Growth Patterns of Information Institutions: Understanding the Key Eras

How did the libraries, documentation centres, and information systems we rely on today actually come into being? They did not appear all at once. They grew in distinct waves, each one responding to what society needed information for at that particular moment. A widely cited study by the consulting firm Arthur D. Little, Inc., authored by Vincent Giuliano, mapped this growth onto three broad modes of information transfer. Each mode reflects a different value system, and together they explain why some institutions chase pure knowledge while others exist to send a rocket into space or clean up a polluted river. Understanding these three eras gives you a clear lens for making sense of the entire landscape of information institutions.

What “growth patterns” really mean 🔗

The phrase growth patterns refers to the historical stages through which information institutions evolved, each shaped by a different reason for collecting and sharing knowledge. The Arthur D. Little study did not simply list institutions by date. Instead, it linked each stage to the value system driving information transfer at the time. A value system here means the dominant purpose that society assigned to knowledge: was it valued for its own sake, for accomplishing a specific task, or for solving a pressing human problem?

This framework identifies three basic modes of information transfer, each corresponding to a distinct era. The first focused on disciplines, the second on missions, and the third on problems. The eras did not cleanly replace one another. They layered on top of each other, which is why a university library (Era I), a defence documentation centre (Era II), and an environmental information network (Era III) can all operate side by side today.

Era 1 – Disciplinary information transfer 🔗

The first era is defined by what is often summarised as “knowledge for knowledge’s sake.” Here, information was organised around academic disciplines such as physics, chemistry, biology, history, and philosophy. The driving value was pure science, academic enquiry, and basic research. Nobody was asking what immediate practical benefit a piece of knowledge would deliver. The goal was simply to advance, preserve, and pass on understanding within a field.

The institutions of this era 🔗

The institutions that grew during this period were the ones we now think of as the classic homes of scholarship: libraries, archives, learned societies, and academic journals. These institutions collected and preserved the recorded knowledge of humanity and made it available to scholars. Ancient libraries like the Library of Alexandria are early ancestors of this tradition, but the era reached its full form with the rise of universities and disciplinary research.

The defining feature of disciplinary transfer is that information flows within a single subject community. A chemist publishes in a chemistry journal, which is read mainly by other chemists, indexed in a chemistry abstracting service, and shelved in a chemistry collection. Each discipline built its own apparatus of journals, indexes, and professional bodies. The academic structure of universities reflects this discipline-by-discipline organisation that still shapes how knowledge is stored and retrieved.

Why this model eventually fell short 🔗

The disciplinary model works beautifully when a problem fits inside one subject. But the world rarely cooperates that neatly. By the middle of the twentieth century, governments were taking on huge projects that needed several disciplines to work together at once. A library system built around separate subject silos could not easily serve a team that needed chemistry, electronics, and medicine combined in real time. This limitation set the stage for the second era.

Era 2 – Mission-oriented information transfer 🔗

The second era emerged through the 1950s and 1960s, driven by a completely different value system: accomplishing a specific job. The organising principle of these institutions is that they exist to support a defined mission. Information was no longer gathered for its own sake but to ensure that a particular government-sponsored project succeeded.

The mission as the organising principle 🔗

Mission-oriented information systems were created to support agencies pursuing large, well-defined goals. The classic examples come from the United States, where the Atomic Energy Commission and NASA needed enormous information support to achieve their objectives. The crucial difference from Era I is the direction of information flow. Instead of staying within one discipline, mission-oriented transfer pulls knowledge from many disciplines and coordinates it toward a single outcome.

Consider what a space programme actually requires. To put a person on the Moon, an agency must combine information from electronics, biology, medicine, aeronautics, chemistry, and physics, all at the same time. The information system supporting that mission cannot afford to treat these as separate silos. It has to integrate them. This is why mission-oriented transfer is described as drawing concurrently on a variety of disciplines for one coordinated purpose.

New channels of communication 🔗

The mission era also changed how information was packaged and shared. Conventional publications like journals were too slow and too discipline-bound for fast-moving projects. So a new channel became central: the technical report. Technical reports allowed up-to-date findings to circulate quickly among scientists, engineers, and technologists working on the same mission. Specialised technical information centres attached to the main agencies took on the job of building interpretative services tailored to these user communities.

