First Monday

Prospects of open access to Indian agricultural research: A case study of ICAR

Historically, agricultural research and education in India have been in the public domain. The Indian Council of Agricultural Research (ICAR) was established as an apex organization for effective research coordination among institutions and promotion of agricultural research in the country. Funds for public sector research institutes were channeled through the ICAR from the central government. For the dissemination of research output, the research journals publishing in India have been, for long, primarily a public funded activity and done mostly by Government agencies. In case of agricultural research, the journals are being published by ICAR and by respective professional societies. Many of these societies are receiving financial assistance partly from ICAR. Each discipline of agriculture is represented by some sort of professional society and for some disciplines, and each society publishes a peer–reviewed research journal. Though many of these journals are distributed for international indexing, full–text database services are very poor. Many of them are not even in the ISI Master Journal list for impact factor or science citation index analysis. The main objective of each author is to have more impact, visibility and readership for their work. These journals publish quality articles after stringent peer review process, but the time lag from submission to publication of an article or production of issue is long. There are instances where the articles sent for review were not returned back due to various reasons. The infrastructure for publishing online is also not available for these journals. Recently, a portal ( had started providing free online access of some journals being published by professional societies. Under the National Agriculture Innovation Project (NAIP), ICAR is investing in making available of some fee–based online journals along with all open access journals. Now the time has come to think about the wider availability of scientific journals without any restrictions. The availability of open source software for the transformation of traditional journals into open access journals and the establishment of open archive online repositories for archiving research will eventually make agricultural research to much larger audiences. This will increase the visibility of research output and eventually lead to an enhanced impact factor for many Indian journals.


Results and discussion




India is a very vast country with 1.13 billion (Anonymous, 2008a) people comprising of approximately one–sixth of the world’s population of which about 70 percent of the labour force is engaged in agriculture. Thus, reaching individuals involved in agriculture and related areas across 20 agro–ecological zones (Gajbhiye and Mandal, 2008) — in an estimated total geographical area of 3.3 million square kilometres (Anonymous, 2008b) — is a herculean task. However, publicly funded research in India will ultimately bring considerable change to the livelihoods of farmers contributing to 26 percent of the GDP, providing 60 percent of employment. Technological progress in agriculture is crucial for the overall economic welfare of the country. In India’s National Agricultural Research System (NARS), ICAR — a national apex body — is a major player in agricultural research and education management in the country. The ICAR, with its headquarters in New Delhi, comprises of five national institutes, five national bureaus, 48 central research institutes, 12 project directorates in crop sciences and animal sciences, 32 national research centres, 75 all–India coordinated research projects and about 4,000 agricultural scientists (DARE/ICAR, 2007). All of the research projects in ICAR (except a few) are publicly funded with a mission for sustainable growth of Indian agriculture by interfacing education, research and extension initiatives complimented with efficient and effective institutional, infrastructure and policy support. Ultimately they will create a proper fit between humanity and its environoment in India. Therefore, the research output must be applied to achieve broader developmental objectives of society which will result in public accountability of research.

The dissemination of research is a major challenge. Until it is known to the world, this research has no meaning. Hence, scholarly journals serve as vehicles for the dissemination of scientific information. In India, various professional societies were formed to advance the interests of specific disciplines in agriculture, with scholarly journals. ICAR also provides financial support for journal production. As the output of researchers is measured in terms of the number of research papers published in various national and international journals, the impact factor (IF) of their work is high with oft–cited and well recognized international journals. Unfortunately, Indian researchers may not find their research published in many of these international journals because their research does not fit the scope of these journals and the agrarian situation is different in various countries.

Access to many of these high–impact journals is often fee–based with copyright restrictions. Copyright to published research in these journals is frequently transferred to the publisher. In some cases, authors are not allowed to archive their research in any electronic form. Few journals distribute reprints freely so limited reprints can be shared among peers. Hence, journals published by scholarly societies in ICAR institutes should play a key role in removing barriers to access, in turn accelerating research, enriching education and sharing knowledge as widely as possible. thus making the literature as useful as it can be, and lay foundation for uniting humanity in a common intellectual conversation and quest for knowledge. This functionality of research is often called open access (OA). According to Suber (2004), OA literature is digital, online, free, and without many copyright and licensing restrictions. OA gives readers the ability to find and make use of relevant literature. It gives authors vast and measurable visibility, readership, and impact. In this paper, we analyze the system of publication and dissemination of scientific literature by professional societies working in various ICAR institutes and the prospects of open access for Indian agricultural research.




