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International Journal of Humanities and Social Science Invention
ISSN (Online): 2319 – 7722, ISSN (Print): 2319 – 7714
www.ijhssi.org ||Volume 5 Issue 3 ||March. 2016 || PP.08-14
www.ijhssi.org 8 | P a g e
Towards Indian Agricultural Information: A Need Based
Information Flow Model
Kousik Chatterjee1
, Prof Sabuj Dasgupta2
1
Library In charge, Bengal Institute of Technology Library, Tech Town, Kolkata West Bengal India 700150
2
Head of The Department, Department of Library & Information Science, University of Kalyani, West Bengal
India
ABSTRACTS: Information is crucial for agriculture and rural development. ICT based services in agriculture
is gaining importance day by day. Paper proposes to study the nature of agricultural information its uniqueness
and problems of handling and organization. Agri informatics and use of different web portals for agriculture
also discussed. Paper also highlighted the ICAR and IARIs contribution towards development of NARS
(National Agricultural Research System) and models showing Information flow and strategic plan for
organization of agricultural information. Some recommendations for proper organization and dissemination of
agricultural information have been made to reach grass root level with desired agricultural information.
Keywords: Agricultural information, Agricultural Informatics, E resources, Information flow model,
Information & Communication Technology, Library and Information Centre
I. Introduction
Agriculture (arguably the backbone of India's economy) is highly dependent on the spatial and temporal
distribution of monsoon rainfall. In third world countries like India, Countries economy is based on Agriculture.
Agriculture is such an enterprise in which crop productivity depends on seasonal fluctuations, that affects yield
potentiality of Agricultural Crops. On the other hand most of the Agricultural Crops are perishable in nature.
Therefore timely, appropriate and area specific information is very vital in absence of which it may adversely
affect countries economy.
Indian Agriculture faces challenges due to Biotic and Abiotic stresses (impact of disease, insect and pest
infestations, soil salinity, heat, cold, drought, flood etc.), Climate Change, Changes in food habits and nutritional
requirements, Population pressure, Pressure of global trade and competitiveness, and Technological
development. Strategic intervention of Information and Communications Technologies (ICTs) in Agricultural
Input, Production and Output systems, integrate and facilitate trade, technology and food security, through
effective Value-chain and Supply-chain Models. This is a priority engagement.
Information like Seed, water, plant protection chemicals etc is considered as one of the key inputs for successful
sustainable agriculture and intensive farming. For qualitative improvements in farming including improved crop
production technology effective & efficient research and developmental programme is the need of the hour.
Farmers need information on agricultural resources, inputs, marketing and practices in planning and managing
their agricultural production activities to increase productivity, profitability and to sustain their livelihood.
Government and other stakeholders associated with agriculture equally needs the information for planning and
improving delivery of their services to farmers. Agriculture being a state subject, the Department of Agriculture
and Cooperation (DAC) formulates policy at national level for sustainable development of agriculture and for
achieving the development targets. To fulfill the same, the Department plans, implements and monitors central
sector and centrally sponsored schemes/projects. State Agriculture Department with its offices at District and
Block level provides wide range of pre harvest and post harvest services to farmers in the areas of Agriculture,
Horticulture, Animal Husbandry, Fisheries and other allied sectors. Soil Health Card based Balance and
integrated use of Nutrients, Integrated Pest Management, Quality Control and Distribution of Inputs,
Registration of Dealers/Service Providers and Issue of License, Risk Management, Artificial Insemination
Centres, Infrastructure and Resource development, and subsidies are some of the important services.
Agricultural libraries have to play pivotal role to face these challenges by providing quick access to right
information in right time to the researchers .Information Need and Information seeking behavior will be
assessed for proper planning and policy making of agricultural libraries for rendering qualitative services to its
most vital user groups i.e. Researchers and Scientists Community. Agriculture supports directly or indirectly
about 70% of Indian rural population for their livelihood. Both Central and State Governments are involved in
the formulation and implementation of policies and programs to achieve rapid agricultural developments. We
have achieved self sufficiency in food production during so called” Green Revolution”. Again the yield per
hectare of cultivable land for most of the agricultural crops is still low compared to other developed countries.
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 9 | P a g e
Land is the free gift of nature. So available land for cultivation is limited and it goes on decreasing due to ever
increasing demands of industries, roads, building constructions. So unless we are capable of improving our crop
production level we may face again food shortage. For this reason researches conducted throughout the country
and as a result of which new information generated. Agricultural libraries and information centers have been
playing pivotal role by rendering qualitative services and supports the teaching, research and extension function
of Agricultural Universities in India.
II. Objective
Paper proposes to
 Need & importance of agricultural information
 Users and stake holders of agricultural information
 Problems during information organization and dissemination
 Agricultural Informatics and Communication Network & use of ICT in Indian agriculture
 Different agricultural portals and nature of information they provide.
 ICAR and IARI’s contribution towards development of NARS (National Agricultural Research
System).
 Models showing Information flow and strategic plan for organization of agricultural information
III. User of Agricultural Information
User community varies greatly with their diversified need, educational, social, economic, physical and mental
makeup. User community includes teachers, students(both PG and UG), scientists, research scholars, in one
hand as well as progressive, small and marginal farmers, extension personnel, local shopkeeper(dealers of
fertilizer, pesticides etc), vegetable sellers in local market, persons engaged in nursery, bee keeping ,cattle
&poultry farming etc on other hand. Agricultural stake holders include multinational companies, corporate
sector, banking, community groups& NGOs, agricultural universities, technology companies and Government.
IV. Nature of agricultural Information And Problems
The problems of rural agricultural information during handling, storage, organization and dissemination are as
follows.(5)
Area specificity: Information is area or locality dependent. Like “formula Index” in chemistry, “Area/Locality
Index” in Agriculture proved to be beneficial that surely provide right information to right user in right time.
Poor bibliographic Control: In developing countries like India Poor bibliographic Control of agricultural
literature like technical reports, Internal research reports ,lack of comprehensive and up to date lists hinder the
availability of materials for acquisition by libraries.(1)
Patents, standards played a significant role to research
community but many library have no such records.
