Data for the National Science Foundation's (NSF) fiscal year (FY) 2000 report on research and development (R&D) expenditures were collected from 623 institutions of higher education in the United States and Outlying Areas. These institutions have doctoral programs in science and engineering (S&E), are historically black colleges or universities (HBCUs) that expend any amount of separately budgeted R&D in S&E, or are master's or bachelor's degree-granting institutions that expend at least $150,000 in separately budgeted R&D in S&E.
In addition, the survey includes 16 federally funded research and development centers (FFRDCs). To qualify, an FFRDC must be engaged in basic or applied research, development, or management of R&D activities, and the results of these activities must be directly monitored by the Federal Governmentusually a single agencyin a relationship expected to be maintained on a long-term basis. The center must be operated, managed, and administered by either a university or consortium of universities as an autonomous organization or as an identifiable separate operating unit of its parent institution. Finally, 70 percent or more of the center's financial support must be received from the Federal Government.
Although the same survey form (NSF Form 411) is used to collect data from both academic institutions and FFRDCs, the resulting data are presented separately in this report. The survey population was reviewed prior to mailing the questionnaires to ensure that each institutional classification was accurate. Characteristics of the schools were reviewed before and during the course of the survey to determine if changes had occurred (i.e., in highest degree granted or in terms of school openings, closings, or mergers).
Starting with the FY 1998 survey, NSF has conducted a full population survey each year. NSF has also conducted a population review each year to ensure that all institutions that meet the inclusion criteria are, in fact, surveyed. This review is based on the survey frame design developed in FY 1998:
In FY 2000 NSF conducted a population review using the above criteria. As a result of adding and deleting institutions from the survey population to comply with the inclusion criteria, the overall number of institutions surveyed increased from 597 in FY 1999 to 623 in FY 2000.
Most major R&D performers have incorporated into their record-keeping systems the data that are essential to complete this survey, thereby ensuring a consistent format from one year to the next. Such consistency yields the most useful statistics for time series. As a rule, information to complete this questionnaire is found within the institutions' year-end accounting records.
The survey questionnaire consists of five main items:
Item 1 is a request that institutions report their total current expenditures for separately budgeted science and engineering R&D for all activities specifically organized to produce research outcomes and commissioned by an agency either external to the institution or separately budgeted by an organizational unit (i.e., research centers) within the institution, by source of funds. In addition, schools are asked to provide the percentage of the total and the percentage of the federally financed expenditures that are considered basic research. Also included are research funds for which an outside organization, educational or other, is a subrecipient. Care should be observed when interpreting data on source of funds; for example, industry R&D support is limited to grants and contracts for R&D activities from profit-making organizations. Total industry funds excludes research funded through unrestricted accounts and from corporate foundations, endowments, and fellowships to students; those funds would be included in an institution's own funding totals. An increasing number of institutions have linkages with industry and foundations via subcontracts, thus complicating the identification of funding source. In addition, institutional policy may determine whether unrestricted State support is reported as State or as institutional funding.
Item 1A, added in FY 1996, is a request for total and federally financed current fund expenditures for separately budgeted science and engineering R&D passed through the institution to subrecipients. Schools are asked to break out the subrecipient category by "educational" and "other."
Item 1B, added in FY 2000, is a request for total and federally financed current fund expenditures for separately budgeted science and engineering R&D received by the institution as a subrecipient. Schools are asked to break out the source of these funds into "educational" and "other."
Item 2 is a request for total and federally financed current fund expenditures for separately budgeted R&D activities by detailed S&E fields. Major fields remain unchanged from the FY 1994 questionnaire. In the FY 1997 questionnaire, a subfield of bioengineering/biomedical engineering was added under Engineering. When interpreting these data at the detailed discipline level, users should keep in mind that there is considerable interdisciplinary and multidisciplinary activity.
Item 3 is a request for the portions of total and federally financed expenditures reported in items 1 and 2 that were used for the purchase of research equipment out of current funds. This portion includes all research equipment purchased under sponsored research project awards and disbursed in the same detailed disciplines as in item 2. These data are of special interest to Federal and institutional policy-makers in determining current funding levels for scientific research instrumentation.
Because the responses to this item were not published in any of the Detailed Statistical Tables in FY 1996 or FY 1997, the technical notes for these publications included summary tables. For FY 2000, in addition to the following summary and tables, NSF is including two ranking tables in the section A tables based on item 1A data.
