ANNUAL REPORT - JNKVVjnkvv.org/PDF/12052016214839Annual Report 2014-2015.pdf · 2016-05-12 ·...

ANNUAL REPORT2014 - 15

50years

Golden Jubilee Year

1964-2014

JNKVV

Citation:

Patron

Editorial Committee

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Dean Faculty of Agriculture Director Research Services Director Extension Services Director Instruction Director Farms

Dean, College of Agriculture, Jabalpur Dean, College of Agri. Engineering, Jabalpur

Dean, College of Agriculture, Tikamgarh Dean, College of Agriculture, Rewa

Dean, College of Agriculture, Ganj Basoda Dean, College of Agriculture, Waraseoni Dean Students Welfare

Professor (Entomology) Professor (Plant Pathology) Professor (Soil & Water Engineering)

Associate Professor(Instrumentation) Assistant Professor (Plant Breeding and Genetics)

Godfather Print Systems13,14 R. C. Complex, Cherital, Jabalpu

JNKVV (2015) Annual Report (2014-15) Jawaharlal Nehru Krishi Vishwa Vidyalaya,Jabalpur 482 004 (MP) 130p.

Prof. Vijay Singh TomarVice Chancellor

JNKVV, Jabalpur

Dr. S.K. Rao,Dr. S.S. Tomar,Dr. P.K. Mishra,Dr. G.S. Rajput,Dr. D. K. Mishra,Dr. (Smt.) Om Gupta,Dr. Devkant,Dr. B. L. Sharma,Dr. S. K. Pandey,Dr. Dhirendra Khare,Dr. P. K. Bisen,Dr. V. K. Pyasi,

Dr. Abhishek Shukla,Dr. M. S. Bhale,Dr. R. K. Nema,Er. Shrad K. Jain,Dr. Suneeta Pandey,

500

r, (Mob.) - 9425863853, 9425863848

CONTENTS

Extended SummaryIntroduction

Education

Research

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Mission 7Mandate 7Members of statutory bodies 8

Academic programmes 11Admission in UG & PG programmes 11Thesis evaluation 14Inter-institutional colaboration of the PG programme 14Experiential learning programme-at a glance 14Rural Agricultural Work Experience (RAWE) & FEW 15Human Resource Development 17Efforts made in the personality development of students including weaker sections 17Training programmes attended by scientists 18Meetings/ conferences/ workshops attended under capacity building programme 23International seminars/ national seminars/ workshops organized 25Trainings/meetings organized 32Centre of advanced faculty training (CAFT) 34Awards & recognitions 34Educational tours 39Fellowships / scholarships 41Visits abroad 4112th convocation of the University 44JNKVV Golden jubliee celebrations 44Visit of peer review team of ICAR for accrediation of the University 45Cultural programmes and games 4515th All India Agriculture Universities Youth Festival 46Faculty exchange, guests and adjunct faculty 47Publications: 48

Books edited/book chapters/ research papers/ technical bulletins

Introduction 61Crop improvement 63Seed technology 66Resource management 67Crop production 74Horticulture 75Plant Physiology 76Medicinal & Aromatic plants 79Agro forestry 83

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Food science technology 84Ag. Economics & F.M. 84Biotechnology 86Agriculture engineering 87Soil & water engineering 87Farm machinery and post harvest process 92Instrumentation 93Agricultural meteorology 95Ongoing projects 100Breeder Seed Production Programme 106

Agriculture technology information centre 107Communication center 107Krishi Vigyan Kendra (KVK) 108Other extension activities 110

Resources 116Activities 116Single window system 116Support from ICAR/GOI 117Seed production planning 117Maintenance breeding 117Status of breeder seed production 118Public-private partnerships 119Seed quality assurance mechanism 120Marketing strategy and information systems 120Innovative seed system 121Quality seed production in tribal area 121Farmers participatory seed production programme 122Capacity building 123Livelihood security through quality seed production 124Special focus on horticulture crops 124Brand management of Jawahar seeds 124Best centre award 125Percolation of technologies to farmers field 125New areas of seed production 126Impact and Conclusion 127

Placement Cell 129National Cadet Corps (NCC) 129NSS 129Tutorial cell 130

Extension

Farms

Students' Welfare

FOREWORD

It gives me an immense pleasure to present the Annual Report of Jawaharlal Nehru Krishi Vishwa Vidyalya,Jabalpur for the year 2014-2015, the year when the University has completed its 50 glorious years withseveral achievements.

Currently, the University offers Bachelor degree in B.Sc. (Agriculture). B. Tech. (Agricultural Engineering)and B.Sc. (Forestry); Masters in 18 and Doctorate in 15 disciplines through its five constitutional colleges ofAgriculture and one of Agricultural Engineering. The University has created adequate facilities for teachingand curricular research in its all the constituent colleges for curricular research. Self reliance, harmony withenvironments, integrity and self discipline are the main focus alongwith classroom teaching.

I am proud of the fact that the University has made commendable progress in research with tireless effortsof scientists from four Zonal Agricultural Research Stations (ZARS), four Regional Agricultural ResearchStations (RARS) and six Colleges. In soybean, chickpea, hybrid rice, wheat and other crops manytechnologies in terms of varieties, crop protection, crop intensification have been developed andcalibrated. The University has given great emphasis to organic farming, conservation agriculture, agro-forestry etc. Advanced cutting edge farmer friendly technologies developed by the University have beenadopted by farmers of MP.

The alumni are performing well at international and national levels in the field of agriculture. Effectiveextension of technologies developed by the University, policies of the Government of Madhya Pradesh,and hard work of farmer upshot the agricultural growth rate that results in continues Krishi Karman Awardto the State.

The contribution of all the Heads, Deans and Directors of the University for preparation of Annual report ishighly appreciable. I place on record my appreciation to the Editorial Committee for putting informationtogether and bringing comprehensive Annual Report 2014-2015.

( V.S. Tomar )

Prof. V. S. TomarVice Chancellor

d`f"k uxj] v/kkjrky] tcyiqj& (e-iz-)482 004

Jawaharlal Nehru Krishi Vishwa VidyalayaKrishinagar, Adhartal, Jabalpur 482 004 (M.P.)

Ph.: 0761-2681706 (O)Fax: 0761-2681389

PREFACE

Jawaharlal Nehru Krishi Vishwa Vidyalya, Jabalpur [MP] India has played a pivotal role in bringingaffirmative changes in the field of agriculture since last 50 years. It is a pompous indulgence for me topresent the Annual Report 2014 -2015 of the University.

Self reliance, harmony with environments, integrity and self discipline were the main focus of theUniversity in the field of education. Education through learning by doing and motivating the students towork with societies in general and share holders in particular form a vital integrated academic programme.Multi-disciplinary research of applied nature is conducted in the University on national resourcemanagement and conservation, crop production, crop improvement, crop protection, farmmechanization, post harvest technology, value addition, alteration of technologies to cost effective andfarmers friendly manner, effective methodology for extension of technologies etc. These are wellcomplimented by the units of Statistics, Agricultural Economics, Computer Applications andInstrumentation. Well-equipped farms, laboratories, clinics, workshops, glass and green houses, library,ARIS and Informatics augment the quality of teaching and research activities of the University. TheUniversity is playing a leading role in transfer of technologies by providing new direction to the extensioneducation for dissemination of research findings upto farmers.

The findings of teaching, research and extension of the University for the year 2014-2015 provided by therespective Directorates were compiled by Dr. G.S. Rajput the then Director Instruction, JNKVV, Jabalpur. Ithank Dr. G.S. Rajput and all the members of editorial committee for compiling and editing the report in acomprehensive and presentable manner to present the work done by the University in the year 2014-2015in the field of agriculture.

The Annual Report 2014-15 would be a precious information treasure and would guide policy makers andfarmers alike. It is a sincere endeavour of the University to achieve great partnerships for ensuringsustained growth in all aspects of Indian agriculture.

[D. Khare]

Prof. D. KhareDirector Instruction

d`f"k uxj] v/kkjrky] tcyiqj& (e-iz-)482 004

Jawaharlal Nehru Krishi Vishwa VidyalayaKrishinagar, Adhartal, Jabalpur 482 004 (M.P.)

Ph.: 0761-2681706 (O)

EXTENDED SUMMARY

From the two faculties viz. Agriculture and Agricultural Engineering, the University offers

Bachelor degree in Agriculture (405 seat), Forestry (35 seat), Agricultural Engineering (97 seat);

Masters degree in Agriculture (286 seat), Forestry (6 seat), Agricultural Engineering (36 seat),

MBA (30 seat); and Ph.D. Agriculture (67 seat) and Agricultural Engineering (24 seat) through six

constituent Colleges. Admissions in all the degree programmes are through entrance thexamination. On the recommendation of IV Dean's Committee (ICAR), Rural Work Experience

and Experience Learning Programmes are implemented effectively as an essential requirement

for Bachelor Degree programmes. The University has produced 15,769 Graduates and 6663 Post

Graduates including 325 Ph.D. Degree holders so far. 152 students have received

fellowship/scholarship of various categories during the year.

On September 30, 201,4 the University completed its 50 years. During golden jubilee year many th thnational level functions were organized. 12 Convocation ceremony was organized on June 27 ,

2014 in the presence of the President of India, Hon'ble Pranab Mukherjee. In the convocation, 643

Bachelors, 481 Masters and 23 Doctorate degree and 22 Gold Medals were awarded. Honorary

(Honoris Causa) Doctor of Science Degree was conferred on Former President of India Dr. A.P.J

Abdul Kalam, and noted agriculture scientist and Former Director General, ICAR Dr. M.S.

Swaminathan. Peer Review Team of ICAR visited all the constituent Colleges of the University from

October 27 to 31, 2014 for accreditation and granted accreditation to the University for five years

w.e.f. 16.03.2015 to 15.03.2020.

The University received Mahindra Samridhi National Agriculture Education Award 2015 under the

National Agriculture Education Prosperity Honor Award category. In all, 36 scientist/ teacher

were recognized through national/state level awards. During the year, 43 teachers/scientists

have participated in various training programmes at national level. In all, 16 national levels

seminar / workshops and 13 trainings were organized by the University during the year. Eight

scientists of the University visited abroad during the year. Total 150 research papers and 14 books

have been published from the University during the year.

The University is involved in agricultural research, since last five decades. Looking to emerging

problems and needs of the farming community, agricultural research in basic, applied and

contemporary fields are carried out as an important mandate of the University. Scientists of

ANNUAL REPORT 2014 -1550

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agriculture and allied subjects are working to solve the problems of farming community. The

major thrust of agricultural research is to increase productivity so that the production system can

be made more efficient and sustainable. Such improved systems will ultimately helps in

enhancing socio-economic sustainability and security of peasants of the state. JNKVV has made

stride efforts for ensuring food and livelihood nutritional security through development of

varieties of soybean, chickpea, millets, rice, wheat and many other crops and their matching

technology. The problem oriented location specific research is carried out through Zonal

Agriculture Research Stations (4), Regional Research Stations (4) and Agriculture Research

Stations (4) covering seven agro-climatic zones and twenty five districts under the jurisdiction of

JNKVV, Jabalpur in Madhya Pradesh.

Multi-disciplinary research of applied nature is being conducted on natural resource

management, crop improvement, crop production, crop protection, horticultural crops, allied

enterprises, post harvest technology, farm machinery, soil and water conservation, energy

utilization and socio-economic aspects in all the ZARS, RARS and ARS. Well-equipped modernized

farms, workshops, laboratories with all necessary electronic modern equipments, Agro-met

center, glass and net houses, e-library, ARIS-Cell with latest information and communication

technology for strengthening the research activities of the University. The University is

implementing research projects viz., All India Coordinated Research projects, ICAR Network

projects, ad-hoc research projects, State Plan, State Tribal Plan and Non Plan projects; and

projects funded by Madhya Pradesh Agricultural Marketing Board (Mandi), Madhya Pradesh

Council of Science and Technology, Madhya Pradesh State Biodiversity Board, Department. of

Farmers Welfare and Agriculture Development (RKVY), Department of Science and Technology,

Bhabha Atomic Research Centre, Central Biodiversity Board, Agro-Economic Research Center,

Cost of Cultivation, Rashtriya Krishi Vikas Yojna, National Food Security Mission, National

Horticulture Mission etc. along with internationally funded projects viz. Japan International

Cooperation Agency (JICA), IRRI-Philippines, CIMMYT- Mexico, ICARDA- Syria, ICRISAT etc. to carry

out the research work in agriculture and allied fields, besides extending product testing facility for

corporate sector.

The Consultancy Processing Cell facilitates testing of products developed by MNC's and Indian

Corporate, promotes agri-business development through the services of technology

commercialization, Public Private Partnership as well as organizes Capacity Building


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2

Programmes. Agri-Clinic and Agri-business Centre have been established to promote the

entrepreneurship opportunities for graduates of agriculture and allied sector.

The thrust of research continues to be on the development of improved crop varieties resistant/

tolerant to stresses as well as need based location specific improved crop production and

protection technologies. New research programmes are also formulated to match the changing

scenario of climate and new economic regime. Presently, the University is catering to the research

need of the farmers of the state especially in the jurisdiction of the University.

Following technologies on various aspects of seed production and certification, seed physiology,

seed pathology, water management, nutrient management, organic farming, cropping system,

weed management of field and horticultural crops, medicinal and aromatic plants, agro forestry

have been generated for benefit of the farmers:

Crop varieties MP 3383, MPO 1255 (Wheat), JRB-1, JRH-19 (Rice), JKG-4 (Chickpea) and JS

20-69 (Soybean) have been developed under crop improvement program alongwith six

new promising upcoming hybrids of rice.

Investigation on genetic purity testing based on DUS characteristics at seed level in

soybean, chickpea, mustard, lentil and pea established positive significant association

between ODV and GOT.

Mycoflora viz. Macrophomina phaseolina, Colletotrichum dematium, Fusarium

oxysporum, Aspergillus flavus, Aspergillus niger and Cercospora kikuchii are

predominantly associated with farmers saved seed obtained from 22 districts of Madhya

Pradesh.

Land management treatment of ridge and furrow and BBF found to give superior results

over conventional method in terms of grain yield and B: C ratio in case of soybean and

sorghum.

In turmeric, drip irrigation proved superior over surface irrigation with maximum mean

rhizome yield (317.73 q/ ha) at 1.0 IW/CPE drip irrigation.

Grain yield of wheat under 60 cm lateral spacing with 30 cm dripper spacing was found

maximum (47.16 q/ ha) followed by 60 cm lateral spacing with 50 cm dripper spacing

(46.36 q/ ha).

Sample analysis of soils in Sidhi and Dindori districts showed deficiency of Zn and Fe, while

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the available Cu and Mn were found sufficient. Application of Zn @5 Kg/ ha and B@

1Kg/ha in alternate year under soybean- wheat cropping system were found to have

significant impact on soybean yield.

-1 -1Application of FYM/Compost @ 20 t ha + 100% RDF resulted 116.36 t ha yield in -1

sugarcane. Whereas, aapplication of FYM/Compost @ 20 t ha + inorganic nutrient -1application based on soil test resulted in 116.87 t ha yield.

Inter cropping of linseed with chickpea in the ratio of 4:2 under irrigated ecosystem

resulted in maximum LEY of 2480 kg/ha and found most economical component

technology (B:C ratio 5.44) over other components like whole package. The autumn -1planted sugarcane + wheat (1:2) proved significantly profitable (98.58 t kg ha , B:C ratio

-11.28), followed by autumn planted sugarcane + wheat (1:3) (96.76 t ha , B:C ratio 1.25).

In Broccoli cv. green magic grown during rabi season on medium black soil, application of -1 -1

poultry manure @2.5 t ha & half dose of NPK (60:40:30 kg ha ) at the time of final field -1preparation, maximum head yield 205.02 q ha was reported with B:C ratio (4.58) .

-1Application of Azospirillum @ 5 kg ha along with the recommended dose of NPK

-1(100:60:50 kg ha ) has been found effective for obtaining the highest seed yield in brinjal

cultivar Jawahar -64.

-1Three sprays of carbendazim (12%)+ mancozeb (63%) @ 0.2 % (2.0g ) or carbendazim @

-10.1 % (1.0 g ) starting from appearance of initial symptoms on new flush at 10 days

interval is recommended for management of foliar anthracnose disease in mango.

-1Two spray of carbendazim (12 %) + mancozeb (63 %) @ 0.2 % (2.0 g litre) starting at

flowering stage at an interval of 10 days is recommended for management of blossom

blight of mango.

Pigeonpea genotypes ICPB 2039, JKM 7 and KPBR 80-2-1 attained the highest survival

percentage after seven days waterlogging condition.

Thirteen accession of satavari and seven of gudmar are maintained for utilization in crop

improvement programme. Maximum survival of gudmar cutting was recorded in the

month of August with 500 ppm IBA treatment.

Maximum number of roots/plant, fresh root yield and dry root yield was found in 50%

RDF+50%N through FYM treatment under nutrient management trial of satavari.

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Fungal diseases of five most important medicinal plants were studied. Ashwagandha as a

new host of Sclerotinia sclerotiorum causing Sclerotinia stem rot is the first report from

Madhya Pradesh.

-1Vermi-compost @ 2.5t ha + T. asperellum @ 106cfu/ml + 3 spray of mancozeb 75%WP at

15 days interval is recommended for management of Cercospora leaf spot of sarpgandha.

In coleus, maximum (0.4015%) Forskolin content was recorded under shed drying followed

by cabinet and oven drying. While sun drying, caused a significant reduction in Forskolin

content in root.

Managed agro-forestry system recorded significantly higher monetary return (Rs. 68294 -1 -1 -1

ha ) than unmanaged (Rs. 60175 ha ), wheat crop alone (Rs. 39714 ha ) and tree alone -1(Rs. 40243 ha ) system.

Biotechnological studies involved Metagenomic analysis of 1-aminocyclopropane-1-

carboxylate deaminase gene (acdS), diversity of rhizospheric and endophytic bacterial

population associated with wheat; DNA fingerprinting of important minor millets of

Madhya Pradesh; Rapid conversion of normal maize inbreds to quality protein maize and

further enhancement of limiting amino acid in elite inbreds through marker assisted

selection; Studies on morpho-physiological and biochemical changes and expression of

dreb and rubisco genes in wheat under drought; Molecular marker evaluation of soybean

cultivars for gene based selection; Development of direct regeneration protocol for rice

bean [Vigna umbellate.]

Ground water assessment in alluvial areas of Upper Narmada Basin was made using

steady state calibration under three different scenarios for prediction. Study reflects that

the recharge should not be lowered than the present situation.

Feasibility trials on the Power Weeder in rice, 6-row CIAE inclined plate planter and testing

of Paddy Drum Seeder (TNAU Design) were conducted at JNKVV farms and farmers fields

in the district Jabalpur.

Agro-climatic characterization of MP, crop weather modelling, validation of model,

impact of climate change etc. have been conducted.

Seventeen ad-hoc project proposals worth Rs. 29840 lakh have been submitted to

different funding agencies of State and Central Government. Seventeen ad-hoc projects

worth Rs. 4454 lakh have been sanctioned during 2014-15 by the different funding


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agencies.

Directorate of Extension Services an important constituent unit of the University is entrusted with

the responsibility for promotion of development of agricultural and allied disciplines in the State

through quick and timely transfer of technology directly to the rural residents by testing and

validating it locally, followed by its demonstration and imparting trainings. The Directorate is

administering 20 KVKs of the University and two KVKs of NGO (Raisen and Satna) alongwith

Communication Center and Agricultural Technology Information Center (ATIC).

The Agricultural Technology Information Centre (ATIC) is a "Single Window System" linking

various units of research institutions with intermediary users and end users. 5,145 farmers and

farm women visited the center to learn various technologies. In all, 576 farmers contacted ATIC on

phone for technical advice on agriculture and allied disciplines. Rs. 6,96,982.00 is earned under

revolving fund by ATIC through selling publications. 46 farmers were benefitted by the two

trainings organized by ATIC. Communication Centre works as printing and radio recording unit

where 'Krishi Vishwa', the technical magazine of the University is printed with other essential

official documents of the University.

To fulfil the need of food and nutritional security amongst the population, latest technologies

generated by the research system are disseminated through Krishi Vigyan Kendras. During the

year, 291 OFTs on different aspects of crop production and protection were conducted in

participatory mode on 3761 farmers' fields by KVKs. In all 459 Front Line Demonstrations on need

based components of production technologies were conducted in 2658 acre area involving 4271

farmers. Other Extension activities viz., Farmers' Fair, Kisan Sangoshthi and Field days were

organized at all KVKs to equip the farmers, farm women and rural youths with the latest

development of agricultural technologies, review their reactions and to assess their problems. In

addition to mandatory activities KVKs are actively involved in implementation of other

programmes of State and Central governments viz., Mukhya Mantri Khet Teerth Yojna (M.K.T.Y.),

Vocational Trainings Programme (VTP), Tribal sub Plan (TSP), PPV&FRA, Soil Testing Programme,

Krishi Mahotsava etc. Scientists of KVKs are encouraged to participate in trainings, workshops,

seminars and conferences for updating their knowledge and skill. Total 48 scientists of KVKs were

trained during the year. Through, KMA service need based technologies in the form of text

messages were sent to 3,58,967 farmers of 11,524 villages.


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Jawaharlal Nehru Krishi Vishwavidyalaya (JNKVV), Jabalpur was established in 1964, as the biggest multi-

campus university, with an approach to narrow down the gap between the experts and farmers, through

Joint Indo-American Team on Agricultural Research and Education in 1954-55 and 1959-60 on the patterns

of Land Grant Colleges of USA. In subsequent years, the University had to part with its area of jurisdiction

due to creation of sister universities- Indira Gandhi Krishi Vishwavidyalaya at Raipur in 1987, Rajmata

Vijayaraje Scindia Krishi Vishwa Vidyalaya, Gwalior in 2008 and Nanaji Deshmukh Pashu Chikitsa Vigyan

Vishwa Vidyalaya, Jabalpur in 2009. The Central Administrative Office of the University is located about

7 km North of Jabalpur town on National Highway No. 7. At present, JNKVV encompasses five Colleges of

Agriculture (Jabalpur, Rewa, Tikamgarh, Ganjbasoda and Waraseoni); one College of Agricultural

Engineering (Jabalpur); four Zonal Agricultural Research Stations (Jabalpur, Powarkheda, Tikamgarh and

Chhindwara); four Regional Agricultural Research Stations (Rewa, Sagar, Dindori and Waraseoni); four

Agricultural Research Stations (Naugaon, Garhakota, Sausar and Tendini) and twenty Krishi Vigyan

Kendras representing six agro-climatic zones spread over 25 districts.

JNKVV has produced competent human resource for managing the activities of agriculture and allied

sectors, and the need based research and its rapid dissemination has led to several improved

technologies, which have played important role for increased production and productivity of crops on

sustainable basis, as reflected in 18.9% growth rate in total agricultural food grain production during the

year 2011-12 and 16.4 % during the year 2012-13 of the State of Madhya Pradesh. The State ranks first in

production of pulses, second in production of oilseeds and third in production of cereals at national level.

The State's contribution to the national food basket is about 11.2% (2012-13). The State received "Krishi

Karman Award" at national level for three consecutive years, i.e. for the years 2011-12 and 2012-13 and

2013-2014.

The area covered by the University is not only large but also diversified. Since its establishment the

University has made laudable progress and has come to the expectations of the people of the State by

greatly benefiting the farming community.

The University has been established with the following mission and mandate:

To conduct education, research and extension activities for enhancing productivity, profitability and

sustainability of agricultural production systems and quality of rural livelihood in the State of Madhya

Pradesh.

To serve as a centre of higher education and research in the field of agriculture and allied sciences and to

disseminate technology to farmers, extension personnel and organizations engaged in agricultural

development through various extension programmes.

INTRODUCTION

Mission

Mandate


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Members of Statutory bodies


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Academic Council

Prof. V.S. TomarVice Chancellor

J.N. Krishi Vishwa VidyalayaJabalpur

Chairman

Dr. S. S. TomarDirector

Research ServicesJ.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. P. K. MishraDirector

Extension ServicesJ.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. A. S. TiwariEx. Dean

Faculty of AgricultureJ.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. S. K. RaoDean

Faculty of AgricultureJ.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. G. S. RajputDean

Faculty of Agricultural Engg.J.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. M. K. HardahaDept. of Soil & Water Engineering

College of Agricultural Engg.J.N. Krishi Vishwa Vidyalaya

Jabalpur

Dr. Gyanendra SinghEx. Vice Chancellor

ChitrakootGramodaya Vishwa Vidyalaya

Chitrakoot

Dr. N. N. PathakProfessor & Head

Department of Forestry, College of Agriculture

J.N. Krishi Vishwa VidyalayaJabalpur

Shri Rajesh PaliwalRegistrar

J.N. Krishi Vishwa VidyalayaJabalpur (M.P.)

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JNKVV

Administrative Council

Chairman

Prof. V.S. TomarVice ChancellorJNKVV, Jabalpur

Member

Member

Dr. R.V. Singh(Since November 2014)I/C DeanCollege of Agriculture, Jabalpur

Member

Dr. D.K. MishraDirector Farms & Professor & HeadDeptt. of Plant Breeding & GeneticsCollege of Agriculture, JNKVV, Jabalpur

Member

Dr. Deva KantProfessor (SWE) College ofAgricultural Engg., JNKVV, Jabalpur

Member

Dr. S. K. Shrivastava(Since November 2014)Department of Entomology,College of AgricultureJabalpur

Dr. S.S. TomarDirector Research Services J.N. Krishi Vishwa Vidyalaya, Jabalpur

Member

Dr. S.K. RaoDean Faculty of AgricultureJ.N. Krishi Vishwa Vidyalaya, Jabalpur

Member

Dr. G.S. Rajput(Since November 2014)I/C Dean College of Agricultural Engg.JNKVV, Jabalpur

Member

Dr. O.P. VedaDirector InstructionJ.N. Krishi Vishwa Vidyalaya, Jabalpur

Member

Dr. P.K. MishraDirector Extension ServicesJ.N. Krishi Vishwa Vidyalaya, Jabalpur

Member

Dr. P.K. BisenDean Student WelfareJ.N. Krishi Vishwa VidyalayaJabalpur

Member

Shri Rajesh PaliwalRegistrar J.N. Krishi Vishwa VidyalayaJabalpur

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JNKVV

Members, Board of Management

Prof. V.S. TomarVice ChancellorJNKVV, Jabalpur

Chairman

Dr. Rajesh RajoraPrincipal Secretary

Farmer Welfare & Agriculture Development Department

Govt. of M.P., Bhopal

Principal SecretaryFinance Department

Govt. of M.P., Bhopal

Prof. Saket KushwahaSr. Prof. & Resource Economist

Deptt. of Agri. Economics BHU, Varanasi (U.P.)

Dr. Rishi Pal SinghGhaziabad (U.P.)

Dr. P. S. Shukla

Associate ProfessorCollege of Agriculture

G.B.P.U.A.& T Pantnagar

Shri Mahi Pal SinghBhopal (M.P.)

Dr. Harpal Singh SandhuDean

College of Veterinary ScienceGADV&ASU, Ludhiana (Punjab)

Shri Devdatt SharmaGwalior (M.P.)

Dr. Pitam ChandraFormer Director

CIAEBhopal ( M.P.)

Shri Subhash BhatiaJabalpur ( M.P.)

Shri Rajesh PaliwalRegistrar

JNKVV, Jabalpur ( M.P.)

Shri Girish GautamMLA

Rewa ( M.P.)

Shri Tarun BhanotMLA

Jabalpur ( M.P.)

Shri Kedarnath ShuklaMLA

Sidhi ( M.P.)

Smt. Asha Arun YadavSingrauli (M.P.)

10

EDUCATION

Jawaharlal Nehru Krishi Vishwa Vidyalaya (JNKVV), Jabalpur named after Pt. Jawaharlal Nehru, the

architect of modern India, came into existence on October 1, 1964. JNKVV is the State Agriculture

University in Madhya Pradesh managing research, extension and education in agricultural and allied

sciences.

J.N. Krishi Vishwa Vidyalaya was inaugurated by Late Smt. Indira Gandhi, the then Minister of

Broadcasting, Government of India, in 1964, with an integrated mandate of teaching, research and ndextension. Though the University was formally inaugurated on 2 October 1964, most of its constituent

colleges and research stations are quite old.

Jawaharlal Nehru Krishi Vishwa Vidyalaya has been the seat of Agro-Technology and Human Resource

Development in Central India. Its prime mission is to impart education in agriculture and its allied sciences

so as to provide human resource for meeting the future challenges. The University has two Faculties viz.

Agriculture (five constituent colleges at Jabalpur, Rewa, Tikamgarh Ganj Basoda and Balaghat) and

Agricultural Engineering (Jabalpur) with 13 and 5 departments, respectively.

The University offers three Bachelor's Degree programme viz., B.Sc. (Ag), B.Sc. (Forestry) and B.Tech. (Ag.

Engineering). The Masters' Degree programme is available in thirteen departments under Faculty of

Agriculture and in three departments in the Faculty of Agricultural Engineering. The programme on

Master of Agri-Business Management is offered under Faculty of Agiculture. Doctoral degree programmes

are available in ten departments of Faculty of agriculture and three in Agricultural Engineering.

In addition the University offers two year diploma courses in Horticulture on (1) Seed Production & (2)

Nursery Management, at Horticulture Vocational Education Institute, Rangua, Garhakota, District Sagar,

from the academic session 2008-09 with a capacity of 40 students in each course.

The University has two Faculties viz. Agriculture and Agricultural Engineering. The degrees granted include

B.Sc. (Ag.), B.Sc. (Forestry), B. Tech. (Ag. Engineering), M.Sc. (Ag.), M.Sc. (Forestry), M. Tech. (Ag.

Engineering) and Ph.D. in two Faculties.

Bachelor Degree Programme

Admission to Bachelor degree programmes is through entrance test conducted by Professional

Examination Board, Bhopal. The availability of seats under different Bachelor degree programmes is

mentioned in Table 1. Fifty percent of seats are reserved for various reserve categories of candidates, in

accordance with the rules laid down by the Government for permanent residents in the State of Madhya

Pradesh.

Academic programmes

Admissions


years

Golden Jubilee Year

1964-2014

JNKVV

11


years

Golden Jubilee Year

1964-2014

JNKVV

12

Table 1: Availability of seats in different Bachelor degree programmes

S.No. Programme Intake Capacity Total

Free Payment NRI ICAR

1. B.Sc.(Ag) 290 58 14 43 405

2. B.Sc. (Forestry) 25 05 01 04 35

3. B.Tech. 70 14 03 10 97

Total 385 77 18 57 537

Director Instruction coordinates the entire postgraduate programmes of the University. Director

recommends the constitution of an Advisory Committee of each postgraduate student admitted in the

University based on the proposal of the respective Head of the Department. The Director scrutinizes the

plan of work of each postgraduate student in his programme of study including thesis-research

undertaken by the student for the degree programme. He also recommends the appointment of external

examiner, for evaluation of the thesis of every postgraduate student. The Registrar issues the notification

regarding the declaration of results and the award of the Degree. The Advisory Committee is constituted

for each student, from different faculties depending on the research topic. Inter campus movement is also

allowed to the students for the conduct of thesis research for utilizing the expertise and infrastructure

facilities available. Inter disciplinary approach is adopted in postgraduate programmes and the students

register courses of other disciplines also. ICAR's revised course currienlum alongwith six new non-credit

courses are introduced w.e.f. academic session 2009-10.

Postgraduate Degree Programmes


years

Golden Jubilee Year

1964-2014

JNKVV

13

Table 2: Seats in Postgraduate programmes at constitutent colleges

Faculty of Agriculture

S. Programme Campus wise seats for PG programmes

No. Master Degree Ph.D

Jabalpur Rewa Tikamgarh Total Jabalpur

F P F P F P F P F P

A. M.Sc.(Ag) / Ph.D

1. Agronomy 10 6 5 5 3 3 18 14 4 2

2. Agril. Eco. & FM 10 10 4 4 2 2 16 16 4 2

3. Entomology 10 8 2 2 2 2 14 12 4 4

4. Agri. Extension 10 10 6 6 3 3 19 19 4 4

5. Genetics & Plant Breeding 10 6 4 4 0 0 14 10 4 4

2* 2*

6. Plant Pathology 10 10 3 3 2 2 15 15 2 2

7. Soil Science 10 6 0 0 0 0 10 6 4 2

8. Molecular Biology & Biotech 6 6 0 0 0 0 6 6 2 0

9. Agricultural Statistics 8 8 0 0 0 0 8 8 0 0

10. Plant Physiology 8 8 0 0 0 0 8 8 3 3

11. Food Technology 6 6 0 0 0 0 6 6 0 0

B. M.Sc.(Ag.) Horticulture / Ph.D Horticulture

12. Vegetable Science 5 5 2 2 2 2 9 9 2 1

13. Fruit Science 5 5 2 2 0 0 7 7 2 1

C. M.Sc. (Forestry)

14 Plantation Technology 2 1 0 0 0 0 2 1 0 0

15 Agroforestry 2 1 0 0 0 0 2 1 2 1

Total 112 96 28 28 14 14 154 138 39 28

D. M.B.A. (Agri-Business Management)

15 15 0 0 0 0 15 15 0 0

Grand Total 127 111 28 28 14 14 169 153 39 28

F = Free seats and P = Payments seats

* Two Free and Two Payment seats at College of Agriculture, Rewa

Faculty of Agricultural Engineering (only at Jabalpur)

S. No Department M. Tech. Ph.D

F P F P

1. Farm Machinery & Power Engineering 6 6 4 4

2. Processing & Food Engineering 6 6 4 4

3. Soil & Water Engineering 6 6 4 4

Total (Faculty of Agril. Engineering) 18 18 12 12

Thesis evaluation

Inter institutional collaboration in Postgraduate programme

Experiential Learning Programme

Every student admitted to the PG programme in the University, is required to submit a thesis towards

partial fulfillment of the PG programme. The thesis of the student should be of such a nature as to indicate

the student's potentiality for conducting research. The thesis is on a topic falling within the field of major

subject and contains the result of the students' own work. Theses are sent for evaluation by the external

examiner.