Lack of formal training: Trainings in rural agricultural information, documentation, and retrieval are
considered to be essential both for information professional & user. Library professionals must be well
acquainted with computer application as well as they must have some subject knowledge.
Confidentiality factor: Confidentiality of some agricultural reports limits their availability to the user without
considering “Right to Information”. A Vettorazzi (WHO expert) stated that Government report/official
information on the adverse effect of pesticides is kept suppressed before the user community for reason best
known to them.(13)
Management problem: Agoulu (1)
suggested that management lack of appreciation of the importance of
agricultural information centers in realizing parent institutions training needs and research objective is a major
problem in developing countries.
V. Problem of Agricultural Information Indian Scenario
Following problems have been identified.
 Farmer’s problem is not unidisciplinary & simple.
 Farmers adopt multidisciplinary holistic approaches to their work.
 Spreads of new technologies are highly uneven across different agro climatic zone, situations
depending upon diversity.
 Gap between performance of research station &farmers field has proved highly persistent &latter
situation is more complex, diverse & risk prone.
 Introduction of state of the art technologies accompanied by number of short & medium term negative
effect as interrelationship between subsystems is functional.
In report of FAO also suggested the following problems of Indian green agriculture. (6)
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 10 | P a g e
Lack of market information in general and organic market information in particular is biggest drawback for
Indian agriculture. The current information base is low and even the limited information available does not get
disseminated due to lack of adequate channels for dissemination. As a result farmers are in a predicament as
they are unable to attune their production practices as per the market changes. Marketing network specifically
for organic products has not yet developed both in the domestic as well as export market.
Quality of Indian food industry is always a constraint for growth, low consistency of quality and contamination
in food products is a hindrance in capturing the available market especially the international market
Given the high levels of transaction costs for getting farms certified as organic it is a major deterrent for
enhancing organic production in the country.
Government has shown limited interest for organic agriculture, though the activities from government side are
increasing but till date there is no direct support from government side in terms of subsidy or market support
towards organic agriculture.
Lack of proper infrastructure in terms of roads from remote villages, cold storage facilities and slow
transportation infrastructure affects the cost, quality and reach of producers.
Indian organic agriculture is very fragmented and there are no organizations for managing the entire value chain
of organic products.
Agricultural departments, research institutions and extension services have for long been oriented towards
chemical input agriculture as a result there is a requirement for reorienting these officials towards organic
(green) agriculture.
Changing the cropping and cultivation patterns is slow and time-consuming process given the high levels of
illiteracy and large number of small and marginal farmers it makes the change process difficult.
Subsidies on chemical fertilizers and pesticide impede the growth of organic agriculture
Lack of proper infrastructure for distribution and conservation of bio-inputs is a major constraint hinders the
access of these inputs to farmers.
Existence of poor quality bio-inputs in market reduces the credibility of input providers. Lack of quality control
mechanisms for bio-inputs furthers the mistrust among farmers.
Bio-fertilizers and bio-pesticides are perceived as less yielding.
Some climatic regions and soil conditions are not suitable for specific strains of organic production.
VI. Indian Scenario Computer Literacy
India has 16% of the world’s population. 30% people in India live below the poverty line and 40% are illiterates.
More than 65% live in alienated rural area and 60% earn their livelihood from Agriculture. Only a meager
3.63% of the 1 billion have access to telephone and less than 1% of Population has a PC. (11)
It is true that many people in rural areas who live below the poverty line can maintain their livelihood without
knowing the GDP and NAV value; this is not the worry, but providing access to timely information on
agriculture, weather, social, health care, employment, fishing etc which adversely affect the poor is really
matters.
Information and communication are considered to be essential components to empower poor communities living
in rural India in the development process and to inform development agencies and planners alike and for linking
and informing decision making process at every level. Yet information and communication systems are rarely
well integrated into development strategies and programmes. G Venkataramani rightly said that “A paradigm
shift in the perspective on transfer of technology and dissemination of value added information for agrarian
prosperity is the need of the hour. “(12)
Information and Communication Technology (ICT) in Agriculture is gaining momentum throughout the globe.
There is a huge demand for Agricultural Researchers and scientists with ICTs skills and profound Informatics
Knowledge, to leverage a mix of emerging and existing technologies for effective and inexpensive ICT
penetration in agricultural development, and to be the global lead enabler in innovating solutions for
productivity increase and prosperity, through Informatics for agricultural development. It requires about 100000
“agricultural graduates-ready” through agricultural informatics, for undertaking S&T based agricultural
development, and rejuvenating and ushering in agricultural dynamism in the country, by 2025.”(2)
ICT in agriculture, an emerging field focuses on the enhancement of agriculture in India. It calls for application
of innovative ways to use Information & Communication Technologies (ICT) in the field of agriculture. The
common problems in adopting ICT by farmers are ICT illiteracy, availability of relevant and localized contents
in their respective languages, affordable and easy accessibility and other issues such as awareness and
willingness for adoption of new technologies etc.
Agricultural Informatics emerges as a discipline which is fusion of Computer Science & Technology and
Agricultural Science & Technology. Seed is an embodiment of Knowledge System with built-in “Object
programming”. Acceleration of the use of information technology (IT) in the field of agriculture is through
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 11 | P a g e
“formal education” discipline – Agricultural Informatics – for development and the utilization of information
system and technology for better and sustainable agricultural development. The Indian Agricultural Education
System produces about 25000 in number from about 300 Agricultural Colleges. They have the bigger role to
play in realizing “Agricultural Informatics” to the Farming community in the languages known to them. .”(2)
VII. Agricultural Information And Community Network
Farmers need information on agricultural resources, inputs, marketing and practices in planning and managing
their agricultural production activities to increase productivity, profitability and to sustain their livelihood.
