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“ Study on Utilization of Information andCommunication Technologies (ICTs) for
Selected Crops in Rewa District of (M.P.)”
THESIS
Submitted to the
Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur
In partial fulfillment of the requirements forthe Degree of
MASTER OF SCIENCE
In
AGRICULTURE
(EXTENSION EDUCATION)
SONAL GUPTA
Department of Extension EducationCollege of Agriculture, Rewa 486002
Jawaharlal Nehru Krishi Vishwa Vidyalaya,Jabalpur (M.P.)
2015
CERTIFICATE - I
This is to certify that the thesis entitled, “Study on Utilization ofInformation and Communication Technologies (ICTs) for Selected Cropsin Rewa District of (M.P.).” submitted in partial fulfillment of the requirement
for the degree of MASTER OF SCIENCE in AGRICULTURE Extension ofJawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur (M.P.) is a record of
the bonafide research work carried out by Mr. SONAL GUPTA under my
guidance and supervision. The subject of the thesis has been approved by the
Student's Advisory Committee and the Director of Instructions.
All the assistance and help received during the course of the
investigation has been duly acknowledged by him.
Place- Rewa
Date …………....... Signature
(Dr. R.A. Sathwane/Dr. A. S. Chouhan)
Chairman of the Advisory Committee
THESIS APPROVED BY THE STUDENT'S ADVISORY COMMITTEE
Chairman (Dr. R.A. Sathwane/
Dr. A. S. Chouhan)
…………….
…………….
Member (Dr. Sanjay Singh) …………….
Member (Dr. A. M. Mishra) ……………..
Member (Dr. R. K.Tiwari) ……………..
CERTIFICATE - II
This is to certify that the thesis entitled “Study on Utilization ofInformation and Communication Technologies (ICTs) for Selected Cropsin Rewa District of (M.P.).” Submitted by Mr. SONAL GUPTA to Jawaharlal
Nehru Krishi Vishwa Vidyalaya, Jabalpur in partial fulfillment of the
requiremen ts for the degree of MASTER OF SCIENCE in AGRICULTUREEXTENSION in the Department of Extension Education, College of
Agriculture, Rewa (M.P.) has been after evaluation approved by the external
examiner and by the Student's Advisory Committee after an oral examination
of the same.
Place -Rewa
Date……………….. Signature
(Dr. R.A. Sathwane/
Dr. A. S. Chouhan)Chairman of the Advisory Committee
THESIS APPROVED BY THE STUDENT'S ADVISORY COMMITTEE
Chairman (Dr. R.A. Sathwane/
Dr. A. S. Chouhan)
…………….
…………….
Member (Dr. Sanjay Singh) …………….
Member (Dr. A. M. Mishra) ……………..
Member (Dr. R. K.Tiwari) ……………..
Chairmain & Head of the
Section
(Dr. R. A. Sathwane/Dr. a. S. Chouhan)
……………
…………....
Director of Instructions (Dr. G. S. Rajput) …………….
Declaration and undertaking by the candidate
I, SONAL GUPTA S/o RATNESH KUMAR GUPTA certify the
work embodied in thesis “Study on Utilization of Information andCommunication Technologies (ICTs) for Selected Crops in Rewa Districtof (M.P.).” is my own first hand bona fide work carried out by me under the
guidance of Dr. R.A. Sathwane, Professor & Head of Section (Departmentof Extension Education), College of Agriculture, Rewa (M.P.), during
2014-15.
The matter embodied in the thesis has not been submitted for the
award of any other degree / diploma. Due credit has been made to all the
assistance and help.
I, undertake the complete responsibility that any acts of
misinterpretation, mistakes, error of fact are entirely of my own.
I, also abide myself with the decision taken by my advisor for the
publication of material extracted from the thesis work and subsequent
improvement, on mutually beneficial basis, provided the due credit is given
thereof.
Place: Rewa (M.P.)
Date: Signature of the student
SONAL GUPTA
Copyright ©Jawaharlal Nehru Krishi Vishwa Vidyalaya,Jabalpur (M.P.) 2014
Copyright transfer certificateTitle of the thesis - “Study on Utilization of Information and
Communication Technologies (ICTs) for Selected Crops in Rewa Districtof (M.P.).”
Name of the candidate – SONAL GUPTA
Subject – AGRICULTURE EXTENSION
Department - Department of Extension Education
College - College of Agriculture, Rewa (M.P.)
Year of thesis submission - 2014-15
Copyright transfer certificateThe undersigned Mr. Sonal Gupta assigns to the Jawaharlal Nehru
Krishi Vishwa Vidyalaya, Jabalpur (M.P.), all rights under copyright Act that
may exists in and for the thesis entitled -“Study on Utilization of Informationand Communication Technologies (ICTs) for Selected Crops in RewaDistrict of (M.P.).” submitted for the award of M.Sc (Ag.) Extension
Education
Place: Rewa (M.P.)
Date:
(Dr. R.A. Sathwane/
Dr. A. S. Chouhan)
Major Advisor Signature of the student
Name and Signature SONAL GUPTA
ACKNOWLEDGEMENT
The author of this manuscript expresses his deep senses of
adoration towards the omniscient and almighty ‘‘God’’ who gave him
this opportunity of doing M.Sc. (Ag.) Extension Education.
It is a moment of great pleasure to put in records my heartfelt
gratitude and indebtedness to my Guide and Chairman of my Advisory
Committee Dr. R.A. Sathwane , Professor & Head / Section (Departmentof Extension Education), College of Agriculture, Rewa (M.P.), for his
able magnificent guidance, inspiration, constructive criticism and
encouragement during the course of investigation and preparation of the
manuscript.
I am highly obliged to the members of by Advisory Committee namely,
Dr. R. A. Sathwane Head of the Department/ Section, Dr. Sanjay Singh, SMS
in KVK, Dr. A. M. Mishra, Department of Agriculture Economics & Farm
management, & Dr. R.K. Tiwari Department of statistics for their generous
help, valuable suggestions, necessary help provided during the course of
present investigation.
I express my heartfelt thanks to Dr. S.K. Pandey , Dean, College of
Agriculture, Rewa, (M.P.) for his encouragement and giving direction.
It is an opportunity for me to extend my regards to my respected
teachers Dr. A. M. Mishra, Professor, Department of agri. Eco. & F M., Dr.
Rajesh Singh, Subject Matter Specialist (Horticulture), K.V.K., Rewa, Dr. R.K.
Tiwari, Associate Professor College of Agriculture, Rewa., Dr. S.K. Tripathi,
Head of section, department of plant pathology, Dr. I.M. Khan Academic in
charge and Scientist (Plant Physiology) College of Agriculture, Rewa for their
cooperation and encouragement during the investigation.
I express my special thanks to my respected seniors, Shri Kuldeep
Singh Dhakar and my lovable juniors for their all time help and excellent
cooperation during this research work.
In the last but not the least words are too less to express my sincere
gratitude to my beloved grandfather Late Shri Biharilal Gupta and my father
Late Shri Ratnesh Kumar Gupta and mother Smt. Suneeta Gupta , and
brother Amit Gupta, and whose love blessing and constant encouragement
throughout my life enable me to achieve this invincible goal, made my
education possible and brought me to present level.
I appreciate and express my cordial thanks to college us friends Mr.
Arun Meena, Mr .Ajit Singh, Mr. Manish Tiwari, Mr.Shyam Patidar, Mr.Antim
Birla, Mr.Lokendra Karode, Miss.Sukhda Sharma, and lovable juniors Suneel
Patel , Rakesh Chouhan , Dharmendra Patel Sachin Bagri for their friendly
co-operation and encouragement my research work.
Place- Rewa SONAL GUPTADate………….
LIST OF CONTENTS
Chapter No. TITLE PAGE NO.
1. Introduction 1- 5
2. Review of literature 6-15
3. Materials and methods 16-29
4. Results 30-58
5. Discussion 59-62
6. Summary, conclusions and suggestions forfuture work
63-69
6.1 Summary
6.2 Conclusions
6.3 Suggestions for future work
BIBLIOGRAPHY
APPENDICES
CURRICULUM VITAE
Name – Sonal Gupta
Place – Village-Sili, Post+ Teh.Gunour, District Panna (M.P.) 488058
Date of birth - 01 Aug. 1988
Institution Degree University Year OGPA
College of Agriculture Rewa(M.P.)
M.Sc.(Ag.)
Extensioneducation
JNKVV,Jabalpur
2015
College of Agriculture Rewa(M.P.)
B.Sc.(Ag.)
JNKVV,Jabalpur
2013 7.06
V.S.D.J. H.S. School, Gunour(Panna) M.P.)
12th M.P.BoardBhopal
2007 70.22
For the partial fulfillment of the master’s degree programme he was
allotted a research problem on, “Studies on Utilization of Information andCommunication Technologies (ICTS) for Selected Crop in Rewa Districtof (M.P.).” Which was successfully conducted by him and being submitted in
the form of this thesis.
List of Tables
Number TitlePages
No.
3.1 Distribution of registered users as farmers of mobilephone message in the Rewa District
17
3.2 Selection of respondents on the basis of highest
number of users from the villages in Rewa block18
4.1 Distribution of the respondents according to their
age30
4.2 Distribution of the respondents according to their
caste31
4.3 Distribution of the respondents according to their
level of education31
4.4 Distribution of the respondents according to their
size of family32
4.5 Distribution of the respondents according to their
land holding32
4.6 Distribution of the respondents according to their
social participation33
4.7 Distribution of the respondents according to their
farming experience33
4.8 Distribution of the respondents according to their
annual income34
4.9 Distribution of the respondents according to their
information seeking behavior34
4.10 Distribution of the respondents according to their
extension contact35
4.11 Distribution of the respondents according to their
achievement motivation35
4.12 Distribution of the respondents according to their
scientific orientation
36
4.13 Distribution of the respondents according to their
innovativeness36
4.14 Utilization of messages on different aspects by the
respondents obtained through mobile phone message37
4.15 The utilization in respect the different fields of mobile
phone message on production technology of wheat39
4.16 Distribution of the respondents according to theirextent of utilization of ICTs
40
4.17 Association between age of the respondents andextent of utilization of ICTs
41
4.18 Association between caste of the respondents andextent of utilization of ICTs
42
4.19 Association between education of the respondents
and extent of utilization of ICTs43
4.20 Association between size of family of the
respondents and extent of utilization of ICTs
44
4.21 Association between land holding of the
respondents and extent of utilization of ICTs
45
4.22 Association between social participation of the
respondents and extent of utilization of ICTs46
4.23 Association between farming experience of the
respondents and extent of utilization of ICTs
47
4.24 Association between annual income of the
respondents and extent of utilization of ICTs48
4.25 Association between information seeking behavior of
the respondents and extent of utilization of ICTs
49
4.26 Association between extension contact of the
respondents and extent of utilization of ICTs
50
4.27 Association between achievement motivation of the
respondents and extent of utilization of ICTs
51
4.28 Association between scientific orientation of the
respondents and extent of utilization of ICTs
52
4.29 Association between innovativeness of the
respondents and extent of utilization of ICTs
53
4.30 Association between profile characteristics of the
farmers and extent of utilization of ICTs
54
4.31 Correlations between profile characteristics of the
farmers and their extent of utilization of ICTs
55
4.32 Constraints faced by the respondents in utilization of
ICTs.
56
4.33 Provide suggestions to the respondent in utilization of
ICTs.57-58
List of Figures
Fig.Number Title
3.1 Map of Rewa District
4.1 Distribution of the respondents according to their age
4.2 Distribution of the respondents according to their caste
4.3 Distribution of the respondents according to their level of education
4.4 Distribution of the respondents according to their size of family
4.5 Distribution of the respondents according to their land holding
4.6 Distribution of the respondents according to their social participation
4.7 Distribution of the respondents according to their farming experience
4.8 Distribution of the respondents according to their annual income
4.9 Distribution of the respondents according to their information
seeking behavior
4.10 Distribution of the respondents according to their extension contact
4.11 Distribution of the respondents according to their achievement
motivation
4.12 Distribution of the respondents according to their scientific
orientation
4.13 Distribution of the respondents according to their innovativeness
4.14 Utilization of messages on different aspects by the respondents obtained
through mobile phone message
4.15 The utilization in respect the different fields of mobile phone message on
production technology of wheat
4.16 Distribution of the respondents according to their extent of utilizationof ICTs
~ 1 ~
INTRODUCTION
India holds second Position among the countries about high population
in the world about approximate 1.2 billion. Among these, 70 per cent live in
rural area and their main occupation is agriculture. The main base is agriculture
which continues to be the occupation and way of life for more than half of
Indian population even today making single largest contribution 15.70 percent
to the GDP of our Nation (Jain, 2011). Sustainable prosperity of the farmers
and the agricultural labourers holds the key for improving the overall human
resource development scenario in the country. There is a need to increase
production and productivity of agriculture. Hence, the Indian farmers need to be
updated with the latest knowledge about new techniques of farming, new
cultivars, farm machinery, market and trade situation etc.
The extension personnel of the department of agriculture disseminated
the technologies and messages to the farmers through various extension
methods. But these approaches have not been able to reach majority of the
farmers spread across the country as the ratio between farmers and extension
worker is 1000:1. This gap remains a challenge for extension system even
today. ICT provides vital access to information, markets by connecting the rural
poor and marginalized to the world's information resources and opportunities.
The ICTs also provide the flexibility in providing information related to the
various modes of farming practices including all the crops, specific commodities
and enterprises, price information and all other information and regarding
technological advances and tracking global competitiveness. Thus, the ICT
play an increasingly important role in linking the research- extension-market
continuum towards developing professional competencies and entrepreneurial
capabilities among specialists and farming communities respectively.
~ 2 ~
ICT can provide vital access to information, markets by connecting the
rural poor and marginalized to the world's information resources and
opportunities. The ICTs provide the flexibility in providing information on
various modes of farming practices including all the crops, specific
commodities and enterprises real time price information and all other
information related to technological advances and tracking global
competitiveness. Thus, the ICT play an increasingly important role in
linking the research-extension-market continuum towards developing
professional competencies and entrepreneurial capabilities among specialists
and farming communities respectively.