The University has established close linkages with other national and international research institutes in

conducting collaborative research programmes at Post Graduate level. In these programmes, Post

Graduate students complete their course work at JNKVV and carry out theses research work at other

institutes. Institutes at which students have conducted their theses research include International Centre

for Genetic Engineering and Biotechnology, New Delhi; International Crop Research Institute for Semi Arid

Tropics, Patancheru, Hyderabad (AP), Directorate of Weed Science Research, Jabalpur, Bhabha Atomic

Research Centre, Central Institute for Cotton Research, Nagpur (MS), etc. The University has signed MoUs

with various research organizations and private institutes e.g. Jain Irrigations Pvt. Ltd., etc. to conduct

collaborative research in various fields.

— The programme was implemented wef II semester of fourth year of academic session (2010 -

2011) in all the colleges of the University.

— A plant tissue culture lab for large-scale planting material production has been established at

newly constructed Seed Technology Research Unit. Students produce tissue culture plants and

learn entrepreneurial skills and professionalism.

— Seed production programme is undertaken at all the Colleges of Agriculture under

entrepreneurial skill development programme for the benefit of students.

— For entrepreneurship development in farm mechanization and establishment of custom hiring

centers, two trainings were organized, each of 15 days duration at College of Agricultural

Engineering, Jabalpur.

— Hands on Training for UG/PG students were organized for preparation of tomato ketchup, puree

etc at fruits and vegetables processing unit.

— Students of horticulture modules were trained for planning and establishment of orchard,

handling, lifting and packing of nursery plants. Different propagation methods like grafting,

budding, layering and cutting were demonstrated.

— Visit of students to seed processing centers, mandi, warehouses, rural banks, panchayats, rural

markets, and local seed production societies were organized.


years

Golden Jubilee Year

1964-2014

JNKVV

14

Skill development activities under ELP ( Horticulture module)

Rural Agricultural Work Experience (RAWE)th

On the recommendation of IV Dean's Committee (ICAR),

RAWE programme was introduced as an essential requirement

for B.Sc. (Ag). It is mandatory for fulfillment of B.Sc. (Ag) degree

programme in which students are placed in villages for

intensive training and field work experience with the host

farmers. Under the programme, during the year 2014-15, an

orientation programme of one week was arranged for all the

registered students.

The programme was implemented in all the Colleges of

Agriculture viz Jabalpur, Rewa, Tikamgarh & Ganjbasoda. Total

245 final year students of B.Sc. (Ag.) were placed in various

Krishi Vigyan Kendras & Zonal Agriculture Research Stations of

the Vishwa Vidyalaya. The students of Department of Forestry,

Jabalpur could not complete their attendance requirement

due to continuous strike. So, they could not attend the FWE

programme.


years

Golden Jubilee Year

1964-2014

JNKVV

15

This programme has gained much importance and popularity

among the farmers and extension workers as it has helped to

strengthen the linkage between technology generation and

dissemination process. Further, this system has enabled the

University to communicate appropriate feedback and impact

points to the extension system for refinement of technologies.

This has also helped the students to develop leadership

qualities. Throughout the programme, talks by various

professionals and eminent scientists are also arranged to

enable the students to learn from their rich experiences

accrued through long years of their services in the domain of agriculture. This programme has also been

instrumental in bridging gap between the scientists and farmers 'fraternity throughout the State.

College wise placement under Rura l Agriculture Work Experience (RAWE)

Students o f the Vishwa Vidyalaya were placed at different villages under RAWE programme

1 College of Agriculture, Jabalpur 87

2 College of Agriculture, Rewa 64

3 College of Agriculture, Tikamgard 40

4 College of Agriculture, Ganjbasoda 32

5 College of Agriculture, Jabalpur (Forestry) 27

Total 250

Activites under Rural Agricultural Work Experience


years

Golden Jubilee Year

1964-2014

JNKVV

16

Human Resource Development

Efforts made for personality development of student's including weaker sections

Human Resource Development is one of the most important functions of the University. The University has

a lion's share in the development of human resources. It has so far produced 15,769 Graduates and 6663

Post Graduates (including 325 Ph. D Degree holders) till 2012-13 academic session and Diploma holders in th

Horticulture (after 12 ), who are rendering services in the field of agriculture and allied sciences not only in

the State but in other parts of the country and overseas.

In addition, the University has awarded one year diploma to 56 women who were appointed as Rural

Extention Officers by the Government of Madhya Pradesh under a programme funded by the Danish

International Development Agency (DANIDA) aimed at providing knowledge and skills of improved

agricultural technology to the farm women. The quality education is the top most priority with main thrust

on improving the infrastructure and teaching capabilities of the faculty.

— Book bank facility is provided to all the students including students belonging to weaker sections at

library and at students placement cell.

— A tutorial Cell is created by the V. V. in Dean Students Welfare office for the students of SC/ST and

weaker sections. Main object behind establishment of cell is to provide proper guidance and

prepare students for graduation and post graduation level courses in Agriculture. Large number of

books and study material related to competitive examinations are available in this cell which

includes books published by ICAR, question banks related to various national level competitive

examinations, question papers of previous years alongwith large number of collection of books of

literature and large number of CD's containing matter on agriculture sciences.

— English and general knowledge coaching has been started at all the Colleges of Agriculture and

Agricultural Engineering for personality development of students belonging to weaker sections and

SC/ST/OBC for carrier building and for preparation of competitive examination and to develop

entrepreneurship.

— Debate/script writing competitions are organized at all the Colleges of the University for promoting

students for the skill development.

— Students were advised time to time for personality development and campus interview. Literature

for personality development is also available in tutorial cell.

— Encouraged students to participate in national level Youth Festivals and Sports Meet organized by

ICAR and provided opportunity to the youth for healthy interaction with each other especially in the

domain of art and culture and to develop friendship.

College of Agriculture, Jabalpur


years

Golden Jubilee Year

1964-2014

JNKVV

17

College o f Agriculture, Rewa

Career guidance for JRF /SRF examinations, coaching for it and English tutorial classes

were carried out for students.

College of Agriculture, Ganj Basoda

— Established a personality development Cell in the campus.

— Procured books for different competitive examinations like ARS, JRF, SRF etc.

— Organized experts lectures

College of Agricultural Engineering, Jabalpur

— Special classes and expert lectures were organized during the year to guide the students for various

examinations including JRF, SRF, ARS, GATE etc.

— Deep Singh Sasode, Asstt. Professor, (Agronomy), College of Agriculture, Ganj Basoda participated

in 21 days training programme on "Land resources management under changing climatic conditions nd thwith special reference to degradad lands" from 22 January to 11 February, 2015 at Department of

Soil Science & Agriculture Chemistry, Rajmata Vijayaraje Scindia Krishi Vishwa Vidyalaya, Gwalior.

— Dr. (Smt.) Vivekin Pachauri, SMS, KVK, Sagar attended a 21 days training programme on "Adoption th th

of new reproductive techniques in education diagnostics and research" form 10 to 30 September,

2014 at Department of Veterinary Gynaecology & Obstetrics, Guru Anand Dev Veterinary & Animal

Sciences University, Ludhiana (Punjab).

— Dr. A.K. Shrivatava, Asstt. Professor, (Agrometeorology), College of Agricutlure, Tikamgarh attended

a 05 days training programme on "Cropping system models application in land resource mangament nd th

& e-agromet software" from 22 to 26 September, 2014 at ICRISAT, Hyderabad (A.P.)

— Dr. A.K. Upadhyay, Assistant Professor, Soil Science, College of Agricutlure, Tikamgarh (M.P.)

participated in 21 days training programme on "Management of soil health challenges & th thopportunities" from 29 September to 19 October, 2014 at Centre of Advanced Faculty Training,

Department of Soil Science & Agricultural Chemistry, JNKVV, Jabalpur (M.P.)

— Dr. Alka Singh, Scientist, KVK, Nowgaon, Chhatarpur (M.P.) participated in 21 days winter school on

"Drudgery reduction technologies for farm women and farm workers to enhance efficiency, th nd

productivity and occupational safety in agriculture" from 12 November to 02 December, 2014 at

Deaprtment of Family Resource Management, College of Home Science, MPUAT, Udaipur

(Rajasthan)

— Dr. Amit Kumar Jha, Scientist, (Agronomy), College of Agriculture, Jabalpur participated in 21 days th

training programme on "Management of soil health challenges & opportunities" from 29 thSeptember to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil Science

& Agricultural Chemistry, JNKVV, Jabalpur (M.P.)

Training programmes attended by scientists


years

Golden Jubilee Year

1964-2014

JNKVV

18


years

Golden Jubilee Year

1964-2014

JNKVV

— Dr. Anand Kumar Pandey, Scientist / Asstt. Professor, PC unit Sesame and Niger, College of

Agriculture, Jabalpur participated in 21 days training programme on "Advances in pest forecast th models & decision support systems for crop protection in changing climate scenario" from 29

thAugust to 18 September, 2014 at Division of Crop Science, Central Research Institute for Dryland

Agricutlure (CRIDA), Hyderabad, (A.P.)

— Dr. Ashish Kumar, Asstt. Professor, Plant Pathology, College of Agriculture, Rewa attended a 21 days

training programme on "Innovative approches and advances for diagnosis and detection of plant nd nddiseases in relation to their control" from 02 to 22 September, 2014 at GB Pant University of

Agriculture and Technology, Pantnagar (Uttrakhand).

— Dr. Ashish Shrivastava, Asstt. Professor, Plant Pathology, College of Agriculture, Ganj Basoda

attended a 21 days training programme on "Genetic and pathogenetic characterization towards th ndmanaging nationally important plant pathogens causing wilt and blight" from 13 January to 2

February 2015 at Division of Plant Pathology, IARI, New Delhi.

— Dr. B.K. Dixit, Assoc. Professor, Soil Science, College of Agricutlure, Tikamgarh participated in 21 days

training programme on "Soil-plant-water relation under conservation tillage practices for th th

sustainable agriculture" from 04 to 24 November, 2014 at Division of Agriculture Physics, Indian

Agricutlural Research Institute, New Delhi

— Dr. B.S. Dwivedi, Scientist, Soil Science, College of Agriculture, Jabalpur participated in 21 days thtraining programme on "Management of soil health challenges & opportunities" from 29

thSeptember to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil

Science & Agricultural Chemistry, JNKVV, Jabalpur (M.P.)

— Dr. Chandrajit Singh, Subject Matter Specialist, Food Science, College of Agriculture, Jabalpur

participated in 21 days training programme on "Management of soil health challenges & thopportunities" from 29 September to 19th October, 2014 at Centre of Advanced Faculty Training,


— Dr. Deepak Rathi, Sr. Scientist, Agro-Economic Research Centre, College of Agriculture, Jabalpur

attended a 21 days training programme on "Advances in Social Science Research Methodologies" nd ndfrom 02 to 22 September, 2014 at College of Agriculture, Bijapur (Karnataka)

— Dr. Dhananjay Kathal, Asstt. Professor, Plant Pathology, College of Agriculture, Waraseoni, attended

a 21 days tranining programme on "Planning & management of sustainable agriculture livelihoods" nd rdat MANAGE, SIAT, Bhopal from September 2 to 23 , 2014.

— Dr. Gaurav Mahajan, Scientist, Agronomy, College of Agriculture, Rewa participated in 21 days

training programme on "Soil-plant-water relations under conservation tillage practices for th th

sustainable agriculture" from 05 to 25 November, 2014 at Division of Agricultural Physics, Indian

Agricultural Research Institute, New Delhi.

— Dr. Jai Singh, Subject Matter Specialist, Plant Protection, Krishi Vigyan Kendra, Sidhi (M.P.) attended

a 21 days training programme on "Innovative approches and advances for diagnosis and detection

19


years

Golden Jubilee Year

1964-2014

JNKVV

nd ndof plant diseases in relation to their control" from 02 to 22 September, 2014 at GB Pant University

of Agriculture and Technology, Pantnagar (Uttrakhand)

— Dr. K.C. Shukla, Assistant Professor, Plant Physiology, College of Agricutlure, Tikamgarh (M.P.)



— Dr. Kamla Singh Yadav, Programme Coordinator, KVK, Sagar attended a 21 days training programme thon "Recent advances in crops management under protected cultivaiton" from 26 December, 2014

thto 15 January 2015 at Centre for protected Cultivation Technology (CPCT), IARI, New Delhi

— Dr. Lalit Mohan Bal, Asstt. Proressor, College of Agriculture, Tikamgarh participated in 8 days Model th th

Training course on "Valorization of horticultural and arable crops" from 04 to 11 December, 2014

at Division of Food Science and Post Harvest Technology, Indian Agricutlural Research Institute,

New Delhi.

— Dr. P.K. Tyagi, Assistant Professor, Agronomy, College of Agriculture, Tikamgarh (M.P.) participated in

21 days training programme on "Management of soil health challenges & opportunities" from th th

29 September to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil


— Dr. P.K. Tyagi, Asstt. Professor, Agronomy, College of Agriculture, Tikamgarh participated in 10 days

short course on "Soil health management techniques in rice and rice based cropping systems" from th th

19 August to 28 August, 2014 at Directorate of Rice Research, Rajendranagar, Hyderabad (A.P.)

— Dr. Prashant Shrivastava, SMS, (Agricultural Extension), KVK, Shahdol participated in 21 days

training programme on "Advanced extension strategy for communication and management skill for rd rd

extension personnel: the approach, methodology and application" from 03 to 23 December, 2014

at Department of Agricultural Extension, Bidhan Chandra Krishi Vishwavidyalaya, District-Nadia

(West Bengal).

— Dr. Priya Awasthi, Asstt. Professor, Horticulture, College of Agriculture, Ganj Basoda attended a 21

days training Programme on "Recent trends in value addition of subtropical fruits for nutritional th thsecurity and secondary agriculture" from 05 to 25 November, 2014 at Division of Post Harvest

Management, Central Institute for Subtropical Horticulture, Lucknow (U.P.)

— Dr. R.P. Joshi, Sr. Scientist, Plant Breeding & Genetics, College of Agriculture, Rewa participated in 21 thdays training programme on "Management of soil health challenges & opportunities" from 29

thSeptember to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil Science


— Dr. Rajesh Singh, SMS (Horticulture) KVK, College of Agriculture, Rewa participated in a training nd ndprogramme on "Participatory extension research and management" from 02 to 22 December,

2014 at Department of Extension Education, College of Agriculture, Maharana Pratap University of

20


years

Golden Jubilee Year

1964-2014

JNKVV

Agriculture & Technology, Udaipur (Rajasthana)

— Dr. Rajmohan Sharma, Asstt. Professor, Genetics & Plant Breeding, College of Agriculture, Ganj

Basoda (Vidisha) participated in 21 days training programme on "Development of agricultural web th th

administration using content management tool" from 24 September to 14 October, 2014 at

Indain Agricutlural Statistics Research Institute, Library Avenue, New Delhi.

— Dr. Rashmi Shukla, Subject Matter Specialist, Directorate of Extension Services, JNKVV, Jabalpur



— Dr. S.K. Mishra, Asstt. Professor (Plant Protection) Horticulture Vocational Education Institute,

Garhakota, Sagar (M.P.) attended a 21 days training programme on "Novel approaches in pest and th thpesticide management in agro-ecosystem" from 19 August to 08 September, 2014 at Centre of

Advanced Faculty Training, Department of Entomology, CCSHAU, Hissar (Haryana).

— Dr. Sajeev Verma, Programme Assistant (Ext.), College of Agriculture, Jabalpur attended a 21 days

training programme on "Recent advances in micro irrigation systems and fertigation under covered

and open cultivation for sustainable and enhanced crop production and productivity in vertisols" th thfrom 09 to 29 September, 2014 at Irrigation and Drainage Engineering Division, Central Institute

of Agricultural Engineering, Bhopal (M.P.)

— Dr. Seema Naberia, Asstt. Professor, Extension Education, College of Agriculture, Ganj Basoda

(Vidisha) participated in a 21 days training programme "Participatory extension research and nd

management" from 02 to 22nd December, 2014 at Department of Extension Education, College of

Agriculture, Maharana Pratap University of Agriculture & Technology, Udaipur (Rajasthan).

— Dr. Sharad Bisen, Asstt. Professor, Horticulture, College of Agriculture, Waraseoni attended a 10

days training programme on "Faculty development programme on E-learning" at NAARM, th th

Hyderabad from September 08 to 17 , 2014.

— Dr. Shiv Ratan, Scientist, (Plant Breeding & Gentics), Regional Agriculture Research Station,

Waraseoni (Balaghat) participated in 10 days training programme on "Widening the genetic base in th

rice through pre-breeding efforts for developing next generation varieties and Hybrid" from 19 to th28 January, 2015 at Directorate of Rice Research, ICAR, Rajendra Nagar, Hydrabad (A.P.)

— Dr. Uttam Kumar Bisen, Scientist, (Plant Breeding & Genetics), Regional Agriculture Research

Station, Waraseoni (Balaghat) participated in 10 days training programme on "Widening the

genetic base in rice through pre-breeding efforts for developing next generation varieties and th thhybrid" from 19 to 28 January, 2015 at Directorate of Rice Research, ICAR, Rajendra Nagar,

Hydrabad (A.P.)

— Dr. V.K. Singh, Assoc. Professor, (Horticulture), College of Agriculture, Tikamgarh participated in 21

days training programme on "Recent advances in crops management under protected cultivaiton"

21


years

Golden Jubilee Year

1964-2014

JNKVV

th thfrom 26 December, 2014 to 15 January 2015 at Centre for Protected Cultivation Technology

(CPCT), IARI, New Delhi

— Dr. Vinita Singh, SMS, (Home Science) KVK, Sagar participated in 21 days winter school on "Drudgery

reduction technologies for farm women and farm workers to enhance efficiency, productivity and th ndoccupational safety in agriculture" from 12 November to 02 December, 2014 at Department of

Family Resource Management, College of Home Science, MPUAT, Udaipur (Rajasthan).

— Dr. Yogendra Sing, Asstt. Professor, (Biotechnolgy Centre), Jabalpur participated in 21 days training th programme on "Application of biotechnological tools and bioinformatics in agricutlure" from 04 to

th24 February, 2015 at Centre of Excellence in Agriculture Biotechnology, College of Biotechnology,

Sardar Vallabhbhai Patel University of Agriculture & Technology, Meerut (U.P.).

— Er. R.K. Swarnakar, SMS (Agricultural Engineering), Krishi Vigyan Kendra, Mandla (M.P.) attended a

21 days training programme on "Recent advances in micro irrigation systems and fertigation under

covered and open cultivation for sustainable and enhanced crop production and productivity in th thvertisols" from 09 to 29 September, 2014 at Irrigation and Drainage Engineering Division, Central

Institute of Agricultural Engineering, Bhopal (M.P.).

— Miss Jagriti Borkar, SMS, KVK, Harda (M.P.) participated in a 21 days training programme on

"Advanced extension strategy for communication and management skill for extension personnel: rd rd

the approach, methodology and application" from 03 to 23 December , 2014 at Department of

Agricultural Extension, Bidhan Chandra Krishi Vishwavidyalaya, District-Nadia (West Bengal).

— Sheela Raghuwanshi, Asstt. Professor, Extension Education, College of Agricutlure, Tikamgarh

attended a 21 days training programme on "Empowering farmers for agricutlure entrepreneurial th th

ventures" from 25 November to 15 December, 2014 at Division of Agriculture Extension, IARI,

New Delhi

— Shiv Ram Singh Raghuwanshi, Assoc. Professor, College of Agriculture, Ganj Basoda participated in

21 days training programme on "Land resources management under changing climatic conditions nd thwith special reference to degraded lands" from 22 January to 11 February, 2015 at Department of

Soil Science & Agriculture Chemistry, Rajmata Vijayaraje Scindia Krishi Vishwa Vidyalaya, Gwalior.

— Shri Akhilesh Kumar Patel, SMS, (Soil Science), Krishi Vigyan Kendra, Rewa attended a 21 days th

training programme on "Management of soil health challenges & opportunities" from 29 thSeptember to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil Science


— Smt. Keerti Tantwai, Asstt. Professor, (Biotechnology), College of Agriculture, Jabalpur participated

in 21 days training programme on "Management of soil health challenges & opportunities" from th th

29 September to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil


— Smt. Nisha Sapre, Asstt. Professor, (Agronomy), College of Agriculture, Jabalpur participated in 21

22


years

Golden Jubilee Year

1964-2014

JNKVV

thdays training programme on "Management of soil health challenges & opportunities" from 29 th

September to 19 October, 2014 at Centre of Advanced Faculty Training, Department of Soil Science


— Dr V.B. Upadhyay attended workshop on "Improving the quality education : problems and solution"

at JNKVV, Jabalpur from 17-21 April 2014.

— Dr. M. A. Alam, Shri M. R. Dhingra, Dr. S. K. Tripathi, Dr A. K. Jain. Dr R. P. Joshi, Dr S. K. Pandey and

Shri Akhilesh Kumar participated in National Conference on Environment Science, Biotechnology

and Biomedicine held at New Model Science College, Rewa w.e.f. April 26 - 27 2014.

— Dr A.K.Saxena attended Kisan- Expo at Bhopal from 25-28 Sept. 2014.

— Dr Aparna Jaiswal attended national seminar on "Extension innovations and methodology for

market-led agriculture growth & development" at RVSKVV, Gwalior from 26-28 Feb. 2015.

— Dr Aparna Sharma attended National conference on 'Sustainable meat production for nutritional

security & consumer well-being:challenges & strategies" at DUVASU, Mathura from 27 - 30 Nov.

2014.

— Dr Kailash Mahajan attended national seminar on "Soil health: a key to unlock & sustain production

potential" at JNKVV, Jabalpur from September 3-4, 2014.

— Dr Kailash Mahajan attended national seminar on "Technologies for sustainable production

through climate resilient agriculture" at JNKVV, Jabalpur from August 8-9, 2014.

— Dr Manish Dwivedi attended national conference on "Post independence Indian english drama:

innovations and explorations" at J.H.P.G. College, Betul from February 27-28, 2015.

— Dr P.K. Jagga attended national seminar on "Soil health: a key to unlock & sustain production

potential" at JNKVV, Jabalpur from September 3-4, 2014.

— Dr R.N. Shrivastav attended national seminar on "Enhancing agricultural productivity through

value addition" at College of Agricultural Engineering, JNKVV, Jabalpur from July 25-26, 2014.

— Dr S K Tripathi and Dr Saurabh Singh attended 17th Agric Scientists and farmers congress of Bioved

at Allahabad, February 21-22, 2015.

— Dr S K Tripathi and Dr R P Joshi, Scientists, College of Agriculture, Rewa attended APC meeting of

Rewa and Shahdol division at Satna on June 11, 2014 & September 10, 2014.

— Dr S K Tripathi attended and delivered a lecture on performance of hybrids in one day workshop on

show casing of rice hybrids at JNKVV, Jabalpur on October 10, 2014.

— Dr S K Tripathi attended and delivered special lecture in workshop on "Higher education policies

programme" organized by Pentium Point College, Rewa on February 28, 2015.

— Dr Sanjeev Garg attended national seminar on "Enhancing agricultural profitability" at JNKVV,

Jabalpur from July 24-25, 2014.

Meetings/conferences/ workshops attended under capacity building programme

23


years

Golden Jubilee Year

1964-2014

JNKVV

— Dr Satish Kumar Sharma attended national seminar on "Soil health: a key to unlock & sustain

production potential" at JNKVV, Jabalpur on September 3-4, 2014.

— Dr V.B.Upadhyay attended Kisan- Expo at Bhopal from September 25-28, 2014.

— Dr Yogesh Patel attended national seminar on "Interface on management of economically

important insects" at JNKVV, Jabalpur from August 16-17, 2014.

— Dr. A.K. Jain & Dr. R.P. Joshi participated in Annual workshop on small millets held at NAU Navsari th thGujrat ,on 29 to 31 March 2015

— Dr. A.K. Jain & Dr. R.P. Joshi participated in Annual workshop on small millets held at VPKAS

Vivekanand Parvatiya Krishi Anusandhan Sansthan, Almora, and Uttarakhand on 20-22 April 2014.

— Dr. A.K. Jain, Sr. scientist (Pl. Patho.) and Dr. R.P. Joshi, Sr. Scientist (Pl. Br.) participated and presented

research papers in national Seminar on "Technologies for sustainable production through climate

resilient Agriculture" organized at JNKVV, Jabalpur on 8-9 Aug. 2014

— Dr. A.K. Jain, Sr. Scientist (Pl.Path.), Dr. R.P. Joshi, Sr. Scientist ( Pl. Br.) and Mrs. Divya Singh, Tech.

Asstt. ( Agronomy) participated and presented research papers in national Symposium on " Dryland

farming and food security in India" organized at RVSKVV, Gwalior (M.P.) on 30-31 August 2014

— Dr. Alam, I.M. khan, Dr. Nirmala Singh and Dr S. K. pandey attended workshop on improving the

quality education held at Jabalpur form 18-19 April 2014.th— Dr. Ashish Kumar, Scientist (Plant Pathology) attended 5 International Conference on " Next

generation genomics and integrated breeding for crop improvement" at ICRISAT, Hyderabad from

18-20 Feb, 2015.

— Dr. B.S. Dwivedi, Scientist attended National Seminar on "Challenges and opportunities for

agricultural crop productivity under climate change" on September 21-22, 2014 held at College of

Agriculture Rewa.

— Dr. Deep Singh attended "national seminar on "Environmental stress and its remedies" at Govt. KRG

Post Graduate College, Gwalior from 30-31 Oct. 2014.

— Dr. R.K. Pathak, Dr. S.K. Chourasia, Dr. M.P. Gupta and Dr. G.K. Satpute Principal Scientists of College

of Agriculture, Tikamgarh attended the "Annual group meeting on safflower & linseed 2011" from th thAugust 27 to 29 , 2014 at DOR, Hyderabad (A.P.).

— Dr. S.K Tripathi and Dr Raghuraj Tiwari, College of Agriculture, Rewa attended 49th All India Rice

workshop cum group meeting at DRRS Hyderabad from 5- 8 April 2014.

— Dr. S. K. Tripathi and Dr R K Tiwari Participated in National conference on environment Science th th

Biotechnology. Biomedicine for held at New Model Science College, Rewa 26 - 27 April 2014.

— Dr. Satish Sharma attended National Seminar on "Technologies for sustainable production through

climate resilient agriculture" at JNKVV, Jabalpur from 8-9 Aug. 2014.

— Dr. Satish Sharma attended National seminar on "Water management and climate smart

24


years

Golden Jubilee Year

1964-2014

JNKVV

agriculture" at Junagadh Agricultural University, Junagadh from 13-14 Feb. 2015.

— Dr. Satish Sharma attended review on "MPWSRP impact survey workshop at College of Agricultural

Engineering, JNKVV, Jabalpur from 5-6 Feb. 2015.

— Dr. Shailendra Bhalawe, Asstt. Professor, Agroforestry, College of Agriculture, Waraseoni, attended

national workshop on "Carbon sequestration in forest and non-forest ecosystem" at Department of th thForesty, JNKVV, Jabalpur from February 16 to 17 , 2015

— Dr. T. K. Singh (Scientist, Horticulture) and Dr. Ashish Kumar (Scientist, Plant Pathology), College of ndAgriculture, Rewa attended 2 "Group discussion meeting of AICRP on fruits" held at MPUA&T,

Udaipur from 26 February, 2015 to 1 March 2015.

— Dr. V.B.Upadhyay, Professor, Agronomy, College of Agriculture, Ganj Basoda attended a workshop th ston "Improving the quality education : problem and solution" at JNKVV, Jabalpur from April 18 - 19 ,

2014

— Pradeep Kumar Dixit, Asstt. Librarian, College of Agriculture, Ganj Basoda attended national

workshop on "Library Automation using open source ILMS KOHA" at University of Petroleum &

Energy Studies, Dehradun on 06th to 08th November, 2014.

th th— A workshop on "Improving the quality of education" was organized during 18 - 19 , April, 2014 at

College of Agriculture, Jabalpur. It was the part of Golden Jubilee celebration of the University.

Professor, V.S. Tomar, Hon'ble Vice Chancellor; Dr. S.K. Rao, Dean Faculty of Agriculture; Dr. S.S.

Tomar, Director Research Services; Dr. P.K. Mishra, Director Extension Services; Deans and academic

incharge of all the colleges, teaching staff & students were present in this workshop.

— A National seminar on "Enhancing agriculture profitability through value addition" was jointly

organized by Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur and World Bank's Madhya Pradesh

Water Sector Restructuring Project (MPWSRP) during 25-26 July 2014 at College of Agricultural

Engineering, Jabalpur. About 135 participants from different States of the country participated in

the seminar. The prominent among the

guest and participants were Shri M.M.

Upadhayaya, Agriculture Production

Commissioner & Additional Chief Secretary,

Government of Madhya Pradesh, Shri

Radhe Shyam Julania, IAS, Principal

Secretary, Water Restructure, Govt. of

Madhya Pradesh, Shri Mukesh Chandra

Gupta, IAS, Project Director World Bank's

Water Restructure Development Project,

Govt. of Madhya Pradesh, Prof. A. K. Singh,

Hon'ble Vice Chancellor, Rajmata Vijayaraje

International /National seminars and workshops organized

National seminar on "Enhancing agriculture

profitability through value addition"

25


years1964-2014

Scindia Krishi Vishwa Vidyalaya, Gwalior, Dr. A. K. Sikka, Deputy Director General (NRM), Indian

Council of Agril. Research, New Delhi, Dr. N. K. Krishna Kumar, Dy. Director General (Horti.) ICAR,

New Delhi, Dr. Pritam Chandra, Director CIAE, Bhopal, Dr. R. K. Gupta, Director, CIPHET, Ludhiana, Dr.

V. S. Tomar, Hon'ble Vice Chancellor, Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur besides

Dean, Faculty of Agriculture, Director Research Services, Director Extension Services, Deans and

Faculty members of the University.

— A national seminar on "Technologies for sustainable production through climate resilient

agriculture" was jointly organized by JNKVV Jabalpur and CRIDA, Hyderabad under NICRA program

on 8th August 2014 under the chairmanship of Prof. V. S. Tomar, Hon'ble Vice Chancellor, Jawaharlal

Nehru Krishi Vishwa Vidyalaya, Jabalpur.

Shri Gaurishankar Bisen, Hon'ble Minister,

Dept. of Farmers' Welfare and Agriculture

Development, Government of Madhya

Pradesh, was the Chief Guest of the

function, Shri Rakesh Singh, Hon'ble

Member of Parliament from Jabalpur was

distinguished guest, Prof. A. K. Singh, Vice

Chancellor, Rajmata Vijayaraje Scindia Krishi

Vishwa Vidyalaya, Gwalior, Prof. B.

Venkateshwarlu, Vice Chancellor, VNNKV,

Parbhani, Prof. V. S. Thakur, Vice Chancellor,

YSPUHF, Solan and Dr. C. S. Prasad, Director,

NIANP, Bangaluru, were the Guests of Honour.

— A national seminar cum Buyers and producers conference on "Improved agriculture, processing and

commercialization/business of medicinal and aromatic plants" was organized by the Department of th

Plant Physiology, JNKVV, Jabalpur on 12

August, 2014. The prominent among the

participants and guests were Dr. J. P. Tiwari,

Ex-Dean, College of Horticulture, Mandsaur,

Dr. O. P. Choubey and Dr. Pratibha

Bhatnagar, from State Forest Research

Institute, Jabalpur, Dr. A. K. Geda, Associate

Professor IGKVV, Raipur, Dr. Poonam,

Marketing Manager, National Medicinal

Plant Board, New Delhi, Dr. Lalit Narayan,

NMPB, New Delhi, Dr. (Smt.) Neelu Singh

National seminar cum Buyers and producers conference on

"Improved agriculture, processing and commercialization

/business of medicinal and aromatic plants"

National seminar on "Technologies for sustainable

production through climate resilient agriculture"

Golden Jubilee YearJNKVV

26


years

Golden Jubilee Year

1964-2014

JNKVV

from Tropical Forest Research Institute, Jabalpur, Dr. Anupam Mishra, Director, Project Directorate,

(ICAR), professor V.S. Tomar, Vice Chancellor, Jabalpur, Dr. S. K. Rao, Dean, Faculty of Agriculture,

Jabalpur, Dr. P. K. Mishra, Director Extension Services, Dr. S. S. Tomar, Director Research Services, Dr.

(Smt.) Satrupa Rao, Prof. & Head, Dept. of Plant Physiology and Dr. S. D. Upadhayaya, Professor, Plant

Physiology, College of Agriculture, Jabalpur besides Medicinal Plant growers, buyers and

entrepreneurs.

— A national seminar on "An interface on management of economically important insects in India" thjointly organized on 16 August 2014 by Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur and

Entomological Society of Central India was presided over by Prof. V. S. Tomar, Hon'ble Vice

Chancellor and Prof. Amarjeet Singh Nanda, Hon'ble Vice Chancellor, Nanaji Deshmukh Veterinary

Science University, Jabalpur was the Chief Guest. Dr. T. P. Rajendran, Former Assistant Director

General (ICAR) and Dr. O. P. Singh, President, Dhanuka Agri-tech Limited, New Delhi were the guests

of honour. The event was attended by over one hundred farmers, besides a large number of

delegates and faculty members of JNKVV as well as senior guest faculty who exchanged their views

on insect management. Dr. S. S. Tomar, Director Research Services was the organizing Secretary.

rd— 53 annual workshop of All India Wheat & Barley and International Seminar on "Enhancing wheat

and barley production with special emphasis on nutritional security" was organized at JNKVV,

Jabalpur under the joint auspices of JNKVV, Jabalpur and Directorate of Wheat Research, Karnal thfrom 22-25 August 2014, under the Chairmanship of of Hon'ble Vice Chancellor, JNKVV, Jabalpur

Prof. V. S. Tomar, Prof. Swapan Kumar Dutta, DDG (Crop Science), ICAR, New was the Chief Gust and

Dr. H. S. Gupta, Director General, Borlauge Institute of South Asia (BISA) was the Special Guest of the

function. Delegates from abroad viz. Australia, Mexico, Nottingham, Syria, Kenya, Bhutan and Nepal

also participated in the meet. The prominent among the participants and dignitaries were Shri

Gaurishankar Bisen, Hon'ble Minister,

Government o f Madhya Pradesh ,

Deptartment of Farmers Welfare &

Agriculture Development Dr. (Mrs.) Indu

Sharma, Project Director, DWR, Karnal, Dr.