Government and other stakeholders associated with agriculture equally needs the information for planning and
improving delivery of their services to farmers. Agriculture being a state subject, the Department of Agriculture
and Cooperation (DAC) formulates policy at national level for sustainable development of agriculture and for
achieving the development targets. To fulfill the same, the Department plans, implements and monitors central
sector and centrally sponsored schemes/projects. State Agriculture Department with its offices at District and
Block level provides wide range of pre harvest and post harvest services to farmers in the areas of Agriculture,
Horticulture, Animal Husbandry, Fisheries and other allied sectors. Soil Health Card based Balance and
Integrated Nutrients Management, Integrated Pest Management, Quality Control and Distribution of Inputs,
Registration of Dealers/Service Providers and Issue of License, Risk Management, Artificial Insemination
Centres, Infrastructure and Resource development, and subsidies are some of the important services.(3)
Planning
and delivery of each service involves development of comprehensive database and a sound information
management system to facilitate access of information by respective departments, government officials,
beneficiaries and service providers. Digital Opportunities are emerging as a positive force for fostering
agricultural growth, poverty reduction and sustainable resource use. To facilitate "Information Access" for
efficient and effective planning and decision making by the stakeholders, Agricultural Informatics Division of
National Informatics Centre has been working to promote informatics in agriculture, in close collaboration with
the Department of Agriculture & Cooperation, Ministry of Agriculture, Government of India.(2)
The Consultative Group on International Agricultural Research (CGIAR) also focuses on research designed to
meet the needs of developing countries. Based in Washington, D.C., and supported in part by the World Bank,
FA0 and the United Nations Development Programme (UNDP), CGIAR supports thirteen specialized
international agricultural research organizations such as the Centro Internacional de Agricultura Tropical
(CIAT), International Rice Research Institute (IRRI), International Crops Research Institute for the Semi-Arid
Tropics (ICRISAT), and the International Livestock Centre for Africa (ILCA)(7)
VIII. Agricultural E Resources And Web Portals
Many web portals available for agricultural sector are as follows.(8)
www.indiaagristat.com - It is a comprehensive source for Indian agriculture statistics which is regularly
updated. It provides authentic statistical information on sectors like agricultural education, agricultural export,
agriculture census, agriculture prices, agricultural insurance, animal husbandry, agricultural marketing,
horticulture production, agricultural wages and all other relevant agricultural statistics of India.
www.isapindia.org - The site is all about the Indian society of agribusiness professional (ISAP) which works
for helping the farmers' community and address the rural- urban income divide. It is a network of agriculture
and allied sector professionals in India and developing countries.
www.carrittmoran.com - This site provides, information regarding tea and coffee- statistics (on production and
sale), catalogues (of area- wise sale of different varieties of tea and coffee in India), market reports and TASI.
www.fciweb.nic.in - This is the site by Food Corporation of India. It works for effective price support, food
security, price stabilization and distribute food grains through public distribution system for the benefit of both
farmers and consumers.
www.fredisurti.com - Fredisurti is a flower company specializing in flower seeds. This site offers garden
consultancy and distributor for all kinds of seeds.
www.indiancommodities.com - Information on cotton, rice, wheat, oilseeds, pulses, spices, coffee, and tea.
This site requires registration, login and payment.
http://agricoop.nic.in/- This website on agriculture will lay stress on the agricultural sector, employment,
opportunities, industrial sector and infrastructure. The site also displays the plant protection information
network, Rashtriya Krishi Vikas Yojana, and national food security mission.
http://fert.nic.in- The website Department of fertilizers, Govt. of India, gives information on different aspects
of fertilizer.
http://mofpi.nic.in/ - Ministry of food processing industries, is the main central agency of the Government
responsible for developing a strong and vibrant food processing sector; with a view to create increased job
opportunities in rural areas, enable the farmers to reap benefit from modern technology, create surplus for
exports and stimulating demand for processed food.
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 12 | P a g e
http://www.nationalfertilizers.com/- National fertilizer ltd. is the second largest producer of nitrogenous
fertilizers in the country. They produce urea and fertilizers which are beneficial for all types of crops.
http://www.fertindia.com/ - This website gives in detail about fertilizer statistics in India, fertilizer prices and
fertilizer marketing in India.
http://www.upagriculture.org/- this agricultural site shows new schemes related to farmers, facilities given to
them, latest techniques, new agricultural policies, quality control, useful machines, insects/diseases of crop and
much useful information related to agriculture.
http://www.krishi.net/GovtLinks.asp#IO- This websites has a collection of various sites related to agriculture
and have links to Govt. institution, agricultural universities, state links, and international organizations
http://www.indg.in/agriculture/- aims to disseminate useful information about improved technology to the
farming community and service providers in the rural areas. It aims to create a platform for different levels in
the rural agricultural landscape - farmers, cooperatives and professional bodies, farm machinery vendors,
fertilizer and chemical companies, insurance regulators and agronomists, consultants, and farm advisors.
www.kissankerala.net/ - this website is a complete argil - info system for Kerala. Information on farming
practices, fertilizers & pesticides, planting material are available.
Figure 1: Home page of Agri informatics showing soil, inland mapping, and topography
IX. ICAR And IARI ‘s Contribution Towards National Agricultural Research
System(NARS)
To cope with the changing situation it is essential to develop NARS i.e. National Agricultural Research System.
Indian Council of Agricultural Research (ICAR) during 8th
5 year plan (9)
embarked upon a project called ARIS
(Agricultural Research Information System in order to provide efficacy to the NARS. This was financially
supported by the World Bank under National Agricultural Research Project (NARP). The coverage of the
project being extended up to 9th 5 year plan under National Agricultural Technology Project (NATP).All
libraries of ICAR and State Agricultural Universities (SAUs) will be automated and linked with IARI, which
has been considered as National Agricultural Library (NAL).Agricultural Research Information Center (ARIC),
New Delhi is serving as a National Input Center for International Information for Agricultural Science &
Technology (ACRIS) , Current Agricultural Research Information System (CARIS) projects of FAO & SAARC
Agricultural Information Center(SAIC).
