ANNUALREPORT 2018-2019

JawaharlalNehruKrishiVishwaVidyalaya Jabalpur482004(M.P.),India ANNUAL REPORT 2018-19

Jawaharlal Nehru Krishi Vishwa Vidyalaya Jabalpur, 482 004 (MP)

JNKVV, Jabalpur, Annual Report 2018-19

Citation: JNKVV (2019). Annual Report (2018-19). Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur 482004 (MP). pp: 212

Patron: Dr. Pradeep Kumar Bisen Hon’ble Vice Chancellor JNKVV, Jabalpur

Dr. D. Khare, DFA, JNKVV, Jabalpur Dr. P.K. Mishra, DRS, JNKVV, Jabalpur Dr. (Smt.) Om Gupta, DES, JNKVV, Jabalpur Dr. R.M. Sahu, Dean, College of Agriculture, Jabalpur Dr. S.D. Upadhyaya, Director Instruction, JNKVV, Jabalpur Dr. S. Tiwari, Director Farms, JNKVV, Jabalpur Dr. R.K. Nema, Dean, College of Agricultural Engineering, Jabalpur Dr. A.K. Sarawgi, Dean, College of Agriculture, Tikamgarh Dr. S.K. Pandey, Dean, College of Agriculture, Rewa Dr. I.M. Khan, Dean, College of Agriculture, Ganjbasoda Dr. V.B. Upadhyay, Dean, College of Agriculture, Waraseoni Dr. D.K. Pahalwan, Dean, College of Agriculture, Powarkheda Dr. V.K. Pyasi, Dean Students’ Welfare, JNKVV, Jabalpur

Compiled and edited by: Dr. Abhishek Shukla

Issued on: April 30, 2021

JNKVV, Jabalpur, Annual Report 2018-19

Foreword

Jawaharlal Nehru Krishi Vishwa Vidyalya (JNKVV) is holding the Flagship of Excellence in teaching, research and extension activities in agriculture and allied subjects since its inception. Madhya Pradesh State is credited for its glorious accomplishments due to spectacular achievements. The University is committed to enhance the income of farming community through the technology transmission in 07 agroclimatic zones spread over 26 districts by 21 Krishi Vigyan Kendras (KVKs) and College of Agriculture (07), College of Agricultural Engineering (01), College of Horticulture (02) and 12 Agricultural Research Stations located at various zones and regions.

It’s a matter of great pleasure to note that Annual Report (2018-19) of the University has been prepared. The report contains valuable information on crop improvement, crop protection, natural resource management, biotechnology, basic & social sciences. At national level, JNKVV is known for quality seed production, maintenance breeding, seed technology, production of biofertilizers and biopesticides. The achievements in agricultural education at under graduate and post-graduate levels have been well recognized by several agencies. The infrastructure facilities are strengthening. In spite of several constraints, the University has shown marvelous accomplishments.

I congratulate Dr. Abhishek Shukla, Director Instruction and his team for their meticulous work in bringing out this publication.

24.04.2021 Pradeep Kumar Bisen

JNKVV, Jabalpur, Annual Report 2018-19

Preface

Jawaharlal Nehru Krishi Vishwa Vidyalaya has always maintained its credibility in serving the nation with the development of trained human resources and advanced agricultural technology, and the dissemination of technology to the farmers. The contribution of the University is reflected in the conferment of Krishi Karman Awards to the state of Madhya Pradesh for seven times in the past. This has been realized owing to the quality teaching, research and extension by the University in the fields of agriculture and agricultural engineering. The curriculum follows the guidelines provided by Indian Council of Agricultural Research so that the students may compete at national level. Various programmes like the Rural Agricultural Work Experience (RAWE), Experiential Learning Programme (ELP), industrial attachment, NCC, NSS, sports, games and cultural activities ensure multifaceted personality development of students, and help them to inculcate competitiveness. Students of JNKVV won thirteen Gold Medals in All India Cultural Meet, 12 students qualified GATE exam and 18 qualified NET exam during the year which is a reflection of the quality education imparted by the University.

Research and extension activities of the university have always addressed the needs of the farmers resulting in continuous improvement in agriculture. Seed programme of the University is well recognized at national level. Various activities of the University during the year have been summarized in the report. The University is endeavoring in all spheres to ensure success. I appreciate the information provided by constituent units, colleges and Directorates for compiling the report. It gives me immense pleasure in bringing out this Annual Report.

April 24, 2021 Abhishek Shukla

JNKVV, Jabalpur, Annual Report 2018-19

CONTENTS

Foreword Preface 1. Introduction 1 Board of Management 3 Academic Council 4 Administrative Council 5

2. Education 6 3. Research 45 4. Business Planning & Development Unit 120 5. Extension 122 6. Seed Production and Management 137 7. Human Resource Development 155 8. Awards & Recognition to the Faculty 171 9. Publications 178 10. Ongoing Works Under Different Projects 211

JNKVV, Jabalpur, Annual Report 2018-19

INTRODUCTION

Jawaharlal Nehru Krishi Vishwa Vidyalaya (JNKVV), Jabalpur was established in 1964, as the biggest multi-campus university, 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 three sister universities. The Central Administrative Office of the Location of the Colleges College of Agriculture University is located about 7 km North of College of Agricultural Engineering Jabalpur town on National Highway No. 7. University head quarter At present, JNKVV has Colleges of Agriculture at Jabalpur, Rewa, Tikamgarh, Ganj Basoda, Waraseoni, Powarkheda & Khurai, College of Horticulture at Chhindwara and College of Agricultural Engineering at Jabalpur; four Zonal Agricultural Research Stations viz., Jabalpur, Powarkheda, Tikamgarh and Chhindwara; four Regional Agricultural Research Stations viz., Rewa, Sagar, Dindori and Waraseoni; four Agricultural Research Stations viz., Nowgong, Research Stations Garhakota, Saunsar and Tendini and twenty Zonal Agricultural Research Station one Krishi Vigyan Kendras representing Regional Agricultural Research Station six agro-climatic zones spread over 25 Agricultural Research Station districts located in eastern part of the state. The area under the jurisdiction of the University is large and 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.

Krishi Vigyan Kendras of the University

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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. The State ranks first in production of pulses, oilseed, soybean, chickpea, lentil, urid bean, tomato, garlic, guava and organic food produce and second in wheat, pigeonpea, mustard, coriander, orange and vegetable pea at national level. The State of Madhya Pradesh is honoured with seven consecutive Krishi Karman Award at National level i.e., in 2011-12, 2012-13 and 2014-2015 on total food grain production, in 2013-2014, 2015-2016 and 2016-17 for appreciable work on wheat production and in 2017-18 for pulse production.

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

. 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.

Mandate

. 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.

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Board of Management

Chairman Shri Ashwini Singh Chouhan Dr. Pradeep Kumar Bisen Progressive Farmer Vice Chancellor Ujjain (M.P.) JNKVV, Jabalpur Smt. Asha Arun Yadav Members Singrauli (M.P.) Principal Secretary Farmers‘ Welfare & Agriculture Dr. Bakul Lad Development Department 11 , Sagar Parisar G-3/E-8 Shivay Complex Government of Madhya Pradesh, Bhopal Gulmohar Colony Bhopal (M.P.) Finance Secretary Finance Department Shri Kedarnath Shukla Government of Madhya Pradesh, Bhopal Hon‘ble MLA, Kamal Kuti, Kotha, Ward No. 15, Sidhi Dr. Nandlal Idnani Distt. Sidhi (MP) – 486661 Eminent Agriculturist Jabalpur (MP) Shri Tamlal Raghuji Sahare Hon‘ble MLA, Gram Navegaon Dr. R.S. Tripathi PO-Tumsar (Chhota) Teh. Katangi Distt. Balaghat (MP) Eminent Agriculturist Satna (MP) Dr. G. Venkateshwarlu Assistant Director General (EQ and R) Shri Om Thakur ICAR, New Delhi Progressive Farmer

Seoni (MP) Member Secretary

Shri A.K. Ingle

Registrar

Jawaharlal Nehru Krishi Vishwa Vidyalaya Jabalpur (M.P.)

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Academic Council

Chairman Dr. (Smt.) Om Gupta Dr. Pradeep Kumar Bisen Director of Extension Services Vice Chancellor J.N. Krishi Vishwa Vidyalaya, Jabalpur JNKVV, Jabalpur Dr. R.K. Nema Members Dean Faculty of Agricultural Engineering, Dr. Dhirendra Khare J.N. Krishi Vishwa Vidyalaya, Jabalpur Dean Faculty of Agriculture J.N. Krishi Vishwa Vidyalaya, Jabalpur Dr. Nalin Khare Professor & Head, Dr. P.K. Mishra Department of Extension Education, Director of Research Services College of Agriculture, Jabalpur J.N. Krishi Vishwa Vidyalaya, Jabalpur Dr. (Mrs.) Mridula Billore Member Secretary Dean Faculty of Agriculture Shri A.K. Ingle RVSKVV, Gwalior Registrar Jawaharlal Nehru Krishi Vishwa Vidyalaya Dr. N.S. Raghuwanshi Jabalpur (M.P.) Director Moulana Azad National Institute of Technology,Bhopal

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Administrative Council

Chairman Dr. (Smt.) Om Gupta Dr. Pradeep Kumar Bisen Director Extension Services Vice Chancellor JNKVV, Jabalpur (M.P.) J.N. Krishi Vishwa Vidyalaya Jabalpur (M.P.) Dr. S. D. Upadhyay Director Instruction Members J.N. Krishi Vishwa Vidyalaya Dr. Dhirendra Khare Jabalpur (M.P.) Dean Faculty of Agriculture J.N. Krishi Vishwa Visyalaya Dr. A.K. Sarawgi Jabalpur (M.P.) Dean Dr. P.K. Mishra College of Agriculture Tikamgarh (M.P.) Director of Research Services J.N. Krishi Vishwa Vidyalaya Dr. U.K. Khare Jabalpur (M.P.) Professor & Head Deptt. of Plant Pathology Shri Mahesh Kumar Kori College of Agriculture, Jabalpur (M.P.) Comptroller Jawaharlal Nehru Krishi Vishwa Vidyalaya Dr. M.K. Hardaha Jabalpur (M.P.) Professor Department of Soil & Water Engineering

College of Agriultural Engineering, Jabalpur Dr. R.K. Nema

Dean Faculty of Agricultural Engineering Member Secretary J.N. Krishi Vishwa Vidyalaya Jabalpur (M.P.) Shri A.K. Ingle Registrar Jawaharlal Nehru Krishi Vishwa Vidyalaya,

Jabalpur (M.P.)

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EDUCATION

Academic programmes

JawaharlaL Nehru Krishi Vishwa Vidyalaya has played a vital role in the development 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 with nine constituent colleges at Jabalpur, Rewa, Tikamgarh, Ganj Basoda, Waraseoni, Powarkheda, khurai, Rehli & Chhindawara, and Agricultural Engineering with one college at Jabalpur.

The University offers four Bachelor‘s Degree programme viz., B.Sc. (Honours) Agriculture, B.Sc. (Honours) Horticulture, B.Sc. (Honours) Forestry and B.Tech. (Agricultural 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 also offered under Faculty of Agriculture. Doctoral degree programmes are available in twelve departments of Faculty of Agriculture and in three departments 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.

Admissions Bachelor Degree Programme Admission to Bachelor degree programmes is through entrance test conducted by Professional Examination Board, Bhopal. 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.

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Postgraduate Degree Programmes

Admission to Master and Doctorate degree programmes is through entrance test conducted by the University. The availability of seats under different programmes is mentioned in Table 2. 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.

Availability of seats in Master and Doctorate Degree Programme

S. Faculty of Agriculture Campus wise seats No. Master Doctorate Jabalpur Rewa Tikamgarh Total JABALPUR F P F P F P F P F P A. M.Sc.(Agriculture) / Ph.D. 1 Agrl. Eco. and Farm 16 16 * * * * 16 16 4 2 Management 2 Agricultural Extension 10 10 6 6 3 3 19 19 4 4 3 Agricultural Statistics 8 8 0 0 0 0 08 08 0 0 4 Agronomy 10 6 5 5 3 3 18 14 4 2 5 Entomology 10 8 2 2 2 2 14 12 4 4 6 Food Technology 6 6 0 0 0 0 06 06 0 0 7 Genetics & Plant Breeding 10 6 4 4 0 0 14 10 6 6 8 Molecular Biology & 6 6 0 0 0 0 06 06 2 0 Biotechnology 9 Plant Pathology 12 12 3 3 * * 15 15 2 2 10 Plant Physiology 8 8 0 0 0 0 08 08 3 3 11 Soil Science 10 6 0 0 0 0 10 06 4 2 B. M.Sc. (Horticulture) / Ph.D. 12 Fruit Science 5 5 2 2 0 0 7 7 2 1 13 Vegetable Science 5 5 2 2 2 2 9 9 2 1 C. M.Sc./ (Forestry) Ph.D. 14 Agro-forestry 2 1 0 0 0 0 2 1 2 1 15 Plantation Technology 2 1 0 0 0 0 2 1 0 0 Total 112 96 28 28 14 14 154 138 39 28 D. M.B.A. 16 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 * Temporarily suspended with transfer of seats to college of Agriculture, Jabalpur Doctorate degree programme in Genetics and Plant Breeding is temporarily suspended at College of Agriculture, Rewa with transfer of seats to college of Agriculture, Jabalpur

V

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Sr. Faculty of Agricultural Engineering Jabalpur M. Tech. Ph.D. F P F P 17 Farm Machinery and Power Engineering 6 6 4 4 18 Processing and Food Engineering 6 6 4 4 19 Soil and Water Engineering 6 6 4 4 Total 18 18 12 12

Summary Master( 19 subjects) Doctorate (15 subjects) Free Payment Free Payment Total seats 187 171 51 40 Sub total 358 91 ICAR quota (25% of free seat) 47 13 Grand total 405 104 F = Free and P = payment seat

Rural Agriculture Work Experience (RAWE)

On the recommendation of the Vth Dean‘s Committee (ICAR), Rural Agricultural Work Experience (RAWE) programme was introduced as an essential requirement for B.Sc. (Honours) Agriculture. It is mandatory for fulfillment of B.Sc. (Honours) Agriculture degree programme in which students are placed in villages for intensive training and field work experience with the host farmers. Also as per the recommendation of v th Dean‘s Committee the Rural Entrepreneurship Awareness Development Yojna (READY) was introduced, under which students are attached to different agro based industries.