Marteen V. Kinkel, Dy. Director General, Dr.

W. Tadesse ICARDA, Syria, Dr. Eric Huttner,

Research Progrram Manager ACIAR,

Australia, Dr. A. K. Joshi CIMMYT, Dr. John

Foulkes from University of Nottinghum, Dr.

Tshewang from Bhutan, Dr. Rameshraj Puri

from Nepal Dr. Parminder Virk, Dr. Guzma

Garia Carlos from CIMMYT, Dr. J. P. Tondon,

53rd annual workshop of All India Wheat & Barley and

International Seminar on "Enhancing wheat and barley

production with special emphasis on nutritional security"

27


years

Golden Jubilee Year

1964-2014

JNKVV

Dr. J. S. Sandhu, Agriculture Commissioner, Government of India, New Delhi, Dr. S. K. Rao, Dean,

Faculty of Agriculture, Dr. S. S. Tomar, Director Research Services, Dr. P. K. Mishra, Director

Extension Services.

— A National Conference on "Soil Health: A key to unlock and sustain production potential" was

organized by Jawaharlal Nehru Krishi Vishwa Vidyalaya Jabalpur in the Department of Soil Science & rdAgricultural Chemistry, College of Agriculture, Jabalpur on 3 September 2014 under the

Chairmanship of Prof. V. S. Tomar, Hon'ble Vice Chancellor, JNKVV, Jabalpur. Prof. A. K. Singh, Vice

Chancellor, Rajmata Vijayraje Scindia Krishi

Vishwa Vidyalaya, Gwalior, Dr. S. K. Patil,

Vice Chancellor, Indira Gandhi Krishi Vishwa

Vidyalaya, Raipur were Guests of Honour,

Dr. A. K. Patra, Director, Indian Institute of

Soil Science (ICAR), Bhopal were presented

as Special of the function. Dr. S. S. Tomar,

Director Research Services, Dr. S. K. Rao,

Dean Faculty of Agriculture, Dr. R. V. Singh,

Dean, College of Agriculture, Jabalpur, Dr. A.

K. Rawat, Head, Department of Soil Science,

Heads of different departments, scientists

of the department were present on this

occasion.

— A National workshop on "Biotechnology for sustainable agriculture" organized by Jawaharlal Nehru thKrishi Vishwa Vidyalaya during 8-9 September, 2014. About 185 participants from different States

of the Country were arrived in the Seminar,

the prominent among the guest and

participants were Prof. V. S. Tomar, Vice

Chancellor, JNKVV, Jabalpur, Dr. H. S. Gupta,

Director, Indian Agricultural Research

Institute, New Delhi, Dr. A. Pandey, Dr. R. K.

Kehtrapal, Dr. S. K. Rao, Dean, Faculty of

Agriculture, Dr. S. S. Tomar, Director

Research Services, Dr. P. K. Mishra, Director

Research Services & Dr. Sharad Tiwari,

Director Biotechnology Centre and

Organizing Secretary of the seminar.

National workshop on "Biotechnology for

sustainable agriculture"

National Conference on "Soil Health: A key to unlock

and sustain production potential"

28


years

Golden Jubilee Year

1964-2014

JNKVV

— A National Seminar on Challenges and

opportunit ies for agriculture crop

production under climate change was st nd

organized on 21 and 22 Sept. 2014 in

College of Agriculture, Rewa was presided

over by Prof. V. S. Tomar, Hon'ble Vice

Chancellor, JNKVV, Jabalpur while Shri Girish

Gauram, Hon'ble MLA and Member, Board

of Management (BoM) of JNKVV was the

Chief Guest. Dr. P. S. Shukla, Hon'ble Board

Member, Dr. S. K. Rao, Dean Faculty of

Agriculture and Dr. S. S. Tomar were the

Guest of Honour.

— A National conference on Pulses "Challenges and opportunities under changing climate scenario" th st

held during 29 September - 1 October 2014 under joint auspices of JNKVV-

Indian Society of Pulses Research and Development, IIPR-ICAR-ICRISAT and ICARDA. In the

inaugural session Dr. S. Ayyappan, Secretary DARE & Director General of ICAR, New Delhi was

present as Chief Guest, Dr. J. S. Sandhu,

Agriculture Commissioner, Dept. of

Agriculture, Government of India Guest of

Honour and Prof. V. S. Tomar Hon'ble Vice

Chancellor, JNKVV presided over the

function. Dr. N. P. Singh Director, Indian

Institute of Pulses Research, Kanpur, Dr. S. S.

Tomar, Director Research Services was the

organizing secretary of the event were

prominent among participants. Delegates,

Dean of Colleges, Head of Departments,

scientists engaged in pulses research across

the country, Research workers participated in the conference.

— A workshop on "Suggestions to Fifth Deans Committee of ICAR (Central Zone)" was held in a gracious

manner under the Chairmanship of Hon'ble Vice Chancellor, Professor V.S. Tomar at Jawaharlal thNehru Agriculture University, Jabalpur on November 25 , 2014. A total 25 Deans, Directors and

Head of Departments and Experts from six Agricultural Universities of Madhya Pradesh,

Chhattisgarh, Maharashtra and Gujarat were present.

National Seminar on "Challenges and opportunities for

agriculture crop production under climate change"

National conference on Pulses "Challenges and

opportunities under changing climate scenario"

29


years

Golden Jubilee Year

1964-2014

JNKVV

— A National workshop on "Carbon

Sequestration in Forest and Non Forest

Ecosystem" was organized by Department thof Foresty, JNKVV, Jabalpur on February 16

th& 17 , 2015. This workshop was supported

by Madhya Pradesh Council of Science &

Technology, Bhopal, NABARD, Bhopal and

Envionmental Planning and Coordination

Organization, Bhopal. On this occasion, Dr.

Ram Prasad, Ex-Principal Chief Conservator

of Forests and Head of Forest Force,

Government of M.P., Dr. A.K. Wahal, Ex-

Principal Chief Conservator of Forest and Head of Forest Force, Government of Arunachal Pradesh,

Dr. P.K. Shukla, Ex-Principal Chief Conservator of Forests, Government of M.P., Dr. P. K. R. Nair,

Professor, University of Florida, USA, Dr. V.N. Pandey, Director of Tropical Forest Research of

Institute, Jabalpur, Dr. G. Krishnamurthy, Director, State Forest Research Institute, Jabalpur, Dr. A.R.

Sharma, Director, Weed Science Research, Jabalpur and Scientist from Gujarat, Maharashtra,

Haryana, Delhi, Madhya Pradesh were graced the programme and expressed their views on the

topic. The inaugural function of the workshop was addressed by Hon'ble Vice Chancellor, Prof. V.S.

Tomar. Dr. S.S. Tomar, Director Research Services, was the Chairman and Dr. N.N. Pathak was the

organizing secretary of the workshop.

Workshop on "Suggestions to Fifth Deans

Committee of ICAR"

National workshop on "Carbon Sequestration in Forest and Non Forest Ecosystem"

30


years

Golden Jubilee Year

1964-2014

JNKVV

31

— A three day workshop on "e-granthalaya Software for Automation and Networking of Government

Libraries" was organized at JNKVV, Jabalpur th thfrom February 18 to 20 , 2015. The

workshop was organized under joint banner

of Ministry of National Informatics Centre

C o m m u n i c a t i o n a n d I n fo r m a t i o n

Technology, New Delhi and JNKVV, Jabalpur.

Over 25 trainees from different libraries of

25 States were participated in the

workshop. Director Instruction, Dr. G.S.

Rajput, Dean College of Agriculture,

Jabalpur Dr. Suman Kumar, I/c NIC Bhopal,

Parashar, NIC I/c Jabalpur, Madhu Mishra

graced the programme. The programme

was convened by Coordinator Dr. L.P.S. Rajput.

— A National Seminar on "Weather and climate risks in agriculture under changing climate:

Management and Mitigation" was

organized on 12-13 March, 2015 at College

of Agriculture, Tikamgarh (M.P.). The chief

guest of this function Professor, V.S. Tomar,

Hon'ble Vice Chancellor of JNKVV, Jabalpur

inaugurated this seminar. The special guest

was Dr. S.S. Tomar, Director Research

Services and Dr. S.K. Rao, Dean Faculty of

Agriculture, JNKVV, Jabalpur. The guest of

honour was Dr. P.S. Rao, advisor,

Department of Science & Technology, New

Delhi and Dr. D.C. Uprety, FNNAS, New Delhi

and other eminent guest Shri K.K.

Shrivastava, Member of Legistative Assembly and Shri A.K. Singh, Forest Conservator of Tikamgarh

were also present in the function.

— A one day workshop on "Appraisal cum validation of Data" was organized at Instrumentation th

Section, JNKVV, Jabalpur on March 20 , 2015 for College Coordinators (NISAGENET).

Workshop on "e-granthalaya Software for Automation

and Networking of Government Libraries"

National Seminar on "Weather and climate risks in agriculture

under changing climate: Management and Mitigation"

Trainings/meetings organized

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A 21 days for technical staff of the University was jointly organized bythe Department of Extension Education, College of Agriculture, Jabalpur and Instrumentdevelopment and service Center, JNKVV,Jabalpur from 9 June, 2014- 4 July, 2014.

The was organized

at JNKVV, Jabalpur on 16 July, 2014 inpresence of Vice Chancellor Professor V.S.Tomar as chief guest besides senioragriculture scientists from the Universitywere present.

A three dayswas organized on the

auspious occasion of JNKVV GouldenJubliee Year Celeberation at AgricultureTechnology Information Centre (ATIC), JNKVV, Jabalpur from 29th to 31 July, 2014

Jawaharlal Nehru Agriculture University, Jabalpur conducted toreview Agriculture Research Projects financed by Indian Council Agriculture Research, New Delhiand Government of India during 2013-14 and research projects for 2014-15 were discussed. JNAUVice Chancellor Professor V.S. Tomar presided over the meeting. The meeting was conducted byDirector Research Services Dr. S.S. Tomar.

A training programme on was organized by Business Planningand Development Unit, JNKVV, Jabalpur from October 16 to December 18 , 2014 at ConferenceHall of BPD unit, Adhartal Farm, Jabalpur. Shri Ravi Gupta, President of Mahakoshal Chamber ofCommerce and Industries, Jabalpur was the Chief Guest of this programme. Hon'ble ViceChancellor, Professor V.S. Tomar, inaugurated the training programme. Dr. S.K. Rao, Dean Faculty of

computer training programme

"Foundation day" of Indian Council ofAgriculture Research 2014,

Mushroom ProductionTechnique Training

Research Review Meeting 2014

"Agri-Clinic and Agri Business Centre"

th th

th

st

th th

ANNUAL REPORT 2014 -1550years

Golden Jubilee Year

1964-2014

JNKVV

"Foundation day" of Indian Council ofAgriculture Research 2014

Training programme on "Agri-Clinic and Agri Business Centre"

32

Agriculture and PI of the BPD unit and Dr. S.B. Nahatkar, Nodal officer of this training programmemanaged the training programme. Dr. (Mrs.) Om Gupta, Professor and Head, Plant Pathology, Dr.S.D. Upadhyaya, Professor, Plant Physiology, College of Agriculture, Jabalpur also attended thetraining programme. A total of 35 youths from different districts of the State were selected for thetraining.

A meeting on the was held on November13 , 2014 in the meeting hall of Director of Research Services, JNKVV, Jabalpur. All the Directors,Deans and Head of Departments were participated in the meeting. Hon'ble Vice Chancellor was theChairman of the meeting.

A training programme on wasorganized by Farm Machinary and Power Engineering department of College of AgriculturalEngineering, JNKVV, Jabalpur from November 19 to 25 , 2014. Over 25 entrepreneurs from 15districts participated in the training programme. Dr. S.S. Tomar, Director Research Servicespresented the certificates to all the participants.

Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur organized a month (during February-March-2015) self-employment oriented bag-making training for women of rural areas. The training wasorganized under the guidance of KVK, Jabalpur Coordinator Dr. D.P. Sharma. Dr. Shashi Gourprovided technical and practical information about making of leather bags, clothes bag, purses, filecovers etc. Twenty women and girls from adjoining villages participated in the training.

A three days (March 01 to 03 , 2015) peasants training programme was organized by AgricultureTechnology Information Centre (ATIC), JNKVV, Jabalpur in the meeting hall of Directorate ofExtension Services. Under this programmedevelopment of fruit bearing plants,horticulture crops irrigation, advancedproduction technology of onion and garlic,green house, cultivation (conservationagriculture), nursery management, cultivationof medicinal crops, pest management, vermicompost, fruits, vegetable preservation etc.topics-related lectures were organized. Trainingincharge of this programme was Dr. ArchanaPandey, Sr. Scientist of ATIC.

A three-day training programme onfocused on the technical staff engaged inestablishing proposed seed testing laboratoriesin 16 districts of the State of Madhya Pradesh,persons engaged in Agriculture Science Centersand teachers associated with the course on seedtechnology at Bachelor degree was organized

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"Fifth Deans Committee on Higher Agriculture Education"

"Establishment of Private Hiring Centre for Agriculture Machinery"

Seed Testing

th

th th

st rd


Golden Jubilee Year

1964-2014

JNKVV

Training programme on "Seed Testing"

33

from 2-4 March 2015. The training consistsof lectures and practical was attended byMore than 50 participants.

A Training Programme on was organized from March

16 to 30 , 2015 by Business Planning andDevelopment Unit, JNKVV, Jabalpur. Thisprogramme was inaugurated by Prof. V.S.Tomar, Hon'ble Vice Chancellor, JNKVV,Jabalpur. Dr. S.K. Rao, Dean Faculty ofAgriculture was the Course Director of thistraining programme. Eight participantswere present in this programme.

A 21 days National training programme on "Management of soil health: challenges andopportunites" was organized at JNKVV, Jabalpur from 29 September to 19 October, 2014 at Centrefor Advance Faculty Training, Department of Soil Science & Agriculture Chemistry, which wassponsored by Indian Council of Agriculture Research, New Delhi. In this training programme, 24agricultural scientists from different Agricultural Universities, Research Station & Institutions wereparticipated.

Under Madhya Pradesh Water Sector Restructuring Project one training programme entitled"Remote sensing and GIS application in the field of agriculture water management" duringOctober, 27- November 01, 2014 was conducted. This term Assistant Director Agriculture fromdifferent districts of Madhya Pradesh participated in the training.

Training programme was repated (March 3-13, 2015) for Government officers. Ten AssistantDirector Agriculture from different districts of Madhya Pradesh participated in the training.

Eleven trainings for members of water users Association were organized at 11 locations, during theyear 586 members of Water User Association were benefited.

Dr. R.S.Shukla, Principal Scientist, Wheat Improvement Project Department of Plant Breeding andGenetics, JNKVV, Jabalpur and Dr. P.C.Mishra, Principal Scientist, ZARS, Pawarkheda were awardedplaque of Honuor for "Recognition of the services provided for the improvement and developmentof wheat in Madhya Pradesh" by Dr. Indu Sharma, Project Director of Wheat, Directorate of WheatResearch( ICAR), Karnal (Haryana) during 53 All India Wheat and Barley Research workers Meet(22-25 August, 2014) at JNKVV, Jabalpur.

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"Seed BusinessManagement"

th th

th th

rd

Centre of Advanced Faculty Training

Awards and recognitions


Golden Jubilee Year

1964-2014

JNKVV

Training Programme on "Seed Business Management"

34

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Dr. Priya Nair, Technical Assistant, Department of Plant Breeding and Genetics, JNKVV, JabalpurReceived young scientist award 2014 from MPCOST, Bhopal.

Ms. Madhu Praksh, student, Department of Plant Breeding and Genetics, JNKVV, Jabalpur receivedBest Poster Award 2014 during Golden Jubilee Celebration of JNKVV.

Akhilesh Jagre and Om Gupta jointly received best poster paper award during National conferenceon pulses "Challenges and opportunities under changing climate Scenario held at JNKVV, Jabalpurfrom 29 September 1 October 2014.

Dr S. K. Tripathi awarded Bioved Fellow ship Award in 17th Indian Agriculture Scientists and farmer'scongress at Allahabad on dated 21-22 Feb 2015.

Dr Swati Barche, Associate Professor (horticulture) received "Achiever Award 2014" by Sadhnasociety, Dr. Y.S. Parmar University of Horticulture and Forestry, Nauni, Solan, Himachal Pradesh,India .

Dr. A. K. Jain, Sr. Scientist (Plant Pathology) awarded I best poster presentation award duringNational seminar on Challenges and Opportunities for Agricultural Crop Productivity under ClimateChange organized by JNKVV, College of agriculture, Rewa (M.P.) from September 21-22, 2014.

Dr. A. K. Jain, Sr. Scientist (Plant Pathology), Dr. R. P. Joshi, Sr. Scientist (Plant Breeding) andGyanendra Singh collectively awarded IInd prize in poster presentation during National Seminar onTechnologies for sustainable Production through Climate Resilient Agriculture at JNKVV, Jabalpurfrom 8-9 August, 2014.

Dr. Alpana Singh awarded 2nd best poster presentation award during National Seminar on"Enhancing Agricultural profitability through value addition" held at JNKVV, Jabalpur from July 25-26, 2014.

Dr. B.S. Dwivedi, received the best poster presentation award in National Conference on "SoilHealth: A Key to Unlock and Sustain Production Potential" September 3-4, 2014 held at Departmentof Soil Science & Agril. Chemistry, JNKVV, Jabalpur.

Dr. G. Mahajan, Scientist (Agronomy) received Young Scientist Award, 2014 at IXth NationalConference on Current Trends and Future Challenges in Environmental Sciences, Biotechnology,AYUSH & Biomedicine for Human Welfare and Sustainable Development held on 26 & 27th, April,2014 at Govt. New Science College, Rewa (M.P.)

Dr. G.D. Sharma, received the best poster presentation award in National Conference on "SoilHealth: A Key to Unlock and Sustain Production Potential" September 3-4, 2014 held at Departmentof Soil Science & Agril. Chemistry, JNKVV, Jabalpur.

Dr. G.S. Tagore, received the best poster presentation award in National Conference on "Soil Health:A Key to Unlock and Sustain Production Potential" September 3-4, 2014 held at Department of SoilScience & Agril. Chemistry, JNKVV, Jabalpur.

Dr. M.K. Hardaha, Professor, Soil & Water Engineering, College of Agricultural Engineering, JNKVV,Jabalpur has been awarded with best poster presentation award by Indian Society of AgriculturalEngineering, New Delhi.

th st


Golden Jubilee Year

1964-2014

JNKVV

35

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Dr. M.L. Kewat, Mr. Ajay Chourasiya, Mr. Tushar, Shri Shyamlal Shahu, and Ms. Tarun Suryavanshijointly received the best poster paper award 2014 during Biennial Conference of Indian Society ofWeed Science (ISWS) held at DWSR Jabalpur held at 15-17 February 2014.

Dr. R. P. Joshi, Senior Scientist, AICRP on small millet, College of Agriculture, Rewa awarded ChiefMinister's Excellence Prize for excellent work in the field of Agriculture in MP for the year 2014

Dr. R. P. Joshi, Sr. Scientist (Plant Breeding) and Dr. A. K. Jain, Sr. Scientist (Plant Pathology) collectivelyawarded Ist prize in the poster presentationsession I in National Symposium on DrylandFarming and Food Security in Indiasponsored by IAUA, New Delhi on 30-31August, 2014 organized at RVSKVV, Gwalior(M.P.).

Dr. R. P. Joshi, Sr. scientist (Plant Breeding)has been awarded with state level ChiefMinister's excellence prize for excellentwork in the field of Agriculture as a Scientistby the Chief Minister of Govt. of M.P. ShriShiv Raj Singh Chauhan & Chief SecretaryShri A. Dissa on the eve of Madhya PradeshSthapana Diwas (01 Nov. 2014) at Lal ParadeGround Bhopal.

Dr. R. P. Joshi, Sr. scientist (Plant Breeding)has been honored on Republic Day function(26, January 2015) & received Certificate ofAppreciation for excellent work as MasterTrainer in election by the Collector Rewa.

Dr. R.K. Sahu, Dr. S.B. Das, Dr. A. Dubey andDr. Manish Bhan received the best paperaward during National conference held atDepartment of Agrometeorology, G.B. Pant University of Agriculture & Technology, Pantnagar-263145 (Uttarakhand), India on 16- 18 October, 2014

Dr. R.K. Sahu, Research Associate, received the best poster presentation award in NationalConference on "Soil Health: A Key to Unlock and Sustain Production Potential" held at Departmentof Soil Science & Agril. Chemistry, JNKVV, Jabalpur from September 3-4, 2014.

Miss Stuti Mishra (T.A.), Department of Plant Breeding and Genetics, JNKVV Jabalpur awarded withYoung Scientist Award for outstanding contribution in the field of Plant Breeding & Genetics, fromDr. Rajendra Kumar, DG, UTTAR PRADESH KRISHI ANUSANDHAN PARISHAD (UPKAR) and Dr. BengaliBabu, Ex Director, NAIP, ICAR, NEW DELHI, during "Indian Agricultural Scientists and FarmersCongress", sponsored by PPVFR and Bioved Research Institute Of Agriculture & Technology,


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Chief Minister's excellence prize

Young Scientist Award(UPKAR)

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Allahabad, U.P. 22nd February 2015.

Dr. A. N. Shrivastava, Principal Scientist, Department of Plant Breeding and Genetics, JNKVV,Jabalpur received Solidaridad award on June 10 2015, in "National Conference on SustainableSoy", Bhopal organized by Solidarad, South and South East Asia, for his commendable breedingresearch work in the development of mega varieties of soybean covering more than 85 % area of thecountry, in the presence of Dr. Rajesh Rajora, Principal Secretary, Department of Farmer Welfare andAgriculture, Govt. of MP, Dr. Akhilesh Sarraf, Director of Ruchi Group of Industries, Dr. Shatadru,Managing Director, Solidaridad, South and South East Asia, Dr. V. S. Bhatia, Director, Directorate ofSoybean Research, Indore.

Dr. R.K. Thakur, received the best poster award in National Conference on "Soil Health: A Key toUnlock and Sustain Production Potential" held at Department of Soil Science & Agril. Chemistry,JNKVV, Jabalpur from September 3-4, 2014.

Dr. Raghuraj Tiwari, Associate Professor/ Sr.Scientist, Department of Agronomy, Collegeof Agriculture, Rewa was conferred with"Best Teacher award, JNKVV" for the year2014.

Dr. S. S. Baghel, received the best posteraward in National Conference on "SoilHealth: A Key to Unlock and SustainProduction Potential" held at Departmentof Soil Science & Agril. Chemistry, JNKVV,Jabalpur from September 3-4, 2014

Dr. Shailesh Kumar Sharma, Scientist, Soil &Water Engineering received best paperaward during International conference on" C o n t e m p o ra r y E n g i n e e r i n g a n dTechnology" organized by organization ofScience and Engineering & Technology,Chennai on 15 March, 2015.

Dr. T.R. Sharma, Sr. Scientist and Dr. AmitKumar Jha, Scientist, Agronomy, College ofAgricutlure, Jabalpur received the BestResearch Paper Award from AgricultureMinister of the State during Golden JubileeCelebration.

Miss. S.S. Roopa received 3rd best paper award during National Seminar on "Enhancing Agriculturalprofitability through value addition" held at JNKVV from July 25-26, 2014.

Miss. Shivkumari Sahu PG (Agronomy) student of Dr. G. Mahajan, Scientist (Agronomy) received

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Solidaridad award

"Best Teacher award, JNKVV" - 2014

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Best poster presentation award during National Seminar on "Challenges and opportunities foragricultural crop productivity under climate change" held at College of Agriculture, Rewa (M.P.) from21- 22 September, 2014

Prahalad Ahirwar, Department of Plant Pathology, College of Agric. Jabalpur received best posteraward on "Oyster Mushroom Production" during Inter -College competition at JNKVV (2014).

R.K. Sahu, Research Associate received 2nd runner up award in NASA-2014 during InternationalSymposium on New-Dimensions in Agrometeorology for Sustainable Agriculture during held at G.B.Pant University of Agriculture & Technology, Pantnagar, India during October 16-18, 2014.

Shri Devendra Kumar Gupta, PG (Plant Pathology) student of Dr. A. K. Jain received Ist best posterpresentation award during National seminar on "Technologies for sustainable production throughClimate Resilient Agriculture" organized at JNKVV, Jabalpur (M.P.) from 8-9 August, 2014.

Shri Devendra Kumar Gupta, PG (Plant Pathology) student of Dr. A. K. Jain received 2nd best Posterpresentation award during National seminar on "Challenges and Oppotunities for Agricultural CropProductivity under Climate Change "organized by JNKVV, College of Agriculture, Rewa (M.P.) fromSeptember 21-22, 2014.

Shri Shyamlal Sahu, Dr. M.L. Kewat and Ms. Tarun Suryavanshi jointly received best poster paperaward 2014 during Biennial Conference of Indian Society of Weed Science (ISWS) held at DWSRJabalpur held at 15-17 February 2014.

Smita Singh, Technical Assistant, Agronomy, College of Agriculture, Rewa received 2nd best posterpresentation award in national seminar on "Challenges and opportunities for Agricultural Cropproductivity under climate change", at JNKVV, Jabalpur on September 21-22, 2014

Jawaharlal Nehru Krishi VishwaVidyalaya, Jabalpur received theM a h i n d r a S a m r i d h i N a t i o n a lAgriculture Education Award 2015under the National AgricultureEducation Prosperity Honor Awardcategory. The prestigious award run byrepute company Mahindra & Mahindrato encourage different stakeholders inthe farming by adding festivity and glorywith the profession. Union AgricultureMinister Shri Radhamohan Singh onFebruary 24 , 2015 honored Hon'bleVice Chancellor, Professor V.S. Tomar.

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Mahindra Samridhi National Agriculture Education Award


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Educational tours

Education tours of all the colleges of Agriculture were organized during February-March, 2015.

Educational tour of B.Sc. (Ag) 4th year students has been organized by Dean College of Agriculture,

Jabalpur from 12 March to 21 March, 2015 as per the directive of Indian Council of Agricultural Research

(ICAR), New Delhi. This ten days tour was successfully completed under the leadership and untiring efforts

of Dr H.K. Rai, Dr Sushma Nema and Dr Sanjeev Kumar covering the visit of Central Institutes, Agricultural

Universities and fields of progressive farmers in different parts of north India. This tour was mainly focused

on giving the exposure to the B. Sc. (Ag) final year's students about agricultural research, scope of skill

utilization, self employment and higher studies. During the tour programme students were interacted

with teachers and students from IARI, New Delhi, GBPUA&T, Pantnagar, PAU Ludhiana and SBPUAT,

Meerut.

Educational Tour was organized by the College of Agricultural Engineering for B.Tech. III year students.

The educational tour of the students started on 16 of March 2015. Students visirted different

destinations including IARI, New Delhi, Punjab Agriculture University (PAU), Ludhiana and Guru Nanak

Dev University (GNDU), Amritsar, Punjab. Students visited the school of agriculture biotechnology and its

laboratory" the GS Khush laboratory" at PAU. Students visited Guru Nanak Dev University (GNDU) on 19

of March 2014.

College of Agriculture, Jabalpur

College of Agricultural Engineering, Jabalpur

College of Agriculture, Rewa

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College of Agriculture, Ganj Basoda

College of Agriculture, Tikamgarh

Fourteen students visited educational and research institutions situated in the Maharastra state duringMarch 09 to 18 , 2015. They visited Mahatma Phule Krishi Vidyapeeth, Rahuri, National HorticultureResearch and Development Foundation, Chitegaon Phata, Nasik and College of Agriculture, Pune.

Education tour of B.Sc. (Ag.) 4 year students was organized by Dr. R. K. Pathak, Dean, College ofAgriculture, Tikamgarh as per the mandate of I.C.A.R. New Delhi. Students visited RBS College BichpuriAgra, IARI, ICAR, NBPGR, NAAS Complex, N. Delhi, Potato Research Institute, Kufri, Simla, Directorate ofMasroom Research, Solan, Punjab Agricultural University, Ludhiana, Kurukshetra University, NationalDairy Research Institute & Goat Research Institute Karnal and Indian Grassland And Fodder ResearchInstitute, Mathura.

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Visit to IARI, New Delhi Visit to PAU, Ludhiana

Visit to NHRDF NasikVisit to MPKV, Rahuri

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Visit to DMR, New Delhi Visit to NDRI, Karnal

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Felloships/Scholarships

Visits Abroad

The scholarships awarded to the V.V. students during academic session 2013-14 are presented in table.

1 National Talent Scholarship 38

2 Junior Research Fellowship 02

3 Merit-cum-means 01

4 Merit Scholarship 111

Dr. Sunil Kumar Pandey, Scientist (Plant Breeding & Genetics), College of Agriculture, Jabalpurattended Country Focused Training Course on Soybean at Institute of Crop Science in NationalAgriculture and Food Research organization (NARO) and Japan International Cooperation Agency(JICA), Tsukuba International Center from July 22 to December 12 , 2014 organized by the JapanInternational Cooperation Agency (JICA), Japan under the International Cooperation Program of theGovernment of Japan.

S. No Name of scholarship No. of students awarded

Total 152

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Dr. P. C. Mishra, Principal Scientist, Zonal Agricultural Research Station, Powarkheda and Dr. R. S.

Shukla, Principal Scientist, Wheat Improvement Project, Dept. of Plant Breeding & Genetics, JNKVV,

Jabalpur visited Kathmandu (Nepal) from 10 -14 September 2014 to attend annual review and

work planning meeting of BMZ and SCISA (CIMMYT) programme for South Asia, and present

progress and to finalize the research programme for 2015-16.

Dr. Anita Babbar, Principal Scientist AICRP on Chickpea, Dept of Plant Breeding & Genetics, College of

Agriculture, Jabalpur, and Dr. Yogranjan, Scientist (Biotechnology), College of Agriculture, Tikamgarh

attended Integrated Breeding Platform on IB-MYC-III from September 15-26, 2014 at Zaragoza,

Spain.

Dr. P. C. Mishra, Principal Scientist, Zonal Agricultural Research Station, Powarkheda (Hoshangabad)

visited Njora (Nakuru) Kenya from 23 Sept. to 3 October 2014 to attend seminar on

"Standardization of stem rust,

note taking evaluation of

germplasm with emphasis on

emerging threats of yellow and

leaf rust".

Dr. Anita Babbar, Principal

S c i e n t i s t , C h i c k p e a

Improvement Project, Dept. of

Plant Breeding & Genetics,

JNKVV, Jabalpur and Dr. P. C.

Mishra, Principal Scientist (PB),

Wheat Improvement Project,

visited Rayong (Thailand) during 7-10th October 2014 to attend General Research Meeting (GRM)

by CGIR, Generation Challenge Programme (GCP).

Dr. N a l i n Ku m a r Kh a re ,

Professor & Head, Department

of Extension Education, College

of Agriculture, Jabalpur visited

Brazil (Sao Paulo, Piracicaba,

Descalvado, Ribeirao Petro,

Mococa, C a m p in a s ) a n d

Argentina (Buenos Aries,

Melincue, Rosario, Pergamino)

from 25 March to 07 April,

2014 under the Chief Minister

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Kisan Videsh Addhyan Yojna in Group-2 with 20 progressive farmers of Madhya Pradesh.

Dr. (Mrs) Om Gupta, Professor & Head, Plant Pathology, College of Agriculture, Jabalpur visited

Netherland (Holland) as a Nodal scientist/ Coordinator in a agricultur education tour (Group V) w.e.f.

November 26 to December 02 , 2014 organized by Ministry of Agriculture, Govt. of Madhya

Pradesh under Chief Minister Foreign study tour programme for farmers. The group consists of 21

members including Nodal Scientist from JNKVV, Nodal officer from Department of Agriculture and

one coordinator from traval agency. The group visited Amsterdam, Raterdam, Woolendem,

Zwagdach, Lelystad, Kinderdjk, Aalsmeer to see the tomato cultivation (mechanized) under

controlled environment, Dairy farm, Robot milking, Horse milking, Urban farming, Old wind mill and

Newland Polder Museum, Cheese factory and flower auction show.

Dr. S.B. Nahatkar, Principal Scientist, Directorate of Research Services, JNKVV, Jabalpur, Dr. Birendra

Singh Dwivedi, Scientist, Department of Soil Science and Dr. Amit Kumar Jha, Scientist, Department

of Agronomy, College of Agriculture, Jabalpur visited Japan for discussion on results of Financial Year

2014 and planning for Financial Year 2015 with the Japanese Counterpart from March 01 to 06 ,

2015 under JICA Project on Maximization of Soybean Production in Madhya Pradesh.