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 13 | P a g e
X. Strategic Plan For Agricultural Information Handling And Information Flow Model
Agricultural information with its vastness and uniqueness played a significant role in countries development. It
is essential to handle, organize agricultural information with proper care with introduction of state of the art
technologies. In decision stage by employing intelligence, design the framework selecting best alternative take
feed back after trial run if implemented successfully. Information required in every stage specially when data
become insufficient choose alternative sources of Information.
Figure 2: Strategic plan for Agricultural Information handling and organization
XI. Agricultural Information Flow Model
Information flow model suggests creation of information leads towards identification & capturing of
information with the help of e resources and web portals towards storage phase (may be in digital storage in
Library) sharing benefits through agri informatics and finally for application & use. Use of this information
always enjoyed by agricultural stake holders like multinational companies, corporate sector, banking,
community groups& NGOs, agricultural universities, technology companies and Government. Use of
information is always catered by ICT intervention. Side by side researchers and scientists used data from
database, conducted research and disseminate the output to the farmers in Block level towards subdivision level
with the help of extension personnel. The information stored in state database used by the State Head
Quarter/Dept of Agriculture and Centre of Agriculture, Ministry of Directorate of extension .
Figure 3. Agriculture information flow model (proposed)
Towards Indian Agricultural Information: A Need Based Information Flow Model
www.ijhssi.org 14 | P a g e
XII. Conclusion And Suggestion
It is essential to conduct comprehensive need assessment study to develop an understanding of the agricultural
related ICT needs and problems faced in using ICT by the farmer’s in various agro and socio-economic
situations; with emphasis on the small and marginal farmers. A primary survey was conducted using structured
Schedules / Questionnaires, Focus Group Discussions and Participatory Rural Appraisal. The different types of
ICT based delivery systems providing agricultural information such as Community Radio, Internet kiosk / web
portal, Mobile and Call Centers etc were considered as effective tools.
Ramaraju1 and others (10)
in their study suggested the following measures for successful and sustainable
agriculture
 There is a need when catering to the farmer queries in multimedia mode i.e. voice mode ( in local language)
along with text, image and video.
 Requirement of farmers through friendly and simple interfaces to access information and advisory services
in effective manner preferably through smart phones.
 It is essential to develop a combination of push and pull based interactive system (essentially pull based) so
that the communication can be possible in both ways, i.e. from farmers to expert and vice versa.
 It is essential to interlink location specific information from various service providers to cater to the
specific needs of the farmers.
 A necessity for maintaining farmer’s database with their farming details, to enable an expert to provide
appropriate solutions to the concerned farmer’s.
 Requirement of expert support system which has user friendly interfaces and reference content (e.g. SAU’s
Knowledge repository, farmer’s details, FAQs from the farmers query, etc) for fast and proactive delivery
of advices. The system should also facilitate an expert to be virtually available by giving him any time
anywhere access
References
[1]. Agoulu, I E .Agricultural libraries and the dissemination of agricultural information in Nigeria. Annals of library science and
documentation,47(3) (2000) 115-119.
[2]. Agricultural informatics and communication network , Available at http://www.nic.in/projects/agricultural-informatics-and-
communication-network (Accessed on13 Dec 2015).
[3]. Centre for Agricultural Informatics and e-Governance Research Studies . Available at
http://www.shobhituniversity.ac.in/caigers/index.php (Accessed on12 Dec 2015)..
[4]. Chatterjee, Kousik. Bridging the rural digital divide in India: an emergence of e agriculture. IASLIC Bulletin,55 (1) (2010) 51-
57.
[5]. Chatterjee,Kousik and Rahman,Mokbul. Agricultural information towards rural development: a need based appraisal. In
Proceedings of the paper presented at the 24th
IASLIC All India Conference on Knowledge management in special libraries in
digital environment, Survey of India, Dehradun, 15-18 December 2003 . p.328-329.
[6]. Government Role in Promotion of Green Agriculture in India. Available at http://www.fao.org/docrep/article/agrippa/658_en-
06.htm (Accessed on 1st Jan 2015)
[7]. Jones, Douglas. E Sources of Agricultural Information. Library Trends, (winter) (1990) 505
[8]. List of Indian Agricultural Portal. Available at http://agropedia.iitk.ac.in/content/list-indian-agricultural-portal. (Accessed on13
Dec 2015)
[9]. Pal,Kushal. Agricultural Research Information System(ARIS) in ICAR. In R. RamanNair and K.P. Sathyan.(Eds) .Agricultual
information systems :vision 2020.(IASLIC Study circle; Thrissur.), 2000,p.42
[10]. Ramarajul, G V., Anurag,T S, Singh H K. and Kumar S. ICT in Agriculture: Gaps and Way Forward. Available at
http://www.iimahd.ernet.in/egov/ifip/jul2011/shambhu-kumar.htm (Accessed on13 Dec 2015).
[11]. Tharyil, Abdul. Jaleel. and Rajeev K.R..Towards bridging the digital divide in India: challenges and opportunities from a national
perspective. Available at http://drtc.isibang.ac.in/bit stream/handle/1849/170/digitaldivide-rajeev.pdf(Accessed on28 Nov 2009).
[12]. Venkataramani, G. Holistic extension service. In: N. Ram (Ed). The Hindu survey of Indian Agriculture (Hindu; Chennai) 2004,
p167.
[13]. Vettorazzi, A.Safety evaluation of chemicals in food: toxicological data profiles for pesticides.part1.(WHO;Geneva) 1975 , p.2
Brief Biography of authors
Mr Kousik Chatterjee: After graduation in Agriculture from BCKV Mr Chatterjee Completed Master in
Library and Information Science from Kalyani University and stood 1st class 1st and then completed MPhil In
Library and Information Science. Presently he is pursuing PhD in Library and Information Science under
Kalyani University, West Bengal India. He is working as Library In charge in Bengal Institute of Technology,
Kolkata, West Bengal India .He published many papers in National and international Journals and conferences
and book chapters. His area of interest focuses Agricultural Information System and User study. He is Life
member of BLA and IASLIC.