The Rural Agricultural Work Experience provides opportunity to the students for understanding the rural environment in relation to agriculture and allied activities of the families under the present socio-economic conditions and to identify their problems in real situation, particularly with host farmers.

Objectives 1. To provide an opportunity to the students to understand the rural living, agriculture and allied activities.

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2. To make the students familiar with socio-economic conditions of the farmers and their problems. 3. To impart diagnostic and remedial knowledge to the students relevant to real field situations through practical training. 4. To develop communication skills in students using extension teaching methods in transfer of technology. 5. To develop confidence and competence to solve agricultural problems. 6. To acquaint students with on-going extension and rural development programmes.

College of Agriculture, Ganjbasoda

Total 43 students of B.Sc. (Ag) IVth year were registered under RAWE programme in 2018-19. Orientation programme was arranged during 13-20 June, 2018 for all the registered students. The concerned course teachers provided orientation to students as per the g uidelines given in manual.

Placement/Village stay

As per schedule of the work plan of RAWE programme, 39 students (boys) were placed at KVK Harda, Bankhedi, Raisen and 04 students (girls) were placed at KVK Sagar for intensive training and field work experience with the host farmers.

Monitoring

Regular monitoring of RAWE students was done on timely basis by visiting the villages where the students were placed. After completion of their village stay and Agro-Industrial Attachment (AIA), RAWE students submitted daily diary, fortnightly report and weather records etc. along with their final report.

Rural Entrepreneurship Awareness Development Yojna (READY)

RAWE students batch 2018-19 have successfully completed the READY programme. Under this programme students were attached to different agro-industries in the adjoining regions of Harda, Hoshangabad, Raisen and Sagar. The details of action performed by the students under READY programme is presented here.

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All the students were divided into batches and attached to the following agro based firms:

S. No. Name of industry Address 1 Resham Unit Resham Unit Village- Uda maal, Block- Harda, District- Harda (MP). 2 Govt. Horticulture Nursery (Govt.) Horticulture Nursery Algoav kala, block+ distict-Harda 3 Govt. Fish Production Unit, Fish Production Unit Block Timrani, distict-Harda 4 Ramdev Sugar Pvt. Ramdev Sugar Pvt., Village Thaini 075776-228888 Narsinghpur road Bankhedi, District Hosangabad (M.P.) 5 Govt. Govt. Horticulture Nursery Horticulture Nursery Bhopal-Vidisha marg, Sanchi, District Raisen (M.P.). 6 Govind Beej Govind Beej Utpadak Samittee Utpadak Samittee Vill. Gairatpur, Block Gairatganj, District Raisen (M.P.). (Private) 7 M.P. Seed Seed Processing Centre Corporation & Farm M.P. Seed Corporation & Farm Vikas Nigam, Patharia Sagar Vikas Nigam (MP). 9425682470

 Students made rapport building with the owners and staff of different agro-based industries/societies.

 They prepared schedule and collected information from the individual owner/staff, to understand various operations and functions performed there like technologies used by them, raw material, supply, marketing channel, etc.

 They took detailed information about technology up gradation, modernization and enterprise diversification with respect of time.

College of Agriculture, Balaghat

RAWE i. Survey of Village All the students had done good exercise of RAWE module. They collected detailed information about socio-economic survey of the selected villages eg. population, land use pattern, irrigation facility, machinery and cropping pattern of the villages, etc. They also collected detailed household information. On the basis of given information of the assets and

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liabilities the students worked out the net worth of selected farmers. Students also estimated the lowest and highest cost of production of the selected farmers. The average over all cost benefit ratio was found good which shows that farmers earn good profit through cultivation of paddy crop. ii. Agronomical interventions In the crop production module, the RAWE students had collected the basic information of host farmers. They prepared a report on detailed agricultural operations performed by the host farmers and helped in preparation of nursery beds of paddy and took participation in transplantation of paddy. The students created awareness among the farmers about the use of bio-fertilizers viz PSB, Azotobactor etc in the crops. They also participated in different agricultural operation carried out by their host farmers. iii. Soil improvement interventions The students had collected total 220 soil samples of different farmers from their respective villages. Collected samples were analyzed for macro and micro nutrients along with organic carbon, pH and EC. After the analysis of the soil samples the students helped in preparation of Soil Health Card, which were later distributed by students to the farmers. iv. Plant Protection Interventions In crop protection module the RAWE students conducted pest survey at selected villages. They collected the insect samples. They had demonstrated preparation of insecticidal solution and method of calibration of sprayer / duster. They also participated in spraying of insecticide/pesticides in the crops. In plant pathology module the students conducted disease survey at selected villages and collected disease samples. They conducted group discussion about seed treatment and culture use. They found severe infestation of Parthenium hysterophorus (Gajar Ghas) in the locality, created awareness and initiated eradication of Gajar Ghas. They also organized diagnostic field visits with farmers and scientists to identify the problems and their instant solutions. v. Fruits and vegetable production and food processing & storage interventions Students studied horticultural crop production, processing and storage. They participated in the nursery bed preparation, transplanting of seedlings into field beds. They suggested the floor management of mango plant/ orchard and insect pest and disease management practices for the fruit and vegetable crops. They also participated in grafting and budding to increase the yield aspect of the fruit plants. They had given demonstration of pasting of bourdex paste on tree trunk. They learned the potting de-potting and repotting of plants and its importance. They organized training on food storage and preservation for the rural people.

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vi. Animal production interventions The RAWE students worked on various health and management aspects of livestock and poultry to increase the production of animals and ensure animal‘s better health. They visited several farmers‘ house to know the breeds and type of animals reared in that village and conducted survey regarding backyard poultry farming in the village to know the type of poultry birds reared by farmers. Students visited veterinary dispensary to know about animal vaccination programme. The students also suggested feed management of animals and talked about sanitation of cattle shed with the farmers. vii. Extension and transfer of technology activities Students collected basic information of farm families to study their exiting problems. They exercised the specific gaps in adoption of different agricultural technologies in the adopted villages. Students organized field visits with the farmers and KVK experts on paddy crop. They also participated in various social service activities in the village very enthusiastically eg. Svachcha Bharat Abhiyan, adult education classes, tree plantation, and helped in mid-day meal programme. The students had also studied the High Yielding Variety Programme, ATMA, and Watershed Development Programme etc. under agricultural development programmes, Panchayati Raj System and Swarnajayanti Gram Swarojgar Yojna, etc. under poverty alleviation programmes. The students conducted benchmark survey and PRA of the allotted village. They actively participated in farmers meeting, Kisan Mela and field visits organized by KVK, Mandla. The students studied crop cafeteria and participated in different agricultural operations at KVK eg. seed treatment, layout preparation, tree plantation at KVK etc. They also visited different line departments e.g. Agriculture, Horticulture, Animal husbandry etc.

Agro-Industrial Attachment The introduction of READY program in all the Agricultural Universities is an essential prerequisite for the award of degree to ensure hands on experience and practical training. Under READY programme this year 22 RAWE students were placed in KVK Mandla and KVK Badgaon to facilitate the rural experience and attend agro industrial training in different sectors. The main aim of this industrial training was to make students acquaint with process and practicality of industrial setup for developing entrepreneurship among them.

College of Agriculture, Rewa Students READY (Rural Entrepreneurship Awareness Development Yojana) is a new initiative to reorient Agriculture graduates and for ensuring employability and develop entrepreneurship for emerging knowledge intensive agriculture. Rural Agricultural work experience (RAWE) programme includes Agro industrial attachment also.

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Rural Agricultural Work Experience (RAWE) Component -II: (B) In-Plant Training/Agro Industrial Attachment (AIA) In plant training has been made mandatory for a period of 3 weeks. In this training students study the problems in industrial perspective and submit the report. This training provides industrial exposure to students to develop high-tech industrial skill for their carrier. The major objectives of In-Plant Training (IPT) are:  To expose the students to industrial environment, that cannot be simulated in the university.  To familiarize the students with various materials, machines, processes, products and their applications along with relevant aspects of shop management.  To make the students understand the psychology of the workers, and approach to problems along with the practices followed at factory.  To understand the scope, functions and job responsibilities in various departments of an organization.  To expose various aspects of entrepreneurship during the programme period.

Implementation of RAWE and AIA programme RAWE programme was implemented by College of Agriculture, Rewa, in adopted Villages under the guidance and supervision of KVKs from the year 2018-19. The main focus of the programme was on the frequent and relevant observations on the socio economic development and adoption of new innovative technology by the farmers in rural areas through need based extension activities and field experience and participatory extension approach. The students gain the opportunities to learn different farming situations; farm practices adopted by the farmers as well as identification of their needs and problems through interaction and regular monitoring. Under the Agro-industrial attachment programme 03 weeks attachment of RAWE students was made with different agro-industries. Students studied the working pattern and functioning of industries. They also participated in industrial activities besides getting acquainted with the staff. The students learnt the structure, functions of the industries and various processing units. Students (56 boys and 26 girls) were placed at KVK Sidhi, Shahdol, Umaria and Majhagawan.

Activities & achievements of RAWE & AIA programme

1. Survey of village

RAWE students placed in Sidhi, Umaria, Shahdol and Majhagawan conducted intensive survey and PRA in their allotted villages. (a) Students collected the general information about the adopted villagers i.e. education facilities, transport facility and marketing facilities of the farmers.

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(b) Students conducted population survey of the adopted villages. (c) Collected information about utilization pattern of land, irrigation facilities and available farm machineries of farmers. (d) Survey on cropping pattern, crop productivities status and constraints for low productivities. (e) Students also made the survey on occupational status, expenditure and income trend of the farmers in the villages. (f) Survey on livestock management status by the farmers in the villages.

2. Agronomical Interventions: In agronomical interventions, students were exposed to the various crops agronomical practices in the farmers‘ field besides their environment in production technology and management. The technologies demonstrated on the farmers‘ field were as under: (a) Agronomical operation like seed rate, seed treatment, sowing methods, weed control and irrigation methods. (b) Use of Improved in Kharif and Rabi Crops namely – Rice-JRH04, JRH5, Pusa Basmati. Pigeon pea -TJT-501, Urd TU94-2, Green Gram M-139, JG 315, Linseed JLS-67, JLS- 27. (c) Demonstration on improved corping pattern in the field during Rabi and Kharif. (d) Utilization of integrated nutrient management in Kharif and Rabi crops. (e) Raising of crop cafeteria in KVK‘s for the demonstration to the farmers. (f) The Technological interventions like optimum seed rate of field crops with proper spacing, water management, intercropping were also demonstrated.

(3) Plant Protection Interventions: (A) Entomology – RAWE student critically studied the infestation of major insect of Kharif and Rabi crops in the respective adopted villages. They provided the information to the farmers for monitoring insect infestation level in their field. The major achievements were as under: (a) The students helped the farmer identify of the important insect pest in the Kharif, Rabi and fruit crops. (b) Estimation of intensity of the pest in the crop. (c) Collection of major insect pest and their natural enemies in the field. (d) Demonstrated the different methods insect control. (e) Preparation of insecticidal solution and spraying technique. (f) Demonstrations of eco friendly insecticides viz neem extract NPV, bio pesticide, pheromone trap and inhibiter and other navel insecticides.

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(B) Pathology The RAWE students identified major diseases of Kharif and Rabi crops along with their management. Keeping these facts in the view, the students have performed the following activities for management of the diseases. The major diseases observed in the region were leaf blast, brown spot, false smut and Khaira in rice crop. The students reviewed the disease scenario in the region. In pulse crops Rhizodonia blight, Powdery mildew and YMV, MV, were noticed. (a) The students helped the farmers to identify the major plant diseases occurred in their respective adopted villages. The diseases cycles of pathogens and yield loss caused by them were also acquainted with the farmer. (b) Seed treatment with fungicides and bio-agent, Trichoderma was demonstrated on the farmers‘ field as seed dresser for soil born disease. (c) To introduce methods of Bio fertilizer viz, Rhizobium culture, PSB culture Azotobecter have also been demonstrated. (d) The students were advised to the farmers for disease caused by deficiencies of plant nutrient like Khaira in rice for their management. (e) Skill oriented programmes were conducted on preparation of solution of fungicides and its application. (f) Management of major disease like rice blast, yellow mosaic, rice false smut were also demonstrated on farmers‘ field to effectively combat the economic losses.

(4) Soil improvement interventions (soil sampling and testing) Under this component various activities like soil testing, methods for collection of soil samples, use of soil health card, fertilizer schedule, integrated nutrient management (INM) and its important in soil quality improvement, role and importance of micro nutrient in crop production were advised. The major achievements under this intervention were as under: (a) The students collected soil samples on farmers‘ fields. (b) They were involved in the preparation of soil samples for the laboratory analysis. (c) Activities like drying, grinding, mixing, weighing, bagging and storing of soil samples were carried out by them. (d) The importance of the micronutrient viz. zinc, copper, iron, magnize and boron were explained and demonstrated. (e) Identification of soil salinity, soil alkalinity and soil acidity were carried out by the students and reclamation techniques were suggested by them. (f) Students also help the farmers for using natural resource like bio fertilizer, vermi compost and green manuring for improving the soil health.