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JNAU celebrated its 12th Convocation ceremony during the Golden Jubilee year in a grand manner on June27 , 2014. JNAU has also completed Golden Fifty years. The President of India, Hon'ble Pranab Mukherjeewas the Chief Guest of the convocation ceremony in which 643 Graduates, 481 Post Graduates along with23 Doctorate of Philosphy and 22 Gold Medals were presented. The ceremony was also graced byGoverner of Madhya Pradesh and Chancellor of University Hon'ble Shri Ram Naresh Yadav who presidedover the convocation ceremony. Chief Minister of the State, Hon'ble Shiv Raj Singh Chouhan, FarmarWelfare and Agriculture Development Minister, Shri Gauri Shankar Bisen, State Minister, Public Health andFamily Welfare Shri Sharad Jain, Member of Parliament Shri Rakesh Singh graced the ceremony as specialguests. JNAU Vice Chancellor, Professor, V.S. Tomar delivered the welcome address and presented thereport of the University. Honorary Doctorate Degree (Honoris Causa) Doctor of Science was declared toFormer President of India Dr. A.P.J Abdul Kalam and noted Agriculture Scientist Dr. M.S. Swaminathan,Former Director General, ICAR. JNAU Registrar, Shri Rajesh Paliwal convened the programme precedings.During this programme the State Government has sanctioned Rs. 10 crores for construction of NewAuditorium of the University.

During Golden Jubilee year, the University organized various National and International seminars,conferences etc. The Golden Jubilee year of Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur wascelebrated in a grand manner at auditorium of College of Agriculture, Jabalpur on October 01, 2014. ChiefGuest on the occasion was the State Farmer Welfare and Agriculture Development Minister ShriGaurishankar Bisen. Vice Chancellor Professor V.S. Tomar said the Golden Jubilee celebration of JNKVV

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12 Convocation of the University

JNKVV Golden Jubilee Celebrations

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commenced in graceful presence of President of India honorable Pranab Mukherjee on June 27, 2014 inGolden Jubilee year Convocation of JNKVV. On the occasion, eminent farmers of the State were honouredwith Krishi Fellow Awards.

On the basis of Self Study Report submitted by the University, the Indian Council of Agriculture Research,New Delhi constituted 5 members Peer Review Team for the accreditation of the JNKVV, Jabalpur. ThePeer Review Team of ICAR visited the University from October 27 to 31, 2014. The Chairman of the team Dr.C. Ramasamy, Former Vice Chancellor of Tamil Nadu Agriculture University, Coimbatore (Tamil Nadu)alongwith 4 members including Dr. T.A. More, Vice Chancellor of Mahatma Phule Krishi Vidyapeeth, Rahuri(Maharashtra), Dr. Syed Akhtar Hussani, Professor & Head, Biotechnology, Jamia Milia University, Aligarh(U.P.), Dr. Upendra Koul, Director, IBRC,Jalandhar (Punjab) and Dr. K.P. Tripathi,Principal Scientist, ICAR, New Delhi duringtheir five days visit conducted inspection of allthe Colleges, Research Stations, Krishi VigyanKendras, Agriculture Farms, various Projects,scientific laboratories, Hostels, sports facilitiesand submitted their reports to ICAR, NewDelhi. On the basis of this report the NationalAgricultural Education Accreditation Board ofICAR granted accreditation to JNKVV,Jabalpur for five years w.e.f. 16.03.2015 to15.03.2020.

Inter Collegiate games, sports andcultural meet Sixteenth Inter CollegiateCultural Competitions were organizedduring February 27-28, 2015 at Collegeof Agriculture, Jabalpur. About 130students from 06 Colleges of VishwaVidyalaya participated with great zealand enthusiasm in 18 events of literary,fine arts, theatre, music and folk dancecompetitions.

Inter collegiate games & sportsIntercollegiate games & sports were

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Cultural programmes:


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JNKVV

Visit of Peer Review Team of ICAR for Accreditation

Inter Collegiate Athletic Meet

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organized during March 3 & 4, 2015, at College of Agriculture Jabalpur in which 259 students wereparticipated from all Colleges of JNKVV.

Inter Collegiate Athletic Meet - (Badminton, T.T., & Athletics) Organized Inter Collegiate Athleticmeet during 3 & 4 March 2015, at College of Agriculture Engineering, Jabalpur and total 259students were participated from all College of JNKVV.

The University participated in 15 All India Agricultural Universities Youth Festival (AGRIUNIFEST) during(18-21 March, 2015) at National Dairy Research Institute, Karnal. In this mega event more than 1200students were participated from 47 Agricultural / Veterinary / Fisheries and Horticultural State and CentralUniversity across the country. JNKVV cultural teamreceived the Excellence Trophy in March Past /procession, runner up award and 02 Silver medal were also won in debate competition.

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JNKVV, Cultural team receiving the Trophy of Excellence in March Past and Debate from Hon"ble Director of NDRI, Karnal

Sixteenth Inter Collegiate Cultural Competitions

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Efforts made in utilization of faculty exchange, guest and adjunct faculty

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M.A. Alam, Professor, Entomology, College of Agriculture, Rewa delivered special lecture in All India

Radio, Rewa on 16.05.2014.

O.P. Singh, President, Dhanuka Chemicals Pvt. Ltd., New Delhi delivered lecture on "Pesticides for

sustainable food and nutritional security" at College of Agriculture, Jabalpur on 16 August, 2014.

Sandeep Sharma, Associate Professor, College of Agriculture, Sehore delivered a lecture on

"Management of pod borer in chickpea" at College of Agriculture, Jabalpur on 16 August, 2014.

A.N.Sharma, P.S., NRC for Soybean, Indore delivered a lecture on "IPM strategies in soybean" at

College of Agriculture, Jabalpur on 16 August, 2014.

T.P. Rajendran, Director, Biotic & Abiotic Stresses, Raipur delivered a lecture on "Biotic stress

management for sustained crop production economic important insects" at College of Agriculture,

Jabalpur on 16 August, 2014.

S.Sambath, Scientist, Zoological Survey of India, Jabalpur delivered a lecture on "Distribution and

diversity of preying mantids (Insecta: Mantodea) of Madhya Pradesh, India" at College of

Agriculture, Jabalpur on 16 August, 2014.

Gyan Chand, Scientist, Indian Council of Medical Research, Jabalpur delivered a lecture on "Dengu

and its vector" at College of Agriculture, Jabalpur on 16.8. 2014.

S.S.Shaw, Director Instruciton, IGKV, Raipur (C.G.) delivered a lecture on "Honeybee management"

at College of Agriculture, Jabalpur on 16.8. 2014.

J.S. Sandhu, Agriculture Production Commissinor, Govt. of India delivered a lecture on "National

scenario and developmental efforts for promotion of pulses" on 29.9.2104.

Dr. N.P. Singh, Director,IIPR, Kanpur (U.P.) delivered a lecture on "Research efforts for achieving self

sufficiency in pulse production" on 29.9. 2014.

Dr. P.M. Gaur, Principal Scientist, ICRISAT, Hyderabad (A.P.) delivered a lecture on "Novel breeding

approaches in chickpea improvement" on 30 September, 2014.

Dr. S.K. Chaturvedi, Plant Breeder, IIPR, Kanpur (U.P.) delivered a lecture on "New challenges in

breeding chickpea under changing climate" on September 30 , 2014.

Dr. Ashutosh Sarker, Project Coordinator, ICARDA, NASC Complex, New Delhi delivered a lecture on

"Genetic options for bio-fortification in pulses" on 30 September, 2014.

Dr. (Smt.) Indu Sharma, Director, Indian Institute of Wheat and Barley Research (ICAR), Karnal

delivered a special lecture on "Recent development of wheat research in India with special

reference to M.P" on 25 February, 2015

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Golden Jubilee Year

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Dr. Vijay Kumar Shakya, Assistant Professor, Govt. P.G. College, Ganj Basoda delivered a lecture on

"Personality development of agricultural students" on March 26 , 2015 at College of Agriculture,

Ganjbasoda.

Dr. M.N. Khare, Retd. Professor & Dean, College of Agriculture, Jabalpur delivered a special talk on

"Thesis quality improvement" on 23 March, 2015 at College of Agriculture, JNKVV, Jabalpur.

Dr. N.K. Gontia, Dean, College of Agriculture Engineering, Junagarh Agricultural University delivered

lecture on "Water management and related issues" on 5-12-2014.

Emeritus Professor Dr. David Levin, Tel Aviv University, Tel Aviv, Israel delivered a special lecture on

14-01-2015.

S.No. Category of publication Nos

1 Book chapters 18

2 Books edited 03

3 Compilation 02

4 Research papers 150

5 Technical bulletins 06

6 Laboratory Manuals 03

Aradhna, K. and Kumar, M. (2015). Physiology of diseased plants and plant response against pathogen

attack: In Microbial biodiversity- a boon for agricultural sustainability. Edited by Asha Sinha,

Seweta Srivastava and Ravindra Kumar, published by Biotech Books, New Delhi. Pp 525-536.

Dwivedi, M. (2014). The Ecological concerns in R.N Tagore's Gitanjali is published in the book entitled as

"The Enviornmental concern's in Indian writing in English", published by Adhanyan, New Delhi.

Gaur P. M., Jukanti A.K., Saminerni S., Chaturvedi ST, Basu PS, Babbar, A., Jayalakshmi V. Nayyar H.,

Devasiratham, mallikarjuna N, Krishnamurthy L, and CLL Gowda (2014) Climate change and Heat

stress Tolerance in chickpea. Climate Change and Plant Abiotic Stress Tolerance. First Edition

Edited by Narendra Tuteja and S. Sarvjeet. Wiley Blackwell pp 839-855.

Gupta, O., Bhale, U., Mishra, M. and Tiwari, S.P. (2014). Integrated management of pea powdery mildew.

In: Approaches and Trends in Plant Disease Management (eds. Gupta, SK, and Sharma, M),

published by Scientific Publishers (India) Rajasthan. Pp.333-343.

Joshi, R.P. (2014). Agricultural and food biotechnology: An Overview in "Current trends and future

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Research papers/ books/book chapters/ teaching manuals/ popular articles etc.

Book Chapters

Publications:


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challenges in environmental sciences, biotechnology, ayush and biomedicine for human welfare

and sustainable development". (Eds. Dr. S.K.Mishra). ISBN: 978-81-928063-6-5. pp 93-95.

Kumar, A., Tiwari, R.K., Govil, M., Tripathi, S.K. and Tiwari, R.N. (2015). Role of Water in Agriculture

Production. Book Chapter in Water and Environment Eds: Ravindra N. Tiwari, Excellent Publishers,

New Delhi. ISBN-978-93-84935-25-2. Pp 94-97.

Kumar, S. and Rani, A. (2015). Trichoderma: A gift of god to mankind for managing plant diseases and

promoting sustainability Biodiversity published by Biotechnology and Environmental

conservation Discovery Publishing House pvt. Ltd. ISBN no: 978-93-5056-750-0. Pp 174-195.

Nema, S., Khare, C.P., Shrivastava, J.N. and Yadav, V.K. (2014). Sesame diseases: current status and their

management. In "Recent trends in plant diseases management in India" (Shahid Ahmad ed.),

published by Kalyani, Publishers. pp. 195-209.

Rani, A., Kumar, M. and Kumar, S. (2015). Rauvolfia senrpentina (serpgandha): An overview Conservation

and cultivation of medicinal plants, published by. Discovery Publishing House pvt. Ltd. ISBN no:

978-93-5056-740-1. Pp 168-188.

Shukla, U.N., Parihar, G.N., Singh, S., Kumar, R., and Kumawat N. (2014). Food security in India: Its

challenges and solution, Edited Book on: Sustainable rural development through agriculture,

published by Biotech Books, New Delhi, India. ISBN: 978-81-7622-327-0. Pp 3-28.

Singh, S., Singh, A.K., Singh, L.B., Sharma, A., Sharma, D., Baghel, S.S. and Jerman, M. (2014). Factor's for

improving rice quality, Edited Book on: Sustainable rural development through agriculture,

published by Biotech Books, New Delhi.ISBN: 978-81-7622-327-0. Pp 159-167.

Singh, S., Singh, L.B., Srivastava, D. and Baghel, S. S. (2014). To conserve resource base in rice through

system of rice intensification, Edited Book on: Sustainable rural development through

agriculture, published by Biotech Books, New Delhi. ISBN: 978-81-7622-327-0.pp 168-180.

Thakur, H.S.and Raghuwanshi, S.R.S. (2014). Sustainable Farming system models for marginal and small

farmers of Malwa and Nimar region of western M.P. Book chapter in "Research in Farming

Systems", published by today and tomorrow's Printers and Publishers, New Delhi edited by B.

Gangwar, J.P.Singh, A.K.Prusty and Kamta Prasad.

Tiwari, R.K., Pandey, A.K., Joshi, R.P., Singh, N., Tripathi, S.K., and Khan, I.M. (2014). "Assessment and

adoption of improved soybean production technology and its constraints", Current Trends and

Future Challenges in Environmental Sciences, biotechnology, ayush and biomedicine for human

welfare and sustainable development". (Eds. Dr. S.K.Mishra). ISBN: 978-81-928063-6-5. pp 98-

100.

Tiwari, R.K., Tiwari, R.N., Khan, I.M., Tripathi, S.K., Gupta, A. and Singh, S.K. (2015). Water Stress on Rice

Crop and its Impact on Productivity. Book Chapter in Water and Environment Eds: Ravindra N.

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Tiwari, Excellent Publishers, New Delhi. ISBN-978-93-84935-25-2. Pp 49-52.

Tiwari, R.K., Tripathi, S.K., Khan, I.M., Singh, S.K., Mahajan, G. and Dubey, D.P. (2014). Management

techniques of water and nutrient for rice production. In: Watershed Management for Sustainable

Development. ISBN-978-93-83083-82-4. Pp 92-96.

Tripathi, A.N., Gotyal, B.S., Sharma, P.K., Tripathi, S.K., and Agrawal, P.C. (2014). Essential Oils: As a green

bio pesticides for organic farming. Edited Book on "organic farming and management of biotic

stresses" published by Biotech Books, New Delhi. Pp 548-554.

Tripathi, A.N., Sharma, P., Agrawal, P.C, Dev, U., Hajarika, B.N., Tripathi S.K., Singh, S., Khetrapal R.K. and

Satpathy, S. (2014). Aflatoxins: Threat for agricultural trade and food security. Edited book

"Biotechnologcal approaches in crop protection" Published by Biotech Books, New Delhi. Pp 490-

499.

Kumar, S. (2015). Diseases of Horticultural Crops and Their Management. New India publishing Agency,

New Delhi ISBN: 978-93-83305-64-3. Pp294. dited by: Dr. S.K. Gupta & Dr. Monica Sharma, Dr. Y.S.

Parmar University of Horticulture and Forestry Solan (H.P): 173 230.

Sharma, S.K., Yadav, A. and Gajbhiye, S. (2014). Remote sensing and GIS approach for prioritization of

watershed". LAMBERT Academic Publishing, Omni Scriptum GmbH & Co. KG Heinrich-Bocking-

Saarbrucken, ISBN: 978-6-659-53529-1.

Sharma, S.K., Awasthi, M.K. and Gajbhiye, S. (2014). Assessment of ground water quality" LAMBERT

Academic Publishing, Omni Scriptum Gmbh & Co. KG Heinrich-Bocking- Saarbrucken. ISBN no.

978-3659-53985-5.

Babbar, A., Gupta, O., Pandey, S., and Bhowmick, A.K. 2014. Abstracts Book of National Conference on

pulses: Challenges and opportunity under Changing Climate Scenario from 29 September - 1

October, 2014. 1-130.

Khare, D., Bhale, M.S., Gupta, O. and Babbar, A. 2014. Souvenir on National Conference on pulses:

Challenges and opportunity under Changing Climate Scenario from 29 September - 1 October,

2014. 1-55.

Ahirvar RP, Mitra NG, Sharma A and Wasnikar AR. 2014. Survivability of arbuscular mycorrhiza fungi

Glomus intraradices mass cultured by different culturing methods. Green Farming 5(6):1092-

1095.

Books edited

Compilation

Research papers

th st

th st

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Ahirwar KC, Marabi RS, Bhowmick AK and Das SB. 2013. Evaluation of microbial pesticides against major

foliar feeders on soybean [Glycine max (L.) Merrill]. J. Biopest 6(2):144-148.

Ahirwar RF, Thakur US and Bhatnagar RK. 2014. Economics of soybean cultivation and analysis of

production constraints in central Narmada valley of MP. Soybean Research 12 (1): 97-103.

Ahirwar RF, Verma A and Shekhawat LS. 2015. Cost and income structure of wheat cultivation in Vindhyan

plateau of Madhya Pradesh. Economic Affairs 60(1):83-88.

Amule R, Gupta O and Mishra M. 2014. Techniques for screening of chickpea genotypes against collar rot,

its Management through host plant resistance and fungicides. Legume Res 37(1): 110-114.

Badkul A, Shrivastava AN, Bisen R and Mishra S. 2014. Study of principal component analysis for yield

contributing traits in fixed advanced generations of soybean (Glycine max (L.) Merrill]. Soybean

Research Journal 12 (Spcl issue 2): 44-50.

Bal LM, Ahmad T, Senapati AK & Pandit PS. 2014. Evaluation of quality attributes during storage of guava

nectar cv. Lalit from different pulp and TSS ratio. Journal of Food Processing & Technology 5: 329.

Barche S and Nair R. 2014. Evaluation of chilli genotypes for vegetative and fruit characters under kymour

plateau region of Madhya Pradesh. The Ecoscan (special issue): 121-125.

Barche S, Nair R, Ramgiri M and Jain PK. 2014. Genetic variability in okra (Abelmoschus esculentus L.). The

Ecoscan (special issue): 151-153.

Barve J, Agrawal SK, Thomos M, Dubey MK and Sarawgi AK. 2014. Contribution of lac production in the

annual house hold income of lac growers in Kosmi village of Barghat block, Seoni Madhya Pradesh.

Journal of Environment, Empowerment and Economics 1(1): 35-39.

Bhatt J, Tiwari SP and Jaware A. 2015. Pathogenic potential of Pratylenchus thornei and its management

through commercial products in chickpea. JNKVV Res. J. 49 (1): 35-39.

Bhowmick AK, Yadav VK, Shrivastava SK, Varma RK, Wada T, Kato M , Tazawa J, Ochi S, Tsuji K and

Kobayashi S. 2014. Observation materials and diagnostic book on soybean Insect pests and

diseases for farmers of Madhya Pradesh, India. Soybean Research12:202-206.

Bisen A, Khare D, Nair P and Trpathi N. 2014. SSR analysis of 38 genotype of soybean genetic diversity in

India Physiol.Mol.Biol.Plants 21(1): 109-115.

Chaturvedi PK, Mahajan G and Neupane. 2014. Effect of moisture regimes and fertility levels on growth

and yield of rajmash (Phaseolus vulgaris L.). Advances in Plant Sciences 27(II):457-460.

Chaturvedi PK, Mahajan, G and Neupane. 2014. Influence of moisture regimes and fertility levels on yield

moisture depletion pattern, consumptive use and water use efficiency of rajmash (Phaseolus

vulgaris L.). Advances in Plant Sciences. 27(II): 583-586.

Chauhan SS, Awasthi MK and Nema RK. 2015. Studies on water productivity and yield responses of wheat

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JNKVV

on drip irrigation systems in clay loam soil. Indian J. Science and Technology 8 (7): 650-654.

Chouhan SS, Awasthi MK and Nema RK, 2014. Maximizing water productivity and yields of wheat based on

drip irrigation system in clay loam soil. International Journal of Engineering Research and

Technology 3(7): 533-535.

Dangi AS, Jain PK, Sengupta SK and Prajapati S. 2014. Genetic variability studies among yield and its

attributing traits in fenugreek. JNKVV Res. J. 48 (3): 298-302.

Dangi AS, Jain PK, Sengupta, SK and Prajapati S. 2014.Correlation and path coefficient analysis in

fenugreek. JNKVV Res. J. 48 (3): 293-297.

Dhalsamant K, Dash SK, Bal LM & Panda MK. 2015. Effect of perforation mediated MAP on shelf life of

mushroom (Volvariella volvacea). Scientia Horticulturae 189: 41-50.

Dhananjay K, Gupta O and Singh SRK. 2014. Influence of meteorological parameters on the development

of Alternaria blight of Ashwgandha. Environmental & Ecology 32 (3):808-810.

Dongre PR, Mishra DK, Koutu GK and Singh SK. 2014. Estimation of genetic variability and correlation for

grain yield and its components in RILs derived populations of rice. JNKVV Research Journal

48(1):55-59.

Dubey H, Parihar P and Kumar S. 2014. Quality attributes of ber jam during storage. JNKVV Research

Journal 48 (2). 203-206.

Dubey H, Parihar P, Khan MA and Tomar AK. 2014. Storage suitability and acceptability of Ber Preserve.

Journal of environment, empowerment & Economic 1: 67-70.

Gajbhiye S, Sharma SK and Meshram S. 2014. Prioritization of Watershed through Sediment Yield Index

Using RS and GIS Approach. International Journal of u- and e- Service, Science and Technology

7 (6): 47-60.

Gangwar RK, Srivastava AK, Prajapati RK and Rathore SS. 2014.Weather based forewarning model of

groundnut leaf spot disease in Arid and Semi-arid regions of India. J Mycol Plant Patho. 44(4):

405-411.

Garg VK, Nayak MP, Kulshrestha A and Sen SK. 2014. Constraints in adoption of insecticides use technology

by chickpea producer in Vindhyan plateau of MP. Indian J. Agric. Res. 48(2):158-161.

Garg VK, Patel Y and Nayak MP. 2014. New occurrence of grasshopper (Hieroglyphus banian Fab) on lentil

(Lens esculentum) in Vindhyan plateau of MP. Indian J. Trop Biodiv 22(1):89-90.

Garg VK, Patel Y and Nayak MP. 2014. Response of kharif legumes to soybean girdle beetle [Obereopsis

brevis (Swed.)]. Soybean Research 12(1):199-201.

Garg VK. 2014. Adoption pattern of insecticides in soybean. Indian J Trop Biodiv 22(2): 202-204.

Gupta O, Padole S, and Mishra M. 2013. Pathogenic variation and compatibility groups in Sclerotium rolfsii

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JNKVV

isolates causing collar rot on chickpea. J.of Food Legumes 26 (3 & 4): 55-58.

Gupta, O and Mishra M. 2014 Field resistance in mungbean and urdbean genotypes against MYMV in

Madhya Pradesh. Journal of Food Legumes 27(1): 80-81.

Jaga PK and Sharma S. 2015. Effect of bio-fertilizer and fertilizers on productivity of Soybean. Annals of Soil

and Plant Research 17(2): 73-74.

Jain AK and Joshi RP. 2015. Assessment of yield loss due to grain smut of little millet caused by

Macalpinomyces sharmae. Ann. Pl. Protec. Science 23(1):176-178.

Jain AK, Joshi RP and Singh G. 2014. Identification of host resistance against banded leaf and sheath blight

of foxtail millet. JNKVV Res. J 48(2):171-175.

Jain KK and Sharma HL. 2014. Determinants of Paddy Yield under Guava Based Agri-Horticulture System: A

Path Coefficient Approach. Journal of Tropical Forestry 30(2): 12-16.

Jaiswal A and Kumari A. 2014. A Review on environmental and socio- economic impacts of climate change.

Review of Research 3(9): 1-8.

Jha AK, Dwivedi BS, Shrivastava AK, Soni M, Taniwaki KK, Kitagawa I, Tateishi K, Tsuji K, and Kobayashi S.

2014. Effect of drainage, tillage and land configuration on root nodule and yield of soybean in

vertisols. Soybean Research (Special issue): 194-198.

Jha AK, Shrivastva A and Raguvanshi NS. 2014. Effect of different phosphorus levels on growth, fodder yield

and economics of various cowpea genotypes under Kymore plateau and Satpura hills zone of

Madhya Pradesh. International Journal of Agricultural Science 10 (1): 409-411.

Jha AK, Shrivastva A and Raguvanshi NS. 2014. Effect of weed control practices on the fodder and seed

productivity of Berseem under irrigated condition of Madhya Pradesh. Range Management &

Agroforestry 35 (1): 61-65.

Joshi RP, Jain AK and Chauhan SS. 2014. Collection and evaluation of kodo millet land races for agro-

morphological traits and biotic stresses in Madhya Pradesh. JNKVV Res. J 48(2):163-170.

Karade P, Agrawal SK, Pyasi VK, Dubey MK and Jaiswal DK. 2013. Adoption of integrated pest management

practices by potato growers in Chhindwara district of Madhya Pradesh. JNKVV, Res J. 47 (2):

206-209.

Karale M and Sharma HL. 2014. On probability models for describing population dynamics of major

insect pests under rice-potato-okra cropping system. Journal of crop and weed 10(2):451-456.

Khare MN, Tiwari SP and Sharma YK. 2014. Disease problems in fennel (Foeniculum vulgare Mill) and

fenugreek (Trigonella foenum graceum L.) cultivation and their management for production of

quality pathogen free seeds. International Journal of Seed Spices 4 (2): 11-17.

Khare MN, Tiwari SP and Sharma YK. 2014. Disease problems in the cultivation of I. Cumin (Cuminum

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Golden Jubilee Year

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JNKVV

cyminum L.) II. Caraway (Carum carvi L.) and their management leading to the production of high

quality pathogen free seeds. International Journal of Seed Spices 4 (1): 1-8.

Khare MN, Tiwari SP and Sharma YK. 2015. Disease problems in the cultivation of celery.

(Apium graveolens L.) ajwain (tachyspemum ammi L.), dill (Anethum graveolens L.), nigella

(Nigella sativa L.), anise (Pimpenella anisum L.) and their management . International Journal of

Seed Spices 5 (1): 34-36.

Khare NK and Parvez R. 2014.Correlates of socio personal profile with adoption level among tribals of

Madhya Pradesh. JNKVV Research Journal 48 (2): 212-216.

Kuldeep R, Pandey S, Babbar A and Mishra DK. 2014. Genetic variability, character association and path

coefficient analysis in chickpea grow under heat stress conditions. Electronic Journal of Plant

Breeding 5(4): 812-819.

Kumar R, Mahajan G, Srivastava S and Sinha A. 2014. Green Manuring: A Boon for Sustainable Agriculture

and Pest Management- A Review. Agricultural Reviews 35(3):196-206.

Kumar S and Upadhyay JP. 2014. Studies on cultural, morphological and pathogenic variability in isolates

of Fusarium udum causing wilt of pigeonpea. Indian Phytopathology 67 (1): 55-58.

Kumar S. 2014. Plant disease management in India: Advances and Challenges. African Journal of

Agricultural Research, South Africa J 9 (15): 1207-1217.

Kumari A, Jha PK and Vibha. 2013. Effect of Rhizosphere and Phylloplane fungi on crop health of Piper

longum. Journal of Mycology and Plant Pathology 43 (1): 117.

Kumari A, Sairam RK , Singh SK and Kumar GK. 2014. Early growth response is an indicator of subsequent

growth and yield of wheat genotypes grown under simulated water stress condition. Indian

Journal of Plant Physiology 19(2): 94-100.

Kumari A, Sairam RK and Singh SK. 2015. Effect on physiological, growth and yield parameters of wheat

genotypes under drought stress. Int. J. Agricult. Stat. Science 10 (1): 167-174.

Kushwaha KS and Rai AN. 2014. Use of ANCOVA technique for inbred and hybrid rice under

conventional planting methods. JNKVV Res. J. 360-367.

Meshram K, Upadhyaya SD and Pandey SK. 2014. Impact of sowing date on quality estimation in different

soybean (Glycine max (L.) Merrill) varieties. Soybean Research (Special Issue): 180-183.

Meshram K, Upadhyaya SD, Rao S and Pandey SK 2014. Pod development in different chickpea Genotypes

for late sown high temperature conditions. Plant Archives 14(1): 277-280.

Meshram K, Upadhyaya SD, Rao S, Pandey SK and Meena KC. 2014. Influence of chickpea genotypes for

late sown high temperature conditions of chickpea varieties combating climate change under

Kymore plateau zone, Madhya Pradesh, India. JNKVV Res J 48 (2): 136-142.

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Mishra S and Babbar A. 2014. Selection strategies to assess the promising kabuli chickpea promising lines

under normal and heat stress environments. Electronic Journal of Plant Breeding 5(2): 260-267.

Mohammad A, Khandelwal BM, Garg SK and Pandey S. 2014. Characteristics of beetroot (Beta vulgaris L.)

drying under different drying methods. JNKVV Research Journal 48 (2): 224-231.

Monica S, Mishra DK, Shukla RS, Samaiya RK and Singh O.2014. Variation and Heritability for some quality

Characteristics and Yield in Bead Wheat . Trends in Biosciences 8 (1) : ISSN 0974-8.68-70).

Mourya D, Jain R, Jaiswal A and Thakur US. 2014. Perception level of tribal farmers viewing krishi darshan

programme. Bhartiya Krishi Anushandhan Patrika. 29(2):105-107.

Nagle D and Shukla A. 2013. Evaluation of green gram (Vigna radiata (L.) Wilzek) varieties against insect

pest complex during summer. Geobios 40 (4): 211- 219.

Nagle P, Rao SK, Koutu GK and Nair P. 2014. Genetic diversity analysis in indigenous and exotic germplasm

lines of rice under climatic condition of Kymore Plateau zone, Madhya Pradesh. JNKVV Research

Journal 48(1): 26-32.

Nagle P, Rao SK, Koutu GK and Nair P. 2014. Path analysis studies in indigenous and exotic germplasm lines

of rice. JNKVV Research Journal 48(1): 22-25.

Nair R and Barche S. 2014. Protected cultivation of vegetables-present status and future prospects in India.

Indian Journal of Applied Research 4(6):19-21.

Nayak MK, Purshottam M and Gupta MP. 2014. Efficacy of biopesticide and some new molecules against

gram pod borer, Helicoverpa armigera (Hubner). Journal of Enviornment Empowerment &

Economics 1: 4-7.

Nemade J, Jain AK and Kumar A. 2015.Studies on symptoms and morphological characteristics of

Sorosporium paspali thunbergii (Henn.) causing head smut in kodo millet. Ann. Pl. Protec. Science

23(1): 106-110

Pachori R, Tanve S, Sharma AK and Thakur AS. 2013. Efficacy of some new molecules against the infestation

of brinjal shoot and fruit borer (Leucinodes orbonalis Guenee). JNKVV Res. J. 47 (3): 308-311.

Pal M, Chaturvedi AK, Pandey SK, Bahuguna RN, Khetarpal S, Anand A. 2014. Rising atmospheric CO2 may

affect oil quality and seed yield of sunflower (Helianthus annus L.). Acta Physiol Plant . DOI

10.1007/s11738-014-1651-4

Pandey RK, Tyagi PK and Shukla KC. 2014. Biomass accumulation, its partitioning and growth of chickpea

(Cicer arietinum L.) as influenced by sowing dates and varieties. technofame- A Journal of

Multidisciplinary Advance Research 3 (2): 72- 77.

Pandey RK, Tyagi PK and Shukla KC. 2014. Effect of sowing dates and varieties on yield attributes and yield

of chickpea (Cicer arietinum L.). The Journal of Rural and Agricultural Research 14(2):37-39.

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Pandey SA and Das SB. 2013. Bio-efficacy of insecticides against gram pod borer (Helicoverpa armigera

Hubner) on Pigeonpea. Life Science Bulletin 10(2): 290-292.

Pandey SA and Das SB. 2013. Efficacy of some insecticides against green stink bug (Nezara viridula Linn.)

on pigeonpea. J. Agril. Issues 18 (1&2): 106-107.

Pandey SK, Shrivastava MK, Shrivastava AN, Tsuji K and Kobayashi S. 2014. Evaluation of soybean

genotypes under excessive moisture stress in Madhya Pradesh. Soybean Research (Special Issue

Number 1): 168-171.

Parekh JH, Senapati AK, Bal LM & Pandit PS. 2014. Quality evaluation of mango bar with fortified

desiccated coconut powder during storage. Journal of Bioresource Engineering & Technology

2: 34-41.

Parihar P and Khan MA. 2014. Effect of thermal treatment on guava pulp storage by using different

packaging materials. Journal of Environment, Empowerment & Economics 1: 62-66.

Patel R, Sengupta SK and Verma AK. 2014. Studies on genetic parameters in Okra [ Abelmoschus

esculentus (L.)]. Trends in Biosciences 7(14):1808-1811.

Patel RK, Sengupta SK, Prajapati S, Verma AK and Porte SS. 2014. Correlation and multiple regression

studies in Okra [Abelmoschus esculentus (L.)]. Progressive Research 9 (Conf. Spl.): 133-137.

Patel Y and Patel P. 2014. A study of efficacy and economics of some modern insecticide against cotton.

Trends in Biosciences 7 (10): 889-892.

Patel Y and Patel P. 2014. Evaluation of cotton (Gossypium hirsutum) genotypes for their reaction to

Bemisia tabaci. Res. Environ. Life Sci. 7 (4): 267-270.

Patel Y and Patel P. 2014. Reaction of cotton genotypes to aphid (Aphis gossypi). Trends in Bioscience 7 (9):

745-747.

Patil NJ, Pandey JP and Garg SK. 2014. Drying kinetics and modeling of onion slices in two stages drying.

Internat J Proc. & Post Harvest Technol, 5 (1): 41-47.

Raghuwanshi SRS, Tiwari SC, Raghuwanshi OPS, and Raghuwanshi US. 2014. Characterization and

taxonomic classification of salt affected soils of Bhind district of Madhya Pradesh. Agro-pedology

24(01):102-105.

Raikwar RS, Upadhyay AK and Tyagi PK. 2014. Heritability and genetic variability for yield components

under two regimes of soil in barley (Hordeum vulgare L.). The Bioscan 9(4):1587-1591.

Rajan P and Khare NK. 2014. Measuring psychological and communicational attributes with productivity

level of tribal framers in Madhya Pradesh. JNKVV Research Journal 48 (2): 207-221.

Ramgiry, M. 2014. Correlation and path studies for yield attributing traits in capsicum (Capsicum annuum

L.). JNKVV Res J. 48(2): 21-24.

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Sahoo NR, Bal LM, Pal US & Sahoo D. 2015. Impacts of pre-treatments and drying methods on quality

attributes of onion shreds. Food Technology & Biotechnology 53(1): 57-65.

