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At least 73 records · Page 4Linked to original sources
PubMed1997

A library for the twenty-first century: the Galter Health Sciences Library's renovation and expansion project.

A renovation and expansion project at the Galter Health Sciences Library of Northwestern University strikes a balance between traditional and future libraries, library ambiance and high technology, old and new. When guided by a vision of future building use, renovation projects can succeed in meeting many institutional goals as a viable alternative to new library buildings. Issues addressed include planning considerations, architectural history, library design, building features, information technology considerations, and ideal library space design when new construction is not possible.

Chicago↗
PubMed2003

The Association of Academic Health Sciences Libraries' collaboration with the Association of American Medical Colleges, Medical Library Association, and other organizations.

The Association of Academic Health Sciences Libraries has made collaboration with other organizations a fundamental success strategy throughout its twenty-five year history. From the beginning its relationships with Association of American Medical Colleges and with the Medical Library Association have shaped its mission and influenced its success at promoting academic health sciences libraries' roles in their institutions. This article describes and evaluates those relationships. It also describes evolving relationships with other organizations including the National Library of Medicine and the Association of Research Libraries.

Advisory Committees↗
PubMed2004

The Louis Stokes Health Sciences Library: the Howard University move experience.

The Louis Stokes Health Sciences Library attributes its successful move to early planning and preparation. Professional literature on the subject as well as consultation with other experienced library personnel also proved beneficial. Utilizing these resources, the committees devised a strategy that supported the library's mission to provide excellent and complete information services for the advancement of health sciences. This paper describes the Howard University Health Sciences Library move experience and offers practical advice for planning a library move. We hope that the information shared will assist other libraries facing a similar challenge.

Diffusion of Innovation↗
PubMed2001

Health sciences libraries in Kuwait: a study of their resources, facilities, and services.

The purpose of this study was to examine the current status of health sciences libraries in Kuwait in terms of their staff, collections, facilities, use of information technology, information services, and cooperation. Seventeen libraries participated in the study. Results show that the majority of health sciences libraries were established during the 1980s. Their collections are relatively small. The majority of their staff is nonprofessional. The majority of libraries provide only basic information services. Cooperation among libraries is limited. Survey results also indicate that a significant number of health sciences libraries are not automated. Some recommendations for the improvement of existing resources, facilities, and services are made.

Databases as Topic↗
PubMed1964

[ROLE AND EVOLUTION OF A SPECIALIZED SCIENCE LIBRARY].

This paper deals with the present position of a specialized scientific library, the increase in the number of such libraries, and their development in conjunction with that of the institutes and laboratories to which they belong. It describes the danger for these libraries of too great expansion and the need to restrict themselves to a well-defined area. The different categories of specialized scientific libraries are reviewed, as well as the role of each of these categories vis-à-vis overburdened university libraries. There is an account of the assistance given [by specialized scientific libraries] to university libraries now and in the near future.

Forecasting↗
PubMed1970

Integrating information services for dental schools into a health sciences library.

Standards for dental school libraries are first discussed, and the actual state of such libraries described. Advantages and disadvantages of combining the dental library with the health sciences library are weighed. A description is given of the experience at UCLA of integrating dentistry into the total Biomedical Library, with details on serial and monograph selection, together with figures on the size of the collection. Services required of a dental library are detailed, and particular services offered by UCLA described.

California↗
PubMed1970

Circulation policies in health science libraries.

There is general agreement that library policies have considerable influence on the use of libraries. Medical school (health science) libraries of this country were surveyed as to their policies in respect to whether faculty and student use were regulated by a single policy, circulation regulations, hours library was accessible to users, accessibility of reserve material, interlibrary loan, policy on overdue material, and exit control. THE LIBRARIES WERE THEN DIVIDED INTO THREE GROUPS, HIGH, MIDDLE, AND LOW ACCORDING TO THE FOLLOWING CHARACTERISTICS: size of student body, size of faculty, size of holdings, size of library staff, annual budget, and annual circulation. Our findings would indicate that schools falling in a high category based upon these criteria tend to be more restrictive in their policies and to have different regulations for faculty and students than do schools in the low category.These findings warrant further study.

Libraries, Medical↗
PubMed1982

Automation of internal library operations in academic health sciences libraries: a state of the art report.

A survey of automated records management in the United States and Canada was developed to identify existing on-line library systems and technical expertise. Follow-up interviews were conducted with ten libraries. Tables compare the features and availability of four main frame and four minicomputer systems. Results showed: a trend toward vendor-supplied systems; little coordination of efforts among schools; current system developments generally on a universitywide basis; and the importance of having the cooperation of campus computer facilities to the success of automation efforts.

Automation↗
PubMed2005

Subject knowledge in the health sciences library: an online survey of Canadian academic health sciences librarians.

OBJECTIVES: This study investigated whether Canadian academic health sciences librarians found knowledge of the health sciences to be important and, if so, how they acquired and maintained this knowledge. METHODS: Data were gathered using a Web-based questionnaire made available to Canadian academic health sciences librarians. RESULTS: Respondents recognized the need for subject knowledge: 93.3% of respondents indicated that subject knowledge was "very important" or "somewhat important" to doing their job. However, few respondents felt that holding a degree in the health sciences was necessary. Respondents reported devoting on average more than 6 hours per week to continuing education through various means. Reading or browsing health sciences journals, visiting Websites, studying independently, and participating in professional associations were identified by the largest number of participants as the best ways to become and stay informed. CONCLUSIONS: Although more research needs to be done with a larger sample, subject knowledge continues to be important to Canadian academic health sciences librarians. Continuing education, rather than formal degree studies, is the method of choice for obtaining and maintaining this knowledge.