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(5) Fruit & vegetable production intervention The students got a good experience of existing fruit and vegetable production status and they were involved in field operation like preparation of seed bed, nursery management, propagation, etc. (A) Fruits (a) Students demonstrated propagation techniques to the farmers i.e. budding, grafting, air layering, top working, etc. (b) Students showed the pruning and thinning methods in citrus tree. (c) Students gave imported technologies to the host farmer i.e. fertilizer application in trees. (d) Control of malformation in mango and control of citrus canker were also demonstrated to the farmers. (e) Agro forestry management of orchards was explained to the farmers. (f) Plantation technique of fruit plants in wasteland development was disseminated. (B) Vegetables (a) Students demonstrated vegetable nursery bed preparation on the farmer‘s field. (b) Use of herbicides in weed control of vegetable crops. (c) Farmers‘ problems were identified and solutions were suggested. (d) Demonstrated the layout of kitchen gardening with suitable rotation. (e) Some importance practices like staking in tomato, seed treatment, and weed management were also demonstrated on farmers‘ fields. (g) Production technology for hybrid vegetable crops where disseminated. (h) Introduced solarisation of nursery and its management. (i) Introduced drip irrigation system for onion and potato crops.

(6) Food processing and storage interventions The students also gained the experience about food processing and storage practices during their stay at adopted village and demonstrated the method of food processing and preservation. The following works were carried out. (a) Demonstration of seed grading through grader machine. (b) Value addition techniques for grain and pulse, i.e. flour making and dal making through processing of small machines were explained. (c) Low cost storage technique for grains and pulses were advised. (d) Uses of indigenous practices for safe grain storage. (e) The use of packing material for vegetables and fruits for marketing purpose. (f) Farmers were motivated to adopt suitable grading and packing technology for additional profit from their product.

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(7) Animal production intervention The RAWE students have collected the information of livestock on various aspect i.e. dairy maintenance and feed expenses, milk production, milk disposal, dairy product and poultry management in respective villages to get acquainted with health and feeding management of dairy and poultry adopted in the region. The students performed the following activities under livestock management. (a) RAWE students have suggested design of the house pattern for animal i.e. tail to tail system and face to face system. (b) The students suggested the ideal balance diet for milch and other animals. Demonstrated azolla, and feeding for enhancing milk production of cow and buffalo. (c) RAWE students conducted training for various aspect of backyard of poultry farming. (d) Farmers were convinced about benefits of improved cattle and buffalo breeds‘ development through artificial insemination. (e) Milk preservation, processing of milk product suggested for optimum profit from dairy enterprise. (f) Importance of colostrums feeding, deworming, vaccination and sanitary housing of young stock was also told to the farmers. (g) Package of practices for economical rearing of calves upto the age of heifers for early maturity were told to the farmers.

(8) Extension and transfer of technology activities RAWE students studied the ongoing rural development programme and activities run by various agriculture and rural development agencies. The details are given below. (a) The RAWE students identified the agricultural problems related to transfer of agricultural technologies and solved them on farmers field. (b) The students have suggested for using various sources of information like Radio, T.V., news paper, ATIC centre, KVKs, Kisan Kalyan and Krishi Vikas department , mobile advisory service and internet, etc. (c) The students have studied the adoption of farm technology by the host farms in paddy, Arhar, Moong, Gram and wheat crops and suggested innovative technology i.e. seed treatment, importance of improved verities , improved cultivation practices, use of balanced fertilizer, use of weedicides, plant protecction measures for increasing crop production. (d) They found out the adoption gap with host farmers in Kharif and Rabi crops and gave suggestions to reduce the adoption gap in Rabi and Kharif crops.

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(e) RAWE students organised different methods of demonstration to the farmers for adoption of new methods. (f) The students suggested about the ongoing agriculture development programme and rural development programme run by the Central Government and State Government i.e. Prime Minister Crop insurance scheme SGSY, National Horticulture Mission Scheme, Pradhanmantri Irrigation Scheme, livelihood mission scheme, etc. (g) RAWE student participated in Rural Appraisal Programme (PRA) for understanding the rural reality and planning for the development of villages. (h) Participation in different poverty alleviation programme run by the state government in villages. (i) Feedback and suggestions regarding ongoing programmes were recorded. (j) Motivated rural women for formulation of SHGS and rural women employment for livelihood security.

(9) Agro Industries Attachment (AIA) /In-Plant training The RAWE students were involved in agro industrial attachment of three weeks duration for understanding the management of agro industrial work. (a) The students gained sound experience for establishing the dairy unit like the requirement of budget for dairy unit, government schemes for dairy establishment, management of cattle feeding and marketing. (b) Students got experience for establishment of Seed Producer Company in rural areas, the seed grader process, bagging and seed, storage technology in warehouse, profit and loss of the company. (c) Students got experience about raw material supply trend, processing units, and the economic viability of different agro industries. (d) The students gained experience from agro-industries to establish self employment in future. (e) The students prepared detailed progress report of the agro-industry. (f) Identified different constraints in running agro-industry and gave suggestions for improvement.

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PRA technique for identification of Demonstrating SRI methods of rice transplanting socio economic status of farmers

Learning the transplanting methods RAWE monitoring team visit of vegetable seedlings

Soil health card prepration Demonstration of bee keeping at KVK, Umaria at KVK, Majhgawan

RAWE students demonstrating plant Soil testing lab at KVK, Shahdol protection measures

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College of Agriculture, Tikamgarh

Seventy five students (20 girls & 55 boys) were registered for RAWE & AIA programme. The boys were placed at KVK, Nowgaon and KVK Panna. The girl students were placed at KVK, Damoh.

Programme performed by students under RAWE programme

 Survey of village  Agronomical interventions  Plant protection intervention  Soil improvement intervention (soil sampling and testing)  Fruit and vegetable production interventions  Food processing and storage interventions  Animal production interventions  Extension and transfer of technology activities  Other activities

Activities performed by the students during Agro Industrial Attachment (AIA)

KVK, Nowgaon: Students placed at KVK, Nowgaon were divided into two groups for agro industrial attachment. One group of students was attached at pulse mill. Another group of students was attached in agro- poultry farm, where students were exposed to integrated farming and learnt about the goatry, dukerry, fisheries, cattle rearing, poultry and crop production.

KVK, Damoh: All the 20 girl students were attached for 3 weeks in Sachedeva nursery, Patel dairy and Wardhaman Dal Mill located in Damoh.

KVK, Panna: Students placed in this KVK were attached at Aonla Processing Unit, where they learn about the value addition and commercial packaging, labeling and marketing of aonla.

MODULE-I Nursery management of horticultural crops

The module was given by university to College of Agriculture, Tikamgarh under the ICAR programme. There was a net profit of Rs. 81,373 under the revolving fund.

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Experiential learning programme at a glance

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National Cadet Corp (NCC) & NSS activities

College of Agriculture, Jabalpur

During the entire calendar year 2018 cadets participated in different activities, camps and social awareness programmes. NCC has always inculcated the values of unity and discipline in the cadets which is main objective of introducing NCC as a part of professional degree courses. Different activities of cadetsare presented month wise.

Cadet Sanjay Singh Rathore, CoA, Jabalpur got first prize in firing competition held during the Combined Annual Training Camp Khamariya, Jabalpur. Eighteen cadets participated in this camp and won several awards. Total 33 cadets of 1MP Battalion; College of Agriculture attended various camps during the year. Nineteen cadets passed B certificate and 21 cadets passed C certificate examination of NCC. NCC cadets took part in various awareness camps and rallies i.e. tree plantation programme organised during rainy season, blood donation camp, Clean India mission, Cashless campaign, Beti Bachao Beti Padao Abhiyan. Cadets also participated in yoga day programme on 21 June 2018 and celebrated parthenium eradication week. NCC cadets of JNKVV presented the ―Guard of Honour‖ to Hon‘ble Vice Chancellor. JNKVV, Jabalpur on 26th Jan. 2019.

Under the banner of NCC the cadets were provided the elementary military training with emphasis on subjects viz. foot drill, weapon training with Rifle, LMG, CMG, SLR etc., self defense, first aid besides participation in adventure activities viz., gliding, parasailing, para jumping and other social activities viz. tree plantation, blood donation, traffic control, rallies on social awareness, helping people during natural calamities, etc.

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February month was very crucial for the cadets as the B certificate and C certificate examinations were conducted in this month. The exam was conducted in government Science College ground.

The month of June was specially important as the ancient yoga practices of INDIA got international recognition and 21st June was declared as the International Yoga Day. Cadets took part in the yoga sessions conducted by NCC.

After the semester break the cadets undertook different adventurous activities and social issues. Combined annual training camp and other camps were conducted in July. Cadets of 2nd year and 3rd year participated in these camps as these camps are required for B certificate exam and C certificate exam.

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Cancer has been a menace in the last couple of years. Many a times government provides help to cancer patients through their policies and even instituitions organize mass awareness programmes. NCC cadets took part in disseminating the information regarding the ways to curb cancer and even resolute the doubts related to cancer. In the month of November the cadets participated in Swasth Bharat Abhiyaan.

India witnessed the swachh bharat fortnight during the month of December. JNKVV staff members, students and NCC cadets participated in this campaign and endeavoured to make the university premises clean and green. After clean India campaign NCC cadets once again shouldered with the responsibility to make people aware of the disease Tuberculosis. JNKVV has been providing aid and support to TB patients for the last few years. The cadets took the initiative to make the masses conscious about this dreaded disease.

Rural Welfare Programmes under NSS

• Plantation Programmes in University campus and different adopted villages • Parthenium eradication week • Sanitation Programmes • Organic farming Sangosthi • Kisan Sangosthi • Animal Health Camp • Soil Testing Campaign • Vishwa Youva Diwas on the occasion of ―Swami Vivekanand Jayanti‖ • NSS Day • Seven days Yoga Camp • Lok Gayan & Bhajan with local people • Cultural activities for creating awareness about social issues • Sports and games with local youth

International Yoga Day

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College of Agriculture, Ganjbasoda

NCC troop (24 cadets) participated in flag hoisting day at College premises and attended combined march past parade on 72nd Independence Day at tehsil ―Lal parade ground Ganjbasoda‖. U/O Prasant Mishra led the whole march paste parade as parade commander and received participation trophy with honour certificate from Chief Guest MLA, Smt Lina Jain, SDM.

Swachchhta Pakhwada- Saaf Safaayee Abhiyaan

 32 NCC cadets did social service in the adopted Hatoda village in near vicinity and did 100 workhours social work.  College NCC troop participated in ―Parthenium and Polythene Eradiction Week‖ during the parade days in college premises and around boys hostel. Dean CoA Ganjbasoda administered pledge to the cadets for ‗Cleanliness India Mission‘.  NCC cadets started Fortnight Cleanliness drive / Swachchhta Saaf Safayee / community development programme. This awareness drive started w.e.f. 1st May 2018 till the Gandhi Jayanti 2nd Oct 2018.

Blood donation Program

06 NCC cadets donated blood in the blood donation camp organized by 14 MP NCC Battalion Vidisha & HDFC Bank Ganjbasoda at LBS College, Ganjbasoda on 24th Nov. 2018.  College NCC troop participated in massive Tree plantation programme from July 21, 2018 onwards, joining hands with other social welfare organizations of Ganjbasoda.  Voter awareness program was organized on Nov. 1, 2018. College students alongwith NCC cadets participated.  NCC sub unit of the college observed Sardar Ballabh Bhai Patel Jayanti as ― National Unity Divas‖ at college campus.  NCC cadets are continuously spreading disseminating relevant information among the masses about eradication of Gutkha /Tobbacco bad habits among youth.  Aids Awareness Day & Rally was organized on Dec. 1, 2018.

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 Polio eradication through vaccination & other inoculation drive and awareness about organ donation was organized in collaboration of CHC Ganjbasoda. NCC Camps National / State level NCC Camp attended by cadets: total (05)  Thirteen NCC cadets attended Camp CATC –VI at SATI, Vidisha, organized by 14 MP NCC BN ,Vidisha w.e.f 19/06/2018 to 28.06.2018.  Eight NCC cadets attended CATC –XII camp at Old BTI campus Hoshangabad under the command of 13 MP NCC battalion Hoshangabad w.e.f 16/08/2018 to 25/08/2018.  Eleven NCC cadets attended CATC –XIII camp held at 68 ENGR REGT , Bairagarh, Bhopal under the command of 68 ENGR REGT w.e.f 08/10/2018 to 17/10/2018.  Two cadets attended Army Attachment Camp (Southern command) held at 636 EME battalion Sagar w.e.f 07 Jan 2019 to 19 Jan 2019.  Ten NCC cadets attended Pre -RD-II / CATC –XIV camp held at Rukmini devi Engg. College, Misrod, Bhopal under the Group command, Bhopal, w.e.f 20/11/2018 to 29/11/2018.  Camp ANO duties (detailment) as NCC Officer – two.  Ten days Camp CATC- IX was organized by 13 MP NCC Battalion, Hoshangabad w.e.f 30/07/2018 to 08/08/2018 at Old BTI campus Hoshangabad and escorted 25 cadets of parent unit 14 MP NCC BN Vidisha and received good show certificate (Award) by camp commandant.  Thirteen days Army Attachment Camp AAC (Southern command) was held at 636 EME battalion Sagar w.e.f 07 Jan 2019 to 19 Jan 2019 in which 25 cadets of 14MP NCC BN Vidisha escorted / participated.

View of NCC Camps

Weapon training during combine parade NCC Cadets & Staff

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College of Agriculture Powarkheda (NCC & NSS activities)

World Environment Day (5 June, 2018) NSS students of College of Agriculture, Powarkheda cleaned the Bank of Maa Narmada at Sethani Ghat on the occasion of World Environment Day, 2018 to save our environment and natural resources for future generations.

Tree plantation by NSS students NSS student of College of Agriculture, Powarkheda planted the trees in college campus on August 8.

National Youth Parliament Festival 2019 NSS students participated in National Youth Parliament Festival 2019 and Mr. Lakhan Bhalse got second place in the District.

PERSONALITY DEVELOPMENT OF STUDENTS INCLUDING WEAKER SECTIONS

The main objective of the programme was to assist develop confidence in the youngsters to face interview/ selection committee for the jobs /fellowships and to pursue any other career. Under this activity, students are guided and provided study material to improve knowledge on all aspects related to agriculture field. Mock tests and mock interviews were arranged for improving their performance.