Sahoo NR, Panda MK, Bal LM, Pal US & Sahoo D. 2015. Comparative study of MAP and shrink wrap

packaging techniques for shelf life extension of fresh Guava. Scientia Horticulturae 182: 1-7.

Samuel SS, Kar DVK, Bal LM & Sahoo GP. 2014. Mathematical modeling of microwave assisted dehydration

of osmotically pretreated yellow sweet pepper (Capsicum annum L.). Journal of Nutritional Health

& Food Engineering 1(3): 00013.

Samuel SS, Kar DVK, Bal LM & Sahoo GP. 2014. Optimization of colour parameters and drying efficiency in

osmotically pretreated microwave assisted drying of yellow sweet pepper (Capsicum annum L.)

using Response-Surface Methodology. Journal of Food Research & Technology 2(2): 67-76.

Saxena KB, Kumar RV, Tikle AN, Saxena MK, Gautm VS, Rao SK, Khare D, Chauhan YS, Saxena RK, Reddy

BVS, Sharma D, Reddy LJ, Green JM, Faris DG, Nene YL, Mula M, Sultana R, Srivastava RK, Gowda

CLL, Sawagaonlar SL and Varsheny RK. 2013. ICPH 2671 - the worlds' first commercial food legume

hybrid. Plant Breeding 132: 479-485.

Senapati AK, Rao PS, Bal LM & Prasad S. 2014. Specific energy consumption in convective-microwave

drying of ashwagandha (Withania somnifera) roots. Journal of Food Processing & Technology

5: 362.

Sharma HL. 2014. Nested balanced N-ary designs and their PB Arrays. Journal of Reliability and Statistical

Studies 7(2):29-36.

Sharma RK and Nigam AK. 2014. Comparison of Preferred leadership behaviour of male and female

badminton players. Indian Journal of Physical Education, Sports and Applied Sciences 4(3):01.

Sharma RK and Nigam AK. 2015. A comparative study of personality traits of coaches and physical

education teachers. Journal of Tourism Hospitality and Sports 4:07.

Sharma RK and Nigam AK. 2015. Female Specific Problems in Indian Gymnasts. International Journal of

Health Sciences and Research 5(1): 197.

Sharma S, Barche S, Sengupta SK, Verma BK and Jamkar T. 2014. Genetic variability, heritability and genetic

advance in Chilli [Capsicum annum (L.)]. International Journal of Farm Science 4(4):112-116.

Sharma S, Mahajan PR, KC and Raghuwanshi SRS. 2014. Influence of improved technology vs farmer's

practice on yield and economics of soybean cultivation in Vidisha district of Madhya Pradesh.

Soybean Research12 (2): 97-100.

Sharma SK, Gajbhiye S and Tignath S. 2015. Application of Principal Component Analysis in Grouping

Geomorphic Parameters of a Watershed for Hydrological Modeling. Appl Water Science 5(1):

89-96.

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JNKVV

Sharma V, Sharma A and Sharma HL.2014. Asymmetrical actorial experiment approach for improved

gas/odor discrimination using Thick Film Gas Sensor Data. International Journal of Science,

Environment and Technology 3(1):233-240.

Shrivastava A and Dubey R. 2014. Effect of root leachate of mustard in the spore germination of Fusarium

oxysporum f sp. ciceri. Int. J. Curr. Microbiol. App. Science 3(2): 1-5.

Shrivastava A, Jha AK, and Jha G. 2014. Productivity and nutrient uptake influenced by different food -

forage based cropping system in Kymore Plataue and Satpura hillzone of Madhya Pradesh. Ann.

Agric. Res. New Series 35(3): 286-91.

Shrivastava A, Mishra DK, Koutu GK and Singh SK. 2014. Characterization of parental lines of hybrid rice.

Plant Archives 14(2): 695-700.

Shrivastava A, Mishra DK, Koutu GK and Singh SK. 2014. Genetic parameters for grain yield and its

attributes in parental lines of hybrid rice. JNKVV Research Journal 48 (3): 276-279.

Shrivastava A, Mishra DK, Koutu GK, Singh SK, Prakash V and Sohgaura N. 2014. Assessment of genetic

diversity of restorer and maintainer lines of rice using SSR markers. The Ecoscan 8 (1&2): 1-5.

Shrivastava AN, Pandey SK and Kobayashi S 2014. Influence of excessive moisture stress on genetic

parameter in soybean. Soybean Research (Special Issue Number 2): 33-43.

Shrivastava, A. 2014. Effect of soil amendments on wilt of chickpea caused by Fusarium oxysporum f sp.

ciceri in vitro. J. Pure Appl. Microbiol 8(6): 4813-4815.

Shukla P, Dubey MK, Chouhan AK. 2014. Factors associated with knowledge of anganvadi workers in

relation to I.C.D.S. practices in Rewa (M.P.). JNKVV Res. J.48 (2): 193-203.

Shukla UN, Khakare MS, Singh S and Verma KS. 2014. Effect of crop geometries and fertility levels on

growth, yield and residual nutrients of cotton hybrids under rainfed condition. Indian J of

Agricultural Sciences 84 (6):780-783.

Singh M, Mishra DK, Shukla RS, Samaiya RK and Singh O. 2014. Path Analysis studies of yield and yield

Associated Traits in Wheat (Triticum aestivum L.) Progressive Research 9 (Conf. Spl.): 377-378.

Singh P, Shukla UN, Kumar K, Singh S, Kumar V and Kumar R. 2014.Evaluation of growth, yield and quality of

maize as influenced by genotypes and nitrogen levels. Bangladesh J. Bot 43 (1): 59- 64.

Singh R, Singh VK, Upadhyay AK and Singh SP. 2014. Genetic architecture of yield and quality traits under

problematic soils in Barley (Hordeum vulgare L.). TECHNOFAME- A Journal of Multidisciplinary

advance Research 3(02): 10-14.

Singh SK, Singh VK, and Singh SK. 2014. Effect of PSM, FYM and Sludge on Effectiveness of Brandyrhizobial

Strains Towards Yield and Nutrient Uptake by Mungbean. New Agriculturist 25(2): 137-141.

Singh SK, Singh VK, and Singh SK. 2014. Effect of Bio-fertilizers and Organic Manures on Soil Microbial

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JNKVV

Population at Different Growth Stages of Mungbean in an Inceptisol. New Agriculturist 25(2):

219-222.

Singotiya P, Khare NK and Agrawal S. 2014. Role of tribal farm women in decision making towards

agricultural operations. Advance Research Journal of Social Science 5 (2):242-244.

Srivastava SC and Mishra PK. 2014. Analysis of growth of soybean cultivation in Madhya Pradesh. Int. J.

Agricult. Stat. Science 10 (2):451-456.

Thakur AS, Barfa SK, Sharma AK and Pachori R. 2013. Effect of different micronutrients on the incidence of

major sucking insect pests of tomato. JNKVV Res. J. 47 (3) 303-307.

Tignath S, Kapoor M, Jha M and Sharma SK. 2014. Morphometric analysis of part of the Hiran River, district

Jabalpur, M.P., India using remote sensing and GIS. International Journal of Environmental

Sciences 5 (1):181-196.

Tiwari A, Babbar A, Prakash V and Pandey S. 2014. Assessment of genetic diversity in chickpea genotypes

using SSR markers under heat stress condition. International Journal of Progressive Research 9(1):

183-189.

Tiwari P, Soni N, Shrivastava, A, Pandey, SK and Bobade A. 2014. Directional effect on malformation

incidence in different mango (Mangifera indica L) cultivars. Int. J. Agricult. Stat. Science10 (1):

287-292.

Tiwari SP. 2014. Biology and management of major seed borne nematodes. JNKVV Res. J 48 (3): 259-269.

Tyagi PK, Upadhyay AK and Raikwar RS. 2014. Integrated approach in nutrient management of summer

green gram. The Bioscan 9 (4): 1529-1533.

Tyagi PK. 2014. Thermal requirements, heat use efficiency and plant responses of chickpea (Cicer

arietinum L.) cultivars under different environment. Journal of Agro-meteorology 16(2):195-198.

Verma A and Ahirwar RF. 2014. Economic analysis of wheat marketing in Vindhyan Plateau of Madhya

Pradesh. International Journal of Commerce and Business Management 7(1):76-79.

Verma A and Singh A.2014. Optimization and quality assessment of low calorie herbal health tea

sweetened with stevia (S. reboudiana). J. Medical Res. Dev. 3 (2): 134-137.

Verma BK, Mittra SK and Ramgiry M. 2014.Genetic variability, correlation and path analysis in chilli. JNKVV

Res J. 48 (3): 284-288.

Vibha and Nidhi. 2014. Management of Fusarium wilt of tomato by weeds and mycoflora processed weeds

compost. The Bioscan 9(1):197-202.

Vibha, Jha PK and Nidhi. 2013. Effect of selective mycoflora amended vermicompost on suppression of

root rot pathogens. Journal of Mycology and Plant Pathology 43 (3): 306-313.

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Yogranjan, Srivastava AK, Satpute GK and Marabi RS. 2014. Bright Farming: An Innovative Approach for

Sustainable Socio Ecosystem in Climate Change Scenario. Current World Environment 9 (2):

399-402.

Bhale M.S., D. Khare, K. Vishunawa, J.P. Shruvastava, R.N. Pandey and H.S. Cheema (2015) Seedborne

diseases: Seed crop and lot Publ. AICRP NSP (Crops)- ICAR- Directorate of Seed Information

Bulletin :DSR/06/2015 28p.

Chandrashekar, K., Gupta, O., Yelshetty, S., Sharma, O.P., Bhagat, S., Chattopadhyay, C., Sehgal, M., Kumari,

A., Amaresan, N., Sushli, S. N., Sinha, A.K. Asre, R., Kapoor, K.S., Satyagopal, K. and Jeyakumar,

P.(2014). Integrated Pest Management Package for Chickpea. Pp 43. Published by: Director,

National Centre for Integrated Pest management.LBS Building ,IARI Campus New Delhi 110012 on

the behalf of Directorate of Plant Protection, Quarantine & Storage, CGO Complex, , Faridabad

Haryana- 121 001

Mishra P.K., Kumari, A., Singh, S.K. and Sasode, D.S. (2014). Tilhani faslo ki unnat kheti, Published by Krishak

Doot, Bhopal.

Mishra, P.K., Kumari, A., Singh, S.K.and Sasode, D.S. (2014). Tilhani faslo ki unnat kheti, Published by

Krishak Doot, Bhopal

Verma, S.K., Tiwari, S.C., Bangar, K.S., Yadav, S. S., Tomar, P.S., Bansal, K.N.and Raghuwanshi, S.R.S. (2014).

Soil and Water Salinity problems in Grid Zone of Madhya Pradesh.

Verma, S.K., Tiwari, S.C., Bangar, K.S., Yadav,S.S., Tomar, P.S., Bansal, K.N.and Raghuwanshi, S.R.S. (2014).

Soil and Water Salinity problems in Grid Zone of Madhya Pradesh.

Bhale. U., Mishra, M., Kumar, S. and Gupta, O. (2014). Laboratory Manual on Plant Pathology. Satish Serial

Publishing House, New Delhi .250 p.

Om Gupta, Shiv Sewak, Asif Iquebal, Omkar Nath 2014, Training manual on chickpea diseases. PP 1-78,

Published by AICRP on Chickpea IIPR, Kanpur

Khare D. and M.S. Bhale (2015) Practical Manual on Seed Testing 82p.

Technical Bulletin

Manual

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RESEARCH

IntroductionJawaharlal Nehru Krishi Vishwa Vidyalaya is involved in agricultural research, teaching and extension for

growth & development of agricultural sector since last five & half decades. Looking to emerging problems

and needs of the farming community, agricultural research in basic, applied and contemporary fields are

carried out as an important mandate of the Vishwavidyalaya. Scientists of agriculture and allied subjects

are working to solve the problems of farming community. The major thrust of agricultural research is to

increase productivity so that the production system can be made more efficient and sustainable. Such

improved systems will ultimately helps in enhancing socio-economic sustainability and security of

peasants of the State. JNKVV has made stride efforts for ensuring food and nutritional security through

development of crop varieties of soybean, chickpea, millets, rice, wheat and many other crops and their

marching technology. The problem oriented location specific research is carried out through Zonal

Agriculture Research Stations, Regional Research Stations and Agriculture Research Stations covering

seven agro-climatic zones and twenty five district of the State.

1. Head quarter - Directorate of Research Services, JNKVV, Jabalpur

2. Powarkheda, Hoshangabad

3. Kundeshwar Research Farm, Tikamgarh

4. Chandangaon, Chhindwara

1. Kuthulia Research Farm, Rewa

2. Bamhori Research Farm, Sagar

3. Murjhar Research Farm, Waraseoni, Balaghat

4. Tribal Agricultural Research Station, Dindori

1. Betelvine Research Station, Nawgaon, Chhattarpur

2. Dryland Horticultural Research Station, Ranguan, Garhakota, Rehli, Sagar

3. ARS, Tendani, Chhindwara

4. ARS, Sausar, Chhindwara

Multi disciplinary research of applied nature is being conducted on natural resources management, crop

improvement, crop production, crop protection, horticultural crops, allied enterprises, post harvest

technology, farm machinery, soil and water conservation, energy utilization and socio-economic aspects in

all the ZARS, RARS and ARS. Well-equipped modernized farms, workshops, laboratories with all necessary

Zonal Agricultural Research Stations

Regional Agricultural Research Stations

Agricultural Research Stations

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electronic modern equipments, Agro-met center, glass and net houses, e-library, ARIS-Cell with latest

information and communication technology strengthening the research activities of the University. JNKVV

is implementing research projects funded by All India Coordinated Research projects, ICAR Network

projects, ad-hoc research projects, State Plan, State Tribal Plan and Non Plan projects, Madhya Pradesh

Agricultural Marketing Board (Mandi), Madhya Pradesh Council of Science and Technology, Madhya

Pradesh State Biodiversity Board, Dept. of Farmers Welfare and Agriculture Development (RKVY),

Department of Science and Technology, Bhabha Atomic Research Centre, Central Biodiversity Board,

Agro-Economic Research Center, Cost of Cultivation, Rashtriya Krishi Vikas Yojna, National Food Security

Mission, National Horticulture Mission etc. along with internationally funded projects viz. Japan

International Cooperation Agency, Japan, International Rice Research Institute, Philippines, CYMMIT,

Mexico, ICARDA, Syria, ICRISAT etc. to carry out the research work in agriculture and allied fields, besides

extending product testing facility for corporate sector. The consultancy processing cell facilitates testing

of products developed by MNC's and Indian Corporates, promotes agri-business development through

the services of technology commercialization, Public Private Partnership as well as Capacity Building

Programmes. This centre also establish Agri-Clinics and Agri-business Centres to promote the

entrepreneurship opportunities to the graduates of agriculture and allied sector.

The thrust of research continues to be on the development of improved crop varieties resistant/tolerant to

biotic and abiotic stresses as well as need based location specific improved crop production and protection

technologies. New research program are also formulated to match the changed scenario of new economic

policies and climate change. Presently JNKVV is catering to the research need of the farmers of the State

especially in the jurisdiction of the JNKVV, Jabalpur.

1. Chhattisgarh Plain (Balaghat district only).

2. Northern Hill Zone of Chhattisgarh (Mandla, Dindori, Shahdol, Anuppur, Umaria)

3. Kymore Plateau and Satpura Hills (Jabalpur, Katni, Seoni, Panna, Rewa, Sidhi, Singrauli and Satna).

4. Vindhyan Plateau- Partially (Sagar, Damoh, Raisen and Vidisha districts only)

5. Central Narmada Valley (Narsinghpur, Hoshangabad and Harda)

6. Bundel khand Zone- Partially (Tikamgarh and Chhatarpur)

7. Satpura Plateau (Betul and Chhindwara)

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63

Area, Production and Productivity of Major Crops of M P in India (2013-14)

Wheat

MP 3382

M.P India

Crops Area Production Productivity Area Production Productivity

(000 ha) (000 t) (Kg/ha) (000 ha) (000 t) (Kg/ha)

Paddy 1930.0 2844.8 1474 39449.1 91496.8 2319

Soybean 6308.6 5242.4 831 11716.4 11860.8 1012

Arhar 464.0 332.0 716 3904.9 3174.4 813

Sesame 266.9 140.1 525 1678.9 714.6 426

Maize 868.0 1534.0 1767 9066.2 24259.5 2676

Groundnut 206.9 324.2 1567 5505.2 9713.9 1764

Sugarcane 73.1 3173.7 43415 4993.3 352141.8 70522

Wheat 5380.0 12937.0 2405 30473.2 95849.8 3145

Gram 3160.1 3299.1 1044 9927.4 9526.3 960

Total pulses 5395.8 4644.3 861 25212.9 19252.9 764

Total food grains 14332.9 22978.0 1603 125042.0 265043.2 2120

: An early maturing (105-110), dwarf, tolerant to terminal heat, non-lodging with rich in protein,iron, zinc and copper and other quality attributes, suitable under irrigated timely sown condition of forMadhya Pradesh. It has better chapattimaking quality, bread leaf volume, wet drygluten content, and gluten index it is highresistance to the black and leaf rusts. Itsdifferential gene deployment for black andleaf rusts as compared to the checks isbeneficial for protection from the rustepidemics by providing a better alternate forresistance to these rusts.

Crop Improvement

ANNUAL REPORT 2014 -1550years1964-2014

MPO-1255

Rice

JRB-1

JRH-19:

: matures in 119 days, high yielding(41-45q ha ), lustrous, bold seeded withmultiple resistance. Rich in Iron, zinc andsuitable for pasta making and export.

Matures in 120-125 days, high yielding(56q ha ), bold seeded with multipleresistance to diseases and insect-pests.Tolerant to lodging coupled with high nitrogenuse efficiency (150kg ha ). Despite this, lowyield reduction in poor nitrogen supply. It issuitable for poha making.This variety has alsobeen identified by CVRC in 2015.

An early maturing (108-112 days) ricehybrid with high yield potential (65-70 q ha )and resistant to stem borer. Suitable for entirerice growing districts of M.P.

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New Promising up-coming hybrids of rice

Hybrid Grain Type Days to 50% flowering Yield (t ha )

Chickpea

JGK-5

Soybean

JS 20-69

JRH 65 MS 92 6.2-6.5

JRH 66 MS 92 6.1-6.4

JRH 67 MS 95 6.5-6.8

JRH 68 LS 93 6.5-6.8

JRH 69 LS 98 6.5-6.8

JRH 70 LS 86 6.2-6.5

: matures in 100-110 days, high yielding(8-10q ha ), bold seeded kabuli havingresistant to Fusarium wilt and moderatelyresistant to root rot diseases.

: matures in 93-95 days, high yielding(25-28 q ha ), multiple resistant for bioticstresses like yellow mosaic virus, charcoal rot,blights, bacterial pustules, leaf spots and stemfly, stem borers and defoliators & suitable fordouble cropping in rain fed situations.

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Seed Technology

Seed Production and Certification

Seed Physiology

Investigation in genetic purity testing at seed level in soybean, chickpea, mustard, lentil and

pea indicated that ODV has significant positive association with genetic impurity observed at

plant level in GOT.

Search for alternate area for rice hybrid and pigeon pea seed production indicated that during

rabi-summer at Balaghat located in Chhattisgarh Plains and during kharif at Seoni located in

Kymore plateau and Satpura Hills zone of MP has been indentified for rice, while pigeonpea

hybrid seed can be produced in Kymore Plateau and Satpura Hills in Bundelkhand agro-

climatic zone.

Ridge and furrow and broad bed methods for seed production of soybean has been found

suitable for harvesting 8.71% more quantity of quality processed seed in vertisols under heavy

rainfall (2660.74 mm, 53 rainy days) in comparison to the conventional flat bed system.

Treatment of soybean seed with ammonium molybdate @ 1 g kg of seed, enhanced the seed

significantly in molybdenum deficient soils.

Hybrid seed production of rice, the alternate method for planting (5 and 10 days old seedling)

of pollen parent is significantly superior over mixed method of planting for unprocessed and

processed seed yield, 100 seed wt. and vigour index.

Distinguishable characteristics for Kodo varieties have been verified that include the spikelet

arrangement at rachis and sheath base pigmentation at the time of flowering. These

characteristics are stable, and uniform in expression.

Pre-harvesting sprouting of mung bean can be checked by spray of 100 ppm maleic hydrazide

at green pod stage.

Seed of soybean (moisture 10%) can be stored for longer (up to 210 days) period after seed

dressing with Thiram + Carbendazim (1:1)

The small seeded genotypes of soybean with high compression strength rendering more seed

longevity due to low electrical conductivity, wrinkled and cracked seed coat, hydration and

swelling co-efficient and high percentage, testa thickness, phenol and tanning content are

associated with seed longevity.

Seedling vigour of parent hybrid rice enhanced significantly with the seed treatment of

Thiramethoxam + Thiram + Carbendazim (0.15%).

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Seed Pathology

Water Management

Effect of tillage system and irrigation scheduling on yield of wheat under different cropping sequences

Rice bunt, false smut of rice, charcoal rot of soybean and sesame, anthracnose of mung bean,

urd bean and soybean, leaf blight of safflower, white rust of mustard is the major pathogen

associated with seeds in the region.

Six mycoflora viz.

are predominantly

associated with farmers saved seed obtained from 22 districts of Madhya Pradesh.

Standard blotter method is the most convenient technique for the detection of seed borne

of soybean. However, specifically modified deep freezing blotter method is the

best for detection of modified agar plate method for

2, 4 -D blotter soaked method for and

standard blotter method for

Seed dressing of soybean with Thiram (0.25%), Thiram+Carbendazim (0.2%),

Thiram+Carboxin (0.2%) exhibited 62.5% control and @ 6 g kg seed with Trichoderma viride

controls 47.9% of pre and post mortality caused by

Seed dressing with copper oxy chloride (0.25%), Thiram (0.25%), Thiram +Carbendazim

(0.3+0.2%) effectively eliminate the pathogen Altenaria carthami, responsible for leaf and

spots of safflower.

Application of propioconazole 0.1% at 35 and 25 days after transplanting effectively manage

kernel smut in rice.

Three years data showed significant effect of crop sequence and irrigation levels on wheat yield. The seed

yields of wheat obtained under soybean - wheat sequence (3794 kg ha ) were significantly higher than the

yields under paddy - wheat sequence (3396 kg ha ). As regards, the zero tillage sowing methods proved

equally efficient as compared to the conventional tillage system. The zero tillage system of sowing in paddy

- wheat crop sequence when adopted under general fields may register an advantage of 20 - 25 days early

sowing along-with the cost saving in field preparation after paddy. Further, the net monetary returns from

wheat were maximum with FIRBS tillage in soybean - wheat (Rs.33276 ha ) closely, followed by zero tillage

(Rs.32020 ha ). Similar pattern was observed in paddy - wheat cropping sequence.

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Macrophomina phaseolina, Colletotrichum dematium, Fusarium

oxysporum, Aspergillus flavus, Aspergillus niger and Cercospora kikuchii

mycoflora

Colletotrichum dematium

Macrophomina phaseolina, Phoma medicaginis

Fusarium oxysporum.

Macrphomina phasolina, Colletotrihchum

dematium, Fusarium oxysporum, and Aspergillus spp.

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Effect of land configuration on productivity of wheat based crop sequence

Effect of drip irrigation system and fertigation on performance of turmeric

Response of gram (Cicer aeritinum) to irrigation levels under late sown condition

Response of irrigation scheduling under different method of sowing of rice in deep vertisols

The broad furrow sowing of sorghum gave considerably higher sorghum equivalent yield of

3526 kg ha-1 as compared to that under conventional sowing (2963 kg ha ). The SEY with

sesame and soybean was substantially lower due to very low productivity.

Wheat yields under conventional method and FIRBS did not differ significantly. On the basis of

three years data wheat - sorghum sequence proved superior with maximum wheat equivalent

yield (7269 kg ha ), net monetary returns (Rs.46783 ha ) and B:C ratio 1.75.

Maximum mean rhizome yield of 317.73 q ha was found with drip irrigation at 1.0 PE, which

was closely followed by drip irrigation at 0.8 PE (304.73 q ha ). Both these treatments yielded

significantly higher as compared to surface irrigation at 1.0 IW/CPE ratio (224.79 q ha ).

The 100% N:P:K i.e. 175:60:120 kg ha was found optimum with 288.68 q ha rhizome yield.

The net monetary returns (Rs.2,88,822 ha ) and B:C ratio 2.85 were also maximum with drip

irrigation at 1.0 PE

The seed yield of gram was optimum on 15 and 30 November sowing and gave significantly

higher yield (2105 and 2135 kg ha , respectively) as compared to 15 December sowing

(1579 kg ha ). Seed yield with 3 irrigations i.e. at branching + pod formation & + grain

development (2274 kg ha ) was higher but at par with two irrigation (2176 kg ha ).

The seed yield of rice was maximum (3249 kg ha ) under direct seedling with irrigation at 1

day after disappearance of ponded water. Accordingly, the values of water use efficiency (20.4

kg ha cm), net monetary returns (Rs.31015 kg ha ) and B:C ratio (1.51) were maximum under

direct sown rice. The adverse weather conditions of low rainfall during cropping season was

not favourable for growth of rice, particularly tillering. Under this situation properly managed

direct sown crop yielded better than transplanting.

The seed yield of wheat under conventional sowing with irrigation was higher (4440 kg ha )

than seed yield of FIRBS (3762 kg ha ). The water use efficiency was also higher

with conventional (111 kg ha -cm) as compared to FIRBS (95 kg ha - cm). During the kharif

season the BBF sowing method proved superior over conventional method. Sorghum crop

performed better than other crops with maximum seed yield (3333 kg ha ), NMR (Rs. 15523

ha ) and B:C ratio of (1.45) under BBF sowing method. Wheat - sorghum crop sequence gave

maximum wheat equivalent yield (Rs.7773 kg ha ), net monetary returns (Rs.49343 ha ) and

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B:C ratio (1.73).

Three years pooled data revealed that the maximum seed yield of wheat 4030.6 kg ha was

obtained in FIRBS tillage under soybean - wheat crop sequence. As regards, the irrigation

levels the maximum seed yield of wheat 3768.3 kg ha was obtained with irrigation at 1.0

IW/CPE ratio. Maximum water use efficiency was found (157.8 kg ha - cm) in FIRBS tillage

practice under soybean - wheat crop sequence. Paddy - wheat system proved more

remunerative with the wheat equivalent yield of 106.8 q ha , net monetary return of

Rs.86330.5 and B:C ratio of 2.16.

The seed yield of rice was maximum (32.49 kg ha ) under direct sowing with irrigation at 1

DADPW. The WUE 20.4 kg ha-1, net monetary returns (Rs.31015 kg ha -cm) and B:C ratio

(1.51) were also maximum under direct sown rice.

Maximum mean rhizome yield of turmeric (317.73 q ha ) was recorded with drip irrigation at

1.0 PE. Drip irrigation proved superior over surface irrigation. The fertilizer dose of 175:60:120

kg NPK respectively, was found to be optimum.

Under paddy - wheat cropping sequence on deep black soils of Tawa Command area, sowing

of wheat with zero tillage systems i.e. by zero till-seed-cum-fertilizer drill could be

recommended.

In turmeric drip irrigation at 1.0 PE with

the fertilizer dose of 175:60:125 kg N:P:K

may be recommended for optimum yield.

Experiment on INM in rice-wheat crop

sequence is being conducted for last 29

years at Jabalpur. Results revealed that

prod uct iv i ty o f in d iv id ua l c rop

components and cropping system as a

whole (WEY), were maximum (Rice 30.55

q ha , wheat 30.62 q ha and WEY 51.34 q

ha year ) with the application of 50%

NPK through fertilizer+50% N through

green manuring to rice and 100% NPK to

wheat. The same treatment also

produced the max imum system

productivity (19.01 kg ha day ) and SYI

(0.74), followed by the application of

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recommended dose of fertilizer to both the crops (29.33 q ha , 30.11 q ha , 49.66 q ha yr ,

18.39 kg ha day- and 0.73, respectively), while the NMR (44089Rs ha yr ) and B:C ratio (2.09)

were recorded highest by the earlier than the later treatment (42880 Rs ha yr and 1.79 ,

respectively).

On the basis of six years pooled grain yield data, application of 40 kg N ha gave highest

kodomillet grain yield of 1399 kg ha , followed by 20 kg N ha (1121 kg ha ) as compared to no

nitrogen (715 kg ha ).

Kodomillet variety DPS 9-1 gave highest

grain yield (1730 kg ha ) as compared to

DPS-101(1705 kg ha ) and JK-48

(1690 kg ha ) with application of 100%

RDF (1538 kg ha ), followed by 50% RDF

(1099 kg ha ).

Amongst the kodo millet varieties tested

RK-98, DPS 9-1, JK-48,TNAU-72, RK-286,

DPS 368 & RBK -155 were found promising

for Dindori district in Madhya Pradesh.

Continuous application of recommended fertilizer dose increased soil organic carbon (0.57 to

0.76 %) and addition of FYM further strengthened the organic carbon (0.99%) thereby,

improving the soil physical, chemical and microbiological environment.

Continuous use of sulphur free fertilizers may result in declining the yield while, inclusion of S

in fertilizer schedule has come out as an important factor for obtaining sustainable yield and

crop quality in terms of oil and protein productivity in soybean and wheat crops. Therefore,

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Long Term Fertilizer Experiments

50% NPK + 12t FYM to rice & 100% NPK to Wheat

50% NPK + 12t WS to rice & 10 0% NPK to 50% NPK + 12t GM to rice & 100% NPK to Wheat

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monitoring of S status of soil is important.

Targeted yield of paddy set for 45, 55 and 65 q ha was achieved (±12%) with nutrients doses applied on

the basis of soil test values using fertilizer adjustment equations. In case of wheat, actual yield of 28, 33

and 39 q ha was achieved against targeted yields of 35, 45 and 55 q ha due to occurrence of hail storm.

Verification trial on soybean, 16, 18 and 22 q ha was obtained against the targeted yield of 25, 30 and 35 q

ha under STCR mode, the lower yields may be due to continuous rain and excess soil moisture condition.

In the case of onion crop with yield target of 300, 400 and 500 q ha under STCR-IPNS mode the targeted

yield could not be achieved due to erratic weather conditions. In the case of garlic under STCR-IPNS mode

with yield target of 100, 150 and 200 q ha were acheived. Actual yields experienced against targeted one

were 99.5, 132.2 and 171.0 q ha , which were under achieved to the extent of 0.5, 11.9 and 14.5 per cent

deviation respectively.

A total of 626 GPS based surface soil samples (0-15 cm) were collected from Sidhi (311) and

Dindori (315) districts for soil analysis.

Results of revealed that contents of available Zn, Cu, Fe and Mn were 0.74, 1.43, 13.58 and

12.84 mg kg in soils of Sidhi districts and 0.96, 4.94, 25.6 and 23.7 mg kg in soils of Dindori

districts, respectively. It was also found that 65.3 and 8.0 per cent and 41.6 and 3.2 per cent soil

samples tested were deficient in Zn and Fe, respectively in above respective districts, while the

available Cu and Mn were found sufficient.

Experiment & conducted on soybean-wheat cropping and found sequence showed that

significantly higher soybean yield with application of 5.0 kg Zn ha . Zn content in soybean

increased with increasing levels of Zn from 36.9 (control) to 50.7 mg kg at 10 kg Zn ha . The

alternate year application of 5 kg

ha Zn gave the significantly

superior yield of soybean over

single year application and at par

with each year application.

The seed yield of soybean

increased significantly from 1.36

to 1.75 t ha with the application

of 1.0 kg B ha at the same time

alternate year application was

significantly superior over single

year and at par with each year

Soil test crop response correlation

Micro & Secondary Nutrients

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application. The residual effect of B application increased the wheat yield over control, while

the maximum wheat yield (4.40 t ha ) was obtained with application of 1.0 kg B ha

At the end of 11 crop cycle at

Jabalpur, scented rice cv. Pusa

basmati-wheat cv. MPO 1101,

application of 100% NPK + Zn to

both crops produced the maximum

REY (42.86), followed by 50% NPK

through fertilizer and 50% N

through FYM to both crops

(40.76 q ha yr ). Though the 1/3 N

each of FYM, VC and NEOC +

intercropping of mustard fetched

the maximum NMR of Rs 60381 ha-

1yr-1and B:C ratio 2.27 as against

the former treatment due to the

high cost of organic manure. The

total uptake of nutrients was higher

under 100% NPK through fertilizers

along with zinc.

Germination % and cane yield increased

significantly due to treatment of cattle dung,

cattle urine & water in 1:2:5 ratio for 15

minutes (59.92%, 86.73 t ha , respectively) as compare to conventional 3 bud sett planting (49.06%,

80.25 t ha , respectively).

Application of FYM/Compost @ 20 t ha + 100% RDF gave 116.36 t ha yield in sugarcane.

Application of FYM/Compost @ 20 t ha +inorganic nutrient application based on soil test gave

116.87 t ha yield. Both the treatments were at par.

Significantly higher mean seed yield over control was obtained under 100% RDN (737 kg. ha ),

followed by 75% RDN + 25% RDN through vermicompost (734 kg ha ) and 75% RDN + 25% RDN

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Package for system based high value crops

Sesame

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through FYM (635 kg ha ) treatment. The maximum NMR (Rs. 48173 ha ) and B: C ratio (4.32)

was computed in 100% RDN.

Significantly higher mean seed yield over control was obtained under 100% RDN through

chemical fertilizers (576 kg ha ), followed by substitute the chemical fertilizers through

vermicompost (350 kg ha ) and substitute the chemical fertilizers through combination of FYM

and vermicompost (340 kg ha ) treatment. The maximum NMR (Rs. 3446 ha ) and B: C ratio

(3.38) was computed in 100% RDN through chemical fertilizers.