ICTs can be broadly interpreted as technologies that facilitate
communication, processing and transmission of information by electronic
means. In this study ICTs is operationalized as the use of communication
devices or applications by the farmers encompassing radio, television, mobiles,
kisan call centers for obtaining information. So, ICTs can make agriculture
more remunerative and a fruitful occupation by providing latest information. It
saves money, time and efforts and reduces dependency on so many actors in
the chain of extension. Keeping in view the above facts, the present study will
be undertaken with the following objectives.
Objectives:
1. To study the profile characteristics of the farmers.
2. To assess the extent of utilization of Information and Communication
Technologies (ICTs).
3. To study the relationship between profile characteristics and extent of
utilization of ICTs.
4. To identify the constraints faced by the respondents in utilization of ICTs
and provide suggestions to overcome them.
~ 3 ~
ROLE OF ICTs
1. ICTs can be helpful in providing the interaction among the researchers,
extension workers and farmers.
2. ICT services to the block and district level development officials leads
to increase efficiency in delivering the services for overall agriculture
development.
3. ICTs help in providing up to date information services to the farmers
such as on package of practices, market information, weather
forecasting, the input supply, credit availability etc; can be provided at
the earliest possible time.
4. ICT provide information services on disease/pest early warning
systems, information regarding Research Development programmes
and crop insurances, post harvest technology.
5. ICT can extend services regarding farm business and management
information to the farmers.
NEED OF THE STUDY
The adoption of new ICTs will demand changes in Agricultural
Extension Systems to more participatory systems and the agricultural
extension agents will pick up a new role of intermediary between farmers and
information and innovation providers. If modern ICT facilities are not
adequately built into the mainstream of agricultural extension system, there is
likely to be stagnation in the dissemination, utilization and application of
scientific agricultural information for purposeful development of the system.
The effective awareness campaign on ICT use, involvement of local self
governments, value added information and combination of services provision
proved as strategic factors behind success of ICT initiatives. Many of the
advances took place in ICTs, but how far the farmers are using them was not
documented for want of such research studies.
~ 4 ~
SCOPE OF THE STUDY
The findings of the study would have immense practical utility. The study
reveals the extent of use of ICT tools by the farmers and focuses on the
factors affecting the use of ICTs and attitude of farmers towards ICTs use.
This helps in formulating strategies to correct the negative attitudes and
promote favourable attitude. Further the study also documents the
constraints faced by the farmers in using ICTs. The ICT project initiators can
come out with solution for the constraints so as to promote the use of ICT
tools. The suggestions for constraints from farmers would serve the ICT
project initiators as ready to use solutions.
The findings would be helpful to policy makers, governmental
and non- governmental agencies, developmental professionals and other
agencies which are working for the agricultural development through the use
of ICTs. The study would contribute to the existing body of research on the
integration of ICT for agricultural development. The findings of the study
may serve as a guide for future researchers who may examine ICT in similar
contexts. The farmer’s information needs, their access to information
sources, ICT role in meeting their needs, their knowledge and attitude
towards ICT extension services would be of huge practical utility for the ICT
projects to be initiated in the future.
In specific, the findings of the study would help planners and policy
makers to apply appropriate strategy and specific actions while formulating
ICT projects so as to achieve greater participation of the farmers in utilizing
information technology in rural areas.
~ 5 ~
LIMITATIONS OF THE STUDY
One of the obvious limitations is the resources and the time available
at the disposal of student researcher, to conduct this research. The
objectivity of the study is confined to the ability of the farmers to recall
and also their honesty in providing the necessary information.
Moreover, it was based on the expressed information and options of the
respondents, which may not be free from individual biases and prejudices.
Despite these limitations, much effort was put to make the study as objective
and systematic as possible.
PRESENTATION OF THE THESIS
The thesis is presented under five chapters. The first chapter deals
with the introduction, need of the study, objectives, scope and limitations of
the study. The second chapter, viz., review of literature, deals with the
review of important studies related to the field of present study. In the third
chapter, the materials and methods used in the research work including
operationalization of the concepts, measurement procedure of the variables
and the statistical tools used are presented. The fourth chapter deals with
result. The fifth chapter deals with discussions and the sixth chapter deals
with Summary, conclusions and suggestions for further work. The
bibliography, appendices and vita are furnished at the end.
~ 6 ~
REVIEW OF LITERATURE
A comprehensive and critical review of past researches provides a
sound base for the scientific investigations. Keeping in view the objectives of
the present study an attempt was made in this chapter to review all the
literatures having direct or indirect bearing on the present investigation. The
review of literature has been presented under keeping in view, the objectives of
the study.
1. To study the profile characteristics of the farmers.
2. To assess the extent of utilization of Information and Communication
Technologies (ICTs).
3. To study the relationship between profile characteristics and extent of
utilization of ICTs.
4. To identify the constraints faced by the respondents in utilization of ICTs
and provide suggestions to overcome them.
2.1. To study the profile characteristics of the farmers.
Kushwaha (1999) while studying the adoption behavior of tomato
growers found that 31.00 percent were educated up to higher secondary level.
Gaikward and Gunjal (2000) reported that three fifth of the Krishi Vigyan
Kendra beneficiaries had high social participation, followed by medium
(26.66%) and low (13.34%) levels of social participation.
kumar (2001) reported that 41.10 percent of respondents fell under
low information seeking category followed by 33.34 and 25.00 percent of
respondent fell under medium and high information seeking category
respectively.
Kanal (2005) revealed that maximum percentage of respondents were
having marginal to small size of land holding. He further concluded that the size
of land holding were significantly associated with level of adoption of organic
farming practices by the respondents.
~ 7 ~
Premavathi (2005) inferred that a little less than two third of the farm
women respondents had high (64.00%) level of innovativeness, followed by
medium (34.50%) innovativeness and low (1.50%) innovativeness.
Demiryurek (2006) conducted a study in Turkey and concluded that
there was positive relationship between adoption and communication behavior
supporting the generalization of different theory.
Sarada et al. (2007) reported that more than half of the rural women
SHG members had low (57.00%) level of social participation, followed by high
(30.50%) and medium (12.50%) levels of social participation.
Ashokhan et al. (2008) found that a little less than half of the self help
group members had high (47.33%) level of innovativeness, followed by medium
(43.67%) and low (9.00%) levels of innovativeness.
Ganeshkumar et al. (2008) in a study found that nearly two third of the
farmers under ICT projects had medium (66.00%) level of extension contact,
followed by low (23.33%) and high (10.67%) levels of extension contact.
Sen (2008) found that most of the ICT users (45.83%) belonged to
middle age group (36-50 years). Darshan Programme viewers (29.38%) were
educated up to high school/higher secondary level.
Shaik (2008) conducted a study and found that 50 percent of
functionaries at Gyandoot were matriculates and 50 percent of Warna
functionaries were graduates and 57 per cent of functionaries at ikisan were
professionally qualified.
Shaik (2008) found that among the farmer beneficiaries of gyandoot
ICT project. 45 per cent were young, 45 per cent middle and only 10 per cent
were old. Among the beneficiaries of Kisan ICT project, 47.50 per cent were
young, 32.50 per cent middle and only 20 per cent old. Further, in Warna wired
project, she found that 62.50 per cent were young, 35.00 per cent middle and
only 2.50 per cent old.
~ 8 ~
Khandait et al. (2011) found that highest number of the respondents i.e.
62.92 percent were in medium category in respect of their level of information
source utilization, followed by low level category, which is comprised of 18.75
percent respondents and 18.33 percent respondent were found in high level of
information source utilization.
Kumar et al. (2011) found that the majority of the farmers had
agriculture and labour as their primary occupation with just below half of them
recording their primary occupation with just below half of them recording their
annual income in between Rs. 35,001 to Rs. 60,000/-.
Dhakar et al. (2013) conducted study in Rewa district of MP to about 50
percent of the respondents i.e. 49.60 percent had medium level of risk
orientation.
Singh et al. (2013) in their research study reported that KMS
assessment was done and result opt end were categorized in four different
aspect, that is, understanding of the message- 81.54%, Need and time based
message- 91.20%,applicability of the message - 89.99% and impact of the
technology was 83.35%.
Agrawal et al (2014) Results showed that Chi-square analysis of the
selected five independent variables with dependent variable (i.e. technical
knowledge) indicated that, the variables age, education, annual income,
information seeking behavior, appropriateness of message were positively
significant at 0.05 per cent level of significance. The profile analysis clearly
indicated that majority of the KMS beneficiaries belonged to the young age
group (57.26%) and were having education up to high school (47.00%). Their
main occupation was farming (70.08%), possessed medium size of land
holding (50.42%). Higher percentage of Kisan Mobile Sandesh beneficiaries
(52.99%) had above 5 members in the family and belonged to medium annual
income (46.16. %) category.
~ 9 ~
2.2. To assess the extent of utilization of Information and CommunicationTechnologies (ICTs).
Pandey and Mehta (2003) revealed that half (50.00%) of the
respondents used educational technologies to a medium extent in open
learning system, followed by low (43.00%) and high (7.00%) levels of use.
Tadasad et al. (2003) stated that 42.70 per cent very often used
websites; 33.60 per cent often used; 19.60 per cent occasionally used; 2.80 per
cent rarely used and 1.40 per cent not at all used websites.
Balajee et al. (2007) found that along with ICT based advisory
services, input supply and testing need to be integrated for the greater impact.
Further, he found that content need to be aggregated from of different sources
but it need to be sorted in granular format for rapid adaptation for local use.
Localization and customizability of content are still not practiced on a significant
scale.
Banmeke and Ajayi (2008) found that respondents mostly used
information board, video presentation and the radio programme at the centre.
The most frequently sought information is on fertilizer application, harvesting
methods and market information.
Bhatnagar (2008) found that ICT could make the greatest contribution
by telescoping and reducing the cost of interaction between stakeholders. ICT
has the potential to help farmers in the entire cycle of production, i.e. from
production to sales. ICT impacts both observable and unobservable transaction
costs.
Narasimha and Pushpa (2009) found that due to communication
technology (Television and Computer-internet) in the selected villages
knowledge centre there has been increasing awareness about pesticides,
fungicides, fertilizer, tractors, power-tillers etc.
Rita (2009) found impact and said that there are isolated cases where
farmers adopting agricultural technologies and also say that most common
method used to dissemination of technologies are telephones internet short
message services radio and publication bullets.
~ 10 ~
Jamwal and Padha. (2009) found that the emphasis has to be given to
develop low-cost, relevant and cost-effective ICT. Hence, the operational
challenges of affordability, sustainability, relevance and the scalability of
technology based business model must be pursued.
Shaffril and Samah (2009) found that the overall, members of VDC
perceived information and Communication Technology or ICT from moderate to
high in term of their importance for their village development. Respondents had
significant differences in their perception towards the importance of ICT.
Bhatnagar and Singh (2010) found that respondents who had used both
the manual and computerized systems indicated an overwhelming preference
for computerized service delivery in most projects small gains for the users
could trigger major positive change in perception of service delivery systems.
Dhaka and Chayal (2010) found that majority of the farmers had
favorable attitude towards the information Technology.
Hiremath and Tiwari (2011) found that majority of them considered
always comfortable to use Telephone followed by mobile.
Mohanty and Kumar (2011) found that mobile phones can act as a
catalyst to rejuvenate the collapsing agricultural extension system through e-
Agriculture- Kisan Mobile Advisory Services (KMAS) at different levels i.e.
locally, regionally and globally. In fact, a push towards higher agricultural
productivity requires an information-based, decision-making agricultural
system.
Pant (2011) found that use of phone was appreciated by farming
communities as easy, fast and convenient was to get information on different
aspects of agriculture.
Papzan and Saki (2011) found that more than 90% of literate farmers
believed that ICT has affected economic profitability, limitation and outgrowth of
marketing agricultural productions. There was a direct relationship between
farmer's education and economic factors.
~ 11 ~
Pargniha et al. (2011) found that message was medium
understandable for large majority (44%) of the members of farmers category as
far as applicability of the message is concerned the message was fully
applicable for about 40 percent of KMA members of farmers category.
Singh et al. (2011) found that the identified stakeholders were agreed
100% with delivery of timely information followed by 99.4% with strong linkage
with KVK and 97.60% with need-based information respectively.
Yadav et al. (2011) found that Farmer Mobile Advisory (FMA) service is
an important tool for need based information delivery on mobile phone. The
adoption of rural technologies by farmers through Krishi Vigyan Kendras
(KVKs) is a big leap in this direction.
Michailidis et al. (2012) conducted the study on mobile communications
technology in rural societies of developing countries like Macedonia, & Greece
and found that the motive driving to adopt mobile communication technology is
a way of integrating technologies in less favoured area of developed countries.
Dhakar et al. (2013) conducted study in Rewa District of MP to assess
the utility perception of ICT based program. The study was entirely on the
farmers availing the facility of ICT through mobile advisory services and
revealed that the aspect of ICT i.e. location specific had the highest utility
perception index (86.96) followed by timeliness (utility perception index 82),
understandability (utility perception index 80.4), applicability (utility perception
index 77.36) and simplicity (utility perception index 75.36). The study also
revealed that of the total 125 respondents 40.80% had medium utility
perception, 36.00% high utility perception whereas 23.20% had low utility
perception about mobile advisory services.
~ 12 ~
Meshram Y (2014) observed that utilization of messages on the aspect
of applicable of message was found to be maximum as indicating the utilization
index- 87.50 followed by Understandability of message need based message
and time based message. Out of 120 respondents i.e. 42.50 percent indicate
medium utilization of Kisan Mobile Advisory Services followed by 34.17 percent
high utilization of Kisan Mobile Advisory Services. It is evident from the data
that 23.33 percent respondents showed low utilization of Kisan Mobile Advisory
Services.
2.3. To study the relationship between profile characteristics and extentof utilization of ICTs.
Meena Bigai et al.(1999) reported the education had positive and
significant association with media utilization behavior.