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PLACEMENT CELL

The main aim of placement cell is to ensure placement of students in reputed multinationals, government organizations, NGOs and in private sector. All students of the college provided placement assistance, counseling for employment and self/social entrepreneurship. The cell acts as an interface between the industry and students.

4th International Day of Yoga College of Agriculture, Powarkheda celebrated the International Yoga Day, 2018. On this occasion Yoga Workshop was organised (15th to 21st June) which was attended by 78 participants. In this workshop the knowledge of Yoga and Pranayam was provided to the participants.

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College of Agriculture Rewa

Total 106 students registered N.C.C., of which 35 cadets passed B certificate examination and 28 cadets passed C certificate examination. Regular NCC parades were organized during the year. NCC cadets actively participated in Independence Day and Republic Day parade. Other social activities like plantation, flood relief camp, International Yoga day and blood donation etc were organized. Fourteen cadets passed NCC B Certificate Examination.

A view of NCC activities at College

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College of Agriculture Balaghat

NSS activities

 Swachhta abhiyaan,  Swachhtha awareness campaign in village Murjhad  Plantation programme organized at college campus

Personality development of students including weaker sections

Under this activity the students were guided through providing study material to improve their knowledge in relation to the agriculture field. Mock tests and mock interviews were also arranged for improving their performance.

Placement cell

Students were provided placement assistance, counseling for employment and entrepreneurship. The cell acted as an interface between the industry and students.

Tutorial/Coaching

Tutorial classes were facilitated by faculty of the college to prepare for ICAR-JRF and preparation for competitive examinations. Team of the faculty members provided carrier guidance to the B.Sc. (Agri.) students as well as to students from Higher Secondary Schools. Extra classes were also conducted regularly for the subjects considered difficult for students.

College of Agriculture, Tikamgarh A Unit Camp was organized under NSS in village – Madumar (12 March, 2019 to 18 March, 2019). NSS Day, Swachchhata Jagrukta, Nashamukti Rally, Anti-tobacco day, Blood Donation Camp, Women‘s health testing, Parthenium eradication programme, Plantation programs, AIDS Day rally, Rangoli competition and Candle march, International Yoga Day, International Womens Day, and Matdan Jagrukta Abhiyan. Two students of the college were selected for NSS state camp.

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College of Horticulture-Rehli

Registration of the Institute‘s NSS Unit has been done at Maharaja Chhatrasal Bundelkhand University, Chhatarpur (M.P.). A total of 55 students have been enrolled under NSS unit.

Educational Tours

College of Agriculture, Jabalpur

Year Date Name tour Place visited No. of From To manager students 2018-19 24.02.2019 02.03.2019 Dr. H.K. Rai Delhi, Shimla, Pantnagar 90 etc.

College of Agril. Engineering, Jabalpur

Year Date Place visited No. of From To students

2018-19 16.03 2019 26.03.2019 Doda Beeta Tea Factory Ooty, Central Soil 89 and Water Conservation Research and Training Institute Ooty, Rice Research Station Ernakulam, College of Horticulture, Krishi Vigyan Kendra, Kerla Agriculture University and Tamil Nadu Agriculture University, Coimbatore.

College of Agriculture, Rewa

2018-19 17.03.2019 26.03.2019 Dr. Anil Mishra IARI, ICAR, NBPGR (Delhi), 54 Dr. R.S. Raikwar HAU (Hissar), PAU (Ludhiyana) CPRI, DMR (Solan), CCSAU (Shimla), Baba Ramdev Research Institute (Haridwar), CIRG (Agra )

Intercollegiate cultural programme

20th Inter-Collegiate Cultural Programme was organized during 21st & 22nd January 2019 at the College of Agriculture Jabalpur. In this meet 9 colleges participated including College of Agril. Engineering, Jabalpur. About 250 students participated in 18 different events with great zeal and enthusiasm in various cultural activities. The Overall Championship was awarded to the College of Agriculture, Jabalpur.

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Glimpses of Inter Collegiate Cultural Programme (21st & 22nd January 2019)

Inter Collegiate Games and Sports

Inter-Collegiate Sports & Games Tournament of JNKVV was held at Jawahar Stadium, College of Agriculture, Jabalpur on 21st and 22nd December 2018. Approximately 300 players of the various constituent colleges of JNKVV, Jabalpur participated in the tournament. The trophy of Best Athletes (women) was jointly awarded to Ku. Shivangi Chaturvedi, COA, Jabalpur and Ku. Sonali Singh, College of Agriculture, Rewa and, for the Best Athletes (men) was jointly awarded to Kapil Verma, College of Agriculture, Tikamgarh and Mukesh Dudve College of Agriculture, Balaghat. Overall championship was won by College of Agriculture, Jabalpur. Best Athletes Women were Ms. Shivangi Chatruvedi College of Agriculture, Jabalpur & Sonali Singh, College of Agriculture, Rewa. Best Athletes Men were Mr. Kapil Verma, College of Agriculture, Tikamgarh & Mukesh Dudwe, College of Agriculture, Balaghat.

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Glimpses of Inter Collegiate Games and Sports

Inauguration programme of Inter collegiate sports & games

1500 Meter – Men Winners

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All India Agriculture Universities Youth Festival

The 19th All India Inter Agricultural Universities Youth Festival " 19th AGRIUNIFEST- was held at Sardar Krushinagar Datawada Gujarat Agricultural University, Gujarat during February 3-7, 2019, in which JNKVV won the Championship Trophy in one of the major categories of events. Over 1500 participants from more than 52 Agricultural Universities competed. Glory to the University was brought by the excellent performance of Cultural Team which won 13 Gold Medals, 06 Gold Medals in group song (Indian), 06 Gold Medals in group song (Patriotic) and 01 Gold Medal in Extempore. JNKVV cultural team won Championship Trophy in music and fourth position in colorful procession event. S. No. Event Prize Name of Students 1. Extempore First Prize Jhilick Banerjee 2. Group Song Gold Medals and Ankita Sharma, Silki Rawat, Anubhuti Sharma, championship trophy Jhilick Banerjee, Parthivi Nayak, Monika Uikey 3 Patriotic Gold Medals and Silki Rawat, Anubhuti Sharma, Jhilick Song championship trophy Banerjee, Samvedna Agariya, Parthivi Nayak, Monika Uikey 4. Procession Certificate and Ankita Sharma, Silki Rawat, Ruchi Asati, , Fourth Prize Anubhuti Sharma, Madhuri Tiwari, Jhilick Banerjee, Samvedna Agariya, Sakshi Sharma, Shruti Vandre, Parthivi Nayak, Sonali Singh Parmar, Pratibha Gupta, Monika Uikey, Vikas Punasiya, Mayank Singh Thakur, Prateek Singh Parihar, Atul Dwivedi, Ritesh Panwar, Sudhanshu Shukla, Dheerendra Pratap, Gourav Raj Prajapati, Satyam Sharma.

Winners of AGRIUNIFEST

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All India Inter Agricultural Universities Sports & Games Meet 2018-19

All India Inter Agricultural Universities Sports & Games Meet 2018-19 was organized at PAU, Ludhiana, Punjab from January 2 to 5, 2019. The JNKVV University team comprised of 44 boys & girls players. In the National Games events like 5000 m. walk, High Jump Men & Women, 800 m and 1500 m Men, reached to final and in Badminton girls section JNKVV Badminton team reached to Pre-Quarter Final.

Fellowship /Scholarship /NET /GATE List of students selected for GATE 1 Anupam Singh 2 Rachit Kumar 3 Divakar Kumar 4 Sanjana Jain 5 Shivani Gupta 6 Vishal Bairagi 7 Amit Kumar Patel 8 Dharmendra Kumar 9 Shailendra Singh Rajput 10 Deepu Meena 11 Shifa Sahin 12 Preeti Choudhari

List of students qualified NET - CoA, Jabalpur

S.No Name of Student Discipline 1 Jitendra Patidar Agronomy 2 Bherulal Kumhar Agronomy 3 Pragya Kurmi Soil Science & Agriculture Chemistry 4 Jalendra Bairwa Soil Science & Agriculture Chemistry 5 Neeta Mahawar Soil Science & Agriculture Chemistry 6 Chetan Saini Maths and Statistics 7 Venktesh Jalarappa Extension Education 8 Jimir Daya Bhai Baghel Extension Education 9 Eragular Harikrishna Extension Education 10 Poonam Chakrawarti Extension Education 11 Afreen Khan Plant Pathology 12 Rahul Yadav Plant Pathology 13 Ashwini Kumar Plant Pathology 14 Dinesh Dhurve Plant Pathology 15 Kunika Sisodiya Plant Pathology 16 Poornima Singh Plant Pathology 17 Vijay Baldodiya Ag. Economics & FM 18 Ganesh Malgaya Agronomy

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Tutorial Cell

Special classes were organized for the preparation of JRF, SRF and ASRB examination. About 70 students got success in these examinations.  Three students namely (1) G. Sneha (2) Lakhan Dhakad and (3) Shruti Mishra were selected for NABARD internship.  Mahindra Education Society organized special classes for various bank examinations under tutorial cell for agriculture graduate & post-graduate students. In these examinations, about 30 students appeared and 04 students got jobs in nationalized banks.  Tutorial Cell also organized regular classes for the preparation of competition of JRF with the help of Ph.D. students. Mock examinations were also conducted by Ph.D. students through the model papers every month.

Glimpses of AIEEA-PG (JRF) tutorial cell

 Carrier opportunity programme was held on April 5, 2019 at Vivekanand Hall, College of Agriculture, Jabalpur by T.I.M.E. for multiple carrier options for U.G., P.G. & Ph.D students. Experts of this institute gave tips for time management during competitive examinations.  ONLINE preparation of classes for JRF was provided through NIPERS.

JRF online demo tests

A special seminar was arranged for the overall personality development of students. NIPERS conducted demo exams for JNKVV students desirous of appearing in JRF examination

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conducted by ICAR. This institute trained the students in online test series to solve the answer in a given time for scoring maximum marks in the examination.

Placement Cell

During this, period Office of the Dean Students Welfare organized 10 campuses i.e. (1) Gujarat State Fertilizer & Chemicals, Barodara, (2) SMS FOUNDATION, HYDERBAD, (3) Dayal Fertilizers Barabanki U.P., (4) Avantha Agri-Tech, Chandrapur, (5) TAFE, Bhopal, (6) IFFCO Kisan Call Centre, (7) DCM Shriram Ltd., New Delhi (8) M.P. Beej Evam Farm Vikas Nigam Bhopal (9) Siminter Agro. Ltd., Mumbai (SKYPE Interview) (10) National Fertilizer Ltd. On these campuses, 64 students of JNKVV successfully secured jobs during this year‘s placement activities.

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S.No Name of Company Date of Student Selected Interview 1 Gujarat State Fertilizer & Chemicals, Barodara 17.04.2018 17 Online Campus interview 2 SMS FOUNDATION, HYDERBAD 20.04.2018 05

3 Dayal Fertilizers , Barakanki U.P. 24.05.2018 05

4 Avantha Agri-Tech, Chandrapur 12.06.2018 01

5 TAFE, Bhopal 16.08.2018 01

6 IFFCO Kisan Call Centre 27

7 DCM Shriram Ltd., New Delhi 22 , 23 Aug, 2018 03

8 M.P. Beej Evam Farm Vikas Nigam Bhopal 01.09.2018 03

9 Siminter Agro. Ltd., Mumbai (SKYPE Interview ) 22.02.2019 01

10 National Fertilizer Ltd - 01

Total 64

Written test on smart phone Introductory session of DCM Shriram, New Delhi

Awards to students

 Bheru Lal Kumhar, Ph. D. Scholar, Department of Agronomy, got Chief Minister Fellowship on Climate Change by Environmental Planning Coordination Organization (EPCO), Bhopal.  For ―Laser Based Perpendicular Marker‖ a patent has been filed to Patent and Trade Mark Attorney, New Delhi (Patent Application No. 2018210390036) by student of Department of Farm Machinery & Power Engineering, Ku. Neelam Sahu under the guidance of Late Dr. N.K. Khandelwal.

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 A Society of Automotive Engineers (SAE) organized a competition ―Technology Innovation Forum for Agricultural Nurturing (TIFAN)‖ on all India level at Maharashtra Institute of Technology, Pune. In this competition ‗Onion Harvester‘ design was presented by a team of B.Tech. Final year students namely Vishal Bairagi, Dharmendra Kumar, Vishal Patel, Shivani Gupta and Tony Rathor. SAE and won ―Best Cost‖ team award TIFAN 2019 at Mahatma Phule Krishi Vidyapeeth, Rahuri, Maharashtra.

 Four Ph.D students of JNKVV i.e. Satyajit Kaur, Prakash Narayan Tiwari, Rehan and Ku. Laloamiaapoi won ICAR fellowship for 3 years.

Beti bachao- beti padhao awareness programme Jawaharlal Nehru Krishi Vishwavidyalaya, Jabalpur organized Beti Bachao- Beti Padhao Awareness Programme on 11th April 2018. In this event the scientists, students & employees participated. Hon‘ble Board Member Smt. Yadav emphasized on the importance of Beti Bachao- Beti Padhao Abhiyan. The students organized rally, Nukkad Natak, etc. to create awareness among people. Hon‘ble Vice-Chancellor Prof. P.K. Bisen, Dean Faculty of Agriculture, Dr. P.K. Mishra, Director Extension Services, Dr (Smt) Om Gupta, Dean Students‘ Welfare Dr. V.K. Pyasi also expressed their views on this occasion.

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Free health check-up camp Free Health Check-up Camp with the involvement of doctors of Chitrakoot Eye Hospital and Laxmi Narayan Hospital, Jabalpur was organized on April 2018. In this camp the officers of Vishwavidyalaya, employees and students participated with their queries. About 350 officers, employees (male & female) & students got information on maintaining general health, heart diseases, and eye diseases. The patients were given medicines and they were also advised to take proper care and timely check-up for the betterment of their health.