ICAR is an apex organization at the national level, promoting science and technology programmes in agricultural research and education. This paper will analyze journals being published by professional societies housed in various ICAR institutes. As there is no database available for these societies, data collection was mainly completed with the use of Google. The CAB Abstracts list of serials from CABI portal ( and Thomson Reuters Master Journal list ( were consulted for journals published in agricultural and related sciences to locate their ISSN (International Standard Serial Number), periodicity and publishers’ addresses. For detailed information about the professional societies, the Indian Journals portal ( and the portals of ICAR ( and IARI ( were consulted, confirming addresses. We also checked to see if these journals were being evaluated by the Science Citation Index (Thomson Reuters) or included in the Directory of Open Access Journals (DOAJ;



Results and discussion

Interestingly, many of the professional societies under review are located at the headquarters of the Indian Agricultural Research Institute (IARI) with a few housed in the National Societies Block of the newly built National Agricultural Science Complex (NASC). Most institutes under ICAR host a professional society, leading to about 50 professional societies in agriculture and related sciences. In a few cases, there is more than one society working in the same discipline. Some of these organizations have been functioning for many years, some for more than 60 years. All these societies publish peer–review scholarly journals (Tables 1 and 2). Additionally, these organizations hold national seminars or symposia with the assistance of ICAR.

An analyis of professional societies' presence on the Internet indicated that only 23 out of 51 journals are available on the Web (Table 2). Only a few of the societies provide information about forthcoming or current issues. Only two journals — the Indian Journal of Agronomy and the Agricultural Economics Research Review — are available as full text but delay access. Hence we may argue that these societies are not embracing the latest technological innovations in information technology.

Twenty journals were found in the Thomson Reuters Master Journal List and considered for evaluation in the Science Citation Index. All of these journals were rated by National Academy of Agricultural Sciences (NAAS) on scale of 1 to 10. A number of criteria were adopted by the Academy for rating journals. For non–impact factor journals, marks from 1 to 6 were assigned — corresponding to grades ranging from ‘D’ to ‘B+’ — as suggested by the NAAS Fellowship and finalized by the Journal Rating Committee of the Academy. For journals with an impact factor, they were assigned a place from 6.1 to 10. In the Thomson Reuters Impact Factor (2007 Index) analysis, only four of the surveyed journals are in the range of 0.122–0.414 (Table 2) and the highest is for the Journal of Plant Biochemistry and Biotechnology (0.414). There are efforts by NAAS and ICAR to revamp the functioning of various professional societies and to raise the quality of all publications.


Table 1: List of agriculture and related journals created by societies in ICAR institutes and their impact factors and rating.
Notes: * Impact factor by Thomson Reuters.
**Rating by NAAS according to IF–JCR 2006.
***Listed in Thomson Reuters Master Journal List.
Sl. No.Journal titleISSNIF–JCR 2005*IF–JCR 2006IF–JCR 2007NAAS**
1Agricultural economics research review0971–3441   6.0
2Agricultural engineering today0970–2962  N.A.
3Agronomy digest0972–6381   N.A.
4Animal nutrition and feed technology0972–2963   4.0***
5Annals of agricultural research0970–3179   1.0
6Annals of arid zone0570–1791   3.0
7Annals of plant protection sciences0971–3573   2.0
8Indian journal of agricultural sciences0019–50220.0840.1060.1227.2***
9Indian journal of agroforestry0972–0715   3.0
10Indian journal of agronomy0537–197X   6.0***
11Indian journal of animal nutrition0970–3209   4.0***
12Indian journal of animal sciences0367–83180.0900.0640.1166.8***
13Indian journal of entomology0367–8288   4.0***
14Indian journal of extension education0537–196X   4.0
15Indian journal of fisheries0970–6011   4.0***
16Indian journal of genetics and plant breeding0019–5200   4.0***
17Indian journal of horticulture0972–8538   4.0***
18Indian journal of nematology0303–6960   3.0
19Indian journal of plant genetic resources0971–8184   4.0
20Indian journal of plant physiology0019–5502   4.0***
21Indian journal of plant protection0253–4355   2.0***
22Indian journal of poultry science0019–5529   4.0***
23Indian journal of pulses research (Journal of food legumes)0970–6380   3.0
24Indian journal of small ruminants0971–9857   2.0
25Indian journal of sugarcane technology0970–3233   1.0
26Indian journal of veterinary research0971–4251   4.0
27Indian journal of veterinary surgery0254–4105   4.0***
28Indian journal of virology0970–2822   4.0***
29International journal of oil palm0972–5806   2.0
30Journal of agricultural engineering0256–6524   4.0
31Journal of arid legumes0973–0907   1.0
32Journal of horticultural sciences0973–354X   N.A.
33Journal of oilseeds research0970–2776   1.0
34Journal of ornamental horticulture0972–0499   2.0
35Journal of plant biochemistry and biotechnology0971–78110.3380.3160.4147.4***
36Journal of plantation crops0304–5242   3.0***
37Journal of rice researchN.A.   N.A.
38Journal of root crops0378–2409   3.0
39Journal of soil and water conservation in India0022–457X   3.0
40Journal of the Indian Fisheries Association0971–1422   3.0***
41Journal of the Indian Society of Agricultural Statistics0019–6363   5.0
42Journal of the Indian Society of Soil Science0019–638X   4.0
43Journal of the Inland Fisheries Society of India0379–3435   3.0
44Journal of veterinary parasitology0971–6157   4.0
45Journal of water management0971–6076   4.0
46Journal of spices and aromatic crops0971–3328   2.0
47Oryza0474–7615   4.0
48Pest management in horticultural systems0971–6831   2.0
49Pesticide research journal0970–6763   2.0***
50Potato journal0970–8235   3.0***
51Seed research0379–5594   3.0***