Bhagat et al. (2004) reported that the variables like land holding,
cosmopoliteness and management orientation had positive relation with extent
of use of information.
Grover et al. (2007) found that the extent of adoption of technologies
through ICT increased with land holding size and adoption was low in families
of landless, small and marginal farmers. Land holding size, education and
occupation were found to have a significant affect on adoption of ICT.
Chouhan (2009) revealed that age had negative but significant
correlation (r= -0.681) with the perception of viewers regarding Krishi darshan
programme of doordarshan.
Chouhan (2009) reported that risk performance of the viewers had
positive and significant correlation (r= 0.430) with perception of viewers
regarding KIrishi Darshan Programme of Doordarshan.
Shaffrill and Samah (2009) found that income per month of the VDC
members indicated positive and significant relationship with their perception
towards the importance of ICT.
~ 13 ~
Shinde and Mall. (2009) reported the correlation analysis revealed that
independent variables viz., education, cadre, service experience, facilities
available, job satisfaction, and training had positive and significant relationship
with electronic media use behavior of the farm scientists.
Patra (2011) found that the majority of the farmers opined that time
specific advisories are most important followed by marketing information. The
messages on climatic information and management of disease & pests are
found to be most suitable.
Mukherjee et al. (2012) conducted study in Aligarh district of Utter
Pradesh to find out factors associated with farmer’s membership in Tata Kisan
Sansar and found that education, occupation, social participation, extension
agency contact, economic motivation, innovation proneness and marketing
orientation were positively and significantly correlated with dependent variable
farmers' membership in Tata Kisan.
2.4. To identify the constraints faced by the respondents inutilization of ICTs and provide suggestions to overcome them.
Grigg et al. (1999) reported that lack of adequate training was the
main obstacle in using ICTs.
Tiwari et al. (1999) reported that ‘choupal’ the regional rural telecast
was less successfully disseminating information about the latest farming
technology for viewers.
Rajab and Baqain. (2002) reported that lack of time and availability
of equipment are the two main barriers found in using ICTs.
Maniar (2002) concluded that the respondents need to be motivated to
use ICTs.
Isman and Dabaj. (2004) stated that negative perceptions and attitudes
about ICTs should be eliminated by creating awareness.
Bertolini (2004) reported that most efforts to make ICT available to rural
farmers have sought to improve the availability and quality of information either
indirectly through producer associations, extension workers and the like, or
directly through broadcast radio information, telecentres, and mobile short
~ 14 ~
messaging services (SMS).
Meera et al. (2004) suggested that ICT projects to serve resource poor
farmers require qualified and well-motivated staff to serve as an interface with
computer systems.
Ward and Moule. (2006) inferred from their study that lack of time,
attitudes towards computers and ICT skills affected the use of ICTs.
Bhavnani et al. (2008) found that the main constraints under ICT
programmes are the lack of a policy and regulatory environment and the poor
availability of ICT and mobile infrastructure.
Tintawi and Saleh. (2008) suggested to upgrade the ICT skills of
the respondents regularly through trainings.
Ahmed et al. (2008) indicated time constraints, poor skills and high cost
were the major barriers in using ICTs.
Flaki et al. (2008) reported correlation analysis showed that there was a
significant relationship between the attitude of extension professional towards
ICTs application in agriculture and their educational attainment.
Patil et al. (2008) found that illiteracy, cost and lack of awareness are
the major adoption constraints of ICT programme.
Lohar and Kunvar. (2008) reported that lack of time, lack of net
connection at home and lack of knowledge were the barriers in using ICTs.
Adhiguru et al. (2009) suggested the promotion of farmers-led
extension and strengthening of public extension services to improve coverage
and efficiency of agricultural information delivery systems.
Reddy (2009) found that narrow band width is a basic barrier in the
developing countries to make efficient use of internet.
Gawande et al. (2009) reported that among the problems faced, the
language used in broadcast/ telecast is difficult to understand (47.33%) was a
major constraint, followed by short duration of time for broadcast/ telecast and
programmes on broadcast/ telecast are not repeated (46.66%).
~ 15 ~
Sinha (2009) found that recommended that perceptions of ICTs, as
well as traditional access and usage statistics, continue to be monitored.
Moreover, a systems-oriented approach is recommended when examining the
mutual influence of gender relations and ICTs.
Purnomo and Lee (2010) found that technological and organisational
cultures were seen as the main barriers of ICT programme implementation.
The findings show that they felt that the two demographic variables, regency
and age, must also be considered when ICT programme are implemented.
Das et al. (2011) suggested providing SMS in ICT in addition to voice
mail as it could be stored, followed and shared with fellow farmers.
Jamwal (2011) suggested that agriculture universities would play an
important role in familiarizing farmers with the use of ICT, so that they become
self dependent.
Singh et al. (2011) found that ICTs can be used to increase the
effectiveness and efficiency of extension work and also help the farmers to
utilize such information in solving their problem.
~ 16 ~
MATERIALS AND METHODS
This chapter deals with the method and procedures designed for
planning and conducting the research study. It consists of the following
subheads.
1. Location
2. Research design
3. Sampling technique used
4. Operationalization of variables
5. Source of data collection
6. Method of data collection
7. Statistical analysis of the data
8. Hypotheses
1. Location
The Rewa block is located on the north –east border of Madhya
Pradesh Rewa lies Between 24 “18 and 25”12 North latitude 81”2 and 82”20
East longitudes. Its geographical area is 6287.55 K.M. The district is bounded
on the north and east by the state of Uttar Pradesh, in the south Sidhi District
and in the west with Amarpatan and Raghurajnagar tahsils of Satna District
The District can be divided into the four natural parts: Kamour Plateau,
Vindhyachal plateau, Rewa plateau and lower Northen plain. Hujur tehsil
comes under Kaymore plateau.
2. Research Design
The design of research is the most important and crucial aspect of the
research methodology. It is the entire process of planning and carrying out the
research. To seek the answers for the research question, a descriptive
research design was used in the investigation because it is describing
phenomena with adequate interpretation. It clearly states the characteristics of
the particular situation of group or individuals. In this design the variables are
to be known.
~ 17 ~
3. Sampling technique used
The sample of the present study was selected by proportionate random
sampling method. The various stages of the sample were -
1) Selection of the district
2) Selection of the block
3) Selection of the village
4) Selection of the respondents
1) Selection of the district
The present study was conducted in Rewa district M.P. Rewa District
was selected purposively since presently having the maximum concentration
of mobile phone message users among and low efficiency of existing rural
information delivery system among the region of Rewa.
ATMA supply the mobile phone message on agriculture who
are registration of farmer for the mobile phone message. This study
entirely concerned with the rabi crop like wheat.
2) Selection of the block
The Rewa block of Rewa District was selected purposely since a total
maximum concentration of mobile phone message total number of registered
users as compared to other blocks.
Table-3.1. Distribution of registered users as farmers of mobile phonemessage in the Rewa District.
Source -: ATMA, (Rewa) (2014-15)
S.N. Block Total no of Registered usersas farmers
1. Rewa 2896
2. Raipur 2500
3. Gangev 2000
Total 7396
~ 18 ~
3) Selection of the villages
From Rewa block, the five villages namely Tikar, Sahiiana, Baijnath,
Sumeda and Naikin were selected on the basis of higher number of registered
users of mobile phone message utilized.
4) Selection of the respondents
The mobile phone message users from each selected village were
selected through proportionate random sampling method. Finally the sample
consisted of 120 respondents. The allocation of respondents from each
selected village is shown in the table 3.2.
Table-3.2 Selection of respondents on the basis of highest number ofusers from the villages in Rewa block.
4. Operationalization of variables:
Social scientists hold the view that there exists a gap between theory
and empirical research. The theorists use conceptual variables that are
formulated at high level of abstraction. Most of the social scientists attempt to
solve measurement problems by operationally defining the conceived
variables and then by either using available measures or by designing one's
own measure (Sharma, 1991).
A number of terms and variables have been used in the present study
with specific meaning. Obviously these terms require operationalization.
S.N. Village Name Total no .of registeredusers as farmers
Selection of respondent
1. Tikar 480 29
2. Sahijana 450 28
3. Baijnath 400 24
4. Sumeda 350 21
5. Naikin 300 18
Total 1980 120
~ 19 ~
(A) Independent Variables
1) Age
It refers to actual age of the respondents in complete year, i.e.
chronological age of the respondent. The actual age was recorded as
reported by the respondents at the time of interview. The data obtained were
grouped into following three age groups.
S. N. Categories Weightage
1. Young(upto 35) 1
2. Middle(36-50) 2
3. Old(above 50) 3
2) Caste–
The caste refers to an individual's ritual caste in which he was born.
The respondents were grouped into the following four categories on the basis
of their caste.
S. N. Categories Weightage
1. Schedule Caste 1
2. Schedule Tribe 2
3. Other Backward Caste (O.B.C.) 3
4. General 4
~ 20 ~
3) Education
It refers to the number of classes of the formal education passed
by the respondents. The respondents were grouped into the following
four categories on the basis of their educational level.
S. N. Category Weightage
1. Upto primary 1
2. 6to8 middle 2
3. 9to12 high school 3
4. Graduates and above 4
4) Size of family
It was operationalized as the total number of members in the family
and was categorized into three groups as follows.
S. N. Category Weightage
1. Small 1
2. Medium 2
3. Large 3
5) Land Holding
The size of land holding refers to total number of hectares of lands
under cultivation possessed by the respondent. For quantitative measurement
of the land holding, the criteria of M.P. Govt. have been followed. It has been
categorized as under.
S. N. Category Weightage
1. Small 1
2. Medium 2
3. Large 3
~ 21 ~
6) Social participation:
It refers to the degree of extent of involvement of an individual in formal
and informal social organization at village, block or district level. A list of these
organizations was prepared with the help of the village prior to collection of
data. The scores assigned for member and office bearer were 1 and 2
respectively. The degree of involvement and frequency of participation in an
organization was measured with the allotment of scores of membership and
frequency of participation represents the degree of social participation of a
respondent. The respondents were further classified in to the following three
categories on the basis of maximum and minimum scores obtained by them.
S. N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
7) Farming experience:
It refers to the number of years of experience in agriculture possessed
by farmer. The experience of farmers in completed years at the time of
investigation was considered. It was classified into three categories as
follows.
S. N. Category Weightage
1. Low 1
2. Medium 2
3. High 3
~ 22 ~
8) Annual income
It refers to the total income of the respondents obtained from farming
and allied occupations. The respondents were classified into three categories
on the basis of the following range of income.
S. N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
9) Information seeking behavior
It refers to the degree of frequency of contact by an individual with
various information sources. This is the pattern by which a farmer gets his
information either seeking on its own or as a consequence of behavior was
measured with the help of scale developed by Nandapurkar (1982).
In the present study, the degree of frequency of control with information
sources of respondents was measured on three points response category
namely, regular’, ‘occasional’ and ‘never’ For each information source
consulted by the respondent a score of 2, 1, and 0 were assigned,
respectively. The scores were summed up for each respondent and following
three categories were made.
S.N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
~ 23 ~
10) Extension contact
Extension contact was operationalized as the degree to which an
individual contacted extension agencies for getting information on agriculture
or non-agriculture or both. The variable was measured using schedule
developed for the study. The schedule consisted of six statements and the
respondents were asked to indicate their responses on a three point
continuum viz., regularly, occasionally and never. The scoring pattern adopted
was 3 to regularly, 2 to occasionally and 1 to never.
S. N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
11) Achievement motivationAchievement motivation was operationalized as a social value that
emphasizes a desire for excellence for an individual to attain a sense of
personal accomplishment.
The variable was measured with the help of scale developed by Rani
(1985) with suitable modifications. The scale consisted of five statements of
which three were negative and the rest were positive. The respondents were
asked to indicate their degree of agreement or disagreement with each
statement on a five point continuum namely strongly agree, agree, undecided,
disagree and strongly disagree. The weightages given to these responses
were 5, 4, 3, 2 and 1 respectively for positive statements and 1, 2, 3, 4 and 5
to negative statements.
S. No. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
~ 24 ~
12) Scientific orientation
It is operationally defined as’ the degree to which respondents was
oriented to use scientific method in agricultural and allied activities for getting
higher return. scientific orientation scale" of Supe and Singh (1969).The
responses were recorded on 5- point continuum as strongly agree, agree,
undecided, disagree and strongly disagree and were given 5 4,3,2 and 1
scores, respectively. The total scores indicated the degree of scientific
orientation an individual. On the basis of maximum and minimum obtained
scores, the respondents were categorized as below.
S. No. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
13) InnovativenessInnovativeness was operationalized as the degree to which an
individual adopted new ideas relatively earlier than others in his social system.
The variable was measured using schedule developed for the study. The
schedule consisted of seven statements of which one was negative and the
rest were positive. The respondents were asked to indicate their degree of
agreement or disagreement with each statement on a five point continuum
namely strongly agrees, agree, undecided, disagree and strongly disagree.
The scores given to these responses were 5, 4, 3, 2 and 1
respectively for positive statements and 1, 2, 3, 4 and 5 for negative
statements.
S. N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
~ 25 ~
(B) Dependent variable
1. Extent of Use of ICTs in selected crop by the respondents
The Utilization refers to the process of perceiving the usefulness of
external objects, events and information by means of senses. In the present
study utilization of the farmers regarding ICT programmes namely Mobile
Phone message was assessed. A comprehensive scale was developed with
the help of extensionists working at various levels and ICT experts to quantify
the utilization of the farmers in relation to messages delivered to their mobile
phone through expert mobile phone messages under ICT. The four point’s
continuum scale now this aspects have been measured in four scales that is
high, medium, low and not absolutely this was only way to assess different
levels of perception of the respondents for such aspects like growth in
message provide the different information about wheat production, level of
wheat production increasing due to information of message, quality of wheat
increasing due to information of message and message provide the
information to protect the wheat from infestation of insect and pest.
