Jacques Tocatlian has always had an international take on learning and acquiring information. He was born in Egypt, where he attended a French secondary school. From there, Tocatlian moved on to study industrial chemistry at an Egyptian university, where he took classes taught by English-speaking German professors. Tocatlian then earned an M.S. in textile technology from Milano Polytechnico in Italy, and an M.S. in organic chemistry from Utah State University. After a position as a literature chemist caught his eye at Monsanto Chemical Company, Tocatlian interviewed and was referred to the research department because of his outstanding qualifications. Still, research in the laboratory did not quell Tocatlian's attraction to research in the library. After work in the plastics division at Monsanto, Tocatlian accepted a position at the Food and Machinery Corporation in Princeton as a literature chemist, and worked on the first Selective Dissemination of Information (SDI) experiment. Tocatlian decided to pursue a master's in information and library science at Drexel Institute (now University), which was at the forefront of scientific information storage and retrieval in the 1960s. No sooner did Tocatlian learn of the United Nations Conference on World Science Information System (UNISIST) than he applied to one of its parenting organizations, the United Nations Educational, Scientific and Cultural Organization (UNESCO) where he worked from 1969 until retirement in 1991. Throughout the interview, Tocatlian discusses the international standardization issues of UNESCO and the organization of UNISIST. Woven into the history of the program is mention of the tension brought about by the Cold War. Tocatlian discusses influences of non-governmental and other information science organizations on UNISIST, as well as the impact of the failure of the Global Information Network, created by UNISIST 2 in 1972. He concludes the interview by reflecting on the conceptual shift of science from a “social good” to a commodity, observations of UNESCO, and his decision to leave the laboratory.
Claudio Todeschini was born in Tripoli, Libya, and spent his childhood in Italy and South Africa. He received his first degree in civil engineering from the University of Capetown, South Africa. He began his graduate studies on concrete shell structures at the Imperial College, University of London. Todeschini received his DIC (Diploma of Imperial College) in 1961, and then went to the United States and became a PhD research assistant at the University of Illinois at Champaign-Urbana. He finished his PhD work on thin-shell structures at the University of Illinois in 1967. Then, Todeschini accepted a professorship at the University of Maryland in 1966, and a year later, he added to his workload by becoming a part-time researcher at Massachusetts Institute of Technology and the U. S. Department of Commerce. While working on an information system for the Department of Commerce, Todeschini gained a strong interest in information storage and retrieval, and terminological relationships. In 1969, he joined the International Atomic Energy Agency (IAEA) and began working on the INIS (International Nuclear Information System) information system. His involvement with the INIS project began with terminology work in Luxembourg, where he adapted and developed terminology from the pre-existing EURATOM information system. In fact, Todeschini focused on terminology throughout most of his career at the IAEA, which he discusses throughout the interview. Todeschini also discusses the INIS's decentralized input system, and the incorporation of abstracts into that system. He details how the INIS has been available in each member state, and how for profit organizations are able to host access for the system. In conclusion, Todeschini discusses the various heads of the INIS system and describes his most important personal contributions to the system.
Helga Schmid begins the interview by discussing the growth of her interest in the world of information. While attending the Vienna University, she studied mathematics and physics and also worked on gaining her teaching certification. However, after meeting her husband, she relocated to Belgium and worked for Euratom (European Atomic Energy Community), where she began training to be a computer programmer. In 1969 she and her family moved back to Vienna and she joined the International Atomic Energy Agency (IAEA). While there, under the direction of Giampaolo Del Bigio, Schmid helped publish the first INIS (International Nuclear Information System) Atomindex. In 1975, she moved on to AGRIS (International Information System for the Agricultural Sciences and Technology) where she worked with varying software and helped the fledgling organization to organize and evolve its technological programs. In 2000, she retired, after rising through the organization to become the head of AGRIS Processing. Schmid concludes the interview by discussing briefly her knowledge of AGRIS in its present state and sharing some of the positive experiences she had throughout her career as a computer analyst.