Table 2: Professional societies and their journals in ICAR institutes.
Sl. No.SocietyURL of societyJournal of society
1Agricultural Economics Research Association economics research review
2Indian Society of Agronomy digest
3Animal Nutrition Association Animal nutrition and feed technology
4Indian Council of Agricultural Research journal of agricultural sciences
5Indian Society of Agronomy journal of agronomy
6Animal Nutrition Society India journal of animal nutrition
7Indian Council of Agricultural Research journal of animal sciences
8Horticultural Society of India journal of horticulture
9Nematological Society of India journal of nematology
10Indian Society of Plant Physiology journal of plant physiology
11Indian Poultry Science Association journal of poultry science
12Indian Society for Sheep and Goat Production and Utilization journal of small ruminants
13Indian Association for the Advancement of Veterinary Research journal of veterinary research
14Indian Society for Veterinary Surgery journal of veterinary surgery
15Indian Virological Society journal of virology
16Society for the Promotion of Oil Palm Research and Development journal of oil palm
17Indian Society of Water Management of the Indian Society of Water Management
18Indian Society for Root Crops of root crops
19Soil Conservaton Society of India of soil and water conservation in India
20Indian Society of Soil Science of the Indian Society of Soil Science
21Inland Fisheries Society of India of the Inland Fisheries Society of India
22Association of Rice Research Workers
23Society of Pesticide Science India research journal


The publishing system for these journals is a traditional process (Figure 1). Authors submit their manuscript in two hard copies to an editor. These manuscripts are initially distributed to an editorial committee; upon approval of the committe, the manuscript is distributed for peer review. Reviewers send comments to an editor; based on these comments a given paper may be rejected or returned for revision. Upon revision, authors re–submit their manuscript in electronic form along with the reviewers’ comments. At this point, the manuscript may finally be accepted for publication. The whole process of submission and communication takes place by post in most cases. In this process, there is a considerable delay from submission to acceptance and final publication, up to one to two years. There is no mechanism to track and check the status of a given manuscript during this process. Hence, the current publication process has a number of disadvantages, largely in communication delays. This process makes some research results obsolete by publication. To overcome some these problems, electronic publishing, using open source software and the Internet, is certainly an option.


Figure 1: Traditional journal publishing in India
Figure 1: Traditional journal publishing in India.


Recently, a New Delhi–based portal — — developed a proposal to host journals being published by scientific societies online. This portal provides only the abstracts freely and one free sample online issue, with full text upon payment. There is another portal with similar name — — but this site requires subscription or registration. Another portal from Jodhpur,, also proposed to host journals which are published by various scientific societies. It has also a list of journals on its site but all are fee–based. The prices ranges from Rs. 500/– to Rs. 3000/– per year for both print and online.

The Internet could provide enormous benefits to agriculture in India. There are already some success stories such as ITC’s e–Choupal (; M.S. Swaminathan Research Foundation’s (MSSRF) Information Villages of Pondicherry; Hewlett–Packard’s i–Community; Nagarjuna’s (; and, Madhya Pradesh’s Gyandoot (

Open access to Indian agricultural research could create an unprecedented public good. For researchers, open access to their work could result in higher citations (Eysenbach, 2006). For the larger communities of farmers and others, open access could make research more readily available for immediate use. Efforts such as the Open Journal Systems (OJS) of the Public Knowledge Project ( and the Open Archives Initiative ( provide readily available tools for digital publication and archiving.