Swachchhata jagrukta week Vishwavidyalaya organized the Clean University Campaign during the Swachchhata Jagrukta Week programme. During the campaign, students cleaned premises of hostels, parking area, garden, classrooms, laboratories and Jawahar playground. Director Research Services Dr. Dhirendra Khare presided over the programme. He emphasized to change habits for keeping the environment clean and safe. Motivational programme Vishwavidyalaya organized a lecture on May 28, 2019 on positive life style for students, employees, and officers. On this occasion, international motivational Shri B.K. Shivlal Bhai ji expressed his views.

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World Environment Day

World Environment Day was celebrated on June 5, 2018 at Vivekanand Seminar Hall, College of Agriculture, Jabalpur to aware students and employees regarding activities to be undertaken for keeping the environment safe.

Poustik aahar vitran programme for T.B. patients As per instruction of Hon'ble Governor of M.P. the T.B. Eradication Programme was organized in collaboration with the District Health Committee from May 31, 2018. The Vishwavidyalaya has adopted 45 T.B. patients. The other colleges viz. Rewa, Tikamgarh, Ganjbosada, Powarkheda, and Balaghat have adopted 5 patients each. These patients were distributed food items full of high protein poushtick aahar packets containing skimmed milk powder , biscuits fortified ladddos, baddis, soya chunks, amaranth laddos, roasted groundnuts, bengal gram, etc. These poushtick aahar packets were distributed to each patient every month by the colleges so that this disease can be eradicated from the society.

DR. R.L. Koushal memorial sports competition Dr. R.L. Koushal Memorial Sports Competition was held from August 8 -10, 2018 at Zonal Sports Complex, J.N.K.V.V., Jabalpur. Employees and residents of Krishinagar participated in this competition. Teachers’ Day Teachers‘ Day was organized on September 5, 2018. The programme was conducted by the students. Speaking on the occasion, Hon‘ble Vice-Chancellor, JNKVV, Jabalpur encouraged the professors and teachers to give value- based education to the students and also asked to take inspiration from the life of great teacher Dr. Sarvapalli Radhakrishnan.

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National Unity Day National Unity Day was organized on the birth anniversary of Sardar Vallabh Bhai Patel on October 31, 2018 at College of Agriculture, Jabalpur. On this occasion all the participants took a pledge that they will put maximum efforts to get the country free from poverty, corruption, terrorism, communalism, and caste. National Youth Day National Youth Day was organized on the birth anniversary of Swami Vivekanand on January 12, 2019 at College of Agriculture, Jabalpur. N.S.S. and NCC students also participated. On this occasion, all the participants took an oath to follow the principles of Swami Vivekanand. Educational visit of north – east students The North East Students visited the university on January 22, 2019 as a part of their educational tour. About 52 students of North East States visited various research fields, medicinal garden, and bio fertilizer unit of the university. National Youth Convention National Youth Convention was organized in collaboration with the Indian Council of Agricultural Research & All India Agriculture Students Association (AIASA) on February 15 & 16, 2019. In this mega event Farmers‘ Welfare & Agriculture Development Minister of State Hon‘ble Sachin Yadav, Mayer (Smt.) Swati Godbole, Professors, scientists and employees of the university were present. Vishwavidyalaya received the best AIASA Institutional Award. Drug free India programme Drug-free India programme was organized on February 18, 2019 to create awareness against drugs. In this programme elocution and debate competitions were organized.

Health checkup camp for girls Free health check up camp for girls and women was organized from February, 26 to March 5, 2019. In this camp, expert doctors checked hemoglobin level. In this camp about 360 women and

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girls‘ hemoglobin level was checked and after finding the report, about 60 girls were advised for maintaining their hemoglobin levels up to the mark by taking high proteins & minerals.

Central Library The Central Library of JNKVV is one of the prime agricultural libraries in central India. Central Library is a vital component of the University's excellent teaching, research and extension activities. All the recent information resources are accessible in the Library in form of hard, soft and online through digital resources. Library is the most important place within the campus where all reading, learning and knowledge gain activities take place. All required support is provided to the faculty, staff and students. Efforts are being made to create congenial environment which favors rapid information gathering and knowledge development. Central Library continued its mission for dissemination of information to the library users.Total number of accessioned documents in the Central Library is more then one lakh documents. Collection in the Central Library

S. No Collection status Number of Items 1 Books 58091 2 Journals bound volumes 15662 3 E-Journals (Access through CeRA) 2839 4 E-Thesis 8020

CeRA: Consortium for E-resources in Agriculture ICAR is having network connectivity across institutes and state agricultural universities. Selected journals could be made available over the network for the use of scientific community. Accordingly, the Consortium for e-Resources in Agriculture (CeRA) was established in November 2007 for facilitating accessibility of scientific journals to all researchers / teachers in the National Agricultural Research System by providing access to information specially access to journals online which is crucial for having excellence in research and teaching. DDS: Document Delivery Services (DDS) are being provided through CeRA/jgateplus consortium to library users. Information support is also provided to users for CeRA consortium,

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open access directories, open institutional repositories and open access journals reprography services and selective dissemination of information (SDI) are also given apart from reference, consultation and referral services. Institutional Repository (Krishikosh): Central library also maintains institutional repository on Krishikosh platform from the year 1965 to 2018. Approximately 8020 theses are uploaded in institutional repository. RFID implementation: Central library implemented RFID system for smooth functioning of the library, RFID based self check -in process is started. Library automation : Central library has KOHA library automation software for smooth functioning of the library. Approximately 78600 records are entered in KOHA platform. Online Public Access Catalogue (OPAC): Library catalogue is available online, which systematically records the holdings/collection to find the information for easier search of the available resources. http://jnkvv.ideal.egranth.ac.in/ Book Bank Scheme: Central Library, JNKVV Jabalpur has been maintaining a very large number of recent books for book bank scheme. It is an influential scheme in which the books are issued to the students for a period of six months or one semester. Library Consultation: A total of 63112 users visited the Central Library and consulted 1,40,585 materials during 2018-19. Competitive Examinations Cell (CEC) A competitive examination cell has been developed with an initiative to promote students to face competitive exams conducted by various governmental and other agencies. Various competitively important reading material along with multiple choice questions, solved/unsolved papers etc are being provided to students. The section also helps its members in preparing for NET, JRF/SRF, BANK PO, Civil Services, PSC, UPSC TOFEL, IELTS & GRE examinations etc. New books related to general knowledge, question banks, are added to this collection. Question bank on various subjects developed by ICAR and JNKVV Faculty are kept for users.

Amenities created under the ICAR Development Grant  Installation of CCTV camera in both the sections of Central library  WIFI services in the Central library  Up-dation of Web-OPAC (+82000 records)  Renovated ARIS lab  Extension of LAN to provide internet access at all computers of library  Open access system in library  Availability of digital scanning service of documents and reading material  Referral and reference service made available to the users

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RESEARCH

The University has emerged as a leading research organization having a major stake in the agricultural development of the state. During last fifty years of research in the field of agriculture and allied fields reflected in confirmation of various awards to Government of Madhya Pradesh during last five years. The research on high yielding varieties along with matching production and protection technologies contributed to food and livelihood security of the peasant. This reflected in continually two digit growths in agriculture sector with estimated growth of about 29 per cent during 2016-17. Presently university is looking after the research need of the farmers of the State. Out of eleven agro-climatic zones, following seven agro- climatic zones and 25 districts are the part of jurisdiction of the JNKVV, Jabalpur

1. Chhattisgarh Plain (Balaghat district). 2. Northern Hill Zone of Chhattisgarh (Mandla, Dindori, Shahdol, Annupur, Umaria) 3. Kaymore Plateau & Satpura Hills (Jabalpur, Katni, Seoni, Panna, Rewa, Sidhi, Singhroli & Satna). 4. Vindhyan Plateau- Partially (Sagar, Damoh, Raisen & Vidisha districts only) 5. Central Narmada Valley (Narsinghpur, Hoshangabad & Harda) 6. Bundelkhand Zone- Partially (Tikamgarh & Chhatarpur) 7. Satpura Plateau (Betul & Chhindwara)

Multi-disciplinary research of applied nature is conducted on Crop Improvement, Natural Resources Management, , Crop Protection, Post Harvest Technology, Farm Machinery at Zonal Agricultural Research Stations, Regional Research Stations, and Agricultural Research Stations and colleges of the Vishwa Vidyalaya. Well-equipped and mechanized farms, workshops, laboratories, Agro-met center with automatic weather stations, glass & net houses, library, ARIS- Cell with latest information and communication technology, Wi-Fi services in all the offices and libraries etc, strengthen the research activities of the University. All India Coordinated Research projects, ICAR Network projects, ad-hoc research projects, State Plan projects, Madhya Pradesh Mandi Funded Projects, other externally funded projects (BARC, MPCOST, MPWSRP, etc), Govt of India Projects (Agro-Economic Research Center, CCS, NFSM, NHM, RKVY etc), and internationally funded projects ( IRRI, CIMMYT, JICA, ICRISAT etc.) are in operation to carry out the research in agriculture and allied fields, besides extending product testing facility for corporate sector and commercialization of technologies through Business Planning and Development Unit. The net work of following research stations are carried out research on problem oriented issues:

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Zonal Agricultural Research Stations (ZARS) 1. Head quarter - Directorate of Research Services, Jabalpur 2. Powarkheda, Hoshangabad 3. Kundeshwar Farm, Tikamgarh 4. Chandangaon, Chhindwara Regional Agricultural Research Stations (RARS) 1. Kuthulia Farm, Rewa 2. Bamhori Farm, Sagar 3. Murjhar Farm, Waraseoni, distt. Balaghat 4. Tribal Agricultural Research Station, Dindori Agricultural Research Stations (ARS) 1. JNKVV Betel vine Research Station, Navgaon, Chhataupur 2. Dryland Horticultural Research Station, Ranguan, Garhakota, Tehsil - Rehli, Distt. Sagar 3. ARS, Tendani, Distt. Chhindwara 4. ARS, Sausar, Distt. Chhindwara Special Research Stations (SRS-being established) 1. Sugarcane Research Center -Bohani-Narsingpur 2. Organic Farming Research Center – Mandla

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Functions of the centers The center wise lead functions, verification functions and testing functions are S. Name of Station Functions No. Lead Verification Testing Zonal Agricultural Research Stations 1 Zonal Agricultural Research Farm Machinery and Wheat (ranifed), -- station, JNKVV, Jabalpur implements, post harvest rice, chickpea, technology, soil physics, sesame, soybean, soil microbiology, lentil, linseed, micronutrients, mixed pigeonpea, pea farming and forages, and betel vine seed technology, food technology, agro-forestry systems and vegetables. Medicinal & aromatic plants and biotechnology 2 Zonal Agricultural Research Water management in Rice, lentil, Pigeonpea Station, Powarkheda, command area of deep sesame, linseed, soybean Hoshangabad black soils and drainage soybean and in black soils, wheat wheat (rainfed) (irrigated), sugarcane 3 Zonal Agricultural Research Soil and water Wheat, sorghum, Rice Station, College of management for areas chickpea, urid, Sorghum Agriculture, Tikamgarh irrigated from pigeonpea, tanks/wells and sesame fodder-cum-fuel trees, forages, cash crops and tuber crops 4 Zonal Agricultural Research Niger, maize, potato and Maize, sorghum, Kodo millet Station, Chhindwara tuber crops pigeonpea, little millet groundnut, urid sesame and castor Regional Agricultural Research Stations 1 Regional Agril. Research Rainfed farming, mango Kodo and little Soybean Station, College of and guava millet, rice, kharif pulses Agriculture, Rewa chcikpea and linseed 2 Regional Agril. Research Rainfed wheat, lentil and chickpea, sesame Soybean Station, Sagar linseed and safflower 3 Regional Agricultural -- Rice Rice Research Station, Waraseoni, Balaghat 4 Regional Agril. Research Kodo millet Mustard and Finger millet Station, Dindori Little millet niger Agricultural Research Stations 1 Betelvine Research Station, -- Betel vine --

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S. Name of Station Functions No. Lead Verification Testing Navgaon, Chhatarpur 2 Dryland Horticultural Dryland horticulture Traditional fruits -- Research Station, Garhakota, Sagar 3 Agricultural Research Seed production, -- -- Station, Tendni, Chhindwara soybean, groundnut, niger, chickpea and wheat 4 Agricultural Research Mandarin and orange -- -- Station, Saunsar, Chhindwara

Activities  To exercise overall control of the planning and prosecution of research conducted by the scientists of the University.

 To prepare Research Service Programmes and Annual Budget Estimates as may be required by the University.

 To review the progress of ongoing research and submission of new research proposals.

 To assist the Dean concerned faculty in the supervision over the members of the Colleges engaged on approved research programmes under the general purview of the research service.

 To require and supervise the compilation of research result, and the proper publication of the research findings.

 To approve the publication, in consultation with Deans of concerned faculties, research manuscripts in such general form and such number as may be determined.

 To assign numbers to all publications and to maintain official record of all publications.

 To be responsible to the Vice-Chancellor in exercise of the powers and Discharge of the duties under the Act.

 To perform such other duties as may be conferred or imposed on him by Statutes, Regulations or by the Vice-Chancellor with the prior approval of the Board.

 To provide consultation services and product testing services.

 To facilitate the University for commercialization of technologies.