Nathalie Dusoulier begins her interview by discussing her family background and education. She recounts how she started working in information science from her background in pharmacology. She then speaks about her employment at Centre National de la Recherche Scientifique (CNRS). She describes the number of different forms her career at CNRS took, from indexing articles to directing the biology and human science sections of CNRS's publication, Bulletin Signalétique. She talks about the different methods used to index and her first experiences with automation and computing. Dusoulier then segues into discussing the commercialization of Institut de l'Information Scientifique et Technique (INIST) and its collaborations with various international organizations. She then speaks about a variety of other information science organizations including International Council of Scientific Unions Abstracting Board (ICSU AB), United Nations Educational, Scientific and Cultural Organization Programme Générale d'Information (UNESCO PGI), Federation for Information and Documentation (FID), and the International Federation of Library Associations and Institutions (IFLA). Dusoulier's interview continues with details of her employment at INIST. She talks about her transition from the United Nations and moving to Nancy, France to set up INIST. She talks about hiring INIST's staff and setting up the center. She continues her earlier discussion about commercialization of information and INIST by talking about INIST Diffusion. She concludes her interview by talking about recent changes in technology and their impact on information science.
Carlos A. Cuadra, a pioneer in the field of information sciences, begins the interview by discussing his family and educational background. He describes how he continued his education while serving in the Navy during World War II. He did his undergraduate and graduate work in psychology at the University of California, Berkeley and wrote his dissertation on the Minnesota Multiphasic Personality Inventory. Upon graduation, Cuadra worked at the Veterans Administration Hospital in Downey, Illinois. While still in Downey, he was recruited by the RAND Corporation to work on projects related to the United States Air Force. He began work for RAND in the System Development Division, which split off and became System Development Corporation (SDC). Dr. Cuadra began to learn about computers and programming while he was working on intelligence project 466L for the Air Force. He was made head of the Intelligence Systems Branch of SDC and worked on various information systems such as MEDLARS II, MEDLINE, ORBIT, and ELHILL. He became interested in the developing field of information science. After meeting some of the pioneers of information science, he was surprised to learn that an annual review did not exist for that field. With the support of Hans Peter Luhn, IBM; Helen L. Brownson, National Science Foundation; and the American Documentation Institute, he started the Annual Review of Information Science and Technology. Cuadra briefly worked as a consultant for the National Academy of Science's Committee on Scientific and Technical Information (COSATI), and was later appointed to the National Commission on Libraries and Information Science (NCLIS), on which he served for thirteen years. By the time he became a member of NCLIS, he was the manager of the Education and Library Systems Department at SDC. During this time, Cuadra began to see a possible market for online information services. Within SDC, Cuadra created SDC Search Service, one of the first online retrieval services. In 1978 he founded his own company, Cuadra Associates (CA). CA was quite ahead of its time in that it foresaw the need for powerful information retrieval systems for in-house use. CA developed STAR, which was one of the first such systems. CA also published a directory of databases called the Directory of Online Databases. Cuadra concludes the interview with some thoughts about his work habits.
Claire K. Schultz begins the interview by discussing her childhood in south central Pennsylvania. Raised primarily by her father and grandmother, Schultz dreamed of becoming a doctor from a young age. Inspired by her grandmother's belief in her abilities, Schultz graduated from Juniata College in three years, and went on to medical school after a year of work in the Philadelphia State Hospital. Forced to leave medical school by the birth of her first child, Schultz went on to a job as a research assistant at the Wistar Institute of Anatomy and Biology, and then to Merck Sharp & Dohme (MSD), where she held her first position in a library. Schultz's interest in information retrieval began at Merck Sharp & Dohme Research Laboratory, where she met Calvin Mooers. After talking to Mooers about his ideas regarding information retrieval, Schultz joined forces with Robert Ford, of MSD's Pharmacology Lab, and began a campaign to get an IBM 101 system at Merck Sharp & Dohme. Schultz wrote her master's thesis at Drexel University in Library Science on the MSD library system. While working at MSD, Schultz met John Mauchly, Eugene Garfield, and Peter Luhn. As one of the pioneer documentalists, Schultz worked at Sperry Rand Univac Corporation, and later at the Institute for the Advancement of Medical Communication, and taught various courses on information science at Drexel University and at the Medical College of Pennsylvania. Schultz closes her interview with anecdotes about her post-retirement hobbies, and her work as a computer consultant in a local elementary school.
Eugene Garfield begins the interview with a discussion of The Johns Hopkins University Welch Library indexing project. Garfield joined this project in 1951, during which he became involved in machine methods for indexing and searching literature. He worked on automating Current List of Medical Literature and experimented with punched cards and zato coding. During his tenure there, he helped to organize a symposium to demonstrate the project's work, at which he met many pioneering information scientists. Also while at the project, Garfield developed his idea for Contents in Advance. He discusses his relationship with Sanford V. Larkey, and his decision to attended library school at Columbia University. After graduating, Garfield joined Smith, Kline & French as a consultant. He eventually set up his own company, DocuMation, Inc., and worked on many projects, including a Genetics Citation Index for the NIH and Management’s DocuMation Preview. Garfield discusses the development of Current Contents, the growth of his business, and the challenges he encountered. In the 1960s, he launched Science Citation Index, a concept that was later expanded to include other fields of literature. Garfield was also involved in many professional organizations throughout his career, including the Information Industry Association (IIA). He addresses the evolution of his company, Institute for Scientific Information (ISI), his colleagues, and his decision to sell ISI. Garfield concludes the interview with a discussion of his experience with VINITI, changes in library education, and the future role of the Internet.