India built its own mission-oriented institutions after independence. The Defence Scientific Information and Documentation Centre (DESIDOC), part of the Defence Research and Development Organisation, provides scientific and technical information directly to defence scientists. It manages the Defence Science Library and publishes the DESIDOC Journal of Library and Information Technology. Similarly, the Bhabha Atomic Research Centre functions as an input centre for the international nuclear database INIS, mirroring the atomic-energy mission model seen abroad. These are textbook examples of information institutions built to serve a defined national mission rather than a single academic discipline.

Era 3 – Problem-oriented information transfer 🔗

The third era reflects yet another value system: solving societal problems. By this stage, the focus shifted away from both pure knowledge and well-bounded missions toward messy, large-scale challenges that affect society as a whole. Think of economic development, public health, poverty, energy, and environmental protection. These problems do not have a tidy endpoint like landing on the Moon. They are ongoing, they cross national borders, and they involve many stakeholders at once.

How problem-oriented institutions differ 🔗

A mission has a clear finish line. A problem like environmental degradation does not. Problem-oriented institutions therefore have to remain flexible, continuously gathering and redistributing information as the problem itself evolves. They serve a far wider and more diverse audience than the earlier eras, ranging from policymakers and researchers to industry, students, and the general public. The aim is not just to advance a field or complete a project, but to feed information into decisions that improve society.

Environmental information in the Indian context 🔗

A clear example of this era in India is the Environment Information System (ENVIS). Established in 1982 by the Ministry of Environment, Forest and Climate Change, ENVIS was created specifically to bring order to environmental data that had been scattered across departments and was difficult for anyone to use. Its purpose is to collect, collate, store, retrieve, and disseminate environmental information for policy planning, decision-making, research, and public awareness.

ENVIS shows the problem-oriented character vividly. It operates as a decentralised network of subject-specific centres spread across the country, each covering a theme such as toxic chemicals, biodiversity, or pollution. Because the environment is inherently multidisciplinary, the system links institutions working on many different subject areas rather than confining itself to one. It also connects India to global efforts, serving as a regional node in the United Nations Environment Programme’s international environmental information network. The underlying value is plain: information exists here to help solve a societal problem and to support sustainable development.

India’s social-science infrastructure fits this era too. The National Social Science Documentation Centre (NASSDOC), set up in 1970 under the Indian Council of Social Science Research, supports research aimed at national development across economics, sociology, and related fields. Its orientation toward problems of society, rather than a single discipline or a single mission, places it firmly within the problem-oriented tradition.

How the three eras fit together 🔗

It helps to see the three eras as answers to one shifting question: what is information for? In Era I, information was for understanding. In Era II, information was for accomplishing a defined task. In Era III, information was for solving open-ended societal problems. Each shift widened the audience and increased the need to combine knowledge across subjects.

What makes this framework useful is that the eras coexist rather than cancel each other out. A modern research ecosystem still needs disciplinary libraries, still needs mission-focused centres like those serving defence and atomic energy, and still needs problem-oriented networks like ENVIS. India’s national information landscape, with institutions such as NISCAIR, NASSDOC, and DESIDOC operating alongside one another, is essentially all three eras working in parallel. Recognising which era an institution belongs to tells you a great deal about why it was built, who it serves, and how it organises information.

What do you think? Which era do you believe best describes the information institutions you use most often, and as global challenges like climate change and pandemics grow more complex, do you think a fourth era of information transfer is already taking shape?

References

1. https://www.sciencedirect.com/topics/social-sciences/national-information-systems
2. https://ebooks.inflibnet.ac.in/lisp1/chapter/the-information-disciplines/
3. https://en.wikipedia.org/wiki/Arthur_D._Little
4. https://testbook.com/question-answer/match-list-i-with-list-ii-list–659ce48e711a8c7c334856a3
5. https://www.gktoday.in/environment-information-system-envis/
6. https://www.india.gov.in/environmental-information-system-ministry-environment-and-forests
7. https://www.icssr.org/nassdoc
8. https://ebooks.inflibnet.ac.in/lisp4/chapter/organisation-of-national-information-systems-and-programmes/