Another part of this special information has been measured on the
basis of stabilized scales with fifteen statement in 5 point continuum scales
absolutely correct, partially correct, undecided, partially wrong and absolutely
wrong in respect to each items these has been given statements on
technologies of wheat such as land preparation of sowing of wheat, method of
sowing, right time of seed sowing of wheat, actual quantity of seed sowing of
wheat, seed treatment, depth of seed sowing of wheat , use of improved
variety of seed , right time of irrigation in wheat field, weed control in wheat
field, use of manure in wheat field, use of fertilizer in wheat field, information
related to insect and disease control in wheat crop, insurance scheme is
related to wheat crop, information related to loan for wheat production ,
information related to available selling rate of wheat in market were scored 5,
4, 3, 2 and 1 respectively.
In this study constraints and suggestion are measuring in percentage.
~ 26 ~
Response from each respondent against each item was recorded.
Total utilization scores of respondent for each component was calculated by
adding scores together obtained by her against all items. This score was
converted in to utilization index by using the following formula as
Score obtained by the respondentUtilization index = ------------------------------------------------------- x 100
Maximum obtainable score
On the basis of maximum and minimum scores obtained by the
respondents they were categorized in to following three categories:-
S. N. Categories Weightage
1. Low 1
2. Medium 2
3. High 3
Validity and reliability of data:
Validity refers to whether the data collection instruments measures
what it is supposed to measure.
Validity of the interview schedule for this study was maximized by
taking the following steps:
i. The interview schedule was thoroughly discussed with the members of
the advisory committee and scientists and their suggestions were
incorporated.
ii. Pre-testing of the interview schedule provided an additional check for
improving the instrument.
iii. The relevance of each question in terms of the objectives was used
carefully.The reliability of an interview schedule refers to its
consistency. It was observed properly that the interview schedule had
reliability before it was used as a data collection instrument.
~ 27 ~
5. Sources of data collection
The following sources were used for the purpose of data collection.
(i) Primary data
The researcher collected the primary data personally by interviewing
the selected respondents with the help of structured and pre-tested interviews
schedule.
(ii) Secondary data
The secondary data were obtained from the various government offices
and publications.
6. Method of data collection
An interview schedule was designed for collecting the relevant
information of selected variables. The data were collected personally with the
help of pre tested interview schedule on dairy farming. The researcher
personally contacted the respondents. They were assured that the information
given by them would be kept confidential and it would only be used for the
academic purposes.
7. Statistical analysis of data
Data collected were qualitative as well as quantitative. The quantitative
data were interpreted in terms of percentage and qualitative data were
tabulated on the basis of approved categorization method as described
earlier, the following statistical techniques were used in the study.
Chi-square testThe association of different attributes of the respondents with their
performance of dairy enterprise was tested by chi-square test (2). For this
purpose the following formula was used.
Ei
EiiO 22 )(
With d.f. (r - 1) (c - 1)
Where,
Oi = observed frequency
Ei = Expected frequency
~ 28 ~
2
2
NC
= Summation over all differences
r = Number of rows
c= Number of columns
d.f. = Degree of freedom
The extent of association was calculated by using
Pearson’s contingency coefficient ‘C’ formula
Where,2 : Value of chi-square
N: total number of observation
C: Co-efficient of association
For practical explanation of the extent of association, the
contingency co-efficient of association values were interpreted as -
i) To 0.20 (negligible association)
ii) 0.21 to 0.40 (fair association)
iii) 0.41 to 0.60 (good association)
iv) Above 0.60 (excellent association)
Correlation Analysis:The relationship of selected independent variables with dependent
variable will be ascertained with the help of person`s product moment
correlation coefficient. The value of correlation coefficient will be worked out
by using the following formula.
)()((
).(
yVxV
YXCOVrxy
Where,
rxy = Correlation coefficient between x and y.
COV (X.Y) = Co-variance between x and y
V(x) = Variance of x and V(y) = Variance of y.
~ 29 ~
8. Hypotheses
On the basis of objectives and variables incorporated the study, thefollowing null hypotheses were formulated for the study.
1) There is no association between age of the respondents and their
extent of utilization of ICTs.
2) There is no association between caste of the respondents and their
extent of utilization of ICTs.
3) There is no association between education of the respondents and
their extent of utilization of ICTs.
4) There is no association between size of family of the respondents
and their extent of utilization of ICTs.
5) There is no association between land holding of the respondents
and their extent of utilization of ICTs.
6) There is no association between social participation use of the
respondents and their extent of utilization of ICTs.
7) There is no association between farming experience of the
respondents and their extent of utilization of ICTs.
8) There is no association between annual income of the respondents
and their extent of utilization of ICTs.
9) There is no association between information seeking behavior of
the respondents and their extent of utilization of ICTs.
10) There is no association between extension contact of the
respondents and their extent of utilization of ICTs.
11) There is no association between achievement motivation of the
respondents and their extent of utilization of ICTs.
12) There is no association between scientific orientation of the
respondents and their extent of utilization of ICTs.
13) There is no association between innovativeness of the
respondents and their extent of utilization of ICTs .
~ 30 ~
RESULTS
This chapter deals with the analysis and interpretation of the data.
The data were collected from a sample of 120 respondents through a well
structured interview schedule. The data were processed and analyzed in
line with the objectives of the study.
This chapter has been presented under the following sections.1. To study the profile characteristics of the farmers.
2. To assess the extent of utilization of Information and Communication
Technologies (ICTs).
3. To study the relationship between profile characteristics and extent of
utilization of ICTs.
4. To identify the constraints faced by the respondents in utilization of
ICTs and provide suggestions to overcome them.
1. To study the profile characteristics of the farmers.
Table 4.1: Distribution of the respondents according to their age.
S. N. Age group Number ofrespondents
Percentage
1. Young(upto35) 41 34.17
2. Middle(36-50) 54 45.00
3. Old(Above50) 25 20.83
Total - 120 100
The data in Table 4.1 exhibit that out of 120 respondents, 45.00
percent belong to Middle age group, 34.17 percent were from young age
groups and only 20.83 percent were from old age group.
~ 31 ~
Table 4.2: Distribution of the respondents according to their caste.
S.N. Caste category Number of respondents Percentage
1. Schedule Caste 23 19.16
2. Schedule Tribe 29 24.17
3. OBC 41 34.17
4. General 27 22.50
Total 120 100
The data of Table 4.2 indicate that out of 120 respondents the
majority i.e. 34.17 percent belonged to OBC category, 24.17 percent were
found to be in schedule tribe category, 22.50 percent belonged to general
category and 19.16 percent were found to be in schedule caste category.
Table 4.3: Distribution of the respondents according to their levelof education.
S. No. Level of education Number ofrespondents
Percentage
1. Primary 21 17.50
2. Middle 29 24.17
3. High School 48 40.00
4. Graduates 22 18.33
Total - 120 100
The data of Table 4.3 indicate that out of 120 respondents, 40.00
percent were found to be in high school education group level, 24.17
percent had middle education level, 18.33 percent were educated up to
graduate’s level and remaining 17.50 percent were primary.
~ 32 ~
Table 4.4: Distribution of the respondents according to their size offamily.
S. N. Size of Family Number ofrespondents
Percentage
1. Small (up to 4 members) 35 29.17
2. Medium (5 to 7 members) 61 50.83
3. Big (Above 7 members) 24 20.00
Total - 120 100
The data of Table 4.4 reveals that out of 120 respondents, 50.83
percent indicate medium size of family, 29.17 percent small size of family,
while only 20.00 percent showed big family.
Table 4.5: Distribution of the respondents according to their landholding.
S. N. Land holding in ha. Number ofrespondents
Percentage
1. Small (up to 1 ha.) 36 30.00
2. Medium(1.1 to 2 ha.) 55 45.83
3. Big (above 2 ha.) 29 24.17
Total 120 100
The data in Table 4.5 depicts that out of the 120 respondents, 45.83
percent indicate medium land holding, 30.00 percent small land holding,
while only 24.17 percent showed big land holding.
~ 33 ~
Table 4.6: Distribution of the respondents according to their socialparticipation.
S.N. Categories Number ofrespondents
Percentage
1. Low(8- 15) 33 27.50
2. Medium(16-23) 56 46.67
3. High (above 23) 31 25.83
Total 120 100
The data in Table 4.6 depict that out of the 120 respondents the
majority i.e. 46.67 percent had medium social participation, 27.50 percent
had low social participation, while only 25.83 percent had high social
participation.
Table 4.7: Distribution of the respondents according to their farmingexperience.
S. N. farming experience Number ofrespondents
Percentage
1. Low (up to 5 years) 30 25.00
2. Medium (6-10 years) 58 48.33
3. High (Above 10 years) 32 26.67
Total 120 100
The data of Table 4.7 indicate that out of 120 respondents, 48.33
percent possessed medium farming experience, 26.67 percent high farming
experience and remaining 25.00 percent indicate low farming experience.
~ 34 ~
Table 4.8: Distribution of the respondents according to their annualincome.
S. No. Annual income Number ofrespondents
Percentage
1. Low (up to 50,000Rs.) 59 49.17
2. Medium (50,001 to 75,000Rs.) 35 29.17
3. High (Above 75,000Rs.) 26 21.66
Total 120 100
The data of Table 4.8 indicate that out of 120 respondents the majority
i.e. 49.17 percent showed low annual income, 29.17 percent medium
annual income and remaining 21.66 percent indicate high annual income.
Table 4.9: Distribution of the respondents according to theirinformation seeking behavior.
S. No. Information seekingbehavior
Number ofrespondents
Percentage
1. Low (up to 6 score) 28 23.33
2. Medium (7 to10 ) 36 30.00
3. High (Above 10scores) 56 46.67
Total 120 100
The data in the Table 4.9 show that out of 120 respondents, 46.67
percent indicate high information seeking behavior, 30.00 percent showed
medium information seeking behavior while 23.33 percent indicate low
information seeking behavior.
~ 35 ~
Table 4.10: Distribution of the respondents according to theirextension contact.
S. N. Extension contact Number ofrespondents
Percentage
1. Low (8- 10) 32 26.66
2. Medium (11-13) 53 44.17
3. High (above 13) 35 29.17
Total 120 100
The data of Table 4.10 indicate that out of 120 respondents the 44.17
percent indicate medium extension contact, 29.17 percent high extension
contact and remaining 26.66 percent showed low extension contact.
Table 4.11: Distribution of the respondents according to theirachievement motivation.
S. No. Achievementmotivation
Number ofrespondents
Percentage
1. Low (9-13) 34 28.33
2. Medium (14-15) 51 42.50
3. High (above 15) 35 29.17
Total 120 100
Table 4.11 indicates that 42.50 percent respondents indicate
medium achievement motivation, 29.17 percent high achievement
motivation while only 28.33 percent showed low achievement motivation.
~ 36 ~
Table 4.12: Distribution of the respondents according to theirscientific orientation.
S. No. Scientific orientation Number ofrespondents
Percentage
1. Low (up to 18 score) 52 43.33
2. Medium (19 to 21) 37 30.84
3. High (Above 21 Scores) 31 25.83
Total 120 100
The data in the Table 4.12 revealed that out of 120 respondents, 43.33
percent indicate low scientific orientation, 30.84 percent medium scientific
orientation while only 25.83 percent showed high scientific orientation.
Table 4.13: Distribution of the respondents according to theirinnovativeness.
S. No. Innovativeness Number ofrespondents
Percentage
1. Low (11-18) 59 49.17
2. Medium (19-26) 34 28.33
3. High (about 26) 27 22.50
Total 120 100
The data in the Table 4.13 show that out of 120 respondents, 49.17
percent were low innovativeness, 28.88 percent medium innovativeness
while 22.50 percent were in high innovativeness.
~ 37 ~
2. To assess the extent of utilization of Information andCommunication Technologies (ICTs).
(A)Utilization of messages on different aspects by the respondentsobtained through mobile phone message .
Different kind of messages concerning to different aspects have
been delivered to the respondents through mobile phone message. The
utilization of messages of each aspect have been presented in the Table
4.14.
Table 4.14 Utilization of messages on different aspects by therespondents obtained through mobile phone message.
S.N. Messages of differentaspect & wheat
information
TotalUtilization
score
Utilizationindex
%
Rank
1. Message provide the
different information
about wheat production
390 81.25 I
2. Level of wheat
production increasing
due to information of
message
260 54.16 III
3. Quality of wheat
increasing due to
information of message
220 45.83 IV
4. Message provide the
information to protect
the wheat from
infestation of insect
and pest
310 64.58 II
~ 38 ~
The data in the Table 4.14 indicate the utilization of the messages of
different aspects by the respondents namely message provide the different
information about wheat production, Level of wheat production increasing
due to information of message, Quality of wheat increasing due to
information of message and message provide the information to protect the
wheat from infestation of insect and pest. It was observed that utilization of
messages of the aspect message provide the different information about
wheat production was found to be maximum as indicating the utilization
index- 81.25% followed by message provide the information to protect the
wheat from infestation of insect and pest (utilization index- 64.58%), level
of wheat production is increased due to information of message (utilization
index- 54.16%) and quality of wheat is increased due to information of
message (utilization index- 45.83%).
(B)The utilization in respect the different fields of Mobile phonemessage on production technology of wheat.
The utilization in respect the different fields of mobile phone
message namely land preparation of sowing of wheat, method of sowing,
right time of seed sowing of wheat, actual quantity of seed sowing of
wheat, seed treatment , depth of seed sowing of wheat , use of improved
variety of seed , right time of irrigation in wheat field, weed control in wheat
field, use of manure in wheat field, use of fertilizer in wheat field,
information related to insect and disease control in wheat crop, insurance
scheme is related to wheat crop, information related to loan for wheat
production , information related to available selling rate of wheat in market
etc have also been assessed in the present study and presented in the
Table 4.15.
~ 39 ~
Table 4.15: The utilization in respect the different fields of mobilephone massage on production technology of wheat.
S.N.