This item was completed by 89.2 percent of the respondents. The total R&D expenditures passed through to subrecipients, $1.4 billion, represented 5.8 percent of item 1A respondents' total R&D expenditures and 4.8 percent of all separately budgeted R&D in FY 2000 (table 1). The doctorate-granting institutions reported a higher percentage of pass-through funds than the non-doctorate-granting institutions. Item 1A respondents from doctorate-granting institutions reported $1.4 billion (5.8 percent) of their total R&D expenditures were passed through to subrecipients, versus $13 million (3.4 percent) of item 1A non-doctorate-granting respondents. Item 1A respondents from private institutions reported a higher percentage (6.8 percent) of pass-through funds than those from public institutions (5.2 percent).
Respondents to this question reported $1.2 billion in Federal R&D funds passed through to subrecipients. This amount represented 8.3 percent of the Federal support reported by item 1A respondents and 6.9 percent of the $17 billion in total Federal support (table 2).
Table A-6 shows the total amount of R&D expenditures passed through to subrecipients for the 100 institutions reporting the highest amounts. Table A-7 shows the total amount of Federal R&D expenditures passed through to subrecipients for the 100 institutions reporting the highest amounts. Participants in a June 1999 workshop in Boulder, CO, recommended publishing these data in this report. Respondents who provided item 1A data were contacted to obtain their concurrence with the publication of these data at the institutional level.
Because this item is so closely related to item 1A, it will appear in these technical notes in much the same manner. In addition to the following summary and tables, NSF is including two ranking tables in the section A tables based on item 1B data.
This item was completed by 81.5 percent of the respondents. The total R&D expenditures received as subrecipients, $1.8 billion, represented 8.1 percent of item 1B respondents' total R&D expenditures and 5.9 percent of all separately budgeted R&D in FY 2000 (table 3). The doctorate-granting institutions reported a lesser percentage of funds received as subrecipients than the non-doctorate-granting institutions. Item 1B respondents from doctorate-granting institutions reported $1.7 billion (8.1 percent) of their total R&D expenditures were received as subrecipients, versus $33 million (9.3 percent) of item 1B non-doctorate- granting respondents. Item 1B respondents from private institutions reported a higher percentage (9.8 percent) of funds received as sub-recipients than those from public institutions (7.2 percent).
Respondents to this question reported $1.5 billion in Federal R&D funds received as subrecipients. This amount represented 11.2 percent of the Federal support reported by item 1B respondents and 8.3 percent of the $17 billion in total Federal support (table 4).
Table A-8 shows total amount of R&D expenditures received as subrecipients for the 100 institutions reporting the highest amounts. Table A-9 shows the total amount of Federal R&D expenditures received as subrecipients for the 100 institutions reporting the highest amounts.
The FY 2000 survey questionnaires were mailed in November 2000. Respondents could choose to submit a paper questionnaire or use a Web data collection system to respond to the survey. Every effort was made to maintain close contact with respondents in order to preserve both consistency and continuity in the resultant data. Questionnaires were carefully examined for completeness upon receipt. Computerized facsimiles of the survey data were then prepared for each institution, comparing the current and 2 prior years' data and noting any substantive disparities. A personalized email message was sent to the respondents so they could provide revisions before final processing and tabulation of the data. The email message included a Web link to the academic R&D expenditures Web-based data collection system, allowing respondents to view and correct their data via the Web.
Respondents were asked to explain significant discrepancies between current and prior years' reporting patterns previously verified as correct (see Data Anomalies for more information). They were encouraged to correct prior years' data if anomalies were identified. When updated or amended figures covering past years were submitted, NSF correspondingly changed trend data. Similarly, if a respondent institution underwent an organizational change, such as a merger, NSF incorpo-rated the effects of such changes into prior years' data.
By the survey closing date at the beginning of July 2001, forms had been received from 607 universities and colleges out of the academic population of 624, resulting in a 97 percent response rate. Responses were received from 98.6 percent of all doctorate-granting institutions, where 98.5 percent of the estimated national R&D expenditures in S&E fields was disbursed. Also, forms were received from all of the 16 FFRDCs. Table A-1 displays a detailed breakdown of the response rates by highest degree granted.
To provide a national estimate for all universities and colleges performing R&D in FY 2000, it was necessary to implement two statistical procedures. First, data were estimated by "imputation" for the seventeen institutions that had not responded by the closing date of the survey, using imputation techniques that have been used consistently since FY 1976. Second, data were also imputed for universities and colleges that submitted only partial responses. The imputed total was $57 million, or 0.2 percent of the $30 billion total R&D expenditures, as shown in Table A-2.
Tables A-3a and A-3b present breakdowns of the total and Federal imputed amounts by S&E fields. The dollar amount imputed is displayed along with the percentage it represents of the national estimate for universities and colleges in a particular field. The amount imputed is similarly broken down by source of funds in table A-4.