Higher mean seed yield over 100% RDF (60:40:20) was obtained under treatment 100% RDF +

75% N through FYM (25%) +vermicompost (25%) +oil cake (25%) (660 kg ha ), followed by 100%

RDF + FYM +vermicompost +oil cake (30:30:30 % N respectively) + Azotobactor (643 kg ha ). The

maximum NMR was obtained in treatment 100% RDF + 75% N through FYM (25%) +

vermicompost (25%) +oil cake (25%) (Rs. 31410 ha ). The maximum B: C ratio was computed in

100% RDF (2.98).

Combination of conventional tillage in rice - berseem cropping system with mulching and 125

per cent RDF resulted in maximum REY (135.20 q ha year ), NMR (Rs. 90387 ha year with B:C

ratio of 2.61), followed by similar treatment under minimum tillage (130.79 q ha year ,

85892Rs ha year and 2.60 respectively). The productivity of component crops under rice -

wheat, rice - berseem (fodder and seed), maize - wheat and sorghum - wheat cropping systems

were maximum under conventional tillage with mulching and 125 per cent recommended dose

of fertilizer. The values of REY, NMR and B:C ratio under each cropping system were also

maximum with conventional tillage mulching and 125 per cent RDF.

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Development of innovative farming practices to mitigate the effect of climate change

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Region Specific IFS Model under Kymore Plateau and Satpura Hills

Cropping System

Sugarcane

Weed Management

The cropping component gave the production of 13.11 ton ha year in terms REY with NMR of

Rs 118840 ha year .

The dairy component which includes three cows and one calfes gave the production of 19.20

tons ha yr in terms of REY with the NMR of Rs. 99758 ha .

The other component include mushroom, vermicompost and vegetable production. Out of

these, Mushroom + Vermicompost unit gave 0.947 ton production in terms of REY with NMR

Rs. 4793 and vegetable component gave the 0.735 ton production in terms of REY with the NMR

of Rs. 55414 ha

Application of 120:60:40 NPK Kg ha +Zn to both paddy and wheat crops resulted in maximum

REY (111 q. ha year ), net monitory return (102381 ha year ) and B:C ratio (2.60), followed by

120:60:40 NPK kg ha to paddy and (10328 kg ha year ) Rs. 92300 ha year and BC: ratio (2:4) to

wheat respectively.

Inter cropping of linseed with gram in the ratio of 4:2 under irrigated ecosystem gave the

maximum LEY of 2480 kg ha and found most economical component technology (B:C ratio

5.44) over other components like whole package.

Maximum seed yield (844 kg ha ) was obtained in 30 x 10 row to row and plant to plant spacing,

followed by 40 x 10 (720 kg ha ) and 30 x 20 (717 kg ha ) plant geometry in sesame. Mean seed

yield of 30 x 10, 30 x 20, 30 x 30 and 45 x 10 was significantly higher than those treatments that

have 60 cm row spacing. The maximum NMR was obtained in 30 x 10 spacing pattern (Rs. 57208

kg ha ), followed by 45 x 10 (Rs. 47214 ha ) and 30 x 20 (Rs. 46317 ha ) spacing pattern. The

maximum B: C ratio was computed in 30 x 10 row to row and plant to plant spacing (4.95).

The autumn planted sugarcane + wheat (1:2) proved significantly profitable (98.58 t kg ha , B:C

ratio 1.28), followed by autumn planted sugarcane + wheat (1:3) (96.76 t ha , B:C ratio 1.25).

Higher mean seed yield (663 kg ha ) in sesame was obtained under T1 (fertilizer + thinning +

plant protection + weeding at optimum time), followed by T3 (T1 - plant protection) (601 kg ha )

treatment. The maximum NMR (Rs. 41870 ha ) and B: C ratio (3.89) was computed in T1.

Keeping the plots weed free throughout the crop growth period in kodomillet has given

significantly higher grain yield (1084 kg ha ) and straw yield (1403 kg ha ). Critical period for

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weed competition was 25-30 days from sowing (593 to 586 kg ha respectively).

In Broccoli cv. green magic grown during rabi season on medium black soil, application of

poultry manure @2.5 t ha & half dose of NPK (60:40:30 kg ha ) at the time of final field

preparation, maximum head yield 205.02 q ha was reported with B:C ratio (4.58) .

Application of Azospirillum @ 5 kg ha along with the recommended dose of NPK (100:60:50 kg

ha ) has been found effective for obtaining the highest seed yield in brinjal cultivar Jawahar -64.

Heading back upto crowded branchlets and centre opening with Paclobutrazol application is

recommended for rejuvenation of over-crowded orchard to increase the productivity and

quality of mango fruits.

In double hedge row system (20plants/plot) 888 plants ha are recommended for commercial

production alongwith quality of fruits.

Three sprays of Carbendazim (12%)+ Mancozeb (63%) @ 0.2 % (2.0g ) or carbendazim @ 0.1 %

(1.0 g ) starting from appearance of initial symptoms on new flush at 10 days interval is

recommended for the management of foliar anthracnose disease in mango.

Two sprays of carbendazim (12 %) + mancozeb (63 %) @ 0.2 % (2.0 g litre) starting at flowering

stage at an interval of 10 days is recommended for the management of blossom blight of mango.

Bail variety Goma Yashi was found most susceptible against bacterial leaf spot & Jamun var.

Soundhatti-45 was found most susceptible against fungal leaf spot disease.

Maximum plant height, neck thickness, 'A' grade bulbs, 'C' grade bulbs, % bolters as well as %

doubles and the minimum thrips count were observed in foliar application of salicylic acid at 30

DAS and 2 spray at 30 DAT. Foliar application of salicylic acid at 30 DAS and 2nd spray at 30 DAT

and 3 spray at 45 DAT recorded the maximum equatorial diameter (42.470 mm), polar

diameter (40.550 mm) and total bulb yield (18.330).

Application of Zinc @ 2.0 kg ha recorded the maximum average bulb weight (40.58%) and total

bulb yield (42.08 t ha ) while, foliar application of Zinc @ 0.5% at 30 and 45 DAT recorded the

highest marketable bulb yield (42.21 t ha ).

Application of 0.25% Mancozeb at 30 DAT, 0.1% Propiconazole at 45 DAT and 0.25% COC at

60DAT was observed to be the most superior treatment among the other treatments with

regard to minimum incidence of stem phyllium blight (8.61), purple blotch (17.12), anthracnose

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Fruits

Onion and Garlic

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Horticulture

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(5.22) and the maximum total yield (44.47).

Geontype KAVERI SUPER 244 accumulated maximum dry matter in leaves, flag leaves and cobs

with maximum reproductive period, resulting in higher plant height, cob number/plant, grain

number/cob length and cob girth reflecting grain yield (48.39 g/plant and 6452 Kg ha ).

JS 20-91 had earliest flower initiation, pod emergence

and seed formation, and JS 20-82 required longer

period for the shifting of plenophases. However, JS 20-

89 attained earliest physiological maturity (81.50 days).

JS 20-79 accumulated higher dry matter in pods as well

as in total plant with maximum LAI, LAD, water use

efficiency, seed protein and fat along with maximum

seed yield (2611.90 kg ha ).

Genotype JS 20-96 showed higher photosynthetic rate,

water use efficiency, stomatal conductance, protein and

fat resulted in a higher magnitude of plant height,

number of seeds/plant, number of branches/plant,

seed index, number of pods/ plant.

The long term fertilizer application caused significant

improvement in physiological, biochemical and yield

attributing characters along with seed yield in soybean.

Application of 15 tonnes FYM ha + 100% NPK (20:80:20

kg ha ) significantly improved LAI, LAD, CGR, SLA net

photosynthetic rate, PAR absorption, stomatal

conductance, leaf chlorophyll a, b and total seed

protein, oil and seed yield (1488 kg ha ) as compared to

control (688 kg ha ).

Soil application of sea weed extract granules @ 12.5 kg

ha , followed by foliar spray of sea weed extract @ 120

ml ha at 25.40 and 60 DAS significantly improved the

physiological determinants viz., LAI, CGR, LAD during

general flowing as well as pod fill stages (60-80 DAS)

Maize

Soybean

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Plant Physiology

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along with the morpho-physiological structural yield components and seed yield of soybean

(10.08 Q ha ) as compared to control (8.44 Qha ).

Application of Paclobutrazol 40 SC @ 75 ml ha recorded significantly more seed yield

(9.75 q ha ) due to enhancement of yield contributing morpho-physiological traits resulting in

maximum economic productivity.

The foliar application of Paclabutrazol 40Sc@ 90 ml/ha at 60 DAS showed a marked influence on

growth and yield attributes of pigeon pea and enhanced seed yield by 12.73 q ha as compared

to control (10.23 q. ha ).

Genotypes ICPB 2039, JKM 7 and KPBR 80-2-1 attained the highest survival percentage after

seven days water logging condition.

After 6 days of drain out maximum survival percent was noted in ICPB 2039 and 8 days of drain

out maximum survival percent was noted in ICPH 2431.

Under seven days waterlogging genotype ICPH 2431 was superior for plant height, leaf area,

chlorophyll content, root length, root capacitance and total dry mater production and genotype

JKM 7 showed maximum relative water content in control and waterlogged condition

respectively.

Under Fourteen days waterlogging Condition genotype ICPH 2431 achieved maximum

chlorophyll content, relative water content, root capacitance and total dry matter production

and JKM 7 for plant height under control and waterlogged condition respectively. Maximum leaf

area and root length were exhibited in JBP 110-B under control and JP 10 and JKM 7 unde

waterlogged conditions.

Foliar spray of mepiquat chloride 5% AS @ 2500 ml ha on potato crop at 45 DAS improved

morphophysiological yield attributes, which resulted in increased tuber yield (465.83 g/plant as

well as 1287.76 kg ha ).

Foliar application of Boron (0.25%) improved accumulation of LAI, while FeSO (0.25%)

enhanced LAD alongwith PAR and net photosynthesis and ultimately biological as well as grain

yield of wheat.

Foliar application of ZnSO (0.50%), FeSO4 (1.0%) and MgSO (0.50%) showed significant

improvement in dry matter production and its efficient translocation to the economic sink.

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Potato

Wheat

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Golden Jubilee Year

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Wheat crop recorded significantly higher grain yield (2.03 g/plant and 3835.83 kg ha ) as

compared to oat and Barley owing to its maximum number of ear heads/plant (6.50), 1000 grain

weight (41.97g) and HI (48.20%), which compensated a low number of grains/ear and ear length

in this treatment.

The genotypes expressed significant variation relation to their phenological development,

physiological attributes, growth determinants, biochemical estimation and morphological yield

attributing components under high condition.

Among different treatments soil application of Potassium Murate- 4.5 @ 5 lit./acre before the

basal dose of manure/fertilizer + soil application of PH- 4.5 @ 5 lit. in 150 lit. of water + after 30

days of first application + foliar spray of PH- 4.5 @ 3 lit. in 150 lit. of water after 45 days of 2

application) out yielded (green pod yield 105.04g/plant, seed yield 18.31g/plant and 2038.46kg

ha ) other treatments (75.97% higher for green pod yield g/plant and 22.77% for seed yield

kg ha over control) owing to the higher magnitudes of morpho-physiological traits and

mechanisms reflected in the highest economic yield.

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Garden pea

78

Medicinal & Aromatic plants

Thirteen germplasm of satavari and seven of Gudmar are maintained at JNKVV, Jabalpur centrefor further utilization in crop improvement programme.

Maximum survival of Gudmar cutting was recorded in the month of August with 500 ppm IBAtreatment.

Maximum number of roots/plant, fresh root yield and dry root yield was found in 50%RDF+50%N through FYM treatment under nutrient management trial of satavari.

Under use of inorganic and biofertilizer treatment for yield enhancement in chandrasur cropmaximum yield/plant was recorded with RDF+ PSB+AZB. However, the maximum net returnRs.43953/- and B: C Ratio 3.59 was recorded with 50% recommended dose of fertilizer + PSB.

Fungal diseases of five most important medicinal plants were studied. Ashwagandha as a newhost of Sclerotinia sclerotiorum causing Sclerotinia stem rot is the first report from MadhyaPradesh.

The Nimbecidine (0.15% Azadirachtin) xT. asperellum @ 106cfu/ml+P.fluorescens @ 106cfu/mlwas recorded as the best treatment for reducing the Alternaria leaf blight and enhancing theroot and seed yield of Withania somnifera.

Vermicompost @ 2.5t ha + T. asperellum @ 106cfu/ml + 3 spray of mancozeb 75%WP at 15days interval can be recommended for the management of Cercospora leaf spot of sarpgandha.

The Trichoderma fortified FYM + Azatobacter +2 spray of Nimbecidine (0.15% Azadirachtin) isthe best treatment for reducing the Alternaria leaf blight and enhancing the seed yield ofLepidium sativum.

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Golden Jubilee Year

1964-2014

JNKVV

Leaf blight of Harra Leaf blight of lemon grass

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Target leaf spot of Sarpgandha

Leaf spot of Gudmar

Ramularia leaf spot

Phoma leaf blight of Sarpgandha

Alternaria leaf spot of Ashwagandha Powdery mildew of Tulsi

80

Field view of satavari (Asparagus racemosus)


Golden Jubilee Year

1964-2014

JNKVV

Gudmar Germplasm

81

Coleus

Chromotograms of froskolin present in different drying condition and packaging material

A combination of nitrogen application (60 Kg N ha ) in soil with plant spacing of 60 x 20 cmsignificantly improved LAI and LAD. The similar treatment combination also enhanced dry rootyield (18.94 q ha ).

Forskolin content was maximum (0.4015%) under shed drying, and followed by cabinet andover drying while sun drying, caused a significant reduction in forskolin in root.

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Forsklolin standard Shed drying Sun drying Oven drying

Cabinet drying Minimum Open Maximum Open Minimum airtight

polythene polythene polythene


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82

2.8 Agroforestry

Babool

Shisham

At the age of 4½ year Firojpur (Haryana) provenance ofBabool recorded significantly higher plant height (338cm),collar diameter (60 mm), wheras Bilaspurprovenance CG recorded significantly highest numberof branches (53) per plant.

At the age of 4 ½ years provenance T (NRC, Jhansi)recorded significantly taller plant height (263 cm) andcollar diameter (48 mm) as compared to otherprovenance.

S ig n i f i ca nt l y h ig h er y ie ld o f oat fod d er(2 cuttings) was recorded under open condition (457 qha ) and lowest under no pruning condition.Deheading at 1.0 m height recorded significantlyhigher yield (353 q ha ).Oat variety Jo-2 recordedsignificantly higher fodder yield (380 q ha ), followedby Jo-91 (319 q ha ) and kent (287 q ha )

Agrihorticulture system (Guava + Oat) was moreprofitable (42,568 ha ) than growing fruit crop alone .Variety Jo-2 recorded significantly higher monetaryreturn (Rs 45,719 ha ), followed by Jo-91(Rs 40,966 ha ), Jo-1 (Rs 38,037 ha ) and kent(Rs 34,616 ha ).

7

Agroforestry Management

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Food Science

Agricultural Economics and Farm Management

Sissoo+Paddy and Wheat

Impact of NFSM on input use, production, yield and income in Madhya Pradesh

Significantly higher grain yield of paddy (24.79 q ha )was recorded under open condition. Among differentpruning treatments 75% pruning gave significantlyhigher yield. 50% pruning produced significantlyhigher monetary return (Rs. 57443 ha ) as comparedwith other treatments.

Higher grain yield of wheat was recorded under opencondition (27.36 q ha ). Among different pruningtreatments 75% pruning gave significantly higher yieldof wheat 24.4 q ha . 25% pruning producedsignificantly higher monetary return (Rs. 74421 ha ) atpar with 50% pruning (Rs. 71640 ha ).

Managed agroforestry system recorded significantlyhigher monetary return (Rs. 68294 ha ) thanunmanaged (Rs. 60175 ha ), crop alone (Rs. 39714 ha ) and tree alone (Rs. 40243 ha ).

25% more nitrogen than recommended dose recordedsignificantly higher net profit (Rs. 66416 ha ).

Sorghum based chakli, kodo based idli mix, pizza base containing fresh fenugreek leaves/ carrot shreds,nutritious dhokla mixes, multigrain flour, kodo and kukti papad, amaranth fortified cookies, multigrainporage etc were developed and tested for the benefits of patient suffering from diabeties, constipationand other nutitional disorders.

The study comprises of 240 soybean grower of Chhindawara, Khandwa and Narshingpur districts and 120mustard growers of Mandla, Morena and Chhatarpur districts of Madhya Pradesh. The study reveals thatoilseeds production has increase tremendously due to successful implementation of TMOP and ISOPOMprogramme in the State. The cultivation of soybean and mustard were found profitable over competingcrops i.e. maize and wheat.

The study comprises 300 beneficiaries and 100 Non-beneficiaries respondents of Harda and Balaghatdistricts respectively for wheat in Madhya Pradesh. The impact of NFSM in Madhya Pradesh was found tobe excellent. The seed committees are required to be constituted in each district for effective dealing withsupply of seed to the farmers well in time and the programme should be designed to ensure that every

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84

farmers has an equal opportunity to benefit from it, and more numbers of farmers are able to get benefitfrom at least one intervention.

The study comprises 240 soil test and 120 control respondents of Shajapur, Ujjain, and Hoshangabad andVidisha districts for soybean and wheat respectively in Madhya Pradesh. The positive impact of soil testingon productivity of soybean and wheat was observed in the area under study. On an overall basis an averagefarmer obtained 24.4 & 20.2 per cent more income and 20.2 & 15.4 per cent more yield than the controlfarmers in production of soybean and wheatcrop respectively. It was also observed thatthe yield of soybean and wheat at overall levelwas found to be increased by 10.20 and 8.30per cent respectively after adoption ofrecommended doses of fertilizer by soil testfarmers. Amongst different size of farmers theincrease in yield was found maximum inmarginal (17.9%), followed by large (10.5%),medium (10.0%) and small (2.5%) farmers incase of soybean, while in case of wheat it wasfound to be maximum in marginal (17.0%),followed by small (6.1%), medium (5.7%) andlarge (4.8%) farmers.

The Market Intelligence Centre is established in the Department of Agricultural Economics and FarmManagement to forecast prices twice (pre sowing and pre harvesting) for the mandate crops (Maize,Soybean, Pigeonpea, Chickpea and Mustard) grown in Madhya Pradesh to help farmers, traders and otherstakeholders to take their sowing and marketing decisions. The pre sowing forecasts presented a view onthe likely prices to prevail at harvest to enable the farmers to take sowing decisions. Similarly, the farmer'smajor dilemna at harvesting time is taking the right decision on disposing of the produce, whetherimmediately after harvest or later. The information was disseminated through newspapers, Kisan CallCentre, ATIC, and also through scientists of Krishi Vigyan Kendras.

Under the cirumstances the Market Intelligence Centre analysed the likely prices to prevail at harvestperiod of selected crops using econometric analysis (ARIMA, ARCH, GARCH etc.) of the model prices of theimportant markets in Madhya Pradesh. Going by market survey and the results of forecasts along with thepresent market sentiments revealed that the prices of maize at harvest are likely to be around Rs. 1200-1300/ qt. soybean Rs. 4000-4150 quintal, Rs. 3350-3550 / qt. for pigeonpea, Rs. 2400-2550 quintal forchickpea and Rs. 2950-3050/qt in case of mustard. Thus, 10 forecasts were made during the agriculturalyear 2014-15 with reliability of 90% and above.

Adoption of recommended doses of fertilizer on soil test basis by the farmers

Price Forecast of Major Crops in Madhya Pradesh


Golden Jubilee Year

1964-2014

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85

Market Integration and volatility in Soybean price in Madhya Pradesh

The monthly time series data (2001-02 to 2013-14) on arrivals and prices of soybean were collected fromfive major soybean markets (Ashtha, Dewas, Indore, Mandsaur and Shajapur) of Madhya Pradesh basedon highest arrivals. For studying market integration Nagpur and Sangli markets from Maharashtra andKota market of Rajasthan were also selected. Seasonality analysis, ADF unit root test, Johansen's multipleco-integration test and / Granger casuality test between markets techniques were used to analyse thecollected data.

The Study revealed that the Price indices of soybean in different markets of Madhya Pradesh showed thatlower price values were observed during the month of October to March, while the highest values of priceindices were observed during lean period from May to September. The model variables had a long runequilibrium / Co-novement among the Ashtha, Dewas, Indore, Mandsaur and Shajapur market price seriesduring the period under study. Mandsaur market transmits the price signal to Ashtha and Dewas markets.

Soil samples from wheat rhizosphere were collected. ACC deaminase producing bacteria were isolatedfrom the soil samples. Eleven ACC deaminase producing bacterial isolates were obtained. DNA wasisolated from these bacterial isolates. In order to provide the phylogenetic affiliation to these bacteria, 16SrRNA gene was amplified using gene specific primers. According to the results of BLAST from the NCBIdatabase, the representative eleven bacterial strains belonged to different genera of classGammaproteobacter ia and Flavobacterium. The isolates belong to Klebsiel lasp. ,Acinetobacterbereziniae, Acinetobactercalcoaceticus, Acinetobacterbaumannii, Enterobactersp.,Pseudomonas putida, Klebsiellapnemoniae, EnterobacterludwigiiandChryseobacterium sp. The 16S rRNAgene sequences were deposited in the GenBank database under the accession numbers KP721464-KP721474. Simultaneously, acdS gene was also amplified.

DNA fingerprinting of 48 accessions of Foxtail millet was carried out using 42 RAPDmarkers. A total of 247 alleles amplified out of them 241 were found to be polymorphic (97.57%). Averagenumbers of band per primer was 5.8 while, average numbers of polymorphic band per primer was 5.73.Out of 42 RAPD primers used during the present study, 40 primers amplified polymorphic alleles. Fourmarkers amplified specific alleles. These markers can be used efficiently in the discrimination of thisparticular genotype. Cluster analysis revealed that accessions of S. italica under study fell into two groups.These diverse genotypes may be used for future breeding programmes. A total of 50 genotypes of

were used for DNA fingerprinting using RAPD markers. Out of 64 RAPD markers,38 were found to be polymorphic among all genotypes. These RAPD markers amplified 256 alleles out ofthem 238 (92.97%) were polymorphic. RAPD markers divided accessions into two clusters.

Metagenomic analysis of the 1-aminocyclopropane-1-carboxylate deaminase gene (acdS) diversity ofrhizospheric and endophytic bacterial population associated with wheat

DNA fingerprinting of important minor millets of Madhya Pradesh

(Setaria italica)

Echinochloa frumentacea

Echinochloa

BIOTECHNOLOGY


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86

The higher level of polymorphism obtained indicates that diverse accessions may be used forimprovement of

Two normal inbreds HKI1126 and HKI287 were converted into QPM inbreds through marker assistedselection using backcrossing. Normal inbreds were crossed to develop normal hybrid and both convertedQPM inbreds were used for development of QPM hybrid. Developed QPM and normal hybrid seeds weresown at Chhindwara research station and farm of JNKVV for evaluation regarding various agronomic traits.

Ten wheat cultivars were evaluated for drought tolerance using several morpho-physiological andbiochemical parameters, transcriptome profiling (TDFs) under PEG-induced water deficit condition.Results showed that GW273 was found highly susceptible to drought and showed down-regulation ofdreb1 and rbcl genes whereas, rbcs showed up-regulation under stress condition. Genotype HI1077 andSUJATA were found drought tolerant cultivars which confirmed by studying the expression of differentiallyup-regulated genes (dreb1, rbcl and rbcs) under drought stress through qRT-PCR.

Microsatellite (SSR) and Random Amplified Polymorphic DNA (RAPD) markers were used to differentiateMYMY resistant and susceptible soybean cultivars. A total of 54 SSR marker were used. Out of these, onlyone SSR marker Satt 501 was found to be able to differentiate MYMV resistant and susceptible cultivars ofsoybean.

A direct regeneration protocol has been developed for ricebean [ (Thunb.)] Ohwi andOhashi cv. PRR-2. Four different explants were used for regeneration and effect of BAP and kinetin werestudied on direct regeneration of ricebean. BAP (5mg/l) found superior over all treatments for multipleshoot induction with stem segment & axillary meristem explants. Multiple shoots were elongated androoted on appropriate medium and successfully acclimatized in mixture of soil, sand and vermicompost.The total duration for regeneration of ricebean using this protocol required 98 days. This protocol is helpfulfor improvement in ricebean through deployment of transgenic ricebean.

Boundary of the Narsinghpur district was digitized in ArcGIS software using topographicalmap 2.4 km x 2.4 km grid were overlayed on the map with 1300 number of grids.

E. frumentacea.

Vigna umbellata

Rapid conversion of normal maize inbreds to quality protein maize and further enhancement of limitingamino acid in elite inbreds through marker assisted selection

Studies on morpho-physiological and biochemical changes and expression of and genes inwheat ( emThell) under drought stress

Molecular marker evaluation of soybean cultivars for gene based cultivar selection

Development of direct regeneration protocol for ricebean [ (Thunb.)]

Ground water assessment in alluvial areas of Upper Narmada Basin

dreb rubiscoTriticumaestivumL.

Vigna umbellata

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AGRICULTURAL ENGINEERING DIVISION

Soil & Water Engineering:


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87

The aquifer parameters were obtained for three layers conceptualize for the model, upper7 m, middle 16 m, and bottom 12 m thick layer depending on well log available for area.Recharge values were obtained using annual rainfall of different blocks. Flow boundaries weredefined using conditions prevailing in the study area.

Steady state calibration was used to finalize the value of aquifer parameter whereas transientcalibration was performed for 10 years data to fix the value of recharge and to observe impacton water level after desired withdrawal at present and in future. Model calibration for steadystate condition shows good agreement between observed and simulated initial water levelcontour. Transient state calibration also shows good agreement.

Values of transmissivity and hydraulic conductivity finally taken up for modal are 708.74m /day and range 0.00256 to 0.000567 respectively. The hydraulic head varies from 298m to467m above MSL.

After 10 year calibration the head values are varying from 305m to 463m which are havingcorrelation coefficient R as 0.84. The ground water withdrawal rate considered for thissituation was 216004 m /day/km areas. The model was accepted for future prediction aftervalidation with rate of 28.667m /day/km . Accordingly results of final run were used topredict scenario in the year 2025.

Three different scenario were considered for future prediction, first is to continue withpresent rate of abstraction with present recharge rate of 10% of rainfall, second was withincreased withdrawal by 12% in 2025 along with present recharge rate and the third one is toincrease withdrawal rate by 20% in 2025 with rate of recharge equal to present recharge rate.It was also tested with reduced recharge of 9% of rainfall. While predicting the model for theyear 2025 increased abstraction rates by 12% of current withdrawal rate were considered.Study reflects that the recharge should not be lowered than the present situation.

Statistical test were applied in the model to check the applicability and suitability of model forprediction and itsa c c u r a c y . T h ev a l u e s o fp a r a m e t e revaluated alongwith the graphicald i s p l a y o fc o m p u t e d a n do b s e r ve d h e a dduring run of modelwere considered tointeroperate theresult obtained.

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Second scenario flow direction and water level contour map


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Capacity building of water users association for increasing water productivity in command area

Effect of Dripper Spacing on Yield and Water Productivity of Wheat under Drip Irrigation

Considering the importance of irrigation management and the water user's participation in increasingwater productivity and the development of existing irrigation command area, this study was carried out toassess the present irrigation system of command area and to perform diagnostic study for the possibleimprovement in command area of Ghatera Babaji tank canal situated in Betwa River basin.

The study area has a gross command area of 147 ha. out of which cultivable area are 127 ha.Irrigation is supplied during Rabi season in about 121 ha. Main canal is 1360 m long with aslope of 1 in 1000. The command area has 101 land holdings ranging from 0.23 ha to 6.32 habelonging to 87 farmers.

The soils in the command have the texture from clay loam to sandy clay loam with clay varyingfrom 43.25 to 39.52 per cent. The basic infiltration rate varies from 0.2 cm/hr to 2.4 cm/hr.

Discharge measured in main canal varies from 0.066 m3/sec at head reach to 0.013 m /sec attail reach. Discharge reaching to farmer's field is changing from 3.82 to 5.36 lps. Seepagelosses in main canal are measured to be 38.83 m /Mm to 16.04 m /Mm wetted area. Overallirrigation efficiency is computed to be 35 per cent.

Productivity of wheat crop varies from 4.5 to 35.1 q ha , which when converted to waterproductivity ranges from 0.33 to 1.55 kg/m . Water productivity for gram varies from 0.97kg/m to 1.86 kg/m .

The overall irrigation efficiency of 35 per cent needs to be improved to enhance waterproductivity of wheat from 0.89 to 1.16 and for gram from 1.18 to 3.43.

Improved irrigation method namely border and sprinkler are to be adopted to improveapplication efficiency from 66% to 80%. Canal lining must be undertaken to reduce seepagefrom 29.0 m3/Mm2 to an acceptable range of 6 - 8 m /Mm .

There was a progressive increase in plant height in vegetative phase i.e. from CRI stage to latejointing stage, after that plant height remain constant in reproductive phase and then slightlydecrease towards maturity due to conversion of manufactured food material from vegetativephase to reproductive phase. It was recorded that plant height in all critical stages increaseswith the decrease in both lateral and dripper spacing.

Number of tillers/MRL was not influenced significantly due to different treatments in thevegetative phase i.e. from CRI to late jointing but influenced significantly by different lateraland dripper spacing at reproductive phase. It was recorded that number of tillers/MRL in allcritical stages increases with the decrease in lateral and dripper spacing

It was recorded that number of effective tillers/MRL increases with the decrease in lateral anddripper spacing.

Grain yield recorded at 80 cm and 100 cm lateral spacing was at par. The percent reduction ingrain yield when lateral spacing increase from 60 cm to 80 cm, 80 cm to 100 cm and 60 cm to

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100 cm were 5.8%, 4.4% and 9.9% respectively.

Comparing pooled result of treatment with mean of control, 30 cm, 40 cm and 50 cm dripperspacing recorded 11.9%, 8.6% and 7.4% higher grain yield respectively as compared to meanof control (39.82 q ha ). The per cent reduction in grainyield during first year as compared tosecond year was 2.9%.

The data pertaining to second order interaction clearly indicated that grain yield under 60 cmlateral spacing with 30 cm dripper spacing (T S ) was found maximum (47.16 q ha ) among allcombination of treatments and closely followed by 60 cm lateral spacing with 50 cm dripperspacing (46.36 q ha ).

In the pooled analysis, 60 cm lateral spacing recorded significantly higher water productivity(1.08 Kg/m ) as compared to 80 cm lateral spacing (1.01 Kg/m ) and 100 cm lateral spacing(0.97 Kg/m ). The water productivity under 80 cm and 100 cm lateral spacing was at par. Theper cent reduction in water productivity when lateral spacing increases from 60 cm to 80 cm,80 cm to 100 cm and 60 cm to 100 cm was 7.0%, 4.0% and 11.0% respectively.

Comparing pooled result of treatment with mean water productivity of control, the percentincrease in water productivity under 30 cm, 40 cm and 50 cm dripper spacing was 29.5%,26.7% and 26.0%, respectively as compared to control (0.74 Kg/m ).

The maximum wheat yield was reportedas 42.20 q ha and minimum was to be26.30 q ha and the average yield of 12farmers was reported 33.60 q ha overcontrol (26.25 q ha ). the percent increasein yield was ranging between 76.68 to0.05. The extension gap ranging between17.62 to 0.02 q ha .

The technological gap i.e. the differencebetween potential yield and yield ofdemonstration plot (yield) was rangingbetween 18.70 to 2.80 q ha . The averagetechnology gap was 11.41 q ha .

Variation in technology index (0.46 to 0.06per cent) during the study period incertain area may be attributed todissimilarity in the soil fertility condition,non availability and poor quality ofirrigation water and weather condition

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Water productivity of farmer practicevaries from 0.82 to 1.22 Kg/m , whereaswater productivity of improved practiceranging between 0.97 to 1.32 Kg/m .

Sodium concentration fall under the safel i m i t i n a l l b l o c k s . M a x i m u mconcentration was observed in Keolariblock as 77.36 ppm and minimum 5.86 in Chhappra block.

Cacbenate concentration was found in two blocks Keolari (382.2 ppm) and Ghansore (22.5ppm), and in rest of the blocks carbonate was not present or present as traces.

Maximum concentration of potassium was obtained 120.69 ppm in ground water sample ofKeolari block, followed by 25.48 ppm, 15.42 ppm 12.91 ppm 3.60, 2.73 ppm, 1.15 ppm, 0.85ppm in ground water samples collected from Kundam, Bichhia, Ghansore, Bajag, Karanjia,Kurai, and Chhappra blocks, respectively.

Concentration of Nitrate was found in lower amounts in ground water samples obtained in allblocks and it was ranged from 0.02 to 0.07.

Concentration of phosphorus was found minimum in Bajag block (15.68 ppm) and maximumin Keolari block (60.96).

Trace element like Zn, Cu, Mn and Fe are micro plant nutrients were found within desirablelimit. The concentration of heavy metals like Cd, Pb, Ni and Cr were also found below toxiclimit.

The maximum Water Quality Index (WQI) for pollution of 200.59 was found in Sarekha villageof Keolari block, which can be considered as poor water. The minimum values i.e. 22.46 and22.41 were found in Karanpur and Bichuwa villages of Kundam block, indicating minimumpolluted water and it was fall in excellent class.

The Correlation Matrix among the eighteen selected water quality parameters revealed thatstrong correlations (correlation coefficient more than 0.85) exist between CO with Fe inDindori and Seoni districts. and good (0.70) between CO with Mn in Seoni and Dindoridistricts.

Ground water quality is continuously deteriorating every year as per the increasingconcentration of parameters. Based on WQI ground water quality is good for irrigationpurpose in all district except Keolari block 66 % poor ground water quality was observed inSeoni District

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Water quality of tribal districts

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Ground water quality of Dindori district was found to be good but concentration of ECincreases but remain under the safe limit in both blocks Bajag and Karanjia.