Figure 2: OJS publishing system
Figure 2: OJS publishing system. Source: Public Knowledge Project.


OJS is open source software for the management of scholarly journals, developed by the Public Knowledge Project to expand and improve access to research. It is freely available as a means to make open access publishing a viable option for more journals. Another important vehicle for making research available is OA archives or repositories. OA archives or repositories simply make their contents freely available in the absence of peer review. These repositories may contain unrefereed preprints, refereed post prints, lecture notes, data files, and other scholarly work. When archives comply with various harvesting protocols of the Open Archives Initiative, their contents are more readily accessible to scholars anywhere. With open source software for building and maintaining these archives, many universities and research centers throughout the world are actively planning the implementation of institutional repositories. Such planning entails policy, legal, educational, cultural, and technical components, most of which are interrelated and each of which must be satisfactorily addressed for each repository to succeed.


Figure 3: Registry of open access repositories
Figure 3: Registry of open access repositories.


As in the Registry of Open Access Repository Material Archiving Policies (ROARMAP;, institutions like the National Institute of Technology, Bharathidasan University and the National Knowledge Commission have adopted a mandate for institutional repositories in India. According to the Registry of Open Access Repository (ROAR), there are about 40 institutional repositories; the number of archives and records in those archives are increasing (Figure 3).




Open accessible scholarly journals make peer reviewed contents freely available to the world. There are some costs for peer review, manuscript preparation, and server space. OJS in particularl can be locally installed and controlled. Editors can configure OJS as they see fit, in order to manage editorial review and development of content to indexing, publication and finally notification to readers. OJS assists with every stage of the publishing process, from submissions to online publication and indexing. Embracing open source software and resources, many Asian journals are now online. Asian Journals Online (AsiaJOL;, harvests information about journals published in Bangladesh, Nepal, The Philippines, Vietnam, Sri Lanka and Indonesia.

The ICAR institutions are producers of refereed research output about agriculture and related subjects, and are funded by the public. Authors can assist in the development of open access by insisting that their work be made available in their institutional repositories. Alternatively there could be a central ICAR repository like the National Informatics Centre’s repository OpenMED@NIC ( for the medical and allied sciences. In such a central repository, each institution could have their collection with respective metadata editors. For example, the College of Veterinary Science and Animal Husbandry of Anand Agricultural University has about 52 deposits of various research articles and un-refereed masters and doctoral thesis in OpenMED@NIC repository.

NAIP, with its Consortium for e–Resources in Agriculture (CeRA), is providing access to e–resources to 126 libraries in ICAR institutes and agricultural universities. Additionally, there is an effort to develop a Science Citation Index Facility at IARI for the evaluation of scientific publications. This is a very welcome effort to bringing e–resources to scientists. Now the time has come to think about wider and more open access to truly transform Indian agricultural journals. ICAR needs to take a first step towards open access by adopting an open access policy for Indian agricultural research. With the support of Open Knowledge Society (OKS; in India, the Medicinal and Aromatic Plant Association of India —a newly formed scientific society at the Directorate of Medicinal and Aromatic Plants — launched the Open Access Journal of Medicinal and Aromatic Plants (OAJMAP; If all of the professional societies in the ICAR institutes embrace open access, indeed another green revolution can be achieved. End of article


About the authors

G. Aneeja, National Academy of Agricultural Research Management, Rajendranagar, Hyderabad 500407

Gutam Sridhar, National Research Centre for Medicinal and Aromatic Plants, Boriavi, Anand 387310
E–mail: gutam2000 [at] yahoo [dot] com



Anonymous, 2008a. “Demographics of India,” at, accessed 29 November 2008.

Anonymous 2008b. “India at a glance,” at, accessed 29 November 2008.

DARE/ICAR, 2007. “Annual report 2007–2008,” at, accessed 29 November 2008.

G. Eysenbach, 2006. “Citation advantage of open access articles,” PLoS Biology, volume 4, number 5, at, accessed 1 July 2009.

K.S. Gajbhiye and C. Mandal, 2008. “Agro–ecological zones, their soil resource and cropping systems,” at, accessed 29 November 2008.

P. Suber, 2004. “A very brief introduction to open access,” at, accessed 29 November 2008.


Editorial history

Paper received 15 April 2009; accepted 10 June 2009.

Copyright © 2009, First Monday.

Copyright © 2009, Aneeja Guttikonda and Sridhar Gutam.

Prospects of open access to Indian agricultural research: A case study of ICAR
by Aneeja Guttikonda and Sridhar Gutam.
First Monday, Volume 14, Number 7 - 6 July 2009