A number of surveyed institutions have responded only intermittently in past years, providing data one year, not responding for one or more subsequent years, and then providing data again. For the years in which no response was received, data have been imputed as previously described. Although the imputation algorithm accurately reflects national trends, it cannot account for specific trends at individual institutions. For this reason a separate backcasting of prior years' data was performed, following current-year imputation.
For each institution, formerly imputed key variables for items 1 to 3 were recomputed to ensure that the imputed data accurately represent the growth patterns shown by reported data. If data were reported for fiscal years 1996 and 2000 but not for the intervening years, for example, the difference between the reported figures for each item total was calculated and evenly distributed across the intervening years (19971999). The new figures were spread across disciplines (items 2 and 3) or sources of support (item 1) on the basis of the most recent reporting pattern. A clean facsimile was generated for each of the institutions undergoing these procedures and returned to the school for comment. These procedures result in much more consistent reporting trends for individual institutions but have little effect upon aggregate figures reflecting national totals.
Aggregate academic expenditure data are generally consistent from year to year, although data for individual institutions may vary considerably. Data anomalies may reflect true increases or decreases in expenditures or may be the result of changes in reporting methodology.
The Detailed Statistical Tables showing R&D expenditures at individual institutions by State provide detailed campus listings for the University of Tennessee, the University of Colorado, and Louisiana State University in FY 2000.
Several longitudinal tables display data for institutions whose highest S&E degree granted is at the doctoral level. In tables produced prior to FY 1992, it would have been difficult to identify whether changes in yearly R&D expenditures were caused by changes in expenditure levels or in the number of doctorate-granting institutions. In order to maintain a consistent group of institutions across all years, the highest-degree-granted status for each institution is based on the highest degree granted in the most recent year, FY 2000.
Data published in this report are also available in machine-readable form on the World Wide Web. Single-year or multi-year data files are available with data for FY 1975 through FY 2000.
Selected data items for institutions are available on the World Wide Web at http://www.nsf.gov/statistics/profiles/. These profiles cover data from this survey as well as data collected in NSF's other academic S&E surveys: the Survey of Graduate Students and Postdoctorates in Science and Engineering (graduate student survey) and the Survey of Federal Science and Engineering Support to Universities, Colleges, and Nonprofit Institutions (Federal S&E support survey). The profiles are also linked to the corresponding ranking table of each survey.
Institutional researchers can obtain data from several academic S&E resources through the Web-Based Computer-Aided Science Policy Analysis and Research (WebCASPAR) database system, which is an easy-to-use tool for the retrieval and analysis of statistical data on academic S&E resources. WebCASPAR provides an extensive and growing data library with multi-year statistics on the state of higher education in general and on academic S&E resources specifically. This data library is based on a set of standard institutional and field-of-science definitions across the multiple sources used to develop the database. The WebCASPAR program includes built-in help capabilities to facilitate the use and interpretation of the data.
The latest version of WebCASPAR can now be accessed via the Web at http://webcaspar.nsf.gov/.
WebCASPAR data are drawn from a number of sources. All data are available for individual institutions, by state, and at the national level. Longitudinal data from surveys of universities and colleges conducted by the NSF Division of Science Resources Statistics include the academic R&D expenditures survey, the Federal S&E support survey, and the graduate student survey. Data from the surveys of universities and colleges conducted by the National Center for Education Statistics include earned degrees, opening fall enrollment, tuition, faculty salaries, tenure and fringe benefits, and financial statistics.
|A-1||Response rates for the academic research and development expenditures survey, by respondent type and highest degree granted: fiscal year 2000||.xls|
|A-2||Imputed amounts for total research and development expenditures at universities and colleges, by highest degree granted: fiscal year 2000||.xls|
|A-3a||Imputed amounts for total research and development expenditures at universities and colleges, by science and engineering field: fiscal year 2000||.xls|
|A-3b||Imputed amounts for federally financed research and development expenditures at universities and colleges, by science and engineering field: fiscal year 2000||.xls|
|A-4||Imputed amounts for research and development expenditures at universities and colleges, by source of funds: fiscal year 2000||.xls|
|A-5||Number of surveyed institutions for the academic research and development expenditures survey, by respondent type and highest degree granted: fiscal years 19952000||.xls|
|A-6||Total amount of R&D expenditures passed through to subrecipients by universities and colleges, ranked by amount passed through: fiscal year 2000||.xls|
|A-7||Total amount of Federal R&D expenditures passed through to subrecipients by universities and colleges, ranked by amount passed through: fiscal year 2000||.xls|
|A-8||Total amount of R&D expenditures received as a subrecipient by universities and colleges, ranked by amount received: fiscal year 2000||.xls|
|A-9||Total amount of Federal R&D expenditures received as a subrecipient by universities and colleges, ranked by amount received: fiscal year 2000||.xls|