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Crop Improvement

Soybean - Jabalpur i. Crop varieties /hybrids development during 2018-19- if any, write the description of each variety: One variety JS 20-98 JS 20-98 S.O.1379 (E) 27-03-2018  JS 20-98 is a medium duration variety, matures in 99 days.  It possesses high yielding potential under adverse and normal situations both.  It is categorized as multiple resistant for biotic stresses like yellow mosaic virus, charcoal rot, blights, bacterial pustules, leaf spots and stem fly, stem borers and defoliators showing resistant to tolerant reactions.  It possesses excellent germ inability and longevity.  It is suitable to timely sowing. Distinguishing morphological characters: 1. White flower 2. Pointed ovate leaf 3.Pubescent pods and stem 4.Tawny colour pubescence 5. Black hilum

ii. Entries prompted in Advance Varietal II - Nil iii. Germplasm maintained – No. of germplasm for the specific purpose

EXISTING GERMPLASM LINES 2018-19

1. As Germplasm : 230 2. As YMV Nursery : 72 3. As Charcoal rot Nursery : 179 4. CR & YMV from IISR : 126 5. GP of IISR, Indore for Multi-Location Testing : 125

Total : 732

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 In IVT, the highest yield was obtained by JS 21-72 (2650.2 kg ha-1) followed by Himso 1689(2255.1 kg ha-1), JS 21-71(2222.2 kg ha-1) and PS 1634 (1563.8 kg ha-1). Whereas out of four check only JS 20-34 was recorded high yield of 1341.6 kg ha-1.  In AVT – I, AMS 100- 39 was found to be highest yielder as recorded 2787.4 kg ha-1. Whereas some entries was badly affected by charcoal rot and RAB. Although the check varieties was good against diseases but gave lower yield.  In AVT – II, all the three genotypes i.e. Out of three, AMS - MB-5-18 was recorded highest yield of 2008.1 kg ha-1 followed by RSC 10-52 (1880.8 kg ha -1) and MACS 1520 (1799.8 kg ha -1). As far as the disease is concerned, all the three are good.  In SVT, JS 22-07 ranked first by providing yield (1775.0 kg ha-1) followed by JS 22-01 (1743.75 kg ha-1) and JS 22-03 (1600 kg ha-1). On the basis of better yield performance and resistance against major diseases two entries JS 22-01 and JS 22-07 has been proposed for IVT, 2019  In demonstration plots, all the new varieties specifically JS 21-72, JS 21-71, JS 21-17 were performed well as compared to other and exhibited with good yield and resistance to major diseases.  Total 355 (230 + 125 from IISR, Indore) germplasm lines were evaluated for different traits.  In Charcoal Rot Screening Nursery, 179 soybean entries screened. Out of which total 28 entries of Jabalpur centre and 36 entries of other centre‘s showed resistance against CR. New entries of Jabalpur centre namely JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-04, JS 22-05, JS 22-06, JS 22-07, JS 22-08, JS 22-09 and JS 20-98 also showed resistance.  In YMV Screening Nursery containing 72 entries and from other nurseries and SVT, 19 entries were found resistant and 17 entries of other centre‘s showed resistance against YMV. The main entries of Jabalpur centre are JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-06, JS 22-07 and JS 22-08,.  Rhizoctonia aerial blight is now a big threat in soybean cultivation, looking to the incidence of this disease all the entries have been screened out at the station. Total 22 entries of Jabalpur centre and 29 from other centers have been found resistant against RAB. The important entries of the centre are JS 21-71, JS 21-72. JS 22-01, JS 22-02, JS 22-03, JS 22-04, JS 22-05, JS 22-06, JS 22-07 and JS 22-08.  The newly developed entries JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-06, JS 22-07 and JS 22-08 are identified as multiple resistant entries.  JS 21-17, JS 22-01, JS 22-02, JS 22-03, JS 22-04 and JS 22-08 genotypes were identified as short duration. JNKVV, Jabalpur, Annual Report 2018-19 Page 50

A new early maturing variety trial is started from Kharif 2019 onwards. Two entries viz. JS 22-03 and JS 22-04 from Jabalpur centre has been proposed for inclusion in the trial. Five point research achievements of the soybean project during 2018-19 1. One high yielding variety, JS 20-98 has been released from CVRC for the cultivation in the central zone. 2. Two entries i.e. JS 21-71 and JS 21-72 have been promoted in AVT –I trial for the region northern plain and central zone, respectively. 3. Eight new promising JS entries i.e. JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-06, JS 22-07 and JS 22-08 were identified as Multiple resistant for Charcoal rot, YMV, Rhizoctonia aerial blight and leaf spots. 4. Total thirty crosses were attempted for high yields, Earliness and resistance against major diseases, out of which twenty four crosses were successfully harvested. 5. Total 779 single plants of different filial generations were sown and 2093 SPP were harvested and total 103 new bulks were also harvested.

Chickpea Jabalpur  JG 2016-24 found promising entry recorded yield (1982 Kg/ ha) in AVT 1 MH trial in CZ and promoted in AVT 2 MH trial . This entry showed resistant to Fusarium wilt in four locations and moderate resistant in six locations out of eleven locations of all four zones in AVT 1 MH trial. In two locations this entry showed moderate resistant for dry root rot disease. For ascochytablight and color rot disease this entry found moderately resistant in one location out of three locations of two zones.  Entry JG 2017-50 (1354 Kg/ha) ranked fourth in IVT (Late sown) in NEPZ, promoted in AVT 1 (Late sown) trial. Maturity duration was 115 days and seed size 14.7 g/100 seed weight. This entry found resistant to Fusarium wilt in five locations and moderate resistant in three locations out of twelve locations of all four zones. For stunt disease this entry exhibited moderate resistant in one location.  Entry JG 2017-32 (1417 Kg/ha) ranked fourth in IVT (Kabuli +ELSK) in SZ, promoted in AVT 1 (Kabuli +ELSK) trial. Maturity duration was 101 days and seed size 35.1 g/100 seed weight.  Entry JG 2017-47 found resistant to Fusarium wilt in three locations and moderate resistant in three locations out of eleven locations of all four zones locations in IVT Desi trial. For stunt disease this entry exhibited moderate resistant in one location.  Entry JG 2017-46 found resistant to Fusarium wilt in three locations and to dry root rot found resistant in one location out of six locations in IVT Desi trial

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 In IVT mechanical harvesting trial entry JG 2017-48 showed resistant to Fusarium wilt in two locations and moderate resistant in four locations out of eleven locations of all four zones . This entry also showed moderate reaction in one location out of six locations. For ascochyta blight disease this entry found resistant in one location out of three locations of two zones.  Entry JG 2017-49 found resistant to Fusarium wilt in three locations and moderate resistant in three locations out of eleven locations of all four zones in IVT (Late sown) out of twelve locations of all four zones. This entry also showed resistant to dry root rot in one location out of six and for ascochyta blight found resistant in one location out of three locations of two zones.  JGG1209 entry found resistant to moderately resistant to Fusarium wilt at six locations.  JNKVV, Jabalpur is breeding hub for the targeted traits short duration and high temperature tolerant varieties, DRR + Wilt resistant and extra large kabuli.

Breeding Programme: Breeding material developed during 2017-18 at JNKVV, Jabalpur Details of breeding material selected from different crosses. Generation No. of Crosses SPS Progeny Bulks Rows Crosses 11+ 6 - - - F 14 62 - - 1 F 10 175 - - 2 F 6 140 - - 3 F 1 - 10 3 4 F 5 - 80 17 5 F 1 - 5 10 6 Promising 17 - - - lines

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I. National Crossing Program 2017-18 S.No. Name of cross Name of cross Desi x Desi 1 JG 16 X 11 9 (JG 11 X JG 14 )X JG 11 JG 11 X JG 16 10 RVG 201 X RVG 203 2 JG 2001-4 X JG 11 11 IPC 2004-5-2 X IPC 2010-134 JG 11 X JG 2001-4 12 JG 2007 X IPC 2004-5-2 3 JG 36 X JG 12 13 JG 322 X JG 12 JG 12 X JG 36 14 IPC 2004-5-2 X JG 12 4 JG 315 X JG 322 Kabuli x Kabuli JG 322 X JG 315 15 IPCK 2004-29 X JGK 16 5 JG 24 X IPC 2010-134 JGK 16 X IPCK 2004-29 IPC 2010-134 X JG 24 Desi x Kabuli 6 JG 24 X JG 36 16 JG 2000-7 X ICK 2006-78 JG 36 X JG 24 ICK 2006-78 X JG 2000-7 7 Narsinghpur Bold X JG 74 17 JG 24 X ICK 2006-78 8 (JG 14-16 X JG 11) X JG 11

II. Germplasm: Details of germplasm lines

S.No. Germplasm No. of genotypes 1 Breeding lines desi 120 2 Kabuli 51 3 Varieties 15 4 Promising lines 20 5 Local germplasm 12 Total 219

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V. Entries developed at JNKVV evaluated in different coordinated trials - Rabi 2017-18

Yield Diseases /pest Trial Entry Pedigree (Kg/ha) Reaction IVT (Desi) JG 2017-46 (ICC 96029 x ICC11551) 46 2300 Wilt resistant IVT (Desi) JG 2017-47 (JG 74 x ICC11551) 47 2150 Wilt resistant IVT (MH ) JG 2017-48 (JG 315 x ICC 96029) 48 2200 Wilt resistant IVT (Desi) Late JG 2017-49 (JG 12 x J G 16-3) 49 2300 Wilt resistant IVT (Desi) Late JG 2017-50 (JG 130 x JG 7) 50 2200 Wilt resistant IVT (Extra large JGK 2017-32 ICC16303 1900 Wilt resistant seeded Kabuli)

Promising Entries : Coordinated Trials 2017-18 Trial No of entries Promising entries IVT Desi 45 GL 13037,GNG 2372,IPC 2013-74,RCBD 1 IVT Late 31 JG 2017-50, Phule G 1012-10-9,PG 205 ,H 12-22 IVT MH 27 NBeG 868, IPC 2014-28,RVSSG 65, ,CSJ 944 AVT 1 MH 8 JG 2016-24,BG 3062, Phule G 08108,RVSSG 8102 AVT1+ 2 Late 4 RVG 202, RKG 13-515-1, ,BG 372 , RVG 203 AVT-1 WRIL 13 MABC-66-266,SA-1,WRC-411-111,MABC-WR-SA1

International Chickpea Nursery-2017-18 ICRISAT Trial No. of entries Promising Entries ICVT- Desi 20 ICCV 171102, ICCV171112, ICCV171116, ICCV171111 ICVT- Kabuli 20 ICCV 171301, ICCV 171305, ICCV 171313, ICCV 171306 ICARDA Trials CIEN-LS 36 FLIP11-164C, FLIP11- 156C, FLIP11- 87C, FLIP11-65C, FLIP11- 84C, FLIP11-93C, CIF4N 23 X013TR2, X013TR3, X013TR4, X013TR5, X013TR34, X013TR7, X013TR23, X013TR16, X013TR17

Station Trials -2017-18 Trials No. of entries Promising Entries Station Trial: Desi 32 JG 2016-1304, JG 2016-1614226, JG 2016-1411, JG 2016- 1614, JG 24, PA 030 [1063(152)], JG 12 Station Trial: 24 ICCV 14510, ICCV 14500, FLPI09-348C, ICCV 14513, Kabuli ICCV 14512 SVT-DESI High 20 JG 12 x JG 16-1, JG12 x JG 16-3, JG 74 x JG 14, JG 74 x JG temperature 11551, JG 12 x IC07110, BDNG-9 x Narsinghpur Bold tolerant

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Coordinated Trials: 2017-2018 IVT Desi The entries GL 13037 (4582.6 kg/ha), GNG 2372 (4429.9 kg/ha), IPC 2013-74 (3753.6 kg/ha) and RCBD 1 (3499.4 kg/ha) recorded highest seed yield and found superior over rest of the entries and checks. Whereas, shortest maturity duration was recorded by DC 16-114/ (104 days), GNG 2372 (105 days) and H 14-01 (105 days). The 100 seed weight ranged from 11.9 to 30.6 g. IVT Desi ( Late sown ) The entry JG 2017-50 (2695.4 kg/ha) recorded highest seed yield and found superior over rest of the entries, followedPhule G 1012-10-9 (2671.6 kg/ha) and PG 205 (2259.5 kg/ha). Days to maturity ranged from 91.33 to 104.00 days. Shortest maturity duration was recorded by NDG 15- 5 (91.33 days) and BG 3092 (95.33 days). 100 seed weight ranged from 11.3 g to 32.1 g.

IVT Mechanical Harvesting The entry NBeG 868 (2952.2 kg/ha) recorded highest seed yield followed by entry IPC 2014-28 (2906.4 kg/ha), RVSSG 65 (2673.1 kg/ha) and CSJ 944 (2386.5 kg/ha). The largest seed size was observed in RVSSG 65 (29.3 g/100 seeds), followed by NBeG 47 (ch) (28.5 g/100 seeds) and DBGV 212 (27.7 g/100 seeds). Plant height varied from 35.8 cm to 65.6 cm. Entries recorded more than 60.0 cm height were H 14-04 (65.6 cm), IPC 2014-28 (63.9 cm), BG 3094 (63.5 cm), PG 209 (61.1 cm) and RVSSG 64 (60.9 cm). The height of the first podding node ranged from 15.5 cm to 33.2 cm. Out of twenty seven entries twenty entries recorded more than 20.0 cm height of the first podding node.

AVT 1 MH The entry JG 2016-24 (2323.6.2kg/ha) recorded highest seed yield followed by entries BG 3062 (2201.2 kg/ha) and Phule G 08108 (2198.6 kg/ha). The largest seed size was observed in JG 2016-24 (32.2 g/100 seeds), followed by NBeG 47 (ch) (30.1 g/100 seeds) and RVSSG 8102 (26.6 g/100 seeds). Plant height varied from 46.7 cm to 66.4 cm. Entry recorded more than 60.0 cm height were JG 2016-24, NBeG 47 (ch) and RVSSG 8102. The height of the first podding node ranged from 12.4 cm to 26.7 cm. Out of eight entries five entries recorded more than 20.0 cm height of the first podding node. AVT 2 + AVT 1 LATE SOWN The entry JSC 55 (RVG 202) (ch) (765.9 kg/ha) recorded highest seed yield and found superior over rest of the entries, which was followed by entries RKG 13-515-1 (AVT-1) (691.9 kg/ha), BG 372 (ch) (419.0 kg/ha) and JSC 56 (RVG 203) (ch) (330.7 kg/ha)..Similarly, minimum days to maturity was recorded by checks BG 372 (ch) (97 days) and JSC 55 (RVG 202) (ch) (98 days). 100 seed weight ranged from 18.0 g to 24.3 g.