Good ground water quality was found in Seoni District except Keolari block where groundwater is deteriorating in terms of EC, Cl and Ca & Mg.

Feasibility trials on the Power Weeder forPaddy were conducted at JNKVV farm andfarmers field during 2014 to 2015. Total15.50 ha was covered at 15 differentlocations. The field capacity of PowerWeeder for Paddy was 0.71h/ day in clayloam soil with field efficiency of 76-80%.Weeding efficiency recorded was 84 %with plant damage was less than 1%. Fuelconsumption was 0.67 - 0.76 lit/hr.

Feasibility evaluation of 6-row CIAEinclined plate planter was made in theJNKVV farm and farmer's field at 17different location of Jabalpur district,(namely Bargi, Suhagi, Natwara, Kushner,Bhita, Bhedhaghat, Maharajpur etc.) forthe wheat, barbati, soybean, gram andvegetable pea crops. The total area underdemonstration was 19.80ha. The fieldcapacity recorded for different crops was0.46 to 0.54 ha/h. Planter gave the fairlyuniform row to row and plant to plantdistance. The overall performance of theplanter for sowing of vegetable-pea, gramand Soybean was found satisfactory.

Feasibility testing of Paddy Drum Seeder(TNAU Design) was carried out in 12 haarea (4 ha at JNKVV Farm and 10 ha atfarmers field). The field capacity recordedfor paddy crops was 0.18-0.20 ha/h andField efficiency was 74%. Saving in sowingcost as compared to traditional method of

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Farm machinery and post harvest technology


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transplanting was Rs. 6000-7000.

Groundnut kernels (flash heat treated 1 min)best shelling efficiency (87%) was obtained withJute strip on roller and nylon fiber mat onconcave of groundnut testa remover. However,the shelling efficiency of groundnut testaremover with groundnut kernels dipped inwater for 1 min and then heat treated withknurled roller and nylon fiber mat on concavewas observed as 72. 24 %. The capacity ofmachine is 40 kg/h. The processing cost ofmachine was Rs.0.80 per kg.

Volatile oil content of the spice powder(turmeric, coriander and red Chili) obtained bydouble stage was higher as compared to thepowder obtained by single stage grinding.Colour change of spice powder (turmeric,coriander and red Chili) during double stagegrinding was lower as compared to the colourchange value in single stage grinding. Doublestage grinding produces powder with lowerfineness modulus compared to the single stagegrinding.

The seed cum fertilizer drill is a tractor driven implement for the purpose of sowing seeds and applicationof fertilizers in the field. It drops the seed and fertilizers at specified rate with preset arrangement forplacement. The main problems with most of the presently available seed cum fertilizer drills are that theyget intermittent obstruction in sowing /fertilizer applications due to the blockage of channels throughwhich process takes place.

The device developed will eliminate the choking problems by online monitoring of seeding activity and

Design, Development and Testing ofGroundnut Testa Remover

Multistage Grinding of spices

An improved seed drill choke indicator

Instrumentation centre


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removal of choking whenever occurs. The improved seed cum fertilizer drill choke indicator will be anattachment to the seed cum fertilizer drill available in the market. This will enhance the accuracy ofseeding and fertilizer placement of the classical seed cum fertilizer drill.

The implement consists of two parts viz. Electronic and Mechanical part. The electronic part senses andindicates the choking in the seed channels and then sends audio and visual signals to the driver. Afterknowing that the choking has happened, driver can initiate the mechanical part to remove the choking.

Optoelectronics is used for detecting the choking instantaneously.

Photo transistor near IR has been selected as a source. This avoids errors due to stray light ofvisible region.

Sensors are mounted just above the furrow opener to detect the choking immediately.

Sensors are encased in such a way that atmospheric condition like dust, rain etc do not affectthe performance of implemented system.

The indicator panel consists of several red LEDs corresponds to respective channels andyellow LEDs to indicate the status of seed and fertilizer boxes.

The whole implement is compact, economical, durable, efficient and easy to maintain.

Flat iron finger is used to remove the choking from the furrow opener.

The motion of flat iron finger (back and forth oscillating motion) generated on the principal ofcrank-rocker four bar mechanism consists of four rigid links connected end to end creating aclosed loop.

This system avoids an additional manpower for monitoring the seed operation.

This system is more relevant in night time sowing.

Sensor Mounting

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South-west monsoon at Chhatisgarh plains, Northern hill zone of Chhattisgarh of east M.P., andBundelkhand zones is receiving deficit rains in the last 11 years while Jhabua hills and Malwa plateau ofwest M.P. is receiving more rainfall.

Rain occurred during the end of rabi season 2014-15 in Madhya Pradesh affecting rabi crops like wheat andchickpea. The weekly distribution of rainfall clearly showed that more than normal rains was observed atthe end of the season

Wheat crop was affected due to crop lodging due to unseasonal rainfall affecting seed quality.Seed shriveled with inferior in quality than the normal seeds due to crop lodging.

AGROCLIMATIC CHARACTERIZATION OF M.P.

Percent departure of Mean Total Rainfall of South-West Monsoon in Different Agroclimatic Zone ofMadhya Pradesh during the last 11 years

WHEAT:

Agro-climatic zone 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 Average

Average of II Zones -15.4 -0.2 4.5 -14.8 13.5 -2.3 -14.5 16.5 9.7 57.6 -17.9 3.3

Chhattisgarh Plains -29 29 3 -17 -5 -22 -4 -10 -16.6 5.2 -29.7 -8.7

Northern Hill Zone -21 20 -14 -22.3 -13 -36 -18 12.6 -15.8 6.2 -24.2 -11.4

of Chhattisgarh

Kymore Plateau & -9 29 -20 -39 -19 -38 -22 19.6 17.6 50.0 -30.1 -5.5

Satpura Hills

Vindhyan Plateau -18 14 11 -26 -13 -31 -30 27.2 3 77.7 -26.1 -1.0

Central Narmada Valley -7 17 9.5 -24 -18 -6 -29 5.1 15.6 91.4 -22.7 2.9

Grid Zone -28 -10.3 -35.3 -40.8 8 -39 -10 36.4 5.3 63.5 -23.8 -6.7

Bundelkhand Zone -29 -21.3 -43.7 -50.7 28 -30 -30 18.3 -8 46.2 -31.2 -13.8

Satpura Plateau -17 -3 -3 8 -36 6 4 10.7 40.7 85.5 -8.8 7.9

Malwa Plateau -3 -21 62 1.5 -26 -19 -17 46.4 17.6 76.4 -16.5 9.2

Nimar Valley -17 -30.5 18.5 0 -35 -23 3 7.7 23.2 69.1 19.4 3.2

Jhabua Hills 11 -25 61 48 -19 -16 -6 7.6 17.4 62.2 -2.9 12.6

RAINFALL DURING RABI 2014-15 in MADHYA PRADESH

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CHICKPEA: Crop planted in October has good quality seed than planted late in December. The maturityperiod is affected due to late rainfall causing delayed in the physiological maturity crop. Pods turn blackwith shriveled seeds affecting seed quality.

Shriveled seed due to unseasonsal rainfallat the end of rabi season

Normal wheat seed

lodglng due to unseasonal rains First date seeds are good in quality thansecond and third date seeds as seeds turn

black color due to unseasonal rains

Pods turn black due to unseasonal rainVariation in maturity due to unseasonal rain

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CROP-WEATHER RELATIONSHIP

CHICKPEA

Pearson's correlation coefficient between seed yield and weather parameters at different phenologicalstages in chickpea

GRAIN AND BIOMASS YIELD IN CHICKPEA

Crop biomass and seed yield of chickpea varieties sown at different dates

JGK1 JG 315 JGK3 JG11 JGG1 JG322 JG 74

Correlation was analyzed between chickpea grain yield and weather parameters at different phenologicalstages using Pearson's correlation coefficient. Evaporation, sunshine hours, maximum temperature andmean temperature (average of both maximum and minimum temperatures) had a positive correlationwith seed yield at all phonological stages. On the other hand, wind speed, morning and evening relativehumidity had negative correlation with grain yield. Both rainfall and rainy days at vegetative and floweringstages were negatively correlated with seed yield.

**. Correlation is significant at the 0.01 level (2-tailed).

*. Correlation is significant at the 0.05 level (2-tailed).

The grain yield in kabuli type were in the range of 659 to 1122 kg ha . It was 802 to 1145 kg ha in gulabiand 459 to 1538 kg ha for desi varieties. Similarly, third date of sowing have lesser grain yield, while,second date observed higher grain yield than the other dates planted. The total crop biomass were in therange of 2145 kg ha to 3432 kg ha in kabuli, 2789 to 3196 kg ha in gulabi and 2360 to 3647 kg ha in desivarieties suggesting desi proved superior among species. Similarly, second date of sowing observed highercrop total biomass than the other sown dates.

Grain yield (kg ha )

D1- 14 Nov. 2014 1122 1336 1032 1562 802 1538 1459

D2- 22 Nov. 2014 1137 1081 1105 1270 1145 1534 1390

D3- 10 Dec. 2014 774 987 659 459 573 579 576

Crop biomass (Kg ha )

D1- 14 Nov. 2014 2145 3432 2360 3432 2789 3003 3239

D2- 22 Nov. 2014 3432 3003 3218 3432 2574 3647 3432

D3- 10 Dec. 2014 2252 2360 2896 2317 3196 2574 2896

Stage MAX Min Menat GDD HTU PTU SShrs RHm RHe Winds Eva Rainfall RD

Branching .823** .770** .808** 0.193 .453* 0.174 .770** -.784** -.807** -.742** .804** -.811** -.811**

Flowering .711** -0.16 .573** 0.289 .516* 0.205 .740** -.587** -.750** -.772** .680** -.766** -.711**

Podding .754** 0.263 .698** .705** .698** .685** .650** -.757** -.755** -.605** .603** -0.362 -0.366

Maturity .754** 0.263 .698** .705** .698** .685** .650** -.757** -.755** -.605** .603** -0.362 -0.366

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CROP-WEATHER MODELING IN DIRECT-SEEDED RICE :

VALIDATION OF MODEL

Direct-seeded rice cultivars were established with an aim to develop genetic coefficients and assessvalidation, sensitivity analysis and the effect of climate change on projected seed yield levels. The analysiswas done in DSSAT 4.5 version programme using CERES RICE model.

Different rice cultivars were tested under field experiment for calibrating genetic coefficients in order todevelop equations for simulating projected rice yield levels. The performance of CERES-Rice was testedand evaluated using the above determined coefficients with their dates of sowing (thermal regimes). Theobserved and simulated phenological parameters and yield levels for evaluating genetic coefficients wasdone with the help of statistical indices (RMSE and D-value) for testing the model performance. Theevaluation of genetic coefficients of different rice cultivars are as follows:

The RMSE and D-value of anthesis and physiologicalmaturity days were in a range of 1.34-2.7 and 0.92-0.99, respectively. Similarly, maximum LAI (at 90 DAS) ina range of 0.1 and 0.91. The grain yield and total biomass yield showed RMSE at a range of 328-547 and D-value 0.82-0.90. Similarly, harvest index (%) was 1.34 - 0.9.

The RMSE and D-value of anthesis and physiologicalmaturity days were in a range of 2.82-4.83 and 0.98-0.99 respectively. Similarly, maximum LAI (at 90 DAS)us in a range of 0.082 and 0.92. The grain yield and total biomass yield showed RMSE at a range of 181-639and D-value 0.90-0.1. Similarly, harvest index (%) was 2.62 and 0.98.

Validation of model was done with the observed data of previous year (2013) of similar rice cultivars atdifferent sowing dates. The results obtained by comparing 2013 and 2014 grain yield data showed that lessdeviation was observed in rice planted in June (8.5-13 %), while more was observed in July planted rice(10.5-19 %). This suggests that performance of model proved better if rice is planted in June as comparedto July.

Sahbhagi (Early maturing 90-100 days cultivar)

Kranti (Medium maturing at 110-120 days cultivar)

Simulated phenological parameters for testing genetic coefficients in different rice varieties

Parameters OBS SIM RMSE D-value OBS SIM RMSE D-value

Anthesis (Days) 84.00 85.00 1.34 0.92 97.00 100.00 2.82 0.98

Physiological Maturity (Days) 105.00 107.00 2.70 0.99 110.00 115.00 4.83 0.99

Maximum LAI (90 DAS) 3.91 3.97 0.10 0.91 5.0 5.59 0.082 0.92

Total biomass (kg ha ) 8000.00 8132.00 547.18 0.90 8010.00 9982.00 639.12 0.91

Grain yield (Kg/ha ) 2708.00 3029.00 328.59 0.82 2858.00 2927.00 181.00 0.90

Harvest Index (%) 33.85 34.47 1.34 0.99 35.64 36.07 2.62 0.98

Sahbhagi Kranti

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Validation of model calibrated from 2014 and compared with 2013 grain yield values of directseeded rice cultivars

Cultivars Sowing dates Grain yield (kg ha ) Percent deviation

2013 2014

Temperature scenario for sensitivity analysis of seed yield (kg ha ) of rice cultivars

Temperature description Sahbhagi Kranti

Simulated Percent Simulated Percent

deviation deviation

Sahbhagi June 21, 2013 2618 2864 -8.59

July 9, 2013 2401 2684 -10.54

Kranti June 21, 2013 2831 3190 -11.25

July 9, 2013 2418 2844 -14.98

Sensitivity of CERES-Rice model was made using systematic changes in maximum and minimumtemperatures in DSSAT. Results clearly indicate that maximum and minimum temperatures areresponsible to determine seed yield. Increasing temperature by 1 C predicted yield levels among allvarieties tested However, simulated yield levels decreases with an increase in maximum temperature.Similarly, if temperature decreases by 1 C yield levels increases with decrease in minimum temperature upto 2 C in all varieties. After this, further decrease in minimum temperature results in decreased predictedyield levels of all varieties tested. Maximum reduction in yield was simulated from scenario of increasingtemperature by 4 C and decreasing solar radiation (1 MJ/day/m ).

A1: +1 C 2942 8.64 3090 8.12

A2: + 2 C 2604 -3.84 2674 -6.44

A3: +3 C 2412 -10.93 2520 -11.83

A4: +4 C 2281 -15.77 2311 -19.14

A5: +5 C 2084 -23.04 2180 -23.72

A6: -1 C 3094 14.25 3250 13.72

A7: -2 C 3240 19.65 3391 18.65

A8: -3 C 2582 -4.65 2754 -3.64

A9: -4 C 2314 -14.55 2554 -10.64

A10: -5 C 2146 -20.75 2331 -18.44

The predicted levels of different rice varieties sown at different dates of the years 2020, 2030, 2040, 2050and 2050s using weather data from MARK Sim ECHam5 model suggest reduction in yield. It was more inrice sown during month of July among all varieties tested. The predicted yield levels declined with increasenumber of years. Rice sown in the month of June observed increased grain yield from the current scenario

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with more yield levels of rice sown during early June as compared to rice sown during late June. The yieldlevels increases till 2030 and decreases after 2030, suggest a change in recommended practices as per theclimate change conditions. Thus, the climate change could not only cause significant reduction in riceyield, but could also make yield more sensitive to planting time.

1 P-2 Maize Improvement Chhindwara 25.249 00

2 P-5 Micro & Secondary Nutrients and Jabalpur 46.50 4.00

Pollutant Elements

3 P-8 Soil Test Crop Response Jabalpur 44.36 7.25

4 P-16-18 Integrated Farming Research Multi campus 116.66 17.98

5 P-20-A Water Management Powarkheda

6 P-57 Optimization of Ground Water through Jabalpur 162.66 16.78

Wells & Pumps

7 P-22 Rice Rewa 73.803 0.00

8 P-23-A Niger Chhindwara 20.00 1.00

9 P-23-A Sesame Tikamgarh 46.00 1.00

10 P-23-C Linseed Sagar 41.413 00

Predicted yield for direct seeded rice cultivars for the year 2020, 2030, 2040, 2050 and 2080 and theirpercent deviation from year 2014

Grain Yield (kg/ha) Percent change in yield

No Project Location Outlay Tribal

2014-15 Area SubProject

Varieties Sowing 2014 2020 2030 2040 2050 2080 2020 2030 2040 2050 2080

Dates

Sahbhagi

Kranti

June 10 2864 3201 3108 2810 2638 2333 11.7 8.5 -1.9 -7.9 -18.5

June 25 2684 2884 2784 2590 2401 2004 7.5 3.7 -3.5 -10.5 -25.3

July 10, 2577 2312 2280 2201 2009 1891 -10.3 -11.5 -14.6 -22.0 -38.3

June 10 3190 3540 3418 2990 2714 2514 11.0 7.1 -6.3 -11.8 -17.7

June 25 2844 3010 2964 2711 2608 2441 5.8 4.2 -4.7 -15.3 -23.3

July 10 2538 2311 2201 2110 2000 1891 -8.9 -13.3 -16.9 -21.2 -41.3

Budget Outlay of All India Coordinated Research Projects for 2014-15 (Rs. in lakhs)

Ongoing projects


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11 P-23-H Sesame Powarkheda 24.00 00

12 P-23-I Linseed Powarkheda 1.266 00

13 P-24-B Soybean Jabalpur 39.20 00

14 P-28-B Millet Improvement Dindori 45.76 7.55

15 P-28-C Millet Improvement Rewa 27.71 0

16 P-29-A Wheat Improvement Powarkheda 54.65 0

17 P-29-B Wheat Improvement Sagar 59.65 00

18 P-30 Vegetable Improvement & NSP Jabalpur 90.00 1.50

19 P-31-B Dryland Agriculture Rewa 78.93 00

20 P-32 Forage Crops Jabalpur 64.00 00

21 P-34 Sugarcane Powarkheda 78.31 00

22 P-37 Potato Improvement Chhindwara 33.58 00

23 P-39 Long Term Fertilizer Experiment Jabalpur 24.00 9.00

24 P-43 Harvest & Post Harvest Technology Jabalpur 111.33 0

25 P-71 Nematode Pests & their Control Jabalpur 55.00 00

26 P-72 Farm Implements & Machinery Jabalpur 27.06 00

27 P-73-A Breeder Seed Production Jabalpur 67.84 00

28 P-73-B Seed Technology Research Jabalpur 99.98 00

29 P-78 Soil Biodiversity-Biofertilizer Jabalpur 28.85 00

30 P-98 Sub Tropical Fruits Rewa 41.10 00

31 P-106 Medicinal, Aromatic Plants and Betelvine Jabalpur 14.73 0

32 P-114 Barley Improvement Rewa 21.65 0

33 P-127 Agro-meteorology Jabalpur 33.413 5.00

34 P-148 Agro-Forestry Jabalpur 0

35 P-152 Renewable Energy Sources Jabalpur 18.80 0

36 P-286-A Chickpea Jabalpur 77.89 0

37 P-289B MULLaRP Sagar 23.70 0

38 P-374 Spices Jabalpur 2.47 0

39 P-375 Arid Zone Fruits Jabalpur 24.44 0

40 P-324 AINRP on Organic Farming Jabalpur 7.80 1.00

41 P-373 AINP on Onion & Garlic Jabalpur 8.53 0.00

100% Financed by ICAR


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Ad-hoc projects

1. "Marker assisted breeding of abiotic stress 48.60 1.11.2010 Dr. P. Perajju

tolerant rice varieties with major QTLs for 31.10.2015 Principal Scientist (PB)

drought, submergence and salt tolerance at Rewa" Rewa

2. Preservation of water chestnut (Trapa bispinosa 17.55 1.4.2011 Dr. S. S. Shukla

roxburg.) by gamma radiation 31.9.2015 Principal Scientist(PB)

JNKVV,Jabalpur

3. Seed Production in Agricultural Crops 111.50 2011-12 Director Farms

(Mega Seed project) Continued JNKVV Jabalpur.

4. Molecular breeding selection strategies to 33.75 15.5.2011 Dr. P.C. Mishra

combine and validate QTLs for improving WUE 14.5.2016 Principal Scientist

and Heat tolerance in wheat ZARS Powarkheda

5. Selection and utilization of water logging 68.53 2011-12 Dr. S. K. Rao

tolerance cultivars in pigeonpea 2016-17 Dean Faculty of

Agriculture, JNKVV

6. Effective water logging in Pigeon pea 2.48 2014 Dr. S. K. Rao

US$ 4000 Continued Dean Faculty of

Agriculture, JNKVV

7. Human Resources Development in Medicinal 27.00 1.12.2013 Dr. S. D. Upadhayaya

Plants through Facilitation Centre 30.11.2016 Prof. (Crop Physio.)

Jabalpur

8. Development of an improved choke indicator 18.38 1.11.2013 Dr. A. K. Rai

30.10.2015 Director IDSC JNKVV

JBP

9. Shelf life enhancement of maize and small 23.815 7.5.2014 Dr. (Smt.)Alpana Singh

millets based food products prepared from 6.5.2016 Assoc. Prof

local varieties of MP using Radiation process (Home Science)

10. "Web enable weather based decision support 25.804 1.12.2014 Dr. A. K. Srivastav

system for forewarning and management of 30.11.2016 Assistant. Professor

important pest-diseases of soybean and CoA, Tikamgarh

chickpea in Bundelkhand

S.No Title Amount Duration Name of PI

(in lacs)

GOVERNMENT OF INDIA


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INDIAN COUNCIL OF AGRICULTURAL RESEARCH (ICAR)

11. Network project on Biotic Stress (Rusts) 5.05 1.12.2009 Dr. P.C. Mishra,

of wheat, Powarkheda continued Principal Scientist

Powarkheda

12. Technology Mission Citrus 284.06 18-1-2011 Dr. S. R. Dharpure

Continued Principal Scientist

ZARS Chhindwara

13. Network project on harvest, processing 61.15 1.10.2008 Dr. Moni Thomas

and value addition of Natural resin and gums 31.3.2017 Sr. Scientist (Ento.)

Jabalpur

14. "Network project on hybrid rice research" 9.00 1.7.2010 Dr. G. K. Koutu,

30.6.2013 Principal Scientist,(PB)

Contui. Jabalpur

15. Network centre on National initiative on climate 30.25 2010-11 Officer in charge

change resilient agriculture-AICRPDA-NICRA (ICAR) Continued Dry land Agriculture,

Rewa

16. Weather based agro advisories and assessment 13.05 2010-11 Dr. Manish Bhan

of vulnerable areas of major food crops Continued Scientist

production zone. AICRPAM-NICRA (ICAR) JNKVV. Jabalpur

17. "National Initiatives on Climate Resilient 5.00 2010-11 Dr. S. B. Das,

Agriculture (NICRA) Continued Principal Scientist

Real time pest surveillance in Pigeon pea (Entomology)

JNKVV Jabalpur

18. Marketing intelligence 35.94 01.07. 2013 Dr. P. K. Awasthi

31.03.2017 Professor (Ag, Eco.)

JNKVV Jabalpur

19. Metagenomic analysis of the 24.50 1.7.2013 Dr. Iti Gontia Mishra

1-Aminocylopropane-I-Carboxylate 30.6.2016 Research Associate

Deaminase gene (AcdS)diversity of Biotechnology Centre

rhizospheric andendophyticbacterial JNKVV Jabalpur.

population associate with wheat"

20. Genetic improvement of non toxic Jatropha 6.00 1.4.2014 Prof. V.K.Gour,

varieties for bio-fuels and animal feeds 1.3.2016 Senior Scientist (PB)

(DARE-ICRAF) JNKVV Jabalpur


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INTERNATIONAL AID FUNDED

STATE GOVERNMENT

21. Exploration, collection and characterization 6.30 2013-14 Dr. Suneeta Pandey

of lentil germplasm in Madhya Pradesh Scientist (PB)

(ICARDA, Morocco) JNKVV Jabalpur

22. Maximization of soybean production in 72.52 2013-14 Director Res. Services

Madhya Pradesh (India) MP-JICA Project Manager

Collaborative project

23. Development of farm equipments and 490.00 2012-13 Dr. Atul Shrivastav

machinery testing, training and demonstration 30.9.2015 Professor (FMP)

facility at JNKVV. Jabalpur (GoMP -RKVY) Principal Scientist

JNKVV Jabalpur

24. Collection, evaluation and utilization of 7.82 3.7.12 Dr. R. S. Shukla

elite lines of wheat from different parts of 2.7.15 Principal Scientist(PB)

MP (MPCOST) Jabalpur

25. Survey, collection and conservation of 7.70 5.10.2013 Dr. Gynendra Tiwari

wild and traditional cultivars of Vindhyan 4.10.2016 Associate Professor

Plateau of MP (MPSBB) CoA Ganj Basoda

26. Studies on promotion of nutraceutical small 9.94 1.9.2014 Dr. R. P. Joshi

millets among the peoples of MP for food and 31.8.2016 Senior Scientist (PB)

nutritional security (MPSBB) College of Agriculture,

Rewa

27. Conservation through rejuvenation of old 9.50 1.9.2014 Dr. Rajesh Singh

mango orchards in Rewa (MP)" (MPSBB) 31.8.2017 SMS (Horticulture)

Krishi Vigyan Kendra,

Rewa

28. Dissemination and validation of location 5.267 1.1.2015 Dr. Yogesh Patel

specific cost effective IPM technology 31.12.2017 Associate Professor

through farmers participation approaches (Entomology)

for increasing farmers income in major crops College of Agriculture,

of Vidisha District of MP Ganj Basoda (Vidisha)

29. Promotion of low cost precision farming 8.30 1.1.2015 Dr. Vijay Agrawal

technology for diversification of livelihood 30.6.2016 Scientist

option and poverty alleviation among small (Horticulture)

and marginal farmers JNKVV, Jabalpur


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30. Impact of water stress on secondary metabolites 4.68 1.2.2015 Dr. S. D. Upadhayaya

production of medicinal plants used as 31.1.2017 Prof. (Crop Physio.)

memory enhancer" Jabalpur

31. Collection, isolation, pathogenicity evaluation 4.68 2 years Dr. R. K. Verma

and molecular characterization of Microphomina Principal Scientist

phasseolina causing Charcoal rot of soybean" Plant (Pathology)

JNKVV. Jabalpur

32. Low cost processing, technology for bio-ethanol 4.58 1.4.2015 Dr. L. P. S. Rajput

production from waste potatoes using different 31.3.2017 Principal Scientist

microorganism. Biotechnology Centre

JNKVV. Jabalpur

33. Molecular characterization of new plant types 5.08 1.4.2015 Dr. Yogendra Singh

(NTPs) of rice developed by JNKVV. Jabalpur 31.3.2017 Scientist

(Biotechnology)

Biotechnology Centre

JNKVV. Jabalpur

34. Madhya Pradesh Water Sector Restructuring 1301.00 2006 to Dr. R. K .Nema

Project (MPWSRP) 2015 Principal Scientist

(SWE), Jabalpur

35. Evaluation and utility of direct application of 13.59 31.08.2013 Dr. S. R. S. Raghuwansi

Gypsum and its mixture with low grade rock 31.08.2016 Associate Professor

phosphate, feldspar, vermi compost, poultry (Soil Science)

manure and cow dung in different crops of College of Agriculture,

Vindhya Plateau of Madhya Pradesh FCI Arawali Ganj Basoda (Vidisha)

Gypsum & Minerals Limited Jodhpur

(Private Agency)

AGRICULTURAL ENGINEERING

OTHER AGENCIES


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Breeder Seed Production Programme:

Crop Varieties Indent(q) Production (q)

Kharif 2014-15

Total 44 3848.60 6398.09

Rabi 2014-15

Total 44 3252.20 8957.07

JNKVV has produced 6398 quintals seed of 44 varieties of 10 Kharifcrops and 89579 quintals of seed of II Rabi crops. This was more than the indented values of 3848 quintalsand 6398 quintals in Kharif and Rabi respectively.

Paddy 18 35.00 5158.76

Soybean 4 3800.00 1173.07

Niger 1 1.00 2.00

Maize 1 2.60 14.00

Groundnut 1 0.00 3.00

Kodo 6 0.00 10.61

Kutki 2 0.00 4.12

Til 4 3.00 10.23

Urid 3 0.00 6.60

Moong 4 7.00 15.70

Wheat 24 1670.40 7303.59

Gram 11 1500.00 1435.68

Niger 1 - 0.13

Linseed 4 - 54.92

Mustard 1 - 6.50

Lentil 1 16.00 24.07

Barley 2 56.00 39.69

Pea 5 9.80 67.79

Methi 1 - 5.90

Coriander 1 - 13.80

Berseem 2 - 5.00


Golden Jubilee Year

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Directorate of Extension Services as an important constituent unit of Jawaharlal Nehru Krishi VishwaVidyalaya, Jabalpur is entrusted with the responsibility for promotion of development of agricultural andallied disciplines in the State through quick and timely transfer of technology directly to the rural residentsby testing and validating it locally, followed by its demonstration and imparting trainings. Supportiveextension activities such as Kisan Melas and Krishak Sangosthies, workshops, seminars, symposiums werealso conducted. Interpersonal communication, print and electronic media are extensively used as a meansto transfer the technologies effectively by Krishi Vigyan Kendras. Farmers are also approached through theextension workers and officers of other extension agencies who are duly trained by the Krishi VigyanKendras of the respective districts as a master trainer in different agro climatic zones of 25 districts.

The Directorate is administering 20 KVKs of JNKVV and 2 KVKs from NGO (Raisen and Satna) under thecompetent direction of the University and also functions as a coordinating unit in close association withthe University Research System on one hand and with the Zone -VII, on the other to fulfill the motto of theUniversity that is "To reach the unreached through extension system". Along with Krishi Vigyan Kendras,Communication Center and Agricultural Technology Information Center (ATIC) are also working under theDirectorate.

The Agricultural Technology Information Centre (ATIC) is a "Single Window System" linking the variousunits of research institutions with intermediary users and end users (Rural Population) in decision-makingand problem solving exercise.

Diagnostic services like soil testing and plant clinic covering field crops, horticulturalcrops, medicinal and aromatic crops are rendered.

A Total of 5,145 farmers and farm women, visited the center to learn various technologiesrelated to agriculture and allied subject.

Total 576 farmers called ATIC for technical advice on agriculture and allieddisciplines time to time, which were answered and duly referred as and when required to the specialists.

Total of Rs. 6,96,982.00 is earned under revolving fund by ATIC through sellingdifferent publications.

Total 41 Farmers team of M.P. and other states visited ATIC.

Two trainings organized by ATIC in which 46 farmers were benefitted.

Under the Directorate of Extension Services, Communication Centre works as printing and radio recordingunit where Krishi Vishwa, the technical magazine of the University is printed along with other essentialofficial document of the University. Radio programme for "Krishi Vishwa Vidyalaya se Kheto Tak"broadcasted every Monday from Akashwani Jabalpur. This year, 52 radio programmes were recorded at

Diagnostic services :

Farmers visited :

Enquiry calls (at Level II) :

Sale of publications :

Team visits :

Trainings organized :

Directorate of Extension

Agricultural Technology Information Centre

Communication Centre

107


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108

Communication Centre and broad casted by Akashwani, Jabalpur. Printing of Krishi Vishwa and otherofficial documents of the University is an important and essential activity. Publications printed atCommunication Centre are

Rabi special issue 3000

New Year Diary 1000

Table Calendar 3000

Wall Calendar 5000

To fulfill the need of food and nutritional security amongst the population, latest technology generated bythe research system, is disseminated through the Krishi Vigyan Kendras, which are funded by Governmentof India. The assessed technology acts as a model for line departments and catalyzes the existing extensionprocess for betterment, which is demonstrated and is well supported by trainings of extensionfunctionaries, farmers and farm women. Capacity building of rural youth on income generating activitiesand women empowerment is also done. Other extension activities to provide pace to the technologytransfer to the beneficiaries is also organized.

For proper functioning, KVKs are strengthened by improving the infrastructural facilities and themanpower to work as knowledge and resource center to extend support the public, private and voluntarysector initiatives in the field of agriculture.

Assessment, refinement and demonstration of technology/ methodology/ products.

1. On farm testing to identify the location specific technologies in various farming systems.

2. Frontline Demonstrations to establish production potentials of recently released technologies onfarmers' field and provide feedback to researchers.

3. Training of farmers and farm women to update their knowledge and skills in modern agriculturaltechnologies and training of extension personnel to orient them in the frontier areas of technologydevelopment.

4. Work as resources and knowledge centre of agricultural technology for supporting initiatives ofpublic, private and voluntary sector for improving the agricultural economy of the district.

5. Create awareness about frontier technologies through large number of extension activities likeFarmer fair, Field day, Strategic campaign, Ex-trainees Meet, etc.

6. Produce seed and planting materials and make available to the farmers.

Name Number of copies

Mandate:

Mandatory activities of KVK are -

Krishi Vigyan Kendra (KVKs)

ANNUAL REPORT 2014 -1550years1964-2014

109

Location of KVKs

Human Resource Development

Backstopping of KVK personnel's at Vishwa Vidyalaya:

Title of programme Date Participants

Information of KVKs regarding FLDs, OFTs, Trainings etc.

On Farm Testing:

Frontline demonstrations:

Chronological information of KVKs:

Chhindwara (1982), Balaghat (1992), Seoni (1994), Shahdol (1994), Sidhi (1994), Tikamgarh (1994), Betul(2002), Panna (2002), Dindori (2003), Damoh (2004), Harda (2004), Hoshangabad (2004), Jabalpur (2004),Narsinghpur (2004) Rewa (2004), Sagar (2004), Chhatarpur (2005), Katni (2005), Mandla (2006) andUmaria (2006). 2 KVKs, KVK Raisen and KVK Satna are under NGOs.

The Scientist of Krishi Vigyan Kendra are encouraged to participate in trainings, workshops, seminars andconferences for updating their knowledge and skill improvement, in order to serve the beneficiariesbetter. A total of 48 scientists trained during this year.

