Since 1985, Project 2061 has produced two well-thought-out reports on "science literacy" that include social as well as natural sciences and also mathematics and technology. Science for All Americans, published in 1989, describes goals for adult science literacy—concepts and information that all high school graduates should understand. Those recommendations were elaborated in Benchmarks for Science Literacy in 1993. The benchmarks specify learning goals for students as they progress through grade ranges K-2, 3-5, 6-8, and 9-12 toward adult literacy.
The inclusion of learning goals regarding social sciences does not imply that Project 2061 sees the social studies curriculum as its province. Both SFAA and Benchmarks are concerned chiefly with eventual outcomes and are pretty much silent on whether students would learn in science courses, social studies courses, or some brand of integrated schooling. Different states and districts will no doubt design a variety of curricula that are suitable to their own contexts.
The social studies community may, however, be interested in what recommendations Project 2061 has made regarding the social sciences and how those recommendations might be of help in fleshing out the NCSS Curriculum Standards for Social Studies. Project 2061 staff have inspected the Curriculum Standards closely and indicated where SFAA and Benchmarks deal with similar goals for understanding.
The pleasant outcome of this comparison is that as much as 40% of Curriculum Standards has supporting material in Benchmarks. (SFAA and Benchmarks have the same chapter and topical structure.) Although the examples we will look at today all refer to grade-range statements in Benchmarks, please keep in mind that more coherent renditions of these ideas can be found in the corresponding sections of SFAA.
Because the more detailed standard statements called "performance expectations" under each NCSS standard do not have labels, short-phrase labels were invented for each of them for purposes of the comparison. These labels are based on the brief account of performance expectations given for three different grade levels in Curriculum Standards on pages 33 to 45. For example, considering the statements made for early, middle, and high school grades, performance expectation b for Standard I: Culture was labeled "different interpretations of experience."
For each of the performance expectations of each NCSS standard, the comparison lists some sections of Benchmarks in which relevant ideas can be found. (Benchmarks are likely to be found for every grade range, but no distinctions among grade ranges were made in this comparison.) Sometimes the relationships between benchmarks and standards are obvious. For example, some relevant ideas for Standard I: CULTURE will certainly be found in the Benchmarks Chapter 7: HUMAN SOCIETY. This chapter includes the sections Cultural Effects on Behavior, Group Behavior, Social Change, Social Trade-Offs, Political & Economic Systems, Social Conflict, and Global Interdependence.
More specifically, performance expectation b under this standard, labeled "different interpretations of experience," will surely relate to benchmarks in the section Cultural Effects on Behavior. Perhaps many of the benchmarks in this section would be considered relevant, but certainly this example is:
Section 6d: Learning (grades 9-12)
The expectations, moods, and prior experiences of human beings can
affect how they interpret new perceptions and ideas. People tend to ignore
evidence that challenges their beliefs and to accept evidence that supports
them. The context in which something is learned may limit the contexts
in which the learning can be used.
Section 1b: Scientific Inquiry (grades 6-8)
What people expect to observe often affects what they actually do observe.
Strong beliefs about what should happen in particular circumstances can
prevent them from detecting other results. Scientists know about this danger
to objectivity and take steps to try to avoid it when designing investigations
and examining data. One safeguard is to have different investigators conduct
independent studies of the same questions.
Section 12e: Critical-Response Skills (grades 6-8)
Be aware that there may be more than one reasonable way to interpret
a given set of findings.
Section 12e: Critical-Response Skills (grades 9-12)
Suggest alternative ways of explaining data and criticize arguments
in which data, explanations, or conclusions are represented as the only
ones worth consideration, with no mention of other possibilities. Similarly,
suggest alternative trade-offs in decisions and designs and criticize those
in which major trade-offs are not acknowledged.
Section 1c: The Scientific Enterprise (grades 9-12)
Scientists can bring information, insights, and analytical skills to
bear on matters of public concern. Acting in their areas of expertise,
scientists can help people understand the likely causes of events and estimate
their possible effects. Outside their areas of expertise, however, scientists
should enjoy no special credibility. And where their own personal, institutional,
or community interests are at stake, scientists as a group can be expected
to be no less biased than other groups are about their perceived interests.
Section 1c: The Scientific Enterprise (grades 6-8)
Until recently, women and racial minorities, because of restrictions
on their education and employment opportunities, were essentially left
out of much of the formal work of the science establishment; the remarkable
few who overcame those obstacles were even then likely to have their work
disregarded by the science establishment.
Section 11c: Constancy and Change (grades 9-12)
In many physical, biological, and social systems, changes in one direction
tend to produce opposing (but somewhat delayed) influences, leading to
repetitive cycles of behavior.
Section 11b: Models (grades 9-12)
The usefulness of a model can be tested by comparing its predictions
to actual observations in the real world. But a close match does not necessarily
mean that the model is the only "true" model or the only one that would
work.
Section 11a: Systems (grades 6-8)
Any system is usually related to other systems, both internally and
externally. Thus a system may be thought of as containing subsystems and
as being a subsystem of a larger system.
Section 12d: Communication Skills (grades 6-8)
Organize information in simple tables and graphs and identify relationships
they reveal.
Section 12d: Communication Skills (grades 9-12)
Participate in group discussions on scientific topics by restating
or summarizing accurately what others have said, asking for clarification
or elaboration, and expressing alternative positions.
Section 12e: Critical-Response Skills (grades 6-8)
Compare consumer products and consider reasonable personal trade-offs
among them on the basis of features, performance, durability, and cost.
Section 12e: Critical-Response Skills (grades 6-8)
Be skeptical of arguments based on very small samples of data, biased
samples, or samples for which there were no control sample.
Section 7a: Agriculture(grades 3-5)
The damage to crops caused by rodents, weeds, and insects can be reduced
by using poisons, but their use may harm other plants or animals as well,
and pests tend to develop resistance to poisons.
Section 7a: Agriculture(grades 6-8)
Many people work to bring food, fiber, and fuel to U.S. markets. With
improved technology, only a small fraction of workers in the U.S. actually
plant and harvest the products that people use. Most workers are engaged
in processing, packaging, transporting, and selling what is produced.
Section 7a: Agriculture(grades 9-12)
Government sometimes intervenes in matching agricultural supply to
demand in an attempt to ensure a stable, high-quality, and inexpensive
food supply. Regulations are often designed to protect farmers from abrupt
changes in farming conditions and from competition by farmers in other
countries.
Section 7a: Agriculture(grades 9-12)
Agricultural technology requires trade-offs between increased production
and environmental harm and between efficient production and social values.
In the past century, agricultural technology led to a huge shift of populations
from farms to cities and a great change in how people live and work.
At present, the social science content of Benchmarks is not widely
known in the social studies education community. As NCSS Curriculum
Standards and other reforms are implemented in social studies, we hope
social educators will look carefully at Benchmarks, especially in
the light of renewed attention to integration with natural science and
other subjects.