Different field of productiontechnology of wheat
TotalUtilization
score
Utilizationindex
%
Rank
1. Land preparation of sowing of wheat 509 84.33 II
2. Method of sowing 494 82.33 IV
3. Right time of seed sowing of wheat 514 85.66 I
4. Actual quantity of seed sowing ofwheat
502 83.66 III
5. Seed treatment 480 80.00 VI
6. Depth of seed sowing of wheat 440 73.33 X
7. Use of improved variety of seed 477 79.50 VII
8. Right time of irrigation in wheat field 436 72.66 XI
9. Weed control in wheat field 488 81.33 V
10. Use of manure in wheat field 428 71.33 XII
11. Use of fertilizer in wheat field 443 73.83 IX
12. Information related to insect anddisease control in wheat crop
470 78.33 VIII
13. Insurance scheme is related towheat crop
394 65.66 XIII
14. Information related to loan for wheatproduction
333 55.50 XV
15. Information related to availableselling rate of wheat in market
375 62.50 XIV
~ 40 ~
The data in ten Table 4.15 indicate that utilization index of different
fields of the programme as perceived by the respondents. It was found that
the field right time of seed sowing of wheat had the highest utilization index
(85.66%), followed by land preparation of sowing of wheat (utilization index-
84.33%), actual quantity of seed sowing of wheat (utilization index-
83.66%), method of sowing (utilization index- 82.33%), weed control in
wheat field (utilization index- 81.33%), seed treatment (utilization index-
80.00%), use of improved variety of seed (utilization index- 79.50%),
information related to insect and disease control in wheat crop (utilization
index- 78.33%), use of fertilizer in wheat field (utilization index- 73.83%),
depth of seed sowing of wheat (utilization index- 73.33%), right time of
irrigation in wheat field (utilization index- 72.66%), use of manure in wheat
field (utilization index- 71.33%), insurance scheme is related to wheat crop
(utilization index- 65.66%), information related to available selling rate of
wheat in market (utilization index- 62.50%), and information related to loan
for wheat production (utilization index- 55.50%).
Table 4.16 Distribution of the respondents according to their extent ofutilization of ICTs.
S. No. Category Number ofrespondents
Percentage
1. Low 26 21.67
2. Medium 52 43.33
3. High 42 35.00
Total 120 100
Table 4.16 Indicates that the majority of the respondents i.e. 43.33
percent indicate medium extent of utilization of ICTs. followed by 35.00
percent high extent of utilization of ICTs. It is evident from the data that
21.67 percent respondents showed low extent of utilization of ICTs.
.
~ 41 ~
3. To study the relationship between profile characteristics andextent of utilization of ICTs.
Table 4.17: Association between age of the respondents and extentof utilization of ICTs.
Age
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Young 12 29.28 16 39.02 13 31.70 41 34.17
Middle 8 14.81 28 51.86 18 33.33 54 45.00
Old 6 24.00 8 32.00 11 44.00 25 20.83
Total 26 52 42 120 100
2 = 4.89 non significant at 5% level with 4 d.f.
Table 4.17 shows that out of 41 respondents who were from young
age group, 39.02 percent showed medium extent of utilization of ICTs,
31.70 percent high extent of utilization of ICTs and only 29.28 percent
indicated low extent of utilization of ICTs.
Out of 54 respondents from the middle age group, 51.86 percent
indicated medium extent of utilization of ICTs, 33.33 percent high extent of
utilization of ICTs where as only 14.81 low extent of utilization of ICTs.
Similarly, out of 25 respondents from the old age group, 44.00
percent showed high extent of utilization of ICTs, 32.00 percent medium
extent of utilization of ICTs whereas only 24.00 percent indicated low extent
of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value 4.89
was found to be non significant at 4 d.f. and 5% level of non significance.
Hence, the null hypothesis was accepted and it could be concluded
that there was no significant association between age and extent of
utilization of ICTs.
~ 42 ~
Table 4.18: Association between caste of the respondents andextent of utilization of ICT.
Caste
Extent of utilization of ICTsTotal
Low Medium High
No. % No. % No. % No. %
Schedule
Caste
8 34.78 10 43.49 5 21.73 23 19.16
Schedule
Tribe
7 24.13 13 44.84 9 31.03 29 24.17
O.B.C. 6 14.63 19 46.35 16 39.02 41 34.17
General 5 18.52 10 37.04 12 44.44 27 22.5
Total 26 52 42 120 100
2 = 6.06, non significant at 5% level with 6 d.f.
Table 4.18 shows that out of 23 respondents who belonged to
schedule caste category, the majority i.e. 43.49 percent had medium extent
of utilization of ICTs, 34.78 percent had low extent of utilization of ICTs and
only 21.73 percent showed high extent of utilization of ICTs.
Out of 29 respondents belonging to the schedule tribe category, the
majority i.e. 44.84 percent had medium extent of utilization of ICTs, 31.03
percent had high extent of utilization of ICTs whereas only 24.13 percent
had low extent of utilization of ICTs.
As regards 41 respondents who belonged to OBC caste, the majority
i.e. 46.35 percent had medium extent of utilization of ICTs, 39.02 percent
had high extent of utilization of ICTs where as only 14.63 had low extent of
utilization of ICTs.
Out of 27 respondents who belonged to general caste category, the
majority i.e. 44.44 percent had high extent of utilization of ICTs, 37.04
~ 43 ~
percent had medium extent of utilization of ICTs where as only 18.52 had
low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value 6.06
was found to be non significant at 6 d.f. and 5 percent level.
Hence the null hypothesis may be accepted and it could be
concluded that there was non-significant association between caste and
extent of utilization of ICTs.
Table 4.19: Association between education of the respondents andextent of utilization of ICTs.
Education
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Primary 8 38.09 6 28.58 7 33.33 21 17.50
Middle 7 24.13 12 41.38 10 34.49 29 24.17
High School 6 12.5 28 58.33 14 29.17 48 40.00
Graduates 5 22.73 6 27.27 11 50.00 22 18.33
Total 26 52 42 120 100
2 = 11.32, significant at 5% level with 6 d.f.
Table 4.19 shows that out of 21 respondents who were from primary
education category, 38.09 percent showed low extent of utilization of ICTs,
33.33 percent high extent of utilization of ICTs, and only 28.58 percent
indicated medium extent of utilization of ICTs.
Out of 29 respondents from the middle education category, 41.38
percent indicated medium extent of utilization of ICTs, 34.49 percent
showed high extent of utilization of ICTs whereas 24.13 percent showed
low extent of utilization of ICTs.
Similarly, out of 48 respondents educated had high school, 58.33
percent indicated medium extent of utilization of ICTs, 29.17 percent
showed high extent of utilization of ICTs and only 12.50 percent showed
low extent of utilization of ICTs.
~ 44 ~
Out of 22 respondents educated up to the graduate’s education, 50.00
percent showed high extent of utilization of ICTs, 27.27 percent indicated
medium extent of utilization of ICTs and only 22.73 percent had low extent
of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
11.32 was found to be significant at 6 d.f. and 5% level of significance.
Hence, the null hypothesis was rejected. The value of coefficient of
association 0.29 also indicates a fair association between education and
extent of utilization of ICTs.
Table 4.20: Association between size of family of the respondentsand extent of utilization of ICTs.
Sizeof family
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Small 9 25.71 19 54.29 7 20.00 35 29.17
Medium 12 19.68 25 40.98 24 39.34 61 50.83
Big 6 20.83 8 33.33 11 45.84 24 20.00
Total 26 52 42 120 100
2 = 5.37, non significant at 5% level with 4 d.f.
Table 4.20 depicts that out of 35 respondents who had small size of
family, 54.29 percent showed medium extent of utilization of ICTs, 25.71
percent low extent of utilization of ICTs, and 20.00 percent indicated high
extent of utilization of ICTs.
Out of 61 respondents who had medium size of family, 40.98 percent
indicated medium extent of utilization of ICTs, 39.34 percent showed high
extent of utilization of ICTs whereas 19.68 percent showed low extent of
utilization of ICTs.
As regards 24 respondents who had big size of family, 45.84 percent
showed high extent of utilization of ICTs, 33.33 percent showed medium
extent of utilization of ICTs whereas 20.83 percent indicated low extent of
utilization of ICTs.
~ 45 ~
When the 2 test was applied to the data the calculated 2 value 5.37
was found to be non significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be accepted and it could be
concluded that there was no significant association between size of family
and extent of utilization of ICTs.
Table 4.21: Association between land holding of the respondents andextent of utilization of ICTs .
Landholding
Extent of utilization of ICTs.Total
Low Medium HighNo. % No. % No. % No. %
Small 11 30.55 13 36.12 12 33.33 36 30.00
Medium 10 18.18 31 56.36 14 25.46 55 45.83
Big 5 17.24 8 27.59 16 55.17 29 24.17
Total 26 52 42 120 100
2 = 10.93, significant at 5% level with 4 d.f.
Table 4.21 depicts that out of 36 respondents who had small land
holding, 36.12 percent showed medium extent of utilization of ICTs, 33.33
percent high extent of utilization of ICTs, and only 30.55 percent indicated
high extent of utilization of ICTs.
Out of 55 respondents who had medium land holding, 56.36 percent
showed medium extent of utilization of ICTs, 25.46 percent indicated high
extent of utilization of ICTs whereas 18.18 percent showed low extent of
utilization of ICTs.
As regards 29 respondents who had big land holding, 55.17 percent
indicated high extent of utilization of ICTs, 27.59 percent showed medium
extent of utilization of ICTs whereas only 17.24 percent showed low extent
of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
10.93 was found to be significant at 4 d.f. and 5% level of significance.
~ 46 ~
Hence the null hypothesis may be rejected. The value of coefficient
of association 0.28 indicates a fair association between land holding and
extent of utilization of ICTs.
Table 4.22: Association between social participation of therespondents and extent of utilization of ICT.
Socialparticipation
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 9 27.28 14 42.42 10 30.30 33 27.5
Medium 12 21.42 26 46.43 18 32.14 56 46.67
High 5 16.13 12 38.70 14 45.17 31 25.83
Total 26 52 42 120 100
2 = 2.47, non significant at 5% level with 4 d.f.
In the present study data from table 4.22 show that out of 33
respondents who had low social participation 42.42 percent showed
medium extent of utilization of ICTs, 30.30 percent high extent of utilization
of ICTs whereas only 27.28 percent indicated low extent of utilization of
ICTs.
Out of 56 respondents who had medium social participation, 46.43
percent showed medium extent of utilization of ICTs, 32.14 percent showed
high extent of utilization of ICTs whereas only 21.42 percent indicated low
extent of utilization of ICTs.
Similarly out of 31 respondents who had high , 45.17 percent
indicated high extent of utilization of ICTs, 38.70 percent showed medium
extent of utilization of ICTs whereas only 16.13 percent showed low extent
of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value 2.47
was found to be non significant at 4 d.f. and 5% level of non significance.
Hence, the null hypothesis was accepted and it could be concluded
that there was no significant association between social participation and
extent of utilization of ICTs.
~ 47 ~
Table 4.23: Association between farming experience of therespondents and extent of utilization of ICT.
Farmingexperience
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 11 36.67 9 30.00 10 33.33 30 25.00
Medium 10 17.24 33 56.89 15 25.87 58 48.33
High 5 15.62 10 31.26 17 53.12 32 26.67
Total 26 52 42 120 100
2 = 13.34, significant at 5% level with 4 d.f.
The data of Table 4.23 show that out of 30 respondents who had low
farming experience, 36.67 percent showed low extent of utilization of ICTs,
33.33 percent high extent of utilization of ICTs, whereas only 30.00 percent
indicated medium extent of utilization of ICTs.
Out of 58 respondents who had medium farming experience, 56.89
percent showed medium extent of utilization of ICTs, 25.87 percent high
indicated extent of utilization of ICTs whereas 17.24 percent showed low
extent of utilization of ICTs.
In case of 32 respondents who had high dairy experience, 53.12
percent indicated high extent of utilization of ICTs, 31.26 percent showed
medium extent of utilization of ICTs whereas only 15.62 percent showed
low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
13.34 was found to be significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be rejected. The value of coefficient
of association 0.31 indicates a fair association between farming experience
and extent of utilization of ICTs.
~ 48 ~
Table 4.24: Association between annual income of the respondentsand extent of utilization of ICT.
AnnualIncome
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 14 23.73 31 52.54 14 23.73 59 49.17
Medium 7 20.00 15 42.86 13 37.14 35 29.17
High 5 15.39 6 26.92 15 57.69 26 21.66
Total 26 52 42 120 100
2 = 9.8, significant at 5% level with 4 d.f.
The data of Table 4.24 shows that out of 59 respondents who had
low annual income, 52.54 percent showed medium extent of utilization of
ICTs, 23.73 percent high extent of utilization of ICTs, whereas only 23.73
percent indicated low extent of utilization of ICTs.
Out of 35 respondents who had medium annual income, 42.86
percent indicated medium extent of utilization of ICTs. 37.14 percent
showed high extent of utilization of ICTs whereas 20.00 percent showed
low extent of utilization of ICTs.
In case of 26 respondents who had high annual income, 57.69
percent indicated high extent of utilization of ICTs, 26.92 percent showed
medium extent of utilization of ICTs whereas only 15.59 percent showed
low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value 9.84
was found to be significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be rejected. The value of coefficient
of association 0.27 indicates a fair association between annual income and
extent of utilization of ICTs.
~ 49 ~
Table 4.25: Association between information seeking behavior of therespondents and extent of utilization of ICT.
Information seekingbehavior
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 13 46.43 9 32.15 6 21.42 28 23.33
Medium 6 16.66 19 52.78 11 30.56 36 30.00
High 7 12.50 24 42.86 25 44.64 56 46.67
Total 26 52 42 120 100
2 = 15.2 significant at 5% level with 4 d.f.
Table 4.25 reveals that out of 28 respondents, who had low
information seeking behavior, 46.43 percent showed low extent of utilization
of ICTs, 32.15 percent medium extent of utilization of ICTs, and 21.42
percent indicated high extent of utilization of ICTs.
Out of 36 respondents who had medium information seeking
behavior, 52.78 percent indicated medium extent of utilization of ICTs,
30.56 percent showed high extent of utilization of ICTs whereas 16.66
percent indicated low extent of utilization of ICTs.