Prof. Sabuj Dasgupta: Associate Professor Sabuj Dasgupta presently working as head of the department of
Library and Information science , Kalyani University, ,West Bengal, India. His area of specialization is resource
description. Prof Dasgupta published many paper in re[puted National and International journals.

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Towards Indian Agricultural Information: A Need Based Information Flow Model

  • 1. International Journal of Humanities and Social Science Invention ISSN (Online): 2319 – 7722, ISSN (Print): 2319 – 7714 www.ijhssi.org ||Volume 5 Issue 3 ||March. 2016 || PP.08-14 www.ijhssi.org 8 | P a g e Towards Indian Agricultural Information: A Need Based Information Flow Model Kousik Chatterjee1 , Prof Sabuj Dasgupta2 1 Library In charge, Bengal Institute of Technology Library, Tech Town, Kolkata West Bengal India 700150 2 Head of The Department, Department of Library & Information Science, University of Kalyani, West Bengal India ABSTRACTS: Information is crucial for agriculture and rural development. ICT based services in agriculture is gaining importance day by day. Paper proposes to study the nature of agricultural information its uniqueness and problems of handling and organization. Agri informatics and use of different web portals for agriculture also discussed. Paper also highlighted the ICAR and IARIs contribution towards development of NARS (National Agricultural Research System) and models showing Information flow and strategic plan for organization of agricultural information. Some recommendations for proper organization and dissemination of agricultural information have been made to reach grass root level with desired agricultural information. Keywords: Agricultural information, Agricultural Informatics, E resources, Information flow model, Information & Communication Technology, Library and Information Centre I. Introduction Agriculture (arguably the backbone of India's economy) is highly dependent on the spatial and temporal distribution of monsoon rainfall. In third world countries like India, Countries economy is based on Agriculture. Agriculture is such an enterprise in which crop productivity depends on seasonal fluctuations, that affects yield potentiality of Agricultural Crops. On the other hand most of the Agricultural Crops are perishable in nature. Therefore timely, appropriate and area specific information is very vital in absence of which it may adversely affect countries economy. Indian Agriculture faces challenges due to Biotic and Abiotic stresses (impact of disease, insect and pest infestations, soil salinity, heat, cold, drought, flood etc.), Climate Change, Changes in food habits and nutritional requirements, Population pressure, Pressure of global trade and competitiveness, and Technological development. Strategic intervention of Information and Communications Technologies (ICTs) in Agricultural Input, Production and Output systems, integrate and facilitate trade, technology and food security, through effective Value-chain and Supply-chain Models. This is a priority engagement. Information like Seed, water, plant protection chemicals etc is considered as one of the key inputs for successful sustainable agriculture and intensive farming. For qualitative improvements in farming including improved crop production technology effective & efficient research and developmental programme is the need of the hour. Farmers need information on agricultural resources, inputs, marketing and practices in planning and managing their agricultural production activities to increase productivity, profitability and to sustain their livelihood. Government and other stakeholders associated with agriculture equally needs the information for planning and improving delivery of their services to farmers. Agriculture being a state subject, the Department of Agriculture and Cooperation (DAC) formulates policy at national level for sustainable development of agriculture and for achieving the development targets. To fulfill the same, the Department plans, implements and monitors central sector and centrally sponsored schemes/projects. State Agriculture Department with its offices at District and Block level provides wide range of pre harvest and post harvest services to farmers in the areas of Agriculture, Horticulture, Animal Husbandry, Fisheries and other allied sectors. Soil Health Card based Balance and integrated use of Nutrients, Integrated Pest Management, Quality Control and Distribution of Inputs, Registration of Dealers/Service Providers and Issue of License, Risk Management, Artificial Insemination Centres, Infrastructure and Resource development, and subsidies are some of the important services. Agricultural libraries have to play pivotal role to face these challenges by providing quick access to right information in right time to the researchers .Information Need and Information seeking behavior will be assessed for proper planning and policy making of agricultural libraries for rendering qualitative services to its most vital user groups i.e. Researchers and Scientists Community. Agriculture supports directly or indirectly about 70% of Indian rural population for their livelihood. Both Central and State Governments are involved in the formulation and implementation of policies and programs to achieve rapid agricultural developments. We have achieved self sufficiency in food production during so called” Green Revolution”. Again the yield per hectare of cultivable land for most of the agricultural crops is still low compared to other developed countries.