Robert M. Hayes begins the interview with a discussion of his father's and his stepfather's affect on his life. He describes how he traveled frequently because of his stepfather's acting career, attending over sixteen different high schools before receiving his diploma. Hayes graduated from UCLA in 1947 with a BA in mathematics, and afterwards was drafted into the Navy. He recounts his acceptance into the Navy's V-12 program, and the courses he took for that program at the University of Colorado at Boulder. After the War, Hayes returned to UCLA, where he earned his MA in mathematics in 1949, and his PhD in mathematics in 1952. While earning his PhD , Hayes worked on information science at the National Bureau of Standards. In 1952, he decided to move into industry, and was hired at Hughes Aircraft. He describes his work at Hughes, where he programmed a computer to fly an airplane. Further, he recounts his teaching responsibilities in UCLA's University-extension program, which he continued in parallel with his experiences at Hughes. In 1954, Hayes began working at the National Cash Register Company, and a year later he moved to Magnavox Research Labs. He discusses the important developments in information storage and retrieval at Magnavox, such as the Minicard and the Magnacard systems, and his realization that his efforts at Magnavox could be taught to students. Eventually, Hayes was teaching at locations all over the United States, including American University, the University of Washington, and Wright Patterson Air Force Base. In 1960, Hayes was invited to join the Electrada Corporation, which he did, as vice-president. Hayes relates how, soon after joining Electrada, he and John Postley created Advanced Information Systems as a subsidiary of Electrada. Hayes also explains why he became a fulltime professor at UCLA at that time, and discusses his roles in the formation of the School of Library Service and the Institute for Library Research. In 1969, Joseph Becker and Robert Hayes started Becker and Hayes Incorporated, with the purpose of creating an interlibrary network for the State of Washington. Hayes discusses the obstacles he and Becker overcame to accomplish that task, and goes on to recount his work with NCLIS and the SILC system. Hayes concludes the interview with his interpretation of the relationship between information science and library science, and the importance of libraries and librarians.
Michael W. Hill begins his interview by discussing how he was first drawn to the information and documentation side of chemistry. While at Lincoln College, Hill planned to become a chemist. He received his BS and MSc there, under the tutelage of Rex Richards, by researching applications of nuclear magnetic resonance spectroscopy. After graduating, Hill started his career at Laporte Chemical Company in Luton, then moved to London to become head of Morgan Crucible Group's physics laboratory. Eventually Hill left the competitive world of industry to work as assistant keeper in the National Reference Library of Science and Invention, a new national science library being setup by the British Museum. Hill soon advanced to the post of deputy librarian at the Patent Office Library. Next he became the head of the National Reference Library of Science and Invention, first as part of the British Museum, then from 1973 as part of the British Library's Reference Division, which was renamed the Science Reference Library. Hill also joined Aslib, became a fellow of the Institute of Information Scientists, as well as vice president, and eventually became president of the Federation for Information and Documentation Congress. He was also elected vice president of the International Association of Technological University Libraries. Hill concludes his interview by hypothesizing about the future impact of information science.
Maurice B. Line’s interview begins with a discussion of his education and early career. After high school, Line received a scholarship to attend Oxford University and major in Classics. He began his long career in library institutions at the Bodleian Library as a library trainee. He then moved on to the University of Glasgow as an assistant librarian. While there, he was one of the first to conduct library system studies regarding student’s attitudes towards the library. Line brought his interest in library systems to Southampton University where Beres Bland, the head librarian at Southampton, gave Line the freedom to develop his abilities and focus his ideas about information science. As deputy librarian at the University of Newcastle upon Tyne, Line helped create the first automated acquisition system in Britain. When he became a librarian at Bath University, he directed the study of social scientists’ information requirements, named INFROSS, and a further study on the designs of information systems, named DISISS. In 1985, Line became the director general of Science Technology and Industry at the British Library. Line discusses the constraints of working in the public sector, and his desire to create easy access to library collections internationally. In conclusion, he describes the potential obstacles to the international library system in the future, and the importance of technology in making libraries more accessible to users.