Canada↗
PubMed1980

The CLR/NLM Health Sciences Library Management Intern Program: first year.

The first year of the Health Sciences Library Management Intern Program, funded by the National Library of Medicine and administered by the Council on Library Resources, has recently been completed. This paper discusses the origins of the internship, the selection of the successful applicants, and the motivation of the interns and host directors. The basic components of the intership year are described, and its effects on the host libraries and interns are considered. The immediate future of the internship is outlined, and other methods for training health sciences library administrators are briefly discussed.

Libraries, Medical↗
PubMed1987

Public access computing in health science libraries.

Public access computing in health science libraries began with online computer-assisted instruction. Library-based collections and services have expanded with advances in microcomputing hardware and software. This growth presents problems: copyright, quality, instability in the publishing industry, and uncertainty about collection scope; librarians managing the new services require new skills to support their collections. Many find the cooperative efforts of several organizational units are required. Current trends in technology for the purpose of information management indicate that these services will continue to be a significant focus for libraries.

Computer-Assisted Instruction↗
PubMed1977

The organization of successful participative management in a health sciences library.

The University of Washington Health Sciences Library, Seattle, and its participative management process are described in detail. The evolution of the management system is reviewed by interrelating the various phases of the library's growth, its service complexities, and its communication needs. Staff development results of this participative management mode are discussed. Reference is made to the use of group dynamics concepts. The current organizational design, which integrates the participative subunit with the simple line management structure, is considered effective by both the library staff and its director.

Communication↗
PubMed2000

Monograph use at an academic health sciences library: the first three years of shelf life.

OBJECTIVE: To study the circulation of monographs during the first three years of shelf life at an academic health sciences library. METHOD: A record was kept of monographs added to the circulating collection from mid-1994 to mid-1995. After three years, each monograph was located and the number of times it circulated during the first, second, and third year of shelf life determined by counting checkout stamps on the circulation slip. RESULTS: Of the 1,958 monographs studied, 1,674 had complete data for the first three years of shelf life. Of those 1,674 titles, 81.48% circulated at least once. A total of 7,659 circulations were recorded; 38.69% occurred in the first year of shelf life, 32.37% in the second year, and 28.95% in the third year. The data did not fit the well-known 80/20 rule. Instead, approximately 38% of monographs accounted for 80% of circulation. A small percentage, 2.21%, of monographs accounted for a substantial percentage of circulation, 21.84%. CONCLUSIONS: A large percentage of the monographs circulated and use did not decline sharply with age within the first three years of shelf life, indicating a high demand for monographs at this academic health sciences library. These results, combined with the findings of earlier studies, suggested two possibilities. First, academic health sciences libraries might exhibit use of a higher percentage of monograph acquisitions than other types of libraries; or, second, a low monograph-to-user ratio might result in a higher percentage of monographs being used. Perhaps both factors contributed to the results found in this study. Further investigation would be needed to determine the extent to which library type and monograph-to-user ratio influenced monograph use.

Illinois↗
PubMed1971

Planning and designing hospital health science libraries.

The people who plan and design hospital libraries must be aware of the environment in which the library functions. The hospital health science library operates under a different set of values and priorities from an academic library. Three methodologic studies are reported to determine hospital health science functions with comments on the significance of the data for designing: (i) the extent and possible use of books and journal collections makes it evident a hospital must act as an access point to the scholarly record; (ii) a survey of 41 hospitals shows a wide variety and combination of 33 user services; obviously what services are to be given should be decided before design; (iii) observing how different areas are used by a library's clientele shows that groups use the library differently and within certain time patterns; the arrangement of the functional areas can be better designed if quantitative data on the use of space are available.

Architecture↗
PubMed2006

Online medical books: their availability and an assessment of how health sciences libraries provide access on their public Websites.

OBJECTIVE: The objective of this study was to determine the number and topical range of available online medical books and to assess how health sciences libraries were providing access to these resources on their public Websites. METHOD: The collection-based evaluative technique of list checking was used to assess the number and topical range of online medical books of the six largest publishers. Publisher inventory lists were downloaded over a two-day period (May 16-17, 2004). Titles were counted and compared with the 2003 Brandon/Hill list. A sample of health sciences libraries was subsequently derived by consulting the 2004 "Top Medical Schools-Research" in U.S. News & World Report. Bibliographic and bibliothecal access methods were evaluated based on an inspection of the publicly available Websites of the sample libraries. RESULTS: Of 318 currently published online medical books, 151 (47%) were Brandon/Hill titles covering 42 of 59 Brandon/Hill topics (71%). These 151 titles represented 22% (N = 672) of the Brandon/Hill list, which further broke down as 52 minimal core, 41 initial purchase, and 58 other recommended Brandon/Hill titles. These numbers represented 50%, 28%, and 12%, respectively, of all Brandon/Hill titles corresponding to those categories. In terms of bibliographic access, 20 of 21 of sampled libraries created catalog records for their online medical books, 1 of which also provided analytical access at the chapter level, and none provided access at the chapter section level. Of the 21 libraries, 19 had library Website search engines that provided title-level access and 4 provided access at the chapter level and none that at the chapter section level. For bibliothecal access, 19 of 21 libraries provided title-level access to medical books, 8 of which provided classified and alphabetic arrangements, 1 provided a classified arrangement only, and 10 provided an alphabetic arrangement only. No library provided a bibliothecal arrangement for medical book chapters or chapter sections. CONCLUSIONS: This study shows that the number and topical range of online medical books is reaching a point where collection-level consideration is warranted to facilitate efficient use and to prevent the problem of split files. However, the results also show that few efforts are underway on the publicly available Websites of the surveyed health sciences libraries to provide the analytical access necessary to meet the structural needs of clinical information seekers.

Access to Information↗