  • 2. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 9 | P a g e Land is the free gift of nature. So available land for cultivation is limited and it goes on decreasing due to ever increasing demands of industries, roads, building constructions. So unless we are capable of improving our crop production level we may face again food shortage. For this reason researches conducted throughout the country and as a result of which new information generated. Agricultural libraries and information centers have been playing pivotal role by rendering qualitative services and supports the teaching, research and extension function of Agricultural Universities in India. II. Objective Paper proposes to  Need & importance of agricultural information  Users and stake holders of agricultural information  Problems during information organization and dissemination  Agricultural Informatics and Communication Network & use of ICT in Indian agriculture  Different agricultural portals and nature of information they provide.  ICAR and IARI’s contribution towards development of NARS (National Agricultural Research System).  Models showing Information flow and strategic plan for organization of agricultural information III. User of Agricultural Information User community varies greatly with their diversified need, educational, social, economic, physical and mental makeup. User community includes teachers, students(both PG and UG), scientists, research scholars, in one hand as well as progressive, small and marginal farmers, extension personnel, local shopkeeper(dealers of fertilizer, pesticides etc), vegetable sellers in local market, persons engaged in nursery, bee keeping ,cattle &poultry farming etc on other hand. Agricultural stake holders include multinational companies, corporate sector, banking, community groups& NGOs, agricultural universities, technology companies and Government. IV. Nature of agricultural Information And Problems The problems of rural agricultural information during handling, storage, organization and dissemination are as follows.(5) Area specificity: Information is area or locality dependent. Like “formula Index” in chemistry, “Area/Locality Index” in Agriculture proved to be beneficial that surely provide right information to right user in right time. Poor bibliographic Control: In developing countries like India Poor bibliographic Control of agricultural literature like technical reports, Internal research reports ,lack of comprehensive and up to date lists hinder the availability of materials for acquisition by libraries.(1) Patents, standards played a significant role to research community but many library have no such records. Lack of formal training: Trainings in rural agricultural information, documentation, and retrieval are considered to be essential both for information professional & user. Library professionals must be well acquainted with computer application as well as they must have some subject knowledge. Confidentiality factor: Confidentiality of some agricultural reports limits their availability to the user without considering “Right to Information”. A Vettorazzi (WHO expert) stated that Government report/official information on the adverse effect of pesticides is kept suppressed before the user community for reason best known to them.(13) Management problem: Agoulu (1) suggested that management lack of appreciation of the importance of agricultural information centers in realizing parent institutions training needs and research objective is a major problem in developing countries. V. Problem of Agricultural Information Indian Scenario Following problems have been identified.  Farmer’s problem is not unidisciplinary & simple.  Farmers adopt multidisciplinary holistic approaches to their work.  Spreads of new technologies are highly uneven across different agro climatic zone, situations depending upon diversity.  Gap between performance of research station &farmers field has proved highly persistent &latter situation is more complex, diverse & risk prone.  Introduction of state of the art technologies accompanied by number of short & medium term negative effect as interrelationship between subsystems is functional. In report of FAO also suggested the following problems of Indian green agriculture. (6)
  • 3. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 10 | P a g e Lack of market information in general and organic market information in particular is biggest drawback for Indian agriculture. The current information base is low and even the limited information available does not get disseminated due to lack of adequate channels for dissemination. As a result farmers are in a predicament as they are unable to attune their production practices as per the market changes. Marketing network specifically for organic products has not yet developed both in the domestic as well as export market. Quality of Indian food industry is always a constraint for growth, low consistency of quality and contamination in food products is a hindrance in capturing the available market especially the international market Given the high levels of transaction costs for getting farms certified as organic it is a major deterrent for enhancing organic production in the country. Government has shown limited interest for organic agriculture, though the activities from government side are increasing but till date there is no direct support from government side in terms of subsidy or market support towards organic agriculture. Lack of proper infrastructure in terms of roads from remote villages, cold storage facilities and slow transportation infrastructure affects the cost, quality and reach of producers. Indian organic agriculture is very fragmented and there are no organizations for managing the entire value chain of organic products. Agricultural departments, research institutions and extension services have for long been oriented towards chemical input agriculture as a result there is a requirement for reorienting these officials towards organic (green) agriculture. Changing the cropping and cultivation patterns is slow and time-consuming process given the high levels of illiteracy and large number of small and marginal farmers it makes the change process difficult. Subsidies on chemical fertilizers and pesticide impede the growth of organic agriculture Lack of proper infrastructure for distribution and conservation of bio-inputs is a major constraint hinders the access of these inputs to farmers. Existence of poor quality bio-inputs in market reduces the credibility of input providers. Lack of quality control mechanisms for bio-inputs furthers the mistrust among farmers. Bio-fertilizers and bio-pesticides are perceived as less yielding. Some climatic regions and soil conditions are not suitable for specific strains of organic production. VI. Indian Scenario Computer Literacy India has 16% of the world’s population. 30% people in India live below the poverty line and 40% are illiterates. More than 65% live in alienated rural area and 60% earn their livelihood from Agriculture. Only a meager 3.63% of the 1 billion have access to telephone and less than 1% of Population has a PC. (11) It is true that many people in rural areas who live below the poverty line can maintain their livelihood without knowing the GDP and NAV value; this is not the worry, but providing access to timely information on agriculture, weather, social, health care, employment, fishing etc which adversely affect the poor is really matters. Information and communication are considered to be essential components to empower poor communities living in rural India in the development process and to inform development agencies and planners alike and for linking and informing decision making process at every level. Yet information and communication systems are rarely well integrated into development strategies and programmes. G Venkataramani rightly said that “A paradigm shift in the perspective on transfer of technology and dissemination of value added information for agrarian prosperity is the need of the hour. “(12) Information and Communication Technology (ICT) in Agriculture is gaining momentum throughout the globe. There is a huge demand for Agricultural Researchers and scientists with ICTs skills and profound Informatics Knowledge, to leverage a mix of emerging and existing technologies for effective and inexpensive ICT penetration in agricultural development, and to be the global lead enabler in innovating solutions for productivity increase and prosperity, through Informatics for agricultural development. It requires about 100000 “agricultural graduates-ready” through agricultural informatics, for undertaking S&T based agricultural development, and rejuvenating and ushering in agricultural dynamism in the country, by 2025.”(2) ICT in agriculture, an emerging field focuses on the enhancement of agriculture in India. It calls for application of innovative ways to use Information & Communication Technologies (ICT) in the field of agriculture. The common problems in adopting ICT by farmers are ICT illiteracy, availability of relevant and localized contents in their respective languages, affordable and easy accessibility and other issues such as awareness and willingness for adoption of new technologies etc. Agricultural Informatics emerges as a discipline which is fusion of Computer Science & Technology and Agricultural Science & Technology. Seed is an embodiment of Knowledge System with built-in “Object programming”. Acceleration of the use of information technology (IT) in the field of agriculture is through