Out of 56 respondents who had high information seeking behavior,
44.64 percent showed high extent of utilization of ICTs, 42.86 percent
showed medium extent of utilization of ICTs whereas only 12.50 percent
indicated low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value 15.2
was found to be significant at 4 d.f. and 5% level of significance.
Hence the null hypothesis may be rejected. The value of coefficient
of association 0.33 indicates a fair association between information seeking
behavior and extent of utilization of ICTs.
~ 50 ~
Table 4.26: Association between extension contact the respondentsand extent of utilization of ICT.
Extension contact
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 12 37.50 10 31.25 10 31.25 32 26.66
Medium 9 16.98 33 62.27 11 20.75 53 44.17
High 5 14.29 9 25.71 21 60.00 35 29.17
Total 26 52 42 120 100
2 = 21.94, significant at 5% level with 4 d.f.
Table 4.26 show that out of 32 respondents who had low extension
contact, 37.50 percent showed low extent of utilization of ICTs, 31.25
percent medium extent of utilization of ICTs, and only 31.25 percent
indicated high extent of utilization of ICTs.
Out of 53 respondents who had medium extension contact, 62.27
percent indicated medium extent of utilization of ICTs, 20.75 percent
showed high extent of utilization of ICTs whereas 16.98 percent showed
low extent of utilization of ICTs.
Remaining 35 respondents who had high extension contact, 60.00
percent indicated high extent of utilization of ICTs 25.71 percent showed
medium extent of utilization of ICTs, whereas only 14.29 percent showed
low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
21.94 was found to be significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be rejected. The value of coefficient
of association 0.39 indicates a fair association between extension contact
and extent of utilization of ICTs.
~ 51 ~
Table 4.27: Association between achievement motivation of therespondents and extent of utilization of ICT.
Achievementmotivation
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 12 35.29 14 41.18 8 23.53 34 28.33
Medium 9 17.65 27 52.94 15 29.41 51 42.50
High 5 14.28 11 31.44 19 54.28 35 29.17
Total 26 52 42 120 100
2 = 11.89, Significant at 5% level with 4 d.f.
The data from table 4.27 revealed that out of 34 respondents who
had low achievement motivation, 41.18 percent showed medium extent of
utilization of ICTs, 35.29 percent low extent of utilization of ICTs whereas
only 23.53 percent indicated high extent of utilization of ICTs.
Out of 51 respondents who had medium achievement, 52.94
percent showed medium extent of utilization of ICTs, 29.41 percent showed
high extent of utilization of ICTs whereas only 17.65 percent indicated low
extent of utilization of ICTs.
Similarly out of 35 respondents who had high achievement
motivation, 54.28 percent showed high extent of utilization of ICTs, 31.44
percent indicated medium extent of utilization of ICTs whereas only 14.28
percent showed low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
11.89 was found to be significant at 4 d.f. and 5% level of significance.
Hence the null hypothesis may be rejected. The value of coefficient
of association 0.30 indicates a fair association between achievement
motivation and extent of utilization of ICTs.
~ 52 ~
Table 4.28: Association between scientific orientation of therespondents and extent of utilization of ICT.
Scientificorientation
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 15 28.84 21 40.38 16 30.78 52 43.33
Medium 6 16.22 22 59.46 9 24.32 37 30.84
High 5 16.13 9 29.03 17 54.84 31 25.83
Total 28 51 41 120 100
2 = 10.89, significant at 5% level with 4 d.f.
Table 4.28 shows that out of 52 respondents who had low scientific
orientation, 40.38 percent showed medium extent of utilization of ICTs,
30.78 percent high extent of utilization of ICTs, whereas only 28.84 percent
indicated low extent of utilization of ICTs.
Out of 37 respondents who had medium scientific orientation, 59.46
percent showed medium extent of utilization of ICTs, 24.32 percent showed
high extent of utilization of ICTs whereas only 16.22 percent indicated low
extent of utilization of ICTs.
In case of 31 respondents who had high scientific orientation, 54.84
percent indicated high extent of utilization of ICTs, 29.03 percent showed
medium extent of utilization of ICTs whereas only 16.13 percent showed
low extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
10.89 was found to be significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be rejected. The value of coefficient
of association 0.28 indicates a fair association between scientific orientation
and extent of utilization of ICTs.
~ 53 ~
Table 4.29: Association between innovativeness of the respondentsand extent of utilization of ICT.
Innovativeness
Extent of utilization of ICTs.Total
Low Medium High
No. % No. % No. % No. %
Low 12 20.33 34 57.64 13 22.03 59 49.17
Medium 9 26.47 13 38.24 12 35.29 34 28.33
High 5 18.52 5 18.52 17 62.96 27 22.50
Total 28 51 41 120 100
2 = 16.19 significant at 5% level with 4 d.f.
Table 4.29 shows that out of 59 respondents who had low
innovativeness, 57.64 percent showed medium extent of utilization of ICTs,
22.03 percent high extent of utilization of ICTs whereas only 20.33 percent
indicated low extent of utilization of ICTs.
Out of 34 respondents who had medium innovativeness, 38.24
percent showed medium extent of utilization of ICTs, 35.29 percent showed
high extent of utilization of ICTs whereas only 26.47 percent showed low
extent of utilization of ICTs.
In case of 27 respondents who had high innovativeness, 62.96
percent indicated high extent of utilization of ICTs, 18.52 percent showed
medium extent of utilization of ICTs whereas 18.52 percent showed low
extent of utilization of ICTs.
When the 2 test was applied to the data the calculated 2 value
16.19 was found to be significant at 4 d.f. and 5% level of significance.
Hence, the null hypothesis may be rejected. The value of coefficient
of association 0.34 indicates a fair association between innovativeness and
extent of utilization of ICTs.
~ 54 ~
Summary Sheet
Table- 4.30: Association between profile characteristics of thefarmers and their extent of utilization of ICTs.
S. N. Characteristics 2
Value
d. f. C d.a.
1 Age 4.89NS 4 0.19 Negligible
2 Caste 6.06NS 6 0.21 Negligible
3 Education 11.32* 6 0.29 Fair
4 Size of family 5.37NS 4 0.20 Negligible
5 Land holding 10.93* 4 0.28 Fair
6 Social participation 2.47NS 4 0.14 Negligible
7 Farming experience 13.34* 4 0.31 Fair
8 Annual income 9.84* 4 0.27 Fair
9 Information seeking
behavior
15.2* 4 0.33 Fair
10 Extension contact 21.94* 4 0.39 Fair
11 Achievement
motivation
11.89* 4 0.30 Fair
12 Scientific orientation 10.89* 4 0.28 Fair
13 Innovativeness 16.19* 4 0.34 Fair
Significant at 5% level with 4 d.f & 6 d.f.
~ 55 ~
Table 4.31: Correlations between profile characteristics of thefarmers and their extent of utilization of ICTs .
S. No. Characteristics Co-relation coefficient
1. Age -0.11
2. Caste -0.13
3. Education 0.27*
4. Size of family -0.12
5. Land holding 0.25*
6. Social participation -0.09
7. Farming experience 0.29*
8. Annual income 0.23*
9. Information seeking behavior 0.30*
10. Extension contact 0.34*
11. Achievement motivation 0.28*
12. Scientific orientation 0.24*
13. Innovativeness 0.32*
*Significant at 5% level of probability
Table 4.31 depicts the co-relation coefficient values indicating the
relationship of profile characteristics of the farmers and their extent of
utilization of ICTs .The data indicate that the characteristics of the
respondents namely education, land holding, farming experience, annual
income, information seeking behavior, extension contact, achievement
motivation, scientific orientation and innovativeness had significant
relationship with extent of utilization of ICTs of respondents at 0.05 level of
probability. The result also depict that the characteristics namely age,
caste, size of family and social participation had no relationship with extent
of utilization of ICTs of respondents.
~ 56 ~
4. (A) Constraints faced by the respondents in utilization of ICTs.The respondents were asked to express the constraints faced by the
farmers in using mobile phone message techniques. The major problems
faced by them have been presented in Table 4.32
Table 4.32: Constraints faced by the respondents in utilization ofICTs.
S.N. Constraints No. of
Respondents
% Rank
1. Problems related to network
of cell phone
76 63.33 II
2. Problems related to content of
message
67 55.83 IV
3. Lack of information about
availability of resources /
inputs
65 54.17 V
4. Untimely delivery of message 56 46.67 VIII
5. Problems related to language 73 60.83 III
6. Non- availability of KMS
related literature
51 42.50 X
7. Lack of extension activities 61 50.83 VII
8. Use of complex words 79 65.83 I
9. Short duration supply or
insufficient availability of
electricity
62 51.67 VI
10. Application of message in
fields are too much expensive
52 43.33 IX
~ 57 ~
The major constraints experienced by the respondents were
arranged in descending order on the basis of rank order as use of complex
words (65.83%), problems related to network of cell phone (63.33%),
problems related to language (60.83%), problems related to content of
message (55.83%), lack of information about availability of resources /
inputs (54.17%), short duration supply or insufficient availability of electricity
(51.67%), lack of extension activities (50.83%), untimely delivery of
message (46.67%), application of message in fields are too much
expensive (43.33%). non- availability of mobile phone message related
literature (42.50%),
4. (B) Provide suggestions to the respondent in utilization of ICTs.
The farmers were asked to offer suggestions for enhancing its utility
and applicability for agricultural and allied technology through Mobile phone
message. Out of many suggestions offered by them the important
suggestions surfaced have been presented in the Table 4.33
Table 4.33: Provide suggestions to the respondent in utilization ofICTs.
S.N. Suggestions No. ofRespondents
% Rank
1. Use of local & familiar words in
messages
73 60.83 II
2. Local needs & preference for
the messages should be
considered
85 70.83 I
3. Economics of techniques
delivered through message
should be highlighted
62 51.66 III
4. Qualified & well – motivated
staff to serve as an interface
51 42.50 VI
5. Location specific research &
data based information should
be provided
41 34.17 VIII
~ 58 ~
S.N. Suggestions No. ofRespondents
% Rank
6. Information regarding
resources/ inputs availability
should also be provided
43 35.83 VII
7. To improve coverage
&efficiency of agricultural
information delivery systems
59 49.16 IV
8. Mobile short messaging
services(SMS)
56 46.66 V
The important suggestions offered by the respondent for enhancing their
profitability for mobile phone message have been arranged in descending
order on the rank basis as local needs & preference for the messages
should be considered (70.83%), use of local & familiar words in messages
(60.83%), economics of techniques delivered through message should be
highlighted (51.66%), to improve coverage & efficiency of agricultural
information delivery systems (49.16%), mobile short messaging services
(SMS) (46.66%), qualified & well – motivated staff to serve as an interface
(42.50%), information regarding resources/ inputs availability should also
be provided (35.83%), location specific research & data based information
should be provided (34.17%), providing SMS in mobile in addition to voice
mail as it could be stored, followed & shared with fellow farmers (33.33%),
farmers–led extension & strengthening of public extension services
(31.66%).
~ 59 ~
DISCUSSION
The main findings of the study have been presented in line with the
objectives of the study. The details of the main findings are as under.
(A)To study the profile characteristics of the farmers
1. Out of 120 respondents i.e. 45.00 percent of the respondents were
from middle age group .This finding is in line with the findings of
Singh (2003) and Shaik (2008).
2. About 34.17 percent of the respondents were engaged in OBC
category.
3. More than one third of the total respondents i.e. 40.00 percent
were educated up to high education level category. The finding of
Sen (2008) is similar to the present finding.
4. More than 50 percent of the farmers i.e. 50.83 percent
respondents had medium size of family. Similar result was
reported by Oluwatayo (2011).
5. Out of 120 respondents i.e. 45.83 percent respondents had
medium land holding. Similar result was reported by Kanal (2005).
6. Among the total respondents i.e.46.67 percent were having
medium social participation.
7. Among the total respondents i.e. 48.33 percent were medium in
farming experience. Similar result was reported by Natikar (2001).
8. Less than 50respondents i.e. 49.17 percent were from low annual
income. Similar result was reported by Kumar et.al. (2011) and
Sunil kumar (2004).
9. Out of total respondents i.e. 46.67 percent respondents had high
information seeking behavior. This finding is in line with the
Krishnan (1997) and Vijay kumar (2001).
10.About 44.17 percent of the respondents were indicate medium
extension contact.
~ 60 ~
11.Less than 50 percent respondents i.e. 42.50 percent of the total
indicate medium level of achievement motivation.
12.About 43.33 percent respondents showed low level of scientific
orientation. Similar result was reported by Ram (2005).
13.Among the total respondents i.e. 49.17 percent indicate low level
of innovativeness.
(B)Utilization of mobile phone message in respect the different field bythe respondents.
1- It was observed that utilization of messages of the aspects by the
respondents namely message provide the different information about wheat
production, level of wheat production increasing due to information of
message, quality of wheat increasing due to information of message and
message provide the information to protect the wheat from infestation of insect
and pest. It was observed that utilization of messages of the aspect message
provide the different information about wheat production was found to be
maximum as indicating the utilization index- 81.25% followed by message
provide the information to protect the wheat from infestation of insect and pest
(utilization index- 64.58%), level of wheat production is increased due to
information of message (utilization index- 54.16%) and quality of wheat is
increased due to information of message (utilization index- 45.83%).
This finding gets the support from the work of Dix singh et al. (2013) and
Rita (2009).
2- It was found that the field right time of seed sowing of wheat had the
highest utilization index (85.66%), followed by land preparation of sowing of
wheat (utilization index- 84.33%), actual quantity of seed sowing of wheat
(utilization index- 83.66%), method of sowing (utilization index- 82.33%), weed
control in wheat field (utilization index- 81.33%), seed treatment (utilization
index- 80.00%), use of improved variety of seed (utilization index- 79.50%),
information related to insect and disease control in wheat crop (utilization
index- 78.33%), use of fertilizer in wheat field (utilization index- 73.83%), depth
of seed sowing of wheat (utilization index- 73.33%), right time of irrigation in
wheat field (utilization index- 72.66%), use of manure in wheat field (utilization
~ 61 ~
index- 71.33%), insurance scheme is related to wheat crop (utilization index-
65.66%), information related to available selling rate of wheat in market
(utilization index- 62.50%), and information related to loan for wheat production
(utilization index- 55.50%).