A. J. Meadows begins the interview with a discussion of his early employment at the University of Illinois. He reveals why he studied both astronomy and the history of science, and how, through his knowledge of both those subjects, he was appointed to those departments simultaneously at the University of Leicester. Next, Meadows discusses his initial interest in information science, which led him to establish two centers for communication studies. Further, he details particular studies undertaken at those centers, and the results. Then, Meadows discusses his various relationships with the Institute for Information Scientists (IIS), the Library Association (LA), and Aslib. He details the merger between the IIS and the LA, and the significance of Aslib's research department. Subsequently, Meadows discusses online communication's impact on information science, and vice versa. As examples, he explains the creation and growth of BioMedNet and the e-print system. Also, Meadows describes his relationship with Donald J. Urquhart. In conclusion, Meadows talks about the various peaks of information science, and ponders the definition of the words “information,” “documentation,” and “library.“
Madeline Henderson begins this interview with a description of her family and early years in Quincy, Massachusetts. Henderson attended Emmanuel College, receiving an AB in chemistry in 1944. After college, she worked briefly with DuPont in explosives research and as a chemist for Harrington Labs. She accepted a position at the Massachusetts Institute of Technology's (MIT) High Pressure Research Lab as a research associate. In 1950, she switched gears at MIT and began working with James W. Perry in scientific information. One of her first tasks was to edit the first edition of his book, Punched Cards: Their Application to Science and Industry. Henderson worked with Perry and Allen Kent compiling and researching possibilities for a standard chemical notation system for IUPAC selection. Her search for terms for semantic factoring took her throughout the country, where she met many others involved with scientific information, including Eugene Garfield, Claire Schultz, and Saul Herner. Soon after, Henderson worked for the Batelle Memorial Institute at the Aberdeen Proving Ground helping them improve their information management. While there, she, Perry, and Kent initiated the use of telegraphic abstracts. After working with the National Science Foundation (NSF) as a research analyst, Henderson joined the National Bureau of Standards (NBS) in 1972. There she served as a staff assistant in the Institute for Computer Sciences and Technology, and eventually became section chief of Computer Information. Later, she worked on the Federal Information Locator System (as a consultant for NBS). While with NBS, she joined the Federal Library Committee's Task Force on Automation, and attended American University, receiving an MPA in 1977. She received the Watson-Davis award in 1989 for her service to the American Society for Information Science (ASIS). Henderson concludes the interview with reflections on her fellowship with the American Association for the Advancement of Science and thoughts on pioneers in the field of information science.
Jean Aitchison begins her interview by discussing how she first became involved in thesaurus development. She continues by sharing her first meeting with Shiyali Ramamrita Ranganathan and her initial impressions of him. Aitchison worked to complete three editions of English Electric Faceted Subject Classification for Engineering, between 1958 and 1961. With the help of others, she developed and reclassified many projects. She worked with Cyril Cleverdon on several publications and in March 1967 she began work on Thesaurofacet. She also worked to develop and improve the Bliss Association Classification system. Joint Interview with Thomas M. Aitchison. Thomas M. Aitchison begins his interview by detailing his educational background and then continues by discussing how he first became interested in the field of information science. With the start of his career at Courtaulds, Aitchison got his first taste of working in a library. However, it was with the completion of the Library Association correspondence course that Aitchison gained the confidence and knowledge necessary to become a successful librarian. After applying and being hired for a divisional librarian and information officer with the British Aircraft Corporation, Aitchison became a member of the Aslib aircraft information group. He also joined the National Electronics Research Council and helped the Council develop a journal and numerous other projects. In January 1967, Aitchison helped form the Information Service in Physics, Electrotechnology, and Control [INSPEC] and became the information research manager. He also worked to mechanize Science Abstracts and organize the Direct Evaluation of Indexing Languages [DEVIL] project. He concludes his interview by sharing recollections of those who had the most influence on his career.