  • 4. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 11 | P a g e “formal education” discipline – Agricultural Informatics – for development and the utilization of information system and technology for better and sustainable agricultural development. The Indian Agricultural Education System produces about 25000 in number from about 300 Agricultural Colleges. They have the bigger role to play in realizing “Agricultural Informatics” to the Farming community in the languages known to them. .”(2) VII. Agricultural Information And Community Network Farmers need information on agricultural resources, inputs, marketing and practices in planning and managing their agricultural production activities to increase productivity, profitability and to sustain their livelihood. Government and other stakeholders associated with agriculture equally needs the information for planning and improving delivery of their services to farmers. Agriculture being a state subject, the Department of Agriculture and Cooperation (DAC) formulates policy at national level for sustainable development of agriculture and for achieving the development targets. To fulfill the same, the Department plans, implements and monitors central sector and centrally sponsored schemes/projects. State Agriculture Department with its offices at District and Block level provides wide range of pre harvest and post harvest services to farmers in the areas of Agriculture, Horticulture, Animal Husbandry, Fisheries and other allied sectors. Soil Health Card based Balance and Integrated Nutrients Management, Integrated Pest Management, Quality Control and Distribution of Inputs, Registration of Dealers/Service Providers and Issue of License, Risk Management, Artificial Insemination Centres, Infrastructure and Resource development, and subsidies are some of the important services.(3) Planning and delivery of each service involves development of comprehensive database and a sound information management system to facilitate access of information by respective departments, government officials, beneficiaries and service providers. Digital Opportunities are emerging as a positive force for fostering agricultural growth, poverty reduction and sustainable resource use. To facilitate "Information Access" for efficient and effective planning and decision making by the stakeholders, Agricultural Informatics Division of National Informatics Centre has been working to promote informatics in agriculture, in close collaboration with the Department of Agriculture & Cooperation, Ministry of Agriculture, Government of India.(2) The Consultative Group on International Agricultural Research (CGIAR) also focuses on research designed to meet the needs of developing countries. Based in Washington, D.C., and supported in part by the World Bank, FA0 and the United Nations Development Programme (UNDP), CGIAR supports thirteen specialized international agricultural research organizations such as the Centro Internacional de Agricultura Tropical (CIAT), International Rice Research Institute (IRRI), International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), and the International Livestock Centre for Africa (ILCA)(7) VIII. Agricultural E Resources And Web Portals Many web portals available for agricultural sector are as follows.(8) www.indiaagristat.com - It is a comprehensive source for Indian agriculture statistics which is regularly updated. It provides authentic statistical information on sectors like agricultural education, agricultural export, agriculture census, agriculture prices, agricultural insurance, animal husbandry, agricultural marketing, horticulture production, agricultural wages and all other relevant agricultural statistics of India. www.isapindia.org - The site is all about the Indian society of agribusiness professional (ISAP) which works for helping the farmers' community and address the rural- urban income divide. It is a network of agriculture and allied sector professionals in India and developing countries. www.carrittmoran.com - This site provides, information regarding tea and coffee- statistics (on production and sale), catalogues (of area- wise sale of different varieties of tea and coffee in India), market reports and TASI. www.fciweb.nic.in - This is the site by Food Corporation of India. It works for effective price support, food security, price stabilization and distribute food grains through public distribution system for the benefit of both farmers and consumers. www.fredisurti.com - Fredisurti is a flower company specializing in flower seeds. This site offers garden consultancy and distributor for all kinds of seeds. www.indiancommodities.com - Information on cotton, rice, wheat, oilseeds, pulses, spices, coffee, and tea. This site requires registration, login and payment. http://agricoop.nic.in/- This website on agriculture will lay stress on the agricultural sector, employment, opportunities, industrial sector and infrastructure. The site also displays the plant protection information network, Rashtriya Krishi Vikas Yojana, and national food security mission. http://fert.nic.in- The website Department of fertilizers, Govt. of India, gives information on different aspects of fertilizer. http://mofpi.nic.in/ - Ministry of food processing industries, is the main central agency of the Government responsible for developing a strong and vibrant food processing sector; with a view to create increased job opportunities in rural areas, enable the farmers to reap benefit from modern technology, create surplus for exports and stimulating demand for processed food.
  • 5. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 12 | P a g e http://www.nationalfertilizers.com/- National fertilizer ltd. is the second largest producer of nitrogenous fertilizers in the country. They produce urea and fertilizers which are beneficial for all types of crops. http://www.fertindia.com/ - This website gives in detail about fertilizer statistics in India, fertilizer prices and fertilizer marketing in India. http://www.upagriculture.org/- this agricultural site shows new schemes related to farmers, facilities given to them, latest techniques, new agricultural policies, quality control, useful machines, insects/diseases of crop and much useful information related to agriculture. http://www.krishi.net/GovtLinks.asp#IO- This websites has a collection of various sites related to agriculture and have links to Govt. institution, agricultural universities, state links, and international organizations http://www.indg.in/agriculture/- aims to disseminate useful information about improved technology to the farming community and service providers in the rural areas. It aims to create a platform for different levels in the rural agricultural landscape - farmers, cooperatives and professional bodies, farm machinery vendors, fertilizer and chemical companies, insurance regulators and agronomists, consultants, and farm advisors. www.kissankerala.net/ - this website is a complete argil - info system for Kerala. Information on farming practices, fertilizers & pesticides, planting material are available. Figure 1: Home page of Agri informatics showing soil, inland mapping, and topography IX. ICAR And IARI ‘s Contribution Towards National Agricultural Research System(NARS) To cope with the changing situation it is essential to develop NARS i.e. National Agricultural Research System. Indian Council of Agricultural Research (ICAR) during 8th 5 year plan (9) embarked upon a project called ARIS (Agricultural Research Information System in order to provide efficacy to the NARS. This was financially supported by the World Bank under National Agricultural Research Project (NARP). The coverage of the project being extended up to 9th 5 year plan under National Agricultural Technology Project (NATP).All libraries of ICAR and State Agricultural Universities (SAUs) will be automated and linked with IARI, which has been considered as National Agricultural Library (NAL).Agricultural Research Information Center (ARIC), New Delhi is serving as a National Input Center for International Information for Agricultural Science & Technology (ACRIS) , Current Agricultural Research Information System (CARIS) projects of FAO & SAARC Agricultural Information Center(SAIC).