This finding gets the support from the work of Banmeke et al. (2008) and
Narasimha & pushpa (2009).
3- Out of 120 respondents i.e. 43.33 percent indicate medium extent of
utilization of ICTs. Followed by 35.00 percent high extent of utilization of ICTs.
It is evident from the data that 21.67 percent respondents showed low extent of
utilization of ICTs.
(C) (a) The Association between profile characteristics of the farmersand their extent of utilization of ICTs.
It was found that the association between profile characteristics of
the farmers and their extent of utilization of ICTs. These are characteristics of
the respondents namely education, land holding, farming experience, annual
income, information seeking behavior, extension contact, achievement
motivation, scientific orientation and innovativeness had significant relationship
with extent of utilization of ICTs of respondents at 0.05 level with 4d.f.& 6d.f.
The result also depict that the characteristics namely age, caste, size of family
and social participation had no significant with extent of utilization of ICTs of
respondents.
This finding gets the support from the work of Meena Bigai (2001) and
Chouhan (2009).
(b) Correlations between profile characteristics of the farmers andtheir extent of utilization of ICTs.
The study indicated that the characteristics of the respondents namely
education, land holding, farming experience, annual income, information
seeking behavior, extension contact, achievement motivation, scientific
orientation and innovativeness had significant relationship with extent of
utilization of ICTs of respondents at 0.05 level of probability. The result also
depict that the characteristics namely age, caste , social participation and size
of family had no relationship with extent of utilization of ICTs of respondents.
~ 62 ~
(D) Constraints faced by the respondents in utilization of ICTs.Constraints experienced by the respondents as arranged in descending
order on the basis of rank order as use of complex words (65.83%) problems
related to network of cell phone (63.33%), problems related to language
(60.83%), problems related to content of message (55.83%), lack of information
about availability of resources / inputs (54.17%), short duration supply or
insufficient availability of electricity (51.67%), lack of extension activities
(50.83%), untimely delivery of message (46.67%), application of message in
fields are too much expensive (43.33%). Non- availability of mobile phone
message related literature (42.50%).
This finding gets the support from the work of Patil et al. (2008) ,Lohar
&Kunvar (2008) and Gawande et al. (2009).
(E) Provide suggestions to the respondent in utilization of ICTs.
Suggestions offered by the respondent for enhancing their profitability
for mobile phone message have been arranged in descending order on the
rank basis as local needs & preference for the messages should be considered
(70.83%), use of local & familiar words in messages (60.83%), economics of
techniques delivered through message should be highlighted (51.66%), to
improve coverage & efficiency of agricultural information delivery systems
(49.16%), mobile short messaging services (SMS) (46.66%), qualified & well –
motivated staff to serve as an interface (42.50%), information regarding
resources/ inputs availability should also be provided (35.83%), location
specific research & data based information should be provided (34.17%),
providing SMS in mobile in addition to voice mail as it could be stored, followed
& shared with fellow farmers (33.33%), farmers–led extension & strengthening
of public extension services (31.66%).
This finding gets the support from the work of Adhiguru et al. (2009) and
Das et al. (2011).
~ 63 ~
SUMMARY, CONCLUSIONS & SUGGESTIONS FOR FUTUREWORK
6.1 SUMMARY
Information Communication Technologies (ICT) are widely found as
important resources for socio- economic development. Information technologies
(IT) has been described as the acquisition, processing, storage and
dissemination of vocal, pictorial, textual and numeric information by a micro
electronics based to a combination of computers and telecommunication. In the
past few years, the usefulness of Information Communication Technologies
(ICTS) especially, Internet and cell phone has been felt in agriculture sector to
bridge the gap between scientific recommendation and its application by the
farmers.
mobile phone message has been considered as such a communication
approach by which short message services is being provided by the SMS
through ATMA. Madhya Pradesh has population of about 7 crores, out of which
90 lakhs are mobile phone user . Main features of mobile phone message are
multi language support (16 language), long SMS facility (160 characters) and
sending of 2 SMS in a week based on urgent local needs covering all important
field like crop production, horticulture, plant protection & animal science, etc.
This service is one such initiative of ICT which provides location-
specific and crop-specific farm advisory services and facilities to the farming
community in a particular area. It was launched 2007 by J.N.K.V.V.in
Chhindwara District of Madhya Pradesh and was extended in different districts by
J.N.K.V.V. Jabalpur through Krishi Vigyan Kendra,s (KVKS) in October 2008.
Presently the mobile phone message is becoming the largest ICT initiative in
~ 64 ~
Madhya Pradesh by providing need based and regular farm advisory services to
the farmers in shortest time. The mobile phone message delivers real-time based
agricultural information and customized knowledge to improve farmers’ decision
making ability so that they may enable to increase their production and
productivity, better aligning the farm output to market demands, securing better
quality and improved price recovery.
ATMA started mobile phone message in Jan. 2014 under ICT as for
providing location specific and problem oriented, information to farming
community. The major problem of the district Rewa is low efficiency of existing
rural information delivery system and short fall of field staff in Department of
Agriculture. As a result overburden exists in all time and performance in this
regard was poor. In order to overcome the above mentioned problem ICT has
played a vital role in spreading the desired information to the farming community,
at proper time. Based on the above circumstances and important role played by
information & communication technology (ICT) the present study was undertaken
and entitled as “Studies on utilization of Information and Communication
Technologies (ICTS) for selected crop in Rewa District of (M.P.).”
has been undertaken with the following objectives.
1) To study the profile characteristics of the farmers.
2) To assess the extent of utilization of Information and Communication
Technologies (ICTs).
3) To study the relationship between profile characteristics and extent of
utilization of ICTs.
4) To identify the constraints faced by the respondents in utilization of ICTs and
provide suggestions to overcome them.
~ 65 ~
Methodology
Selection of block
The Rewa block of Rewa District was selected purposely since a
total maximum concentration of mobile phone message total number of
registered users as compared to other blocks.
Selection of villages
From Rewa block, the five villages namely Tikar, Sahiiana, Baijnath,
Sumeda and Naikin were selected on the basis of higher number of (50%)
registered users of mobile phone message utilized.
Selection of the respondents
The Mobile Phone message users from each selected village were
selected through proportionate random sampling method. Finally the sample
consisted of 120 respondents.
Independent variables
Age, caste, education, size of family, land holding, social participation,
farming experience, annual income, information seeking behavior, extension
contact, achievement motivation, scientific orientation and innovativeness
Dependent variables
Extent of Use of ICTs in selected crop by the respondents
~ 66 ~
6.2 CONCLUSION
The conclusion of the present study are presented here on the basis of
objectives .
Independent VariableTo study the profile characteristics of the farmers.
1. Out of 120 respondents i.e. 45.00 percent of the respondents were
from middle age group.
2. About 34.17 percent of the respondents were engaged in OBC
category.
3. More than one third of the total respondents i.e. 40.00 percent were
educated up to high education level category.
4. More than 50 present of the farmers i.e. 50.83 percent respondents
had medium size of family.
5. Out of 120 respondents i.e. 45.83 percent respondents had medium
land holding.
6. Among the total respondents i.e.46.67 percent were having medium
social participation.
7. Among the total respondents i.e. 48.33 percent were medium in
farming experience.
8. Less than 50respondents i.e. 49.17 percent were from low annual
income.
9. Out of total respondents i.e. 46.67 percent respondents had high
information seeking behavior.
10.About 44.17 percent of the respondents were indicate medium
extension contact.
~ 67 ~
11.Less than 50 percent respondents i.e. 42.50 percent of the total
indicate medium level of achievement motivation.
12.About 43.33 percent respondents showed low level of scientific
orientation.
13.Among the total respondents i.e. 49.17 percent indicate low level of
innovativeness.
Independent Variable2). To assess the extent of utilization of Information andCommunication Technologies (ICTs).
1- It was observed that utilization of messages of the aspects by
the respondents namely message provide the different information about
wheat production, level of wheat production increasing due to information of
message, quality of wheat increasing due to information of message and
message provide the information to protect the wheat from infestation of
insect and pest. It was observed that utilization of messages of the aspect
message provide the different information about wheat production was found
to be maximum as indicating the utilization index- 81.25% followed by
message provide the information to protect the wheat from infestation of
insect and pest (utilization index- 64.58%), level of wheat production is
increased due to information of message (utilization index- 54.16%) and
quality of wheat is increased due to information of message (utilization index-
45.83%).
2- It was found that the field right time of seed sowing of wheat had the
highest utilization index (85.66%), followed by land preparation of sowing of
wheat (utilization index- 84.33%), actual quantity of seed sowing of wheat
(utilization index- 83.66%), method of sowing (utilization index- 82.33%), weed
control in wheat field (utilization index- 81.33%), seed treatment (utilization index-
80.00%), use of improved variety of seed (utilization index- 79.50%), information
~ 68 ~
related to insect and disease control in wheat crop (utilization index- 78.33%),
use of fertilizer in wheat field (utilization index- 73.83%), depth of seed sowing of
wheat (utilization index- 73.33%), right time of irrigation in wheat field (utilization
index- 72.66%), use of manure in wheat field (utilization index- 71.33%),
insurance scheme is related to wheat crop (utilization index- 65.66%),
information related to available selling rate of wheat in market (utilization index-
62.50%), and information related to loan for wheat production (utilization index-
55.50%).
3- Out of 120 respondents i.e. 43.33 percent indicate medium extent of
utilization of ICTs. Followed by 35.00 percent high extent of utilization of ICTs. It
is evident from the data that 21.67 percent respondents showed low extent of
utilization of ICTs.
3).To study the relationship between profile characteristics and extent ofutilization of ICTs.
It was found that the association between profile characteristics of the
farmers and their extent of utilization of ICTs. These are characteristics of the
respondents namely education, land holding, farming experience, annual income,
information seeking behavior, extension contact, achievement motivation,
scientific orientation and innovativeness had significant relationship with extent of
utilization of ICTs of respondents at 0.05 level with 4d.f.& 6d.f. The result also
depict that the characteristics namely age, caste, size of family and social
participation had no significant with extent of utilization of ICTs of respondents.
Constraints faced by the respondents in utilization of ICTs.
Constraints experienced by the respondents as arranged in descending
order on the basis of rank order as use of complex words (65.83%), problems
related to network of cell phone (63.33%), problems related to language
(60.83%), problems related to content of message (55.83%), lack of information
about availability of resources / inputs (54.17%), short duration supply or
~ 69 ~
insufficient availability of electricity (51.67%), lack of extension activities
(50.83%), untimely delivery of message (46.67%), application of message in
fields are too much expensive (43.33%). Non- availability of mobile phone
message related literature (42.50%).
6.3 SUGGESTIONS FOR FUTURE WORK
1. Since the present study is confined to the farmer’s of a Rewa Block of
Rewa district only. Hence the results may not be applicable to a large
area, for give relization. Similar work should be undertaken in other block
& districts.
2. This investigation was based on only 120 farmers hence the future studies
may be conducted on a large sample size.
3. In this study the dependent and independent variables selected were very
limited, therefore the number of variables for future research may be
increased.
4. Comparative study of urban and rural farmers may be planned for finding
actual status of rural farmers and extent of their involvement in decision
making as related to ICTs tools.
5. A similar study may be planned with other sampling procedures.
6. Use of different ICTs programme such as private & government impact to
the farmer’s of a different field.
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tokgjyky usg: d`f’k fo”o fo|ky;] tcyiqj
d`f’k foLrkj f”k{kk foHkkx d`f’k egkfo|ky; jhok ¼e- iz-½
lk{kkRdkj vuqlwph
funsZ”kdMkW- vkj- ,- lkBokus
izk/;kid ,oa foHkkxk/;{kd`f’k foLrkj f”k{kk foHkkx
d`f’k egkfo|ky; jhok ¼e- iz-½
“kks/kdrkZlksuy dqekj xqIrk
,e- ,l- lh- d`f’k vafre o’kZd`f’k foLrkj f”k{kk foHkkx
d`f’k egkfo|ky; jhok ¼e- iz-½
“kks/k vof/k & 2014&15
fo’k;%&jhok ftys ds p;fur Qly ds fy, lwpuk izkS|ksfxdh rduhfd dh mi;ksfxrk dk
v/;;u
Studies on utilization of Information and Communication Technologies
(ICTs) for selected crop in Rewa District of (M.P.)