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AVT-1 WRIL (Wilt resistant Introgression Lines) The entry SA-1 (2347.1 kg/ha) recorded highest seed yield and found superior over rest of the entries, followed by entries WRC-411-111 (1860.0 kg/ha), MABC-66-266 (1680.2 kg/ha) and MABC-WR-SA1 (1542.2 kg/ha). Similarly, minimum days to maturity was recorded by checks MABC-WR-SA1 (102 days), MABC-66-266 (103 days) and Pusa 256 (Ch) (103 days). 100 seed weight ranged from 26.0 g to 27.9 g. The largest seed size was produced by MABFW2- 17-3 (27.9/100 seeds), followed by MABFW2-17-1 (24.9 g/100 seeds) and Pusa 256 (Ch) (23.1 g/100 seeds). Rice Rewa Breeding  Rainfed upland ecosystem- In Initial variety trial early Direct seeded (IVT-E DS)- IET 27521 and IET 27525 promoted to AVT E DS under moderate drought conditions.In Advance variety trial 1-Early, Direct Seeded (AVT 1E DS)- No entry found promising in moderate drought condition.  Aerobic trials- The better performing entries were IET 25618 (RCPR-20-IR 83929 –B-B- 291-2-1-1-2), IET 26170 (R 1882-306-4-243-1), IET 26198 (MEPH 134, hybrid), IET 25640 (RCPR 22-IR 84899-B-183-20-1-1-1) and IET 26168 (RP 5593-83-12-3-1).  Irrigated ecosystem- In IVT-E TP the entries promoted in the trial were IET 27866, IET 27920, IET 27919, IET 27896 and IET 27883. In AVT1 E-TP IET 26799, IET 26480, IET 25713 and IET 26756 were at par with checks.  Near Isogenic Lines – In AVT1-NILs-(Yield control) none of the entries found promising. In AVT1-NIL-(Drt)- None of the entries are promoted.

Plant Physiology  Screening of rice genotypes for drought tolerance Grain yield and its components were greatly influenced by the irrigation regimes. The mean grain yield g/m2 was maximum in irrigated condition. These entries IET 27517, Govind, Sahabhagidhan, IET 27526, IET 27520 and IET 27508 produced maximum grain yield under the rainfed condition and have the highest survival capacity under drought stress.  Screening for high temperature tolerance in rice genotypes High temperature treatment was imposed in field grown plants by covering with polythene sheet (>92%transmittance) immediately after panicle initiation stage. The temperature inside the polythene tunnel was higher 2.3 ˚C than the ambient temperature during crop growth period. The mean grain yield recorded for all genotypes was reduced by > 80% under high temperature stress with respect to ambient conditions. Based on the heat tolerance indices

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IET 25713, IET 26780, US-314, IET 26464, IET 26767 and NARENDRA-97 (47.4%) identified as relatively tolerant genotypes.  Physiological characterization of selected genotypes for multiple abiotic stress tolerance Entries IET 26917, IET 26866, US-312, IET 26913, BPT-2782, BPT-2766, IET 26908 and IET 26493 were found to posses higher physiological characters for multiple abiotic stress viz., salinity and osmotic stress.  Screening of rice genotypes for drought tolerance Grain yield and its components were greatly influenced by the irrigation regimes. The mean grain yield g/m2 was maximum in irrigated condition. These entries IET 27517, Govind, Sahabhagidhan, IET 27526, IET 27520 and IET 27508 produced maximum grain yield under the rainfed condition and have the highest survival capacity under drought stress.  Screening for high temperature tolerance in rice genotypes High temperature treatment was imposed in field grown plants by covering with polythene sheet (>92%transmittance) immediately after panicle initiation stage. The temperature inside the polythene tunnel was higher 2.3 ˚C than the ambient temperature during crop growth period. The mean grain yield recorded for all genotypes was reduced by > 80% under high temperature stress with respect to ambient conditions. Based on the heat tolerance indices IET 25713, IET 26780, US-314, IET 26464, IET 26767 and NARENDRA-97 (47.4%) identified as relatively tolerant genotypes.  Physiological characterization of selected genotypes for multiple abiotic stress tolerance Entries IET 26917, IET 26866, US-312, IET 26913, BPT-2782, BPT-2766, IET 26908 and IET 26493 were found to posses higher physiological characters for multiple abiotic stress viz., salinity and osmotic stress.

Wheat Jabalpur: Research work done during the year S. No. Name of Experiments Entries No. of Promising entries replication I. Coordinated Experiments 1. NIVT-2-IR 36 2 HI 1638, MACS 6747, CG 1031 2. NIVT -3B 25 2 HI 1642, NIAW 3578, Lok 75 3. NIVT-5B 25 2 MPO 1357, DBW 110, MACS 6736

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S. No. Name of Experiments Entries No. of Promising entries replication 4. AVT-RI-TS 06 4 UAS 466, HI 8627, MP 3288 5. AVT-IR-TS 13 4 GW 1348, HI 8812, HD 3345 6. AVT-IR-LS 10 4 HI 1634, HI 8807, CG 1029 II. Agronomic Trials 1. SPL 2 (03 dates of sowing) - 2. SPL 9 6 3 III. Station Experiments (SVT's) 1. Station I 25 3 IPPSN 102, MP 3342/PBW 343/K 998, MP 3324 3. IPPSN 15 02 MP 3523, MP 3526, MP 3527, MP 3529, MP 3535 4. PYT-RI 60 2 PYT 17127, PYT 17064, PYT 17119 5. PYT-IR 60 2 PYT 17008, PYT 17095, IV. Nurseries (National) 2 QCWBN 80 - QBP 18-07, NIAW 3284, QLD 102 3 22nd SSN 160 - - 4 32th SDSN 68 - GW 2016-751, RAJ 4516, RWP 2017-13 5 NGSN 92 - UAS 459, WH 1105, WH 1080 6 EIGN 108 - 25th SAWYT 308, 9th HLBSN 22, 25th SAWYT 315 7 DTSN (drought & irrigated) 25 2 V. Nurseries (International ) 1. 51st IBWSN 300 - 21 entries were selected 2. 36 SAWSN 300 - 13 entries were selected 3. 17th HTWYT 50 2 17th HTWYT -21, 17th HTWYT – 44, 17th HTWYT - 50 VI. Crosses attempted 101 VII. Advanced segregating generations 700 VIII. Germplasm 957

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Maize Chhindwara: Crosses  At ZARS, Chhindwara under AICRP on Maize, 193 crosses were made during rabi season but were vitiate due to hail storm.  Improved crossing materials have been promoted for medium maturity maize. 2 Varieties Released  First ever hybrid maize Pusa Jawahar Hybrid-1 (PML 93 X PML105) released at state level  Composite maize JM-218 (Selection of JM-216) released at state level  Cultivar CHH-1003 has been promoted for fodder purpose as advance trial.  Improved crossing materials proposed for HMM-1014, HMM-1018, HMM-1019 has been promoted for medium maturity maize  Selfing programme for production and development of inbred. Nucleus and breeder seed production of released varieties JM-216 and JM-218 is under taken

Linseed Sagar: Jawahar Linseed Sagar 95 (JLS 95) - Released through workshop and notified by CVRC vide notification S.O.1379 (E) 23.03.2018. This variety is recommended for cultivation under rainfed condion of Zone III comprising of Bundelkhand part of Uttar Pradesh, Rajasthan, Madhya Pradesh and central and peninsular India. The brief description of the variety are as follows

JAWAHAR LINSEED SAGAR 95

Parents : JLS 27 X GS 281 Duration : 113 -133 Days Average Yield : 1085 kg/h Potential Yield : 1597 kg/h Avg. Oil Percentage : 38.38 Avg.Oil Yield : 404 kg/h Test weight : 7.24 g Omega 3 : 51.87 % Disease & Pest reaction Wilt: MR Powdery Mildew : MR Alternaria blight : MR Rust : Resistant Bud Fly : MR Recommended situation: Rainfed Recommended Zone : III

Year of Notification : 2018

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Jawahar Linseed Sagar 66 (JLS 66) - Release through state variety release committee and notified by CVRC vide notification S.O.399 (E) 24.01.2018. This variety is recommended for cultivation under rainfed condition of whole Madhya Pradesh India

JAWAHAR LINSEED SAGAR -66 Parents : Sel.From Acc. 2512 Duration :109 -120 Days Average Yield : 1200 kg/h Potential Yield : 2049 kg/h Avg. Oil Percentage: 42.85 Avg. Oil Yield : 415 kg/h Test weight : 7.6 g Omega 3 : 56 % Disease & Pest reaction

Wilt : Moderately Resistant Powdery Mildew : MR Alternaria blight : MS Rust : Resistant Bud Fly: MR Recommended situation: Rainfed Recommended State: M.P. Year of Notification : 2018

JLS 93/ LSL 93 - This is an Extra early maturing linseed variety identified and released SVRC of Maharastra state & proposal submitted for notification to Central Seed Sub Committee for crop standards notification and release, New Delhi, suitable for rainfed farming situation of whole Maharasthra, by Oilseed Research Station Lattur. LATTUR SAGAR LINSEED -93

Parents: LCK-9610XLMS-1-127 Duration : 85 –105 days Average Yield : 972 kg/h Potential Yield : 12-14 q/h Avg. Oil Percentage: 37.95 Test weight : 7.47 g Average Omega 3 : 48.75 %

Disease & Pest reaction Wilt: Moderately Resistant Powdery Mildew:Moderately Resistant Alternaria blight:Moderately Susceptible Rust: Moderately Resistant Bud Fly: Moderately Resistant Recommended situation: Rainfed Recommended state: M.S. Year of Identification: 2018

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i. Entries promoted in Advance Varietal Trial II- No. & Name of entries 1. PKDL 165 – AVT Irrigated (II year) 2. PKDL 167 – AVT Irrigated (I year) ii. Germplsm Maintained – No. of germplasm for the specific purpose -402 A. Earliness (indicate the days to maturity i.e., Physiological maturity) 95-98: SLS 100, SLS 101, SLS 103, SLS 104, SLS 108, SLS 121, SLS 122, SLS-119, SLS-120, Sharda, EC-704, EC-1066, EC-1386, GS-41, JLS-67, SLS-80, 916-2-1, 709-1-3, JLS 66 & JLS 73, Kota Barani Alsi, 4, SHA 1 B. Oil percentage (Morethan 42 %): Shubhra, Sharda, JLS 66, JLS 9, Kartika, SLS 106, C. Grain yield: CI-2006, CI-2260, GS-27, GS-61, JLS 73, NL-97, EC – 1386, GIF-WHITE, FR-11, JLS-9, FATEHPUR, EX-313-23, JLS 66, SLS-96, SLS 104, SLS 108, SLS 109, SLS 80, JLS 27, JLS 73, PKDL 165, PKDL 167, JLS 27, Pratap 2, Pratap 3, D. Cultures resistant /tolerant to drought (Drought escape): JLS 67, JLS 66, JLS 73, JLS-95, Sharda, SLS-104, SLS-108, SLS 119, SLS 120, SLS-80, SLS-93, EC 541221, R 552, NDL 2004-05, SHA 1, LSL 93, GS 41, E. Cultures having high / low Iodine and Linolenic acid contents

Cultures for High Iodine High Linolenic Cultures Low Low Industrial use Value acid for Edible Iodine Linolenic use vale acid

JLS 27, JLS 66, JLS 66, JLS 95, JLS 66, JLS 95, JLS 9, - TL 99, JLS 95 JLS 27, SLS 93, JLS 27, SLS 93, JLS 67 TL 142, SLS 96, SLS 99, SLS 96, SLS 99, JLS 9 SLS 101, SLS SLS 101, SLS 104, 104, SLS 108, PCL 55, PKVNL 260,

Development of Dual Purpose linseed variety for fiber and seed yield

1. Developed entry SLS 129 a dual purpose linseed entry and nominated for Initial Varietal Testing trial of fiber (IVT-F) AICRP on Linseed 2019-20.

Development of Extra Early linseed genotypes for Rainfed condition

2. Developed of entry SLS 128 and nominated for Initial Varietal Testing trial under rainfed (IVT-R) , AICRP on Linseed 2019-20 testing. Development of linseed genotypes for irrigated condition 3. Developed of entries SLS 129 & SLS 130 and nominated for Initial Varietal Testing trial under irrigated (IVT-R) AICRP on Linseed 2019-20 testing.

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4. Hybridization programe involving multiple parent crossing : During the year 2018-19, 67 fresh crosses for different characters were harvested successfully.