Inter action DDG Extension with PC 21 Apr. 2014 PC

Farm Meeting 09 May 2014 PC/SMS

Pre Zonal Workshop 30-31 May 14 PC

Mukhya Mantri Khet Tirth Yojana 24 May 2014 SMS

Krishi Karyamala Kharif Rabi and Horticulture 30-31Aug. 14 PC

Finance management 06 Feb. 2015 SMS

During 2014-15, 291 OFTs on different aspects of crop production and crop protectionwere conducted by KVKs. These were conducted in participatory mode on 3761 farmers' fields. Theprocess gave opportunities to the scientists to work and interact with farming community and collectuseful feedback for production purposes. The approach helped the farmers to get convinced with thetechnological options assessed on farmers' fields. The suitable technologies identified by the scientistswere taken in the FLDs programs for their wider acceptability and horizontal expansion.

The KVKs conducts large number of field demonstrations to make the farmersaware of the new technologies generated by the scientists. Front Line Demonstrations are regularlyconducted in Kharif and Rabi seasons on need based components of production technologies. Total FLDson crop were in 2658 ha acre of 459 farmers.

FLD OFT Trainings Vocational training

No. Area Beneficiaries No. Farmers No. Beneficiaries No. Beneficiaries

459 1063 4271 291 3761 2212 83354 53 1380


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Vocational Trainings Programmes (VTP):

S. No. Name of KVK Topic No. of candidate

Mukhya mantri Khet Teerth Yojna (M.K.T.Y.):

S. No Name of KVK Modules demonstrated Farmer Visited

The training under SDI scheme was envisaged to be provided by various Vocational Training Providers(VTPs) under Central Government, State Governments, Public and Private Sector and Industrialestablishments.

1 Sagar a. Seed production 30

b. Fruit and Vegetable preservation 28

2 Shahdol Seed production 20

3 Panna Seed production 20

The main objectives of Mukhya mantri Khet Teerth Yojnawere

To provide live and functional exposure model

To provide technology capsule to the farmers for higher productivity and income

1 Betul Ridge and furrow in soybean, Vegetable crop 846

cafeteria (Plasticulture), Floriculture with Plasticulture,

Fruit crops citrus & guava (Plasticulture), Hydencity

plantation (Guava)

2 Chhindawara Pomegranate, Guava Meadow, Guava (Thai), 529

Kadaknath Poultry, Azolla production,

Tomato in Polyhouse, Crop Cafeteria in Vegetable

3 Seoni Ridge and furrow in soybean, System of Pigeon pea 1204

intensification, Okra

4 Rewa Ridge & furrow in soybean, Green gram, Urd, Pigeon pea 334

5 Panna Ridge & furrow in soybean, Paddy, wheat, gram, 133

Til, Pigeon pea

6 Tikamgarh Ridge & furrow in soybean, Urd, Til, Tomato, Chili, Brinjal 1151

7 Sagar Ridge & furrow in soybean, Mango, Guawa Vermicompost 838

8 Powarkheda Ridge & furrow in soybean,SPI, SRI in Paddy 1300

9 Narsinghpur Ridge & furrow in soybean, Paddy, Wheat, Gram, 1025

Vermicompost, mushroom unit

10 Jabalpur Paddy (SRI), Vermicompost unit, Azola production unit 723

—

—


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Other Extension Activities: Other extension activities were conducted including Farmers' Fair, KisanSangoshthi and Field days. These were organized at all KVKs to equip the farmers, farm women and ruralyouths with the latest development of agricultural technologies, review their reactions and to assess theirproblems.

Technique (System of Mustard Intensification) Transplanting of 12-15 days old seedlinggrown in bed. Transplanting of one seedling with 60x60 cm spacing in field produces 154%higher yield than fermers practice.

S. No. Parameters Broad casting Line sowing SMI

1 No. of branches/plant 8 19 27

2 No. of silique/plant 110 218 537

3 Yield (q/ha) 5-8 10-15 25-30

4 Net Income Rs. 8,300 Rs. 16,900 Rs. 45,100

5 B.C. Ratio 2.5 3.1 3.5

Performance of techniques :-

S. No. Parameters Broad casting Line sowing SPI

1 No. of modules 8 19 28

2 No. of pods/plant 173 281 397

3 Yield (q/ha) 6-8 12-15 25-30

4 Net Income/ha Rs. 17,050 Rs. 36,250 Rs. 10,00,000

5 B.C. Ratio 1.9 2.63 4.85

Irrigated wheat is the main Rabi season crop. The common practice of the area is to burn therice residue after the harvest of the crop. Farmers used to give 2-3 hours sprinkler irrigation tofacilitate the primary tillage operation for preparation of land for Rabi sowing. This not onlyleads to delaying the sowing of wheat crop but also largely resulted in soil health deterioration.Sometimes this burning of rice fields harms the property and animals of the farmers.

To overcome these problems, a field demonstration was conducted on the resourceconservation technique. The wheat (variety GW 322) was sown on 6-12-2014 using Happyseeder on farmers fields. The previous crop on the fields was paddy. The paddy crop harvested

SMI, SPI, RCT (organic fare)

(A) SMI

(B) SPT (System of Pigeon pea Intensification).

(C) RCT (Resource Conservation Technology)


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through combine harvester and no primary tillage was given thereafter for preparing the fieldfor irrigated wheat. The residue of paddy crop was remained insitu.

Participation in capacity building programmes

Farmer - Scientist Interface

Participation in Farmers field school

District level Kharif & Rabi Kisan Mela / Field Days

Kisan sanghoshti at block level

Technical advice during Kharif & Rabi

Diagnostic visit and Crop advisory

Publication of technical literature for farmers as per need

Up scaling of HYVs and other improved technologies

Activities conducted under KVKS

1 Balaghat 14 2 4

2 Betul 13 2 15

3 Chhatarpur 09 2 11

4 Chhindwara 10 04 16

5 Damoh 12 02 25

6 Dindori 18 10 18

7 Harda 08 2 6

8 Hoshangabad 06 2 2

9 Jabalpur 08 09 12

10 Katni 12 12 16

11 Mandla 09 2 06

12 Narsinghpur 18 2 11

13 Panna 11 2 09

14 Rewa 12 2 06

15 Sagar 14 02 27

16 Seoni 29 2 18

17 Sidhi 28 2 29

18 Shahdol 16 17 18

19 Tikamgarh 17 2 21

20 Umaria 5 2 11

Joint activities with KVK /ATMA / State department:

S.No. Name Trainings Interface Others

®

®

®

®

®

®

®

®

®

®


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Krishi Mahotsva:

News letter:

Kisan Mobile Advisory Service (KMA):

KVK Farmers registered Villages covered Blocks covered Advisories sent

Seed Production Program:

Quality Planting Materials:

Crop Cafeteria and Technology Park:

Krishi Mahotasva were organized from 25 September to 20 October 2014 in which Scientists/SMS/professors were deputed in 25 Districts under jurisdictions of JNKVV . All the scientist actively participatedin Kishan Rath and delivered lecture in Kisan Sangoshty.

All Krishi Vigyan Kendras publish KVK News letter on quarterly basis. These newsletters covered the eventsscheduled for following three months and achievements made by them in the previous quarter. Technicalrecommendation, as per need, were also made available through these newsletters for furtherdissemination to farmers, farm women, field extension workers and agri-input dealers. These news lettersare sent to large number of panchayats, farmers, field extension personnel and district authorities.

This programme was launched by the University in 2008-09 and is still continuing successfully. ThroughKMA service need based technologies in the form of text messages in Hindi language were sent to farmers,farm women, extension functionaries and agri-input dealers on their mobile twice a week. Beneficiarieswere not charged for this service.

Total 3,58,967 11,524 140 1,697

Each KVK has implemented the seed production programme both in Kharif and Rabi seasons and producethe quality seeds of Soybean, Rice, Maize, Wheat, Gram, Miner millets on the instructional farm. Qualityseeds were produced by the KVK which were made available to the farmers and government farms forfurther multiplication.

Infrastructural facilities were developed in six KVK viz. Betul, Jabalpur, Damoh, Dindori, Sagar, Katni andChhindwara to produce quality planting material of horticultural crops. These KVKs have developed thescion block of different horticultural crops and started producing the quality planting materials.

Crop cafeteria has been established in each KVK for live demonstrations of new agricultural and alliedtechnologies to the farmers and farm women visiting the Krishi Vigyan Kendra. The technologiesdemonstrated were mainly SRI in paddy, Ridge Furrow in Soybean, Rain Water Harvesting and Micro-Irrigation, Medicinal and Aromatic Crop Unit, Improved Seed Production Unit, Agro-climatic based CropProduction Unit, Millet Production Unit, Nutrition Kitchen Garden Unit. Wormy Compost unit and NADEPetc..


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Soil Testing

KVKs Samples tested Parameter

Tribal Sub Plan (TSP):

A. Technology Demonstration

Name of KVK Farmers Crop Variety Average Yield (Q/ha) % increase

Farmers Practice Tech. Demo.

. Training programs and field days organized:Activity No. Participants

Male Female Total

Balaghat 161 EC,pH,N,P,K,& OCBetul 1420 EC,pH,N,P,K,& OCChhatarpur 140 EC,pH,N,P,K,& OCChhindwara 200 EC,pH,N,P,K,& OCDamoh 210 EC,pH,N,P,K,& OCDindori 1800 EC,pH,N,P,K,& OCHoshangabad 630 EC,pH,N,P,K,& OCJabalpur 2800 EC,pH,N,P,K, OC,S, & ZnNarsinghpur 150 EC,pH,N,P,K, OCRewa 430 EC,pH,N,P,K, OCSagar 573 EC,pH,N,P,K, OC,S & ZnShahdol 714 EC,pH,N,P,K,& OCTotal 9228

Technology demonstrations have been carried out for Agro forestry at Dindori,Jabalpur, Mandla, Seoni, Shahdol and Umariya and Pulse crops at Shahdol and Dindori with the objectiveof extension of improved production technology. Beside this a project for trible area funded by ICAR-Education Division implemented in districts Betul, Chhindwara, Seoni, Balaghat, Mandla, Dindori, Umaria,Shahdol, Sidhi and Jabalpur. The activities of project were summarized as below.

Betul 14 Soybean JS 93-05 9.4 12.8 36.2508 Maize Hy.1107 25.1 34.4 37.52

Chhindwara 20 Soybean JS 95-60 4.5 6.5 44.4480 Maize DKC-9072 6.3 10.9 73.0180 Gram JG - 11 3.4 5.6 64.7020 Wheat MP-1202 8.5 14.5 70.58

Dindori 25 Paddy MTU 1010 26.4 36.0 36.36Mandla 50 Paddy MTU 1010 23.0 25.1 9.13Umaria 78 Paddy JRH 05 28.7 50.8 77.00

08 Paddy P-1460 28.9 50.8 75.7738 Pigeon pea TJT-501 2.9 20.7 613.79

B

Trainings 10 3472 1046 4524Field days 17 944 408 1352


Golden Jubilee Year

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FARMS

Madhya Pradesh is the second largest state in the country in terms of area with a total geographical area of308 lakh hectares constituting 9% of the total geographic area of the country. It ranks position with thetotal population of 72 million, out of which 72% resides in rural area. The State is known for its abundantnatural resources including forest, minerals, rivers and valleys. There are 11 agro-climatic zones, five cropzones and varying land use, soil types, rainfall and water resources, distributed across 51 districts in theState. Also, a significant proportion of tribals and dalits reside in the State together comprising 35% of thetotal state population.

The State economy of Madhya Pradesh is predominantly rural and agrarian in nature. Agriculture sector isthe mainstay of the State's economy and is the only sector providing employment and livelihood optionsto majority of the rural population in the State. According to Census 2011, 69.8% of the total workers and85.6% of the total workers in rural areas are dependent on agriculture for livelihood in Madhya Pradesh.This comprises 31.2% cultivators and 38.6% agriculture labours. The sector is also contributing 24.9% toState's GDP at constant prices (2004-05 prices) and 33.6% at current prices. Hence, the positive andconsistent growth rate of this sector is of immense importance to drive the State economy, especially therural economy. It has a great potential in influencing the State as well as the national economy inenvironmentally sustaining ways.

There are numerous empirical evidence showcasing the correlation of positive agriculture growth andsocio-economic development status of the citizens by way of making a dent on poverty, ensuring food andnutritional security, raising income levels and employment opportunities etc. It is also true that a thrivingrural livelihood will lead to more refined urban life by reducing the migration from rural areas and puttingless pressure on urban infrastructure and services.

Jawaharlal Nehru Krishi Vishwa Vidyalaya is the primer Institution for seed production and distribution inthe country. It caters around 1/5 of breeder seed requirement of the nation. Its clientele include Nationaland State Seed Corporations, State Farms Corporation of India, State Department of Agriculture,Horticulture & Farm Forestry and Animal Husbandry, State Seed Corporative, KRIBHCO, Ministry ofAgriculture, Govt. of India, National Dairy Development Board, Bharat Krishak Samaj, National andmultinational seed companies, progressive farmers, Oil Federations and several organizationsdirectly/indirectly involved in seed production activities. This university has developed and expertise inproduction, processing and management of seeds of cereals, pulses, oil seeds, fodder seeds, vegetables,spices, sugarcane, medicinal and aromatic plants seed within the well conceived frame work of singlewindow system of operation.

The important features of the seed production programme are the maintenance breeding backedproduction and effective internal monitoring system. Diversification of nucleus/ breeder seed productionprogramme with a view to meet the growing demand of quality seed and planting material of vegetables,spices, sugarcane, medicinal and aromatic plants, Mushroom Spawn production, microtuber production

th

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of potato has added new dimensions. The seed production programme is reviewed at Vishwa Vidyalayalevel during Kharif/ Rabi seasons every year. The University has also initiated need based trainingprogramme for senior / middle level seed professionals from State Agriculture Universities (SAU), StateDepartment of Agriculture, State Seed Corporations, State Seed Certification Agencies, National andmultinational seed companies with a view to upto-date knowledge on seed technology, seed certificationstandards and covering all important and relevant aspects of seed production, processing and storage.

JNKVV has 1200 ha cultivated land available for research and seed production activities. Out of this,around 886.43 ha land is being put under the seed production, mainly at Jabalpur, Rewa, Powarkheda,Tikamgarh and Ganjbasoda. Most of these centers are adequately equipped for seed production. There isneed to accelerate the pace of farm mechanization, improve seed processing, irrigation and storagefacilities at some production centers.

The execution of system envisages planning, production, monitoring, processing, marketing and supply ofseeds to the indenters from a single window. It is being operated through Director Farms of the University.The system has been effective for the successful implementation of seed production programme. TheNodal Centers for the programme is under operation at Jabalpur with three satellite centres viz., Rewa,Tikamgarh and Powarkheda.

Resources

Activities

Single Window System

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Support from ICAR/GOI

Seed Production Planning

Maintenance breeding

Financial assistance has been made available from ICAR under National Seed Project since the year 1983.The project has also been strengthened in terms of infrastructure and man power in the year 1993. Theproject has developed the large operational system which utilizes the internal scientific/technicalresources of the University to produce high quality breeder seed. The system is strongly supported bymaintenance breeding programme. The main sources of funding are:

(i) Field Crops - ICAR

(ii) Soybean & Groundnut - GOI

(iii) Spices - Govt. of MP & GOI

(iv) Medicinal & Aromatics - GOI

(v) Mega Seed Project - ICAR

(vi) Seed Legume Project - GOI

(vii) Seed Village Project - ICAR

Seed production programmes of all the crops are being planned based on indents of national and stateseed corporation through ICAR, private seed sector, seed market intelligence reports and based onprevious year sales and demands. The total indent of all the sectors put together is being planned on thebasis of suitability of the selected varieties to different agro-climatic zones of MP. The entire productionprogramme is being developed with the consent of officer-in-charge of farms and controlling officer atzonal level every year. The change in programme is permissible subject to the approval of Director Farms.The programme includes :

A dynamic seed sector can be developed with continuous release of improvedvarieties and hybrids from crop research programmes. To ensure the crop research programmes, strongsupport is provided from the State so that better varieties and hybrids can be developed. Hence, due tocontinuous efforts every year a large number of varieties are released at state as well as at national level.

Jawahar seed is being produced from breeder seed in the area after thecoverage of nucleus/breeder seed by following the seed multiplication chain

The surplus breeder/Jawahar seed of improved varieties of various crops isbeing made available to the farmers to create seed demands.

s The breeder seed produced is being supplied against the indents. Thesurplus breeder seed is being made available to indenters on first cum first served basis. Jawahar seed isbeing supplied directly to the farmers through seed counters of the University at a reasonable price.

The maintenance breeding is one of the important activities of seed production programme of the

Crop improvement

Seed production programme

Seed extension activities

Seed distribution mechanism

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University. The programme involves a dedicated team of crop scientists located at various researchstations to maintain the varieties. Crop varieties are being maintained by single plant selection (SPS) grownin progeny rows. The SPS bulk seed is multiplied to produce breeder seed depending upon the indents.

Field crops 32 250

Vegetable crops 13 23

Spices 11 26

Fruit plants 05 15

Medicinal & aromatics 20 35

Ornamental plants 20 40

Size of seed production programme

Crops Number Varieties

Total 101 389

Breeder seed production against Indent (2004-05 to 2014-15) in JNKVV, Jabalpur

Status of breeder seed production


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Information regarding varietal replacement

Crop New Year of Target of Old Remarksvariety release seed varieties to

produced (q) be replaced

Soybean JS 20-29 2014 1224.60 JS 335, Resistance against

JS 93-05 mosaic and

wilt diseases

JS 20-34 2014 88.50 JS 95-60 Extra early maturity

JS-20-69 2015 50.00 JS 93-05 & Multiple resistance

JS 95-60

Wheat JW 3288 2011 2670.00 C-306, Sujata, Lodging tolerant, rust

JW 3211 2010 1604.00 Lok-1,GW-173 resistance and good

JW 3336 2013 684.00 & GW-273 proprty for chapati

making quality

MP-3382 2015 60.00 JW-322 Sarbati Quality

high protein, zinc and

iron

Gram JG 12 2014 60.00 JG 315 Early maturity and

wilt tolerant

JNKVV has implemented the benefit sharing of the public sector breeds with the private sector. Thereseems to be a tremendous potential to develop the seed links programme of public/private sector. Thishelps in developing/strengthening research resources and adequate resource income to University. AnMOU has been developed for this purpose. This MOU is as per the guidelines of IPR Management forAgriculture Research Technologies of NARS and approved by Board of Management of University. Seedcompanies i.e., Vikki Agro Tech, Vibha Seeds, J.K. Agric Genetics, Dhanuka Seeds, Agri. Co. Seed, SprihaSeeds, Sarkar Seeds, Kohinoor Seeds, Amareswara Agritech, Ajit Seed and a dozen of seed companiesshowed interest for commercialization of early maturing Rice hybrids on non exclusive basis. Similarly inmedicinal and aromatic plants partnerships are being developed through three-party agreement i.e.,JNKVV, farmers and industry on mutually agreeable terms and conditions. A Business PlanningDevelopment Unit in the University has been established to care of transferable technologies forcommercialization of Seed Production, Medicinal & Aromatics, Biofertilizer technologies etc.

Public-Private Partnerships


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1 Vibha Agrotech Limited JRH-5, JRH-8 03.08.2011

2 Dantewada Seeds Pvt. Ltd JRH-5 22.11.2011

3 Trimurti Plant Sciences Ltd. JRH-5 08.02.2012

4 Ajeet Seeds JRH-5 10.01.2012

5 Delta Seed Co. JRH-8 Dec. 2012

6 Super Agri Seeds JRH-8 08.03.2013

7 Sri Ram Bio Seeds JRH-8 15.11.2013

8 HIL JRH-5 22.05.2012

9 Sonam Seeds JRH-5 10.07.2012

10 Nuziveedu Seeds JRH-5 11.10.2013

11 Syngenta India JRH-5 Likely to be signed

An in house seed quality assurance system has been developed to regulate the quality of seed and planting

material produced at the University. This is being done through field monitoring systems. Later on the seed

samples are being drawn from the processed seed of each variety and are being tested at Govt. Seed

Testing Lab as well as JNKVV Seed Testing Laboratory of STR. The seed samples are supplied to STR lab for

verification of genetic purity of the seed supplied to various agencies through Grow out Test as Post

Control Plot. Observation related to genetic impurity in Post Control Plot are being communicated to seed

production centre of the University as well as persons lifted the same seed lots so that corrective measures

may be taken up timely to maintain the seed quality.

Seed is being made available to the indenters as per demand/indents. Quantity of seed available for all the

crops, varieties and categories for sale is placed in the University Web site along with name of center,

where seed is available, price list, contact phone numbers etc. This information is made available to all the

concerned. The seed purchaser may demand through FAX or E-mail which is confirmed immediately along

with the name of centre and total amount to be paid at the lifting centre and cut of date for lifting etc. The

information about cut off date and quantity of seed is made available at Directorate Farms. The up-to date

seed availability is being upgraded in the JNKVV website from time to time to benefit the seed producing

agencies.

S. No. Name of Company MOU for Date

Seed quality assurance mechanism

Marketing Strategy and Information Systems


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Innovative Seed System

Quality seed production in trible ares

Farmers participatory seed production programme

Several seed system i.e., seed village programme, model seed systems in chickpea at Vidisha and Sagar,Rice fallow seed production in Rewa, Satna, Jabalpur and Damoh livelihood seed system in tribal areas haspaid dividends to the farmers and brought self reliance in quality seed availability in M.P.

The selection of villages is made on the basis of degree of intensity of tribal populations(about 70% - 100% tribal) and the farmers are selected on the basis of their enthusiasm and availableresources for suitability to the crop. The field location is also considered to ensure demonstration value.

Wheat HD 29-32 06 48

Wheat GW 173 03 20

Chickpea JG 74 03 25

Linseed JLS 27 02 10

Lentil JL 3 02 03

Among the technologies recommended the varietal component is possibly the cheapest one. The

field demonstrations for on wheat (JW 3173, HD 2932 & GW 173), gram

(JG 74), pea (JM 6) linseed (JLS 27) and lentil (JL 3), were carried out on 119 ( 88 men's & 31 women's)

farmers fields in 28.10 ha area at intense tribal Distt. Dindori, Madhya Pradesh. The Shivri, Suniamar,

Sunpuri and Bonder villages of Bajag Block and KanaiSangwa village of Dindori Block are selected for

demonstrations. These demonstrations are intended to transfer technology of higher production, self

reliance/dependence of seed production and its spread over target area and to cope up with dependence

on concerned departments.

Objective: Making the farmers self reliant in quality seed

Selection process:

Demonstration

Crop Variety Village (No.) Beneficiaries (No.)

Total 16 106

Results

seed production programmeRabi


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Farmers participatory seed production in Tribal District of Dindori -Rabi 2014-15

Tr.

aining on Seed Production Techonology of Rabi Crops at Tribal Block Bajag (Bondar and Sheetal Pani)District Dindori of M.P

Farmer's perception " influence of technology demonstration and awareness programme haveshown positive impact on the perception of farmers in Madhya Pradesh."

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Perception for technology intervention such as seed treatment with fungicides, biopestiside andchemicals towards the freedom from pest and diseases have been well recognized.

Physical purity and genetic purity are of immense use for quality, uniformity and assessment ofproduce by the farmers.

Awareness for better vigilant storage as compared to grains have been percolated in the mind setup.

Overall perception include selection of seeds of high yielding varieties, production technologiesfor seed production, awareness for storage pests, physical purity, and harvesting & threshingprecaution have been clearly identified by the farmers.

Training 13

Field day 06

Kisan mela 04

Radio talk 10

TV programme 08

Following are the perception of farmers involved in seed production of different crops

Activity Total Numbers

Total 41

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Capacity building


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Training

Livelihood Security through Quality Seed

Production

Special Focus on Horticulture Crops

Brand Management of Jawahar Seeds

Quality seed of various crops is being

distributed in the tribal areas to provide an

advantage of increased availability of quality

seed. This programme had tremendous positive

impact on upliftment of socioeconomic status of

the targeted tribal farmers. These programmes

are being implemented through KVK of the V.V.

Seed

production programme of spices and fruit-plant

saplings was initiated on a large-scale. This

resulted in availability of sufficient quantity of

seed and planting materials of horticultural crops

in the State. Fruits plant nurseries were

established in all the centers of V.V.

Brand

Jawahar seed has been established with a logo to

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popularize the seed and planting materials. Now

Jawahar seed is an established brand as the

quality seed planting materials. Research

programme were included for the development

as well as promotion of hybrid technologies of

maize, rice, castor, pigeon pea. Identification of

seed production areas as well as standardization

for rice, maize, pigeon pea hybrid production

technology along with centers has been the top of

the agenda of the management of seed

programme.

Best Centre Award (2011-12 & 2013-14) initiated by the Indian Council of Agriculture

Research, New Delhi in 2014 was given to Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur in XXIX group

meeting of National Seed Project at SKUSAT, Shrinagar.

(1) The centre has been continuing best at top ranking position in total breeder seed production in

national seed basket. Even in pulses the centre has produced maximum breeder seed of chickpea

varieties. During the years 2013-14 and 2014-15. However, a little mismatch in seed production of

few varieties was noticed, it is due to total failure of crops at a particular centre due to hailstorm,

followed by heavy rains at podding stage .

(2) The centre has also executed the well planned programme on technology dissemination. Specially,

various new innovative technology including hybrid seed production technology on rice, maize and

arhar has been disseminated to the farmers through farmers participatory and capacity building

programmes.

(3) The farmer's participatory hybrid rice seed production also imparted on farmers economical benefit

which reflected at state level on increasing total production and productivity.

(4) The centre has also created few new infrastructure specially threshing floor, implement shade, seed

processing unit and mega seed store.

(5) The centre has also reimbursed the revolving fund as first installment during 2013.

Ridge and furrow system has been realized superior for unprocessed and processed seed yield

in soybean for black soil that has shown better saving seed quality viz., germination and vigour

Best Centre Award

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The Achievements :

Percolation of technologies to farmers field

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index.

For erect soybean varities system with 40 cm row to row spacing broad bed system is adopted

by progressive farmers.

Maximum hybrid seed production in rice is being achieved by treatment of seed with

Thiomethoxion+Thiram+carbendzim (1:1) (@0.15% each) prior to sowing and alternate

planting of 5 and 10 days old seedling of pollen parent and application of 40% part of

GA @90g/ha + 1% boric acid sprayed at 5% panicle emergence and 60% in subsequent day.

Seed dressing of soybean with thiram (0.25%), thiram+carbendazim (0.2%), thiram+carboxin

(0.2%) was effective for the management of seed associated microflora.

Storage of soybean seed at less than 10% moisture level in 700 gauge polythined bag after

treatment with polykote@3ml per kg seed+vitavax 200 eliminate infection of mycoflora and

helps in maintenance of higher germination, field emergence and vigour.

Incidence and spread of soybean mosaic virus is reduced by manual picking and separation of

soybean seeds having hilum bleeding symptoms.

Seed treatment with thiram (0.25%) or thiram+carbendazim (0.3+0.2%) effectively eliminate

the pathogen the cause of leaf blight of saflower.

Application of propioconazole (eg. Tilt)@0.1% at 35 and 45 days after transplanting, effectively

manage the bunt of rice.

Seed dressing with carboxin (eg. vitavax)@0.1% is effective in eliminating the causal agent of

loose smut of wheat.

Treatment of soybean seed with ammonium molybedate@1g/kg seed enhances the seed

yield in molybedate deficient soils.

Optimum field emergence of kabuli chickpea is achieved by hydro priming of seed before

sowing.

Alternate area for hybrid seed production of rice during rabi-summer at Balaghat district (M.P.)

has been identified.

Best location for production of high quality hybrid seed of pigeonpea is found at seoni (M.P.)

during kharif season.

Several new areas have been identified for hybrid seed production of

commercial activities.

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3

Alternaria Carthamii

New areas of Seed Production

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After having extensive research experimentation on suitability of different areas for hybrid seed

production, it was found that Madhya Pradesh is most suitable for hybrid seed production of maize (32-35

qtl/ha), pigeonpea (15 to 20 qtl/ha), and Rice (10-15 qtl/ha) hybrid seed recovery. This has been a

remarkable achievement of JNKVV hybrid seed research promotion. Hybrid paddy seeds can be produced

in low rain fall area of Vindhya and Mahakosal region of Madhya Pradesh during kharif season.

Considecing all this into account, the State Government has been very keen and proactive in taking several

decisions and measures to make agriculture both remunerative and sustainable. A mix of appropriate

policy decisions, innovative strategies and concrete programmatic interventions in this direction has

paved the way for better performance of the sector in the past few years and yielded good results in terms

of achievements. Some of the key achievements in agriculture and allied sector for the State of Madhya

Pradesh are highlighted as given below

Madhya Pradesh state has now become one of the leading states in the country by exhibiting

agriculture growth rate of 9.04% during the 11 Five Year Plan as against the targeted annual

growth rate of 5 percent and national average of 2.48%

The State has also improved its position as the third largest wheat producing state in the

country after Punjab and UP with a record-break production of 14.5 million tonnes of wheat in

the year 2011-12 and 16.5 million tonnes in 2012-13.

Madhya Pradesh not only has it outperformed the national average of 2.48% of agriculture

growth, but also stood first in the country by achieving unprecedented 18.89% growth in the

farm sector including agriculture, animal husbandry and fisheries. Madhya Pradesh also

became a pioneer in constituting seed producer cooperative societies on a large scale to

ensure increase in availability of seeds.

Continuing the growth trajectory Madhya Pradesh agriculture growth rate for 2012-13

remained at 14.28% and overall GSDP at 10.02%. It shows that Madhya Pradesh has witnessed

the increase of about 33% in agriculture growth rate in the last two years. This is one of the

credible achievements, because generally the growth rate nose dives in the subsequent year

of exceptionally high growth rate.

Madhya Pradesh also became a pioneer state in constituting seed producer cooperative

societies on a large scale basis to ensure increase in availability of seed by becoming the largest

producer of certified seed. In the year 2003 total certified seed production in the State was

19.29 lakh quintal which was raised to 43.95 lakh quintal in 2013.

With the highest growth in foodgrain production, Madhya Pradesh received prestigious

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Impact and Conclusion

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"Krishi Karman" award for the first (2011-12), second (2012-13) and third (2013-14)

consecutive year.

Chief Minister of the State also recognized the efforts made by JNKVV on quality seed supplied

to the farmers of the State.

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129

Students' Welfare Activity

Placement Cell

NATIONAL CADET CORPS (NCC)

National Service Scheme

There is a well established placement cell in the office of Dean Students' Welfare. This cell is responsible fororganizing campus interviews for placement of Agriculture Graduates, Post Graduates, MBA, B.Tech andM.Tech pass outs. The cell also counsels students on the availabaility of scholarships and avenues forhigher studies. More than 43 students have been absorbed in various reputed Companies, Banks & NGO's.

1 Synergy NGO's Bhopal 02 B.Sc./M.Sc./B.Tech./M.Tech.

2 PRADAN, New Delhi 05 B.Sc./M.Sc./B.Tech./M.Tech.

3 HDFC Bank 15 B.Sc./M.Sc./B.Tech./M.Tech.

4 HDFC Bank, Mumbai 05 B.Sc./M.Sc./B.Tech./M.Tech.

5 India Grameen Services 05 M.Sc. (Ag.)

6 Comson biotechnology Banglore 11 M.Sc. (Ag.)

Conducted merathan with NCC cadets, JNKVV, Jabalpur for "Women awarenessempowerment "from Wright town stadium to gwarighat, Jabalpur on Kargil day 26-07-2014.

Celebrated "Ekta Diwas" on 31 Oct. 2014

Conducted "Sapath Grahan samaroh" programme on Ekta Diwas at Vivekanand Hall, Collegeof Agriculture, Jabalpur.

Conducted "Matdan raily" on 11-1-2015 for awareness towards voting.

Gust Lecture delivered by Lt.Col P.K. Singh, Commanding officer, 2 M.P. Girls BN, NCC, Jabalpur.

Training of Girls NCC cadets for public defense against natural calamities'

Celebrated Republic pared (N.S.S.) day on 1-Jan-2015

Organized "National Youth Day" on 12 January 2015 to develop the personality of youth inwhich 160 students were participated.

NSS & NCC unit of V.V. jointly organized the "Rally" to create awareness on 17 January, 2015

Employment profile of Graduates

S. No Name of Organisation Students recruited Qualification

Total 43

(1MP and 2MP NCC unit JNKVV, Jabalpur )

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from Krishi Nagar to Adhartal to create awareness for Voting.

Swach Bharat Abhiyaan were organized on 25.01.2015 by the students and staff to keep thecampus clean.

Seven days special camp was organized on 31.03.2015 at village Sarsawaan in which 95boys/girls were participated.

Blood Donation camp was organized on 30.03.2015 in collaboration with Red Cross society &Victoria Hospital. Total 44 units were donated by students of College of Agriculture, Jabalpur.

NSS Jabalpur awarded "B" certificate to 39 students and "C" certificate to 8 students during2013-2015.

Nasha Mukti Niwaran Divas organized by V.V. on 26 June 2015, on this occasion, debate &essay writing competition were organized to create awareness.

All India Agricultural Students Union awarded students of college of Agriculture Jabalpur ShriRanvijay Singh as "Best Student", Shri Ajay Bharti was also appointed as Vice President ofUnion. They were honoured by Central Agriculture Minister on 31.12.2014 at New Delhi.

Special Support class for students of Jawaharlal Nehru Krishi Vishwa Vidyalaya has beenstarted for preparation of ACF/Ranger -2015 (Forest Service) Competition Examination and150 students has been registered under Tutorial Cell.

Following scholarships awarded to the Univrtisty students during academic session 2013-14

National Talent Scholarship 38

Junior Research Fellowship 02

Merit-cum-means 01

Merit Scholarship 111

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Others

Fellowships/Scholarships & competitive Exams.

Tutorial Cell

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