Hkkx & **v**
lkekU; tkudkjh
fdlku dk uke ----------------------------------------
xkWo dk uke------------------------------------------------
fodkl[k.M dk uke ---------------------------
ftyk ----------------------------------------------------------
1- vk;q --------------------------------- o’kksZ esa
2- tkfr % vuq- tkfr@vuq- tutkfr@fiNM+k oxZ@ lkekU;
3- f”k{kk% D;k vki f”kf{kr gSa gkW@ugh
gkW rks f”k{kk dk Lrj
izkbejh@ek/;fed@gkbZLdwy @Lukrd
4- ifjokj dk vkdkj ,dy@la;qDr
L=h--------------- iq:’k ---------------cPps--------------- dqy---------------
5- d`f’k tksr dk vkdkj ¼,dM+ esa½
vkids ikl dqy fdruh Hkwfe gSA ;fn la;qDr ifjokj esa jgrs gSa rks ikfjokfjd
tksr&
dqy Hkwfe --------------------- ,dM+
flafpr --------------------- ,dM+
vflafpr--------------------- ,dM+
iM+rh--------------------- ,dM+
6- lkekftd Hkkxhnkjh%& D;k vki fdlh lkekftd laLFkk ds inkf/kdkjh vFkok lnL; gSa
& gkW@ugha
;fn gkW rks cSBdksa esa vkidh lgHkkfxrk fdl izdkj dh gSA
Ø- laLFkk dk uke lnL;rk cSBd esa mifLFkr gksus dh
la[;k
lnL; xSj lnL; vDlj dHkh&dHkh dHkh ugha
1. xzke iapk;r
2. d`f’k lgdkjh lfefr;ka
3. nqX/k lgdkjh lfefr;ka
4. lgdkjh cSad
5. fdlku Dyc
6. ;qok Dyc
7. Hkkjrh; fdlku la?k
8. /kkfeZd la?k
7- [ksrh dk vuqHko
¼v½& vki fdrus o’kksZ ls [ksrh dj jgs gSa 10 o’kZ ls vf/kd@5 ls 10 o’kZ@ 5 o’kZ ls
de
Ø- dFku iw.kZ:i
ls
vkaf”kd
:i ls
dHkh
ugha
1. D;k ;s [ksrh o vU; lgk;d C;olk; YkkHkdkjh gSSa
2. vk/kqfud d`f’k viukus esa jkstxkj feyus dh laHkkouk
gSA
3. d`f’k ds lkFk vU; O;olk;ksa dks viukus ls vk;
cM+rh gSA
4. D;k d`f’k ds lkFk vU; O;olk; thou ;kiu ds fy,
lgk;rk iznku djrs gSaA
8- okf’ksZd vk;&
vkidh okf’kZd vk; fofHkUu L=ksrksa ls fdruh izkIr gksrh gS
Ø- L=ksr okf’kZd ¼:-
½
1. d`f’k
2. nSfud Je
3. nqX/k mRiknu
4. ukSdjh
5. C;kikj
9- lwpuk izkIr djus dh izzo`fRRk & eksckby Qksu lans”k ls xsgwW ls lacaf/kr fofHkUUk
tkudkjh izkIr djus dh izc`fRr gkW@ugha
;fn gks rks foHkUu tkudkjh izkIr djrk gks&
Ø- fo’k; fu;fer dHkh
dHkha
dHkh ugha
1. mUur d`f’k rduhfd
2. chtksipkj laca/kh tkudkjh
3. chtksipkj dh cqokbZ laca/kh tkudkjh
4. dhVuk”kd nok ds mi;ksx laca/kh tkudkjh
5. [kkn ls lacaf/kr tkudkjh
6. moZjd ds mi;ksx laca/kh tkudkjh
7. ekSle laca/kh tkudkjh
8. ef.M;ksa ds Hkko ls laca/kh tkudkjh
9. vU;
10 izlkj laidZ
v½ D;k vkidk izlkj dk;ZdrkZ ls laidZ gS
c½ vxj gS rks vki fdlls feys gkW@ugha
Ø L=ksr fujUrj dHkh&dHkh dHkh ugha
1. d`f’k foHkkx (REO, RHEO, ADO)
2. JNKVV oSKkfud ,oa KVK oSKkfud
3. Input Dealer
4. iapk;r lnL;
5. NGO xSj lgdkjh laLFkk
6. vU;
11- izsj.k miyfC/k;k
Ø- dFku iw.kZ
lger
lger vfuf”pr vlger iw.kZ
vlger
1- tc rd dh dksbZ fdlku
fdlh ubZ rduhfd esa dfBu
ifjJe djds lQy ugha gks
tkrk rc rd dksbZ nwljk
fdlku ml rduhfd ls
mRizsfjr ugha gksrk gSA
2- lewg esa dk;Z djrs le;
nwljksa dks Hkh mlh dk;Z esa
feykus dk mRre iz;kl djuk
pkfg, ftlls fd nwljs yksx
mRizsfjr gksrs gSaA
3- fdlku fdlh dk;Z dks
izkFkfedrk nsa Hkys gh mls
vkjke u gksA
4- dksbZ fdlku vius fy, ,d
dfBu y{; fu/kkZfjr djs vkSj
mldks ikus dh dksf”k”k djsa
A
5- fdlh fdlku ds }kjk ?kfVr
gksus okyh ?kVuk dk rjhdk
nwljs fdlku dh dfBu ifjJe
gksus ls jksdrs gSaA
12- oSKkfud vfHkeq[kdj.k& fuEufyf[kr dFkuksa ds laca/k esa viuh jk; nsa&
Ø- dFku iw.kZ
lger
va”kr%
lger
vfuf”pr vlger iw.kZ
vlger
1- [ksrh dh ubZ oSKkfud rduhdh
vkRek }kjk izkIr eksckby Qksu
lans”k lsok ds ek/;e ls iqjkuh
rduhd ls vPNs ifj.kke nsrh gS
A
2- fdlkuksa dks [ksrh ds u;s&u;s
vuqHkoksa dks vkRek }kjk izkIr
eksckby Qksu lans”k lsok ds
ek/;e ls iz;ksx djuk pkfg, A
3- [ksrh ds u;s rjhds lh[kus esa
vf/kd le; yxrk gS ij ;g
rjhds fdlku dks eksckby Qksu
lans”k lsok ds ek/;e ls lh[kuk
pkfg, A
4- fdlkuksa ds thou Lrj esa lq/kkj
ds fy, ijEijkxr [skrh dh
fof/k;ksa esa eksckby Qksu lans”k
lsok ds ek/;e ls ifjorZu djuk
vko”;d gS A
5- izzxfr”khy fdlku ogh gS tks
[ksrh ds u;s rjhdksa dks eksckby
Qksu lans”k lsok ds ek/;e ls
viukrk gS,6- vius iqj[kksa dh [ksrh vkt dh
oSKkfud [ksrh ls vPNh FkhA
13- uopkfjrk
Ø- dFku iw.kZlger
lger vfuf”pr vlger iw.kZvlger
1- os bu fnuksa ubZ rduhd ijckr djrs gSa ysfdu dkSu dgrkgS fd os iqjkuh ls csgrj gS
2- eS vius vki dks vkjke jfgreglwl d:xk tc rd fdd`’k.k fØ;kvksa dh eq>s tkudkjhugha gks tkrh ftuds ckjs esa lqupqdk gwW
3- eS le;≤ ls cgqr lkjhd`’kd fØ;kvksa ds ckjs esa lqurkvk jgk gwW vkSj fiNys dqNlkyksa ls muds ckjs esa tkuus dhdksf”k”k dj jgk gwWA
4- [ksrh ds ubZ rjhds iqjkus rjhdsdh vis{kk csgrj ifj.kke nsrsgSaA
5- fdlku ds thus ds Lrj dslkFk&lkFk [ksrh ds ijEijkxrrjhds cnyrs tkrs gSaA
6- vius vki dks d`f’k dh ubZd`’k.k fØ;kvksa dks lwpukvksa lsges”kk lacaf/kr jgwWxk vFkkZr
le;≤ ij lwpukvksa ds ckjsesa tkurk jgwWxk
7- dksbZ ,d uopkfjrk ges”kk ghfdlh ubZ rduhfd dkss tkuusds fy, ges”kk gh rRij vFkkZrizFke jgrk gSA
[k.M **c**
fo”ks’k tkudkjh
1- lans”k ds dkj.k xsgw Qly ds mRiknu dh lVhdrk
Ø- dFku mPp e/;;e fuEu fcYdqy
ugha
1- lans”k ls xsgwW ds mRiknu ls lacaf/kr fofHkUu
tkudkjh feyrh gS
2- lans”k dh tkudkjh ls xsgwW dk mRiknu Lrj
c<+rk gS
3- lans”k dh tkudkjh ls xsgwW dh xq.koRrk esa Hkh
c<+ksRrjh gksrh gS
4- lans”k ls xsgwW ij yxus okys fofHkUu jksxksa ,oa
dhVksa ds izdksi ls cpko lacaf/kr tkudkjh feyrh
gS
2- lwpuk lapkj izkS|ksfxdh ds varxZr vkidks eksckby ij tks xsgwW dh [ksrh ls lacaf/kr
tks Hkh lans”k izkIr gksrs gSa mudk vkius fdl Lrj rd viuh [ksrh esa mi;ksx
fd;k gSA
xsgwwW dh QLky esa eksckby lans”k ij D;k vkidks tkudkjh feyh gkW@ugha
;fn gkW rks crkb;s&
Ø- dFku iw.kZr%
lgh
vkaf”kd
:i ls lgh
rVLFk vkaf”kd :i
ls vuqfpr
vkaf”kd :i
ls iw.kZ
vuqfpr
1. xsgwW dh cqokbZ ds
fy, Hkwfe dh
rS;kjh
2. cqokbZ dh fof/k;kW
3. xsgwW dh cht cqokbZ
dk lgh le;
4. xsgwW dh cht cqokbZ
dh lgh ek=k
5. chtksipkj
6. xsgwW dh cht cqokbZ
dh xgjkbZ
7. mUur iztkfr;ksa ds
cht dk mi;ksx
8. xsgwwW ds [ksr esa
flapkbZ dk lgh
le;
9 xsgwW ds [ksr esa
[kjirokj fu;a=.k
esa
10 [kkn dk mi;ksx
11 moZjd dk mi;ksx
12 xsgwW dh QLky esa
jksx o dhVks ds
fu;a=.k lacaf/kr
13 xsgwW dh Qly esas
chek ;kstuk ls
lacaf/kr
14 xsgwW ds mRiknu ds
fy, _.k ysus ls
lacaf/kr tkudkjh
15 xsgwW dh cktkj esa
miyC/k fcØh nj
dh tkudkjh
[k.M& l
v½& eksckby Qksu lans”k ds ek/;e ls xsgw ds mRiknu ls lacaf/kr rduhdh tkudkjh ds
mi;ksx esa vkus okyh leL;k;sa&
1) --------------------------------------------------------------------------------------------------------------------------------------------------
2) --------------------------------------------------------------------------------------------------------------------------------------------------
3) --------------------------------------------------------------------------------------------------------------------------------------------------
4) --------------------------------------------------------------------------------------------------------------------------------------------------
5) --------------------------------------------------------------------------------------------------------------------------------------------------
6) --------------------------------------------------------------------------------------------------------------------------------------------------
7) --------------------------------------------------------------------------------------------------------------------------------------------------
8) --------------------------------------------------------------------------------------------------------------------------------------------------
9) --------------------------------------------------------------------------------------------------------------------------------------------------
10) --------------------------------------------------------------------------------------------------------------------------------------------------
c½& eksckby Qksu lans”k dk;ZØe dks vf/kdre mi;ksxh o izHkkoh cukus ds fy, vkids
lq>ko &
1) --------------------------------------------------------------------------------------------------------------------------------------------------
2) --------------------------------------------------------------------------------------------------------------------------------------------------
3) --------------------------------------------------------------------------------------------------------------------------------------------------
4) --------------------------------------------------------------------------------------------------------------------------------------------------
5) --------------------------------------------------------------------------------------------------------------------------------------------------
6) --------------------------------------------------------------------------------------------------------------------------------------------------
7) --------------------------------------------------------------------------------------------------------------------------------------------------
8) --------------------------------------------------------------------------------------------------------------------------------------------------
9) --------------------------------------------------------------------------------------------------------------------------------------------------
10) --------------------------------------------------------------------------------------------------------------------------------------------------
Fig 4.15- Utilization in respect the different fields of mobile phone message on productiontechnology of wheat.
84.33 82.33 85.66 83.66 8073.33
79.572.66
81.33
71.33 73.8378.33
65.66
55.562.5
0102030405060708090
Fig 4.1- Distribution of the respondents according to their age.
34.17
45
20.83
0
5
10
15
20
25
30
35
40
45
50
Young Middle Old
Fig 4.2- Distribution of the respondents according to their caste.
Fig 4.3- Distribution of the respondents according to theirlevel of education.
19.16
24.17
34.17
22.5
0
5
10
15
20
25
30
35
40
Schedule Caste Schedule Tribe OBC General
17.5
24.17
40
18.33
0
5
10
15
20
25
30
35
40
45
Primary Middle High School Graduates
Fig 4.4 - Distribution of the respondents according to theirsize of family.
Fig 4.5 - Distribution of the respondents according to theirland holding.
29.17
50.83
20
0
10
20
30
40
50
60
Small Medium Big
30
45.83
24.17
0
5
10
15
20
25
30
35
40
45
50
Small Medium Big
Fig 4.6 - Distribution of the respondents according to their socialparticipation.
Fig 4.7 - Distribution of the respondents according to their farmingexperience.
27.5
46.67
25.83
0
5
10
15
20
25
30
35
40
45
50
Low Medium High
25
48.33
26.67
0
10
20
30
40
50
60
Low Medium High
Fig 4.8 - Distribution of the respondents according to their annualincome.
Fig 4.9 - Distribution of the respondents according to theirinformation seeking behaviour.
49.17
29.17
21.66
0
10
20
30
40
50
60
Low Medium High
23.33
30
46.67
0
5
10
15
20
25
30
35
40
45
50
Low Medium High
Fig 4.10 - Distribution of the respondents according to theirextension contact.
Fig 4.11 - Distribution of the respondents according to theirachievement motivation.
26.66
44.17
29.17
0
5
10
15
20
25
30
35
40
45
50
Low Medium High
28.33
42.5
29.17
0
5
10
15
20
25
30
35
40
45
Low Medium High
Fig 4.12 - Distribution of the respondents according to theirscientific orientation.
Fig4.13 - Distribution of the respondents according to theirinnovativeness
43.33
30.84
25.83
0
5
10
15
20
25
30
35
40
45
50
Low Medium High
49.17
28.33
22.5
0
10
20
30
40
50
60
Low Medium High
Fig 4.14 - Utilization of messages on different aspects by therespondents obtained through mobile phone message.
81.25
54.16
45.83
64.58
0
10
20
30
40
50
60
70
80
90
Messageprovide the
differentinformationabout wheatproduction
Level of wheatproduction
increasing dueto information
of message
Quality of wheatincreasing dueto information
of message
Messageprovide the
information toprotect thewheat from
infestation ofinsect and pest
Series1
Fig 4.16 - Distribution of the respondents according to theirExtent of utilization of ICTs.
21.67
43.33
35
0
5
10
15
20
25
30
35
40
45
50
Low Medium High
FIG. 3.1 MAP OF RESEARCH AREA OF THE REWA DISTRICT
Tikar
Sahijana
Baignath
Sumeda
Naikin