5. Nucleus Seed Production Program & Maintenance Breeding: 500 to 250 Single Plant Selection were planted in each variety to produce nucleus seed and maintenance of genetic purity of released variety under irrigated condition is presented in table as below:

S.No. Name of Variety Nucleus Seed Produced (kg.) 1 JLS 66 100.00 2 JLS 67 35.00 3 JLS 73 25.00 4 JLS 79 35.00 5 JLS 95 40.00 Total 175.00

Jawahar Seed multiplication program for Front lines demonstrations Jawahar Seed multiplication of release variety to be distributed under linseed FLD‘s to farmers in rabi 2018-19 are given below: S.No. Name of Variety Seed Produced (kg.) 1 JLS 66 20.00 2 JLS 67 10.00 3 JLS 73 30.00 4 JLS 79 30.00 5 JLS 95 50.00 Total 140.00

Sesame

Tikamgarh: i. Crop varieties/ hybrids developed during 2018-19-if any, write the description of variety: Nil ii. Entries promoted in Advanced Varietal Trial-II-No. and name of entries: Out of three entries in AVT I, One entry TKG-15-01 promoted to AVT II for National as well as Zone III

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iii. Germplasm maintained –No of germplasms for the specific purpose: A total 19 germplasm accession for different traits received from PC unit, AICRP (Sesame & Niger), JNKVV, Jabalpur were evaluated in Randomized Block Design in three replications. Germplasm maintenance is not the mandate of the centre. Range S.No. Character Mean Promising genotypes

Min. Max. Seed yield/ plant RMT-485, RMT 498, MT-31-07, 1 4.5 57.0 20.67 (g) MT 5-04 , GT-4 and JTS 8 Days to flowering 2 37.0 58.0 40.0 MT 5-04,GT-4 and DS 45 (50%) DS 51, DS-45, MT-5-04, RMT 430 3 Days to maturity 86.0 106.0 89.0 and RMT-377 RMT-377,RMT-430, RMT- Number of 4 11.0 74.0 40.0 504,RMT-498, MT31-07, MT-5-04, capsules/ plant GT-4, JTS-8 and DS 35 Primary branches / MT-37-07, MT-5-04 , GT-4 and 5 1.3 5.3 3.1 plant(No.) JTS-8 Mean length of RMT-430,MT-31-07, SI-99-2-84, 6 2.13 2.57 2.30 Capsule (cm) MT5-04, JTS -8 and DS-35 Seeds / capsule RMT-377, RMT-485, RMT-504, 7 62.0 82.0 70.0 (No.) MT-31-07, JTS-8 and DS-54

iv. National crossing programme (Kharif-2018)

(a). Under national crossing programme 2018, 27 male lines were supplied by PC unit, AICRP (Sesame & Niger), JNKVV, Jabalpur. 54 hybrids were made by hand crossing method using two female lines from our centre. Female lines: TKG-308, TKG-22, Male lines: AT 324, AT 238, TBS-6, TBS-11, GT-10, DS-28, DS-46. DS-21,DS-10,DSM 17-2-2.AT 377,AT-375, RMT-485, RMT-430,RMT-504, RMT-377,RMT-496,TKG-506,MT- 5-04, MT-31-07,JLS-120,DSM 17-1-1,RT-37, RT-370, RT-377 and GRT 88-76-1 (b). In additional to above, 40 more crosses were also made by hand crossing and harvested successfully. Advancement of Segregating Generations: In total 426 segregating lines of different filial generations have been advanced as under F1=143, F2=135, F3=16, F4=80, F5=14 F6=38

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v. Maintenance Breeding (Kharif-2017):- Under maintenance breeding programme TKG-22, TKG-55, JTS-8, TKG-306 and TKG- 308 has been raised 10 m long with 25 rows of single plant progeny rows and true-to-type of progeny rows were bulked to produce 37.8 kg nucleus seed. Besides these, nucleus seed of under mentioned genotypes for their maintenance. S. No. Variety Nucleus seed produced (Kg) 1 TKG-501 2.5 2 TKG-506 5.0 3 TKG-306 7.5 4 TKG-529 5.0 5 TKG-530 2.8 6 TKG-22 3.5 7 TKG 21 8.0

8 TKG-15-01 4.0 Total 37.8

Niger Chhindwara 1. Entries sent for AVT –II K-19: JNS 2015-11, JNS-2015-9 2. Entries sent for AVT –I K-19: JNS-2015-1115 3. Entries nominated for IVT K-19: JNS-2016-1210, JNS-2016-1413 4. Varieties found promising in AVT-I K-2018  JNS-521 (530 Kg/ha)  JNS-2015-11 (513 Kg/ha)  ONS-175 (483 Kg/ha)  All three entries are superior over the national check JNS-9.

5. Varieties found promising in IVT K-2018  JNS-2016-1115 (485 Kg/ha)  JNS-2016-1314 (465 Kg/ha)  VNS-1801 (454 Kg/ha)  All three entries are superior over the national check JNS-9 (410 Kg/ha). 6. Varieties found promising in SVT K-2018  JNS-2017-13 (541.0 kg/ha)  JNS-2017-4 (476.0 kg/ha)  JNS-2017-5 (476.0 kg/ha) JNKVV, Jabalpur, Annual Report 2018-19 Page 64

Small Millets Dindori

1. Finger millet Initial Varietal Trial In this trial 24 entries along with 5 checks were evaluated for their yield and maturity days performances under rainfed condition. The entry VR 1117 was ranked first in the trial and performed superior (1310 kg/ha) than best checks- VL-376 and PR-202 for grain yield. 2. Finger millet Advanced Varietal Trial - (Early & Medium Group) In this trial 10 entries alongwith 4 checks were evaluated for their yield and maturity days performances under rainfed condition. Among the test entries in IVT ,entry BR-14- 3 produced highest grain yield (2597kg/ha) and performed significantly superior than best checks- GPU-45 (2023 kg/ha) and GPU-67 (2005 kg/ha) for grain yield. 3. Kodo millet Advanced Varietal Trial - In a KAIVT , fourteen entries along with four checks were evaluated for their performances under rainfed conditions. Higher grain yield was recorded in RK-390-25 (1658kg/ha) followed by Local check (1624 kg/ha), Fodder yield ranged from 2185kg/ha (KMNDL-1) to 4354 kg/ha (RPS-520) .

4. Little millet Advanced Varietal Trial In a LAIVT, Nineteen test entries and three checks were evaluated for their performances under rainfed conditions. The highest grain yield was recorded in BL-6 (1981kg/ha) followed by TNPSu-203 & TNPSu-186 (1956kg/ha) and GPUL-7 (1939kg/ha) . 5. Barnyard millet Advanced Varietal Trial In a BAIVT, Ten test entries and three checks were evaluated for their performances under rainfed conditions.The highest grain yield was recorded in DHBM-33 (940 kg/ha) which was significantly superior over other tested entries. 6. Foxtail millet Advanced Varietal Trial In a foxtail millet initial & advance varietal trial thirteen test entries and four checks were evaluated for their performances under rainfed conditions. The highest grain yield was recorded in SiA-3220 (894kg/ha) which was statistically at par with TNSi-354 (856 kg/ha), GSCY-1 (856 kg/ha), SiA-3274 (833 kg/ha) and SiA-326 (815 kg/ha). (625 kg/ha).

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7. Kodo millet Station Varietal Trial : - In kodo millet station trial, eight entries along with two checks were tested . SVT-2 has recorded maximum grain yield (2005 kg/ha) followed by SVT-8 (17.53q/ha).Number of tillers/plant ranged from 3.53 (Check JK-41) to 8.07 (SVT-4), and maximum ear length 7.47 cm recorded in SVT-4. 8. Little millet Station Varietal Trial :- In little millet station trial, nine entries along with one check was tested . The grain yield differences are statistically significant. Entry DLM—5 has recorded maximum grain yield of 2266 kg/ha followed by DLM-7(2210 kg/ha).Number of tillers/plant ranged from 5.60 (DLM-1) to 8.33 (DLM—5), and maximum ear length 21.4 cm recorded in DLM-9.

MULLaRP Sagar 1. Crop varieties/hybrids developed during 2018-19 if any, write the description of each variety.Nil 2. Entries promoted in Advanced Varietal trial- No. & Name of entries. One entry of lentil viz. SJL 6-3 promoted to AVT 1 (large seed). 3. Germplasm Maintained – No. of germplasm for the specific purpose. A total 718 germplasm of MULLaRP crops i.e. Urdbean- 253, Moongbean-160, Lentil- 245 and Fieldpea- 60 characterized and are being maintained. Potato Chhindwara  Genet – 4: Advanced varietal trial (AVT) with medium maturing hybrids At 75 days harvest, culture AICRP-P-9 was found promising & recorded highest total yield 36.53 and marketable yield 32.87 t/ha followed by AICRP-P-30 (35.20 & 31.6t/ha). At 90 days harvest culture AICRP-RH-2 recorded highest total and marketable yield (44.92 & 40.40 t/ha) followed by AICRP-P-9 (43.69 & 39.32 t/ha) respectively among all 12 tested cultures.

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 Genet –5: Initial varietal trial (IVT) with medium maturing white skinned hybrids At 75 and 90 days harvest, highest total yield 35.54 & 42.65 t/ha and marketable yield of 33.56 & 39.03 t/ha recorded with culture AICRP-P-9 followed by AICRP-C-18 and AICRP-C-17 (31.98, 31.12 and 38.32, 37.35 t/ha) respectively. Lowest total yield was in culture AICRP-P-62 i.e. 23.07 & 27.76 t/ha at 75 & 90 days harvest respectively.  Genet –6: Initial varietal trial (IVT) with early maturing hybrids At 60 and 75 days harvest, highest total yield 28.34 & marketable yield of 24.04 t/ha were recorded in culture AICRP-P-36. And second best was in culture AICRP-P-44 (28.04 t/ha) among all 10 tested cultures.  Genet –7: Initial varietal trial (IVT) with Red skinned hybrids At 75 days harvest, culture AICRP-C-14 was promising and recorded total yield (35.68 t/ha) and marketable yield (30.32 t/ha) followed by AICRP-P-RH-2 (32.59 & 27.70 t/ha) and AICRP-C-17 (32.24 & 27.41 t/ha) respectively. At 90 days harvest culture AICRP- RH-2 found highest total yield (41.89 t/ha) and marketable yield (37.70 t/ha) followed by culture AICRP-P-46 (40.13 t/ha) among all tested cultures /checks.  Genet –9: Varietal trial (AVT & IVT) with processing (French fry & Chips) hybrids At 75 & 90 days harvest, culture AICRP-C-11 was found promising and higher processing grade tuber yield (25.16, 31.98 t/ha) and total yield (29.61, 35.54 t/ha) followed culture AICRP-P-41 recorded processing grade tuber yield (24.17 & 30.71 t/ha) respectively in all tested cultures.

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Vegetables Jabalpur Conduction of trails for resistant trial on Okra (YVMV) IET in AVT – I for Hybrid Trials for IET AVT1 and AVT II for and Brinjal Hybrid (Long ,Round), Hybrid Chilli/Hot Pepper, Okra Hybrid (YVMV), Hybrid Cauliflower (Mid) IET, and varietal trail for Cabbage, Lettuce- IET, Dolichos bean (Pole) French bean (Pole& Bush), Cowpea (Bush), Garden Pea (Mid, Early), Pea (Edible pod), Radish and Mustard Green

AVT-I Chilli IET- Lettuce

IET- Mustard Green AVT-I Pea

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Technology generated Horticulture 1. Production of cherry tomato under controlled environment in naturally ventilated polyhouse condition for Keymore Plateau & Satpura Hills Agro-climatic zone of Madhya Pradesh. 2. Protected cultivation of hybrid tomato Arka Rakshak under rain shelter during Kharif season was recommended for Keymore Plateau and Satpura Hills Agro-climatic zone of Madhya Pradesh. 3. Influence of foliar spray of micronutrients to enhance seed yield and quality in chilli cv. Pusa Jawala recommended for Keymore Plateau & Satpura Hills Agro-climatic zone of Madhya Pradesh. 4. Submission of two Pea genotypes Sel 1(Early) SPS-3 (Medium) and for IET (Initial Evolution Trial) to IIVR, Varanashi from the Jabalpur center

NSP-BSP Maintenance Breeding: AICRP-NSP-BSP

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Maintenance Breeding

Soybean JS 20-116 Sesame var. PKDS 11

s Shikha Virat

IPU 2-43 T 9

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(ii) CRP on Hybrid Technology and Molecular Breeding (Rice).

In this project identification of maintainers and strong restorers and also development of promising hybrids of different maturity durations is of main objective of the project. Molecular characterization for the identification of specific alleles by the microsatellite markers is of one of the main component of this project. Specific markers for parental lines and hybrids of JRH 5, JRH 8, JRH 19 and other developed promising hybrids were also identified for the DNA fingerprinting.

(iii). Collection and Evaluation of Elite Local Land Races of Maize for Successful Commercial Breeding Advancement Programme in Madhya Pradesh. In the present project programme some of the genotypes showed enormous potential as per their respective traits to be used as superior lines in maize breeding programme. Out of 64 genotypes under study the top eight promising genotypes have been selected on the basis field screening and performance compared to check variety, MCL 22 found best followed by MCL 51, HKI 1344, MCL 30, MCL 2, MCL 33, MCL 23 and JM 216 for yield and its contributing traits. These genotypes should needed special consideration for further breeding programmes. These genotypes could be used as parents for production of single crosses.

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(iv). NSP- BSP (TSP)

In this project tribal districts Dindori and Umariya were included for the transfer of the scientific technology for the enhancement of economic status of this community. A total of 106 farmers were selected as beneficiary for the quality seed production. Trainings on seed production, maintenance and safe seed storage were also provided to these farmers. New varieties of the wheat, chickpea and field pea were distributed to show the importance of quality seed comparison to local varieties utilized by the tribal people. 2-3 trainings /year were organized in the different villages of the tribal districts by this project.

Local JG 14

Field pea at farmers field Chickpea JG 14 compare with local variety

(v) Field Evaluation of Trombay Mutants Selections and Research Activities in Agriculture The main objectives of this project are 1. To test the genotypes of pulses developed by the BARC. 2. To produce the breeder seed of pulse varieties developed by BARC. 3. Demonstration and showcasing of pulse varieties developed by BARC through KVK and Research Station of JNKVV, Jabalpur.

Moog and urd varieties were provided by BARC, Mumbai for the field evaluation under good agronomic practices and promising lines contributing yield and quality traits compare to checks were identified for further improvement. Out of eight varieties of moongbean under experiment the highest yield was found in TJM-141 (725 kg/ha) followed by TJM-111 (675kg/ha) and TJM- 115 (550 kg/ha).Similarly out of seven varieties of urdbean under testing the highest yield was recorded in TJU18 (425 kg/ha) followed by TJM-67 (400kg/ha) and TJM-328 (375 kg/ha).

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5. Outcomes/variety released with photographs: Rice variety JR 206 was released and proposal for notification has already been submitted. This variety is medium early maturing duration and matures in 120-122 days with an average yield of 55-60 q/ha. The SVRC released this variety for entire rice growing regions of MP. This variety will replace the old/ varieties of rice viz. MTU 1010, Kranti, IR 64 and IR 36. It has long bold grain with intermediate amylose content (20-25%).

CRP on hybrid technology Hybrid Wheat Research: Programme is focused on following:  Maintenance of CMS lines: 17 CMS lines and its B lines planted well in isolation to maintain the A lines as well as used in diversification by making the large number of crosses.  The successful crosses made during 2017-18 were planted during 2018-19 along with their parents for advancement of generations and their preliminary data were recorded.  New Hybrids were planted for their assessment