What Benchmarking Jurisdictions Have Assessments in Science?
Across the United States, many states are conducting
assessments based on their own content standards and are assessing
whether students in their schools are meeting these standards for
academic achievement. Twenty-nine states have some type of criterion-referenced
science assessment aligned to state standards.(6)
While all Benchmarking states had developed or are developing state-level
assessments aligned with their state curriculum in mathematics, (7)
only 7 of the 13 states Illinois, Maryland, Massachusetts,
Michigan, Missouri, Oregon, and Texas had such statewide assessments
in science at the middle school grades (see Exhibits
5.11 and 5.12). Assessments of state science standards were reported
to be in development in Indiana, Pennsylvania, and South Carolina,
each of which developed science standards in 2000. Science assessments
in Idaho were under discussion. Connecticut and North Carolina had
no statewide science assessments at the middle school grades.
All the Benchmarking states except Pennsylvania have participated
in recent state science assessments as part of the National Assessment
of Educational Progress (NAEP).
Eleven of the 13 states participated in both 1996 and 2000, and Idaho
in 2000.
Although none of the Benchmarking states reported using student performance
on a science assessment as a requirement for high-school graduation,
Maryland and South Carolina reported developing assessments including
science that students must pass in order to graduate from high school
(see Exhibit 5.13). Benchmarking states reported a range of other
consequences of their science assessments for students, apart from
their use as a graduation requirement. For example, Connecticut, Illinois,
and Oregon reported that they affix a certificate or seal to students
diplomas to show that they have met the performance goal on the state
high school science assessment; Illinois and Oregon reported a policy
of using assessment results to assist in making promotion decisions;
and South Carolina planned to institute a promotion policy in 2002.
As an incentive, students meeting the standards in Michigan and Missouri
could receive state funds to support their academic careers through
scholarship money and funds for advanced course work, respectively.
Benchmarking states also reported a range of consequences at the
district or school level. For example, Massachusetts reported that
additional funding was made available to low-performing schools and
districts to support remediation. In Oregon and South Carolina, districts
were required to provide remediation to students with low scores on
the state assessments. States had the right to take over schools or
districts in Maryland and Massachusetts. While consequences of assessments
for schools or districts usually involved remediation activities or
sanctions, Maryland also provided monetary rewards to schools that
showed improvement. In Massachusetts, schools receiving recognition
were eligible for an Exemplary Schools Program.
As shown in Exhibit 5.14, 10 of the 14 Benchmarking districts and consortia
participated in the science assessments administered by their state.
Of these, the Michigan Invitational Group and Montgomery County were
in states that were revising their science assessments to align more
closely with their current standards. Ohios Project smart Consortium
was in a state administering proficiency tests that were not standards-based
assessments. Miami-Dade, Rochester, and the Southwest Pennsylvania
Math and Science Collaborative were developing science assessments
for 2003, 2001, and 2001, respectively. The Fremont/Lincoln/Westside
Public Schools and Guilford County reported having no statewide science
assessments at the eighth grade.
| 6 |
Orlofsky, G.F. and Olson, L. (2001),
The State of the States in Quality Counts 2001, A
Better Balance: Standards, Tests, and the Tools to Succeed,
Education Week, 20(17). |
| 7 |
Mullis, I.V.S., Martin, M.O., Gonzalez,
E.J., OConnor, K.M., Chrostowski, S.J., Gregory, K.D., Garden,
R.A., and Smith, T.A. (2001), Mathematics Benchmarking Report,
TIMSS 1999 Eighth Grade: Achievement for US States and Districts
in an International Context, Chestnut Hill, MA: Boston College. |