  • 6. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 13 | P a g e X. Strategic Plan For Agricultural Information Handling And Information Flow Model Agricultural information with its vastness and uniqueness played a significant role in countries development. It is essential to handle, organize agricultural information with proper care with introduction of state of the art technologies. In decision stage by employing intelligence, design the framework selecting best alternative take feed back after trial run if implemented successfully. Information required in every stage specially when data become insufficient choose alternative sources of Information. Figure 2: Strategic plan for Agricultural Information handling and organization XI. Agricultural Information Flow Model Information flow model suggests creation of information leads towards identification & capturing of information with the help of e resources and web portals towards storage phase (may be in digital storage in Library) sharing benefits through agri informatics and finally for application & use. Use of this information always enjoyed by agricultural stake holders like multinational companies, corporate sector, banking, community groups& NGOs, agricultural universities, technology companies and Government. Use of information is always catered by ICT intervention. Side by side researchers and scientists used data from database, conducted research and disseminate the output to the farmers in Block level towards subdivision level with the help of extension personnel. The information stored in state database used by the State Head Quarter/Dept of Agriculture and Centre of Agriculture, Ministry of Directorate of extension . Figure 3. Agriculture information flow model (proposed)
  • 7. Towards Indian Agricultural Information: A Need Based Information Flow Model www.ijhssi.org 14 | P a g e XII. Conclusion And Suggestion It is essential to conduct comprehensive need assessment study to develop an understanding of the agricultural related ICT needs and problems faced in using ICT by the farmer’s in various agro and socio-economic situations; with emphasis on the small and marginal farmers. A primary survey was conducted using structured Schedules / Questionnaires, Focus Group Discussions and Participatory Rural Appraisal. The different types of ICT based delivery systems providing agricultural information such as Community Radio, Internet kiosk / web portal, Mobile and Call Centers etc were considered as effective tools. Ramaraju1 and others (10) in their study suggested the following measures for successful and sustainable agriculture  There is a need when catering to the farmer queries in multimedia mode i.e. voice mode ( in local language) along with text, image and video.  Requirement of farmers through friendly and simple interfaces to access information and advisory services in effective manner preferably through smart phones.  It is essential to develop a combination of push and pull based interactive system (essentially pull based) so that the communication can be possible in both ways, i.e. from farmers to expert and vice versa.  It is essential to interlink location specific information from various service providers to cater to the specific needs of the farmers.  A necessity for maintaining farmer’s database with their farming details, to enable an expert to provide appropriate solutions to the concerned farmer’s.  Requirement of expert support system which has user friendly interfaces and reference content (e.g. SAU’s Knowledge repository, farmer’s details, FAQs from the farmers query, etc) for fast and proactive delivery of advices. The system should also facilitate an expert to be virtually available by giving him any time anywhere access References [1]. Agoulu, I E .Agricultural libraries and the dissemination of agricultural information in Nigeria. Annals of library science and documentation,47(3) (2000) 115-119. [2]. Agricultural informatics and communication network , Available at http://www.nic.in/projects/agricultural-informatics-and- communication-network (Accessed on13 Dec 2015). [3]. Centre for Agricultural Informatics and e-Governance Research Studies . Available at http://www.shobhituniversity.ac.in/caigers/index.php (Accessed on12 Dec 2015).. [4]. Chatterjee, Kousik. Bridging the rural digital divide in India: an emergence of e agriculture. IASLIC Bulletin,55 (1) (2010) 51- 57. [5]. Chatterjee,Kousik and Rahman,Mokbul. Agricultural information towards rural development: a need based appraisal. In Proceedings of the paper presented at the 24th IASLIC All India Conference on Knowledge management in special libraries in digital environment, Survey of India, Dehradun, 15-18 December 2003 . p.328-329. [6]. Government Role in Promotion of Green Agriculture in India. Available at http://www.fao.org/docrep/article/agrippa/658_en- 06.htm (Accessed on 1st Jan 2015) [7]. Jones, Douglas. E Sources of Agricultural Information. Library Trends, (winter) (1990) 505 [8]. List of Indian Agricultural Portal. Available at http://agropedia.iitk.ac.in/content/list-indian-agricultural-portal. (Accessed on13 Dec 2015) [9]. Pal,Kushal. Agricultural Research Information System(ARIS) in ICAR. In R. RamanNair and K.P. Sathyan.(Eds) .Agricultual information systems :vision 2020.(IASLIC Study circle; Thrissur.), 2000,p.42 [10]. Ramarajul, G V., Anurag,T S, Singh H K. and Kumar S. ICT in Agriculture: Gaps and Way Forward. Available at http://www.iimahd.ernet.in/egov/ifip/jul2011/shambhu-kumar.htm (Accessed on13 Dec 2015). [11]. Tharyil, Abdul. Jaleel. and Rajeev K.R..Towards bridging the digital divide in India: challenges and opportunities from a national perspective. Available at http://drtc.isibang.ac.in/bit stream/handle/1849/170/digitaldivide-rajeev.pdf(Accessed on28 Nov 2009). [12]. Venkataramani, G. Holistic extension service. In: N. Ram (Ed). The Hindu survey of Indian Agriculture (Hindu; Chennai) 2004, p167. [13]. Vettorazzi, A.Safety evaluation of chemicals in food: toxicological data profiles for pesticides.part1.(WHO;Geneva) 1975 , p.2 Brief Biography of authors Mr Kousik Chatterjee: After graduation in Agriculture from BCKV Mr Chatterjee Completed Master in Library and Information Science from Kalyani University and stood 1st class 1st and then completed MPhil In Library and Information Science. Presently he is pursuing PhD in Library and Information Science under Kalyani University, West Bengal India. He is working as Library In charge in Bengal Institute of Technology, Kolkata, West Bengal India .He published many papers in National and international Journals and conferences and book chapters. His area of interest focuses Agricultural Information System and User study. He is Life member of BLA and IASLIC. Prof. Sabuj Dasgupta: Associate Professor Sabuj Dasgupta presently working as head of the department of Library and Information science , Kalyani University, ,West Bengal, India. His area of specialization is resource description. Prof Dasgupta published many paper in re[puted National and International journals.