement. The ability of the Division to be successful in this effort is related to its willingness to train its teaching staff and to establish a more rigorous curriculum.
The means and effectiveness levels for enrollment, percent taking exams, and percent earning eligibility college credit are established for populations of high school juniors and seniors nationwide enrolled in AP classes.
Enrollment
The enrollment of juniors and seniors in Advanced Placement courses achieves effectiveness.
Graph 7: 1999-00 Advanced Placement Enrollment
Percent of All Juniors and Seniors Taking Advanced Placement Examinations

The percent of juniors and seniors who take one or more AP exam achieved the effectiveness level in 1999-00. Juniors and seniors taking the AP exams represent 9.70% of the total student population in grades 9-12, nearly double the effectiveness level for Chesterfield's comparison group.
Graph 8: Percent of All Students Taking Advanced Placement Examinations
Percent Taking Advanced Placements Examinations Eligible for College Credit
Seventy-nine percent of juniors and seniors taking an AP examination in 1999-2000 were eligible for college credit as a result of earning a 3, 4 or 5 on one or more AP examination. This figure surpasses the effectiveness level of 75% for the cohort of similar student populations.
Graph 9: Percent of Advanced Placement Test Takers Earning a 3, 4, or 5

Advanced Placement: Overall Discussion
It is commendable that enrollment in AP courses, the number of students taking exams, and the number of students scoring a 3, 4 or 5 reach the effectiveness level in the Chesterfield County Schools.
The data indicate that interest in AP courses is high, and further suggest that Chesterfield County School Division students can do well on the culminating exams. The data also show that approximately 56% of all students enrolled in AP courses are male and that female students enroll in multiple AP courses more frequently than male students. The data also show that 56% of all AP test takers are female, and that female test takers earn 57% of all scores of 3, 4, or 5 on a culminating exam.
Specifically, the following individual high schools' statistics lead to several observations:
Table 6: Advanced Placement Statistics by Individual High School, 1999-00
|
High School |
AP Enrollment |
% Taking
|
% Earning
|
||
|
% Total |
% Male |
% Female |
|||
|
Chesterfield Community * |
|||||
|
Clover Hill |
29.8 |
50.1 |
49.9 |
25.2 |
80.7 |
|
James River |
24.6 |
56.8 |
43.2 |
13.9 |
72.5 |
|
Lloyd Bird |
10.9 |
62.2 |
37.8 |
5.8 |
75.0 |
|
Manchester |
17.2 |
57.3 |
42.7 |
8.8 |
80.2 |
|
Matoaca |
16.7 |
74.5 |
25.6 |
4.3 |
76.9 |
|
Meadowbrook |
5.5 |
39.4 |
60.6 |
5.4 |
90.6 |
|
Midlothian |
14.3 |
44.8 |
55.2 |
5.3 |
84.4 |
|
Monacan |
21.5 |
61.3 |
38.7 |
9.6 |
80.6 |
|
Thomas Dale |
9.9 |
57.7 |
42.3 |
5.5 |
72.1 |
* AP not offered
The International Baccalaureate Program Analysis
More than 250 high school students were enrolled in one or more of 43 International Baccalaureate courses or one or more of the 25 Pre-International Baccalaureate courses during the 1999-2000 school year. Males represented 38.1% of all enrolled; females, 61.9%. Almost every IB and pre-IB course enrollment had a heavier female enrollment, consistent with the fact that three of every five IB students are female.
The Math/Science Center Program Analysis
In the Math and Science High School In Clover Hill High School, course enrollments for 1999-2000 nearly reached 1400. Males represented 62.2% of the enrollment and took one or more of 23 courses. Females represented 37.8% of the 1999-2000 enrollment and took one or more of 22 courses. There were more males than females enrolled in the following courses:
The Chesterfield County Public Schools Technical Center Analysis
Enrollment during the 1999-2000 school year at the Technical Center reached nearly 850 students. Males represented 71.2% of all enrolled; females, 28.8%. Gender balance was achieved in enrollments in the following computer courses:
A significantly larger male enrollment than female enrollment was observed in the following courses:
Standard and Advanced Diploma Observations
An analysis of the kinds and percentages by gender of diplomas offered in Chesterfield County Public Schools for three school years (97-98, 98-99, and 99-00) shows the following:
Table 7: Diplomas Earned in CCPS by Type and Gender
| Standard % Earned | Advanced % Earned | |||
|
males |
females |
males |
females |
|
|
1997-1998 |
21.0 |
15.9 |
27.2 |
35.0 |
|
1998-1999 |
20.4 |
14.7 |
27.8 |
35.8 |
|
1999-2000 |
20.8 |
16.9 |
23.9 |
33.4 |
General Observations
The span of course work offered by the Chesterfield County Public Schools is commendable (see Commendation #5). When enrollments are considered in all enrichment, vocational, and specialty areas in CCPS, the results show that male students fill five of every eight course enrollments.
Significantly more males than females enroll in the areas of engineering and all related courses, advanced mathematics, the sciences, electronics, and advanced computer course work. Likewise, more females than males enroll in areas of English literature, foreign languages and literature, Social Sciences, Biology and Art.
6. Achievement / Grade Point Average:
Grade Inflation Analysis
An analysis of grade point averages indicates that, generally, the highest grade inflation occurs in the lowest achieving schools. This is suggestive of low expectations for those students who most need to have higher expectations. Schools with grade inflation tend to reward low quality work, and grades may not reflect actual learning levels.
The benefits of rewarding high quality work and holding high expectations for all students is generally evidenced in lower overall grade point average, high performance on college entrance examinations, and a capacity to continue to achieve at high levels in Advanced Placement and other rigorous academic programs.
The Chesterfield County School Division grade point average for the 1999-00 senior class was calculated at 2.68. The mean (average) GPA for the cohort of similar student populations is 2.6, and the effectiveness level is 2.4.
Graph 10

An analysis of student performance data indicates that Senior GPA approaches the cohort mean. Because of this, grade inflation does not appear to exist in the Chesterfield County School Division. Data confirming this observation include SAT scores achieving the mean for similar student populations; scores on statewide SOL tests consistently above state averages; and performance on the SAT 9 in mathematics, while not yet at the effectiveness level, above the mean in grade 6 for the 1999-2000 school year.
To maintain effectiveness for overall Grade Point Average, the Division should continue applying current rigorous grading standards, continue regular teacher training in Division-wide standards; and continue to use data collection and analysis to monitor student grades and the performance of groups of students within the Division.
A further review of the data indicate that grade inflation does not occur at Bird, Matoaca, or Thomas Dale High Schools, where senior class Grade Point Average achieves the mean for similar school populations. Likewise, at Manchester and Meadowbrook High Schools, grade inflation does not occur and the senior class GPA achieves effectiveness.
Teacher training in and application of Division grading standards appear to be effective in these high schools. Practices at these high schools resulting in an absence of grade inflation may be transferable to all Chesterfield High Schools.
B. ATTENDANCE ANALYSIS
1. Student Attendance
The average student attendance rate during the 1999-00 school year was 95.7%. The effectiveness level is 96% and the mean is 93%. Division-wide student attendance levels for this school year approach, but do not quite achieve, effectiveness.
Graph 11

Perceptions
In the correlate of effectiveness, Monitoring Student Progress, teachers and other School Division professionals perceive that attendance data could be reviewed more frequently and better follow-up contacts made with families, all in an effort to emphasize the importance of daily attendance.
The Division should be able to attain effectiveness in the area of student attendance, through the analysis of attendance data. Disclosure of attendance goals to students and parents is often helpful in attaining higher levels of student attendance. Examination of practices in Division schools and other school systems that have achieved effective student attendance percentages may reveal methods to be applied to increasing student attendance in the Division.
Commendation is made to the following Chesterfield County Schools that have achieved effectiveness in the area of student attendance (1999-2000 school year):
2. Teacher Attendance
The average number of days of discretionary teacher absence in the Chesterfield County Schools for the 1999-00 school year was 7.32 days per teacher.*
In comparison school systems, the effectiveness level is 4.5 days per teacher per year, and the mean is 6.5. Generally speaking, the higher the teacher absence rate, the less effective is a school system (e.g., continuity of instruction; monitoring student achievement; positive attendance role modeling for students; cost of substitute teachers depleting funds which could be used for instruction).
Only discretionary absences are included in the calculation of the teacher absence rate (see Appendix C).
Currently, the teacher absence rate in Chesterfield County School Division is greater than the mean and effectiveness level.
Graph 12

Teacher attendance may be improved by publicizing absence rates, designing School Division policy to recognize and reward teacher attendance, and implementing practices across the Division adopted from buildings where teacher attendance is effective.
C. DROPOUT INFORMATION
The dropout rate in this audit is established for grades 9-12 using actual numbers from the 1999-2000 school year only. In the Chesterfield County School Division, the calculated dropout rate is 4.1%. The effectiveness level for this demographic group is 1.6% per year or lower. The mean (average) dropout rate per year for the cohort is 1.9%.
Graph 13: Actual Dropout Rate, Based on Data From the 1999-00 School Year

The calculated dropout rate in Chesterfield County School Division is above the mean and effectiveness levels for similar student populations (based on grade 9-12 enrollment of 14,764 for the 1999-2000 school year and 608 students actually dropping out during the same year).
A disaggregation of dropout data by gender over the four-year period 1996-97 through 1999-2000 is displayed here:
Table 8: Chesterfield County Public Schools Dropouts by Gender
|
School Year |
1996-97 |
1997-98 |
1998-99 |
1999-2000 |
|
% of males |
61.4 |
59.8 |
60.9 |
59.4 |
|
% of females |
38.6 |
40.2 |
39.1 |
40.6 |
The most effective way, overall, to reduce the number of students who drop out of school is to provide ways for students to succeed based on concrete, attainable goals and to promote participation in school activities. Specifically, CCPS may want to investigate the possibility of a relationship between dropout rates and:
The principal bases for student success are the ability to read at or very near grade level and to receive effective instruction. Efforts to improve student achievement in reading will have short and long-term benefits in overall student success and, all other things equal, will have a positive effect on the school’s holding power over high school students.
In addition to those initiatives currently practiced in the Chesterfield County Schools, these specific strategies may be effective in increasing the numbers of students who complete a high school education in the Chesterfield County School Division:
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