Thomas M. Aitchison begins his interview by detailing his educational background and then continues by discussing how he first became interested in the field of information science. With the start of his career at Courtaulds, Aitchison got his first taste of working in a library. However, it was with the completion of the Library Association correspondence course that Aitchison gained the confidence and knowledge necessary to become a successful librarian. After applying for and being hired as divisional librarian and information officer with the British Aircraft Corporation, Aitchison became a member of the Aslib aircraft information group. He also joined the National Electronics Research Council and helped the Council develop a journal and numerous other projects. In January 1967, Aitchison helped form the Information Service in Physics, Electrotechnology, and Control (INSPEC) and became the information research manager. He also worked to mechanize Science Abstracts and organize the Direct Evaluation of Indexing Languages (DEVIL) project. He concludes his interview by sharing recollections of those who had the most influence on his career. Joint interview with Jean Aitchison. Jean Aitchison begins her interview by discussing how she first became involved in thesaurus development. She continues by sharing her first meeting with Shiyali Ramamrita Ranganathan and her initial impressions of him. Aitchison worked to complete three editions of English Electric Faceted Subject Classification for Engineering, between 1958 and 1961. With the help of others, she developed and reclassified many projects. She worked with Cyril Cleverdon on several publications and in March 1967 she began work on Thesaurofacet. She also worked to develop and improve the Bliss Association Classification system.
Dale Baker begins the interview with a discussion of his early years and family background. Inspired by a high school teacher, Baker decided to major in chemical engineering upon entering Ohio State University in 1938, receiving his Bachelor's of Chemical Engineering in 1942 and his Master's of Science in Chemistry in 1948. While a student, Baker began working for the American Chemical Society's (ACS) Chemical Abstracts Service as an office boy. Aside from a brief time as a chemist working with explosives at DuPont, Baker spent his entire career with the ACS and Chemical Abstracts Service. In 1946, Baker became assistant editor of Chemical Abstracts. He took on the extra responsibilities of managing the publications' finances and administrative coordination. Baker and his staff at Chemical Abstracts learned indexing and abstracting through hands-on work while seeking to automate and quicken the availability of chemical information. In 1958, Baker became Director of Chemical Abstracts Service, a position he held until 1986. Baker was instrumental in developing an on-line system for Chemical Abstracts in the early 1980s. While Director of Chemical Abstracts Service, Baker also served the ACS in various capacities, from Acting Executive to Director Emeritus. Baker concludes the interview with a discussion of management techniques, and reflections on his career and family.
Jacques-Emile Dubois begins the interview with a discussion of his family and early education. He discusses his paternal grandfather's and father's roles in World War I and his family's influence, his father's in particular, on his education. Dubois then details his experiences during World War II. He describes how he studied chemistry and medicine during the German invasion of France and elucidates his active roles in the French Resistance and in post-War French politics. Next, Dubois discusses how he came to be an essential figure in the creation of the University of Saarland. He details the reasons he accepted a professorship at the university and eventually the directorship of the Chemistry Institute. He also discusses his work at the University of Paris, which he did in parallel. Dubois then describes his work in the French Ministry of Education. He describes, in particular, the need for change in the French education system and his efforts to bring it about. He also talks about his role in the Centre National de la Recherche Scientifique (CNRS) and France's underdevelopment of instrument technologies at that time. Next, Dubois discusses his involvement in the creation of the chemical information system, DARC, and his important role in the Ministry of Defense. He describes how his fast kinetics research and his work at the defense ministry gave him an interest in computers and how that interest eventually led to his work in information systems. In addition, Dubois discusses his development of a topocoder instrument and his work on various information systems, including his cooperative efforts with the Chemical Abstracts Service (CAS). He describes his work as head of IUPAC's (International Union of Pure and Applied Chemistry) Committee on Machine Documentation, the creation of CEDOCAR (Centre de Documentation de l'armement), and his creation of the Bureau of Scientific Information (BIS). In conclusion, Dubois discusses the successes and failures of various information systems in France. Oral history includes an introduction by Bernice Dubois.
Melvin Day begins the interview with a discussion of his family and childhood years in Boston. Day grew up during the Depression and often worked in his father’s oil company after school to help ends meet. Day attended Bates College as a chemistry major, receiving his BA in 1943. After graduation, Day immediately accepted a position with Metal Hydrides, Inc. in Beverly, Massachusetts. He enlisted in the US Army in 1944. Recognizing Day’s background in chemistry, the Army sent him to serve at Oak Ridge National Laboratory as part of the Corps of Engineers for the Manhattan Project. In 1946, Day was assigned to work for the Atomic Energy Commission [AEC] under Major Alberto Thompson, reviewing newly declassified documents from the Manhattan Project. Day involved himself in all aspects of the AEC documentation program from abstracting and indexing to publishing. By 1947, AEC was producing Abstracts of Declassified Documents, which later became Nuclear Science Abstracts. In 1958, Day transferred to AEC headquarters in Washington, DC to be the Director of the Technical Information Office. Day and the AEC pioneered the use of the computer as a primary tool for document production and searching.
Day joined the newly established National Aeronautics and Space Administration [NASA] in 1960, and developed the plans for NASA’s information program. After months of deliberation, NASA chose to contract out the management of technical information, which proved to be very successful. NASA’s program became the model for documentation programs around the world. NASA formed a database of unpublished technical documents called STAR, Scientific and Technical Aerospace Reports. Later, NASA merged STAR with the Institute for Aerospace Sciences’ [IAS] database of published literature called International Aerospace Abstracts [IAA], forming NASA RECON in 1965. Day recognized that NASA was heading towards an online system. By 1966, Lockheed developed the software and NASA RECON was available online at NASA centers across the country. Day was a member of many information societies, including COSATI, which was a White House committee. Working through COSATI, other government agencies, like NASA, and AEC, could establish a common ground on formats and standards in information science. Day also headed the U.S. delegation of the United Nations Educational, Scientific and Cultural Organization [UNESCO]. In 1970, Day served as chairman of COSATI. That same year, Day began working for the National Science Foundation [NSF]. There he worked on the funding end of developing information systems. He left NSF in 1972 and became the Deputy Director of the National Library of Medicine [NLM]. There he helped build the Lister Hill Center and to develop MEDLARS and MEDLINE as online systems. During this time, Day served as president of American Society for Information Science [ASIS], from 1975-1976. Day left NLM in 1978 and became the Director of the National Technical Information Service [NTIS], and turned the government-sponsored organization into a self-supporting organization in just one year. Day also was responsible for making the NTIS database available for online searching. In the face of much adversity, Day accomplished his goal of obtaining better computers and successfully training the staff at NTIS. Day retired from NTIS in 1982 and accepted a position with Thyssen-Bournemisza Information Technology Group. In 1984, Day left Thyssen-Bournemisza and became Vice President of Research Publications. After leaving Research Publications in 1986, Day became Senior Vice President of Herner and Company. Day concludes the interview with a discussion of his communications venture, influential teachers during his career, and the future of information science.
Douglas J. Foskett begins the interview by describing how he entered the field of information science and began working at Ilford Public Library. After serving in the Royal Army Medical Corps for six years, he returned to Ilford and met his wife Joy. Eventually, Foskett left the Public Library to take over Barbara Hill's position of running the information section at the Metal Box Company Ltd. When the Metal Box research department relocated to Swindon, Foskett decided, as an alternative to moving, to join the University of London's Institute of Education. During his twenty-one year career at the University of London, Foskett became director of the University Library and Goldsmiths' Librarian. In his interview, Foskett next discusses the formation of the Classification Research Group (CRG) to address the need for new ways to classify scientific literature. Foskett has been a member since CRG's formation, and Foskett developed faceted classification schemes for education and safety and health that are still in use. Foskett also met with NATO representatives and secured five thousand pounds of funding for the CRG to develop a new general classification scheme. Foskett then recalls S. R. Ranganathan's influence in the field of information science. Ranganathan was the first person to demonstrate that facet analysis could be applied to terms in a system of classification. Foskett next describes the theory of integrative levels and why the Dorking Conference was so significant. Foskett concludes his interview by addressing the expansion of the Library Association to include special librarians and the eventual formation of the Association of Special Libraries and Information Bureau (ASLIB). Douglas J. Foskett was a very important figure in the developing field of information science. He passed away on 7 May 2004.
Saul Herner begins the interview with a discussion of his childhood and family background. He grew up in New York, and attended the University of Wisconsin, where he received a BS in biochemistry in 1945. In 1946, after a brief time in the Army, Herner was hired as a chemical reference librarian at the New York Public Library. At the same time, he began working towards a bachelor's degree in library science, taking correspondence courses at the University of Wisconsin. In 1948, Herner took a job at the engineering and science library at New York University, where he was first introduced to special libraries and the SLA. Two years later, Herner moved to the Applied Physics Laboratory at Johns Hopkins University, and he began developing an interest in user studies. He discusses his involvement in a number of organizations, including the ACS, and his colleagues in information science. In 1953, Herner joined the Atlantic Research Corporation. While there, he began to form his own company, now known as Herner and Company. Herner discusses how he gained clients, his company's involvement in particular projects, and the importance of government support in the field of information science. In addition, he discusses developments in information retrieval during his career. Herner concludes with a discussion of his teaching experiences, his involvement in IIA, and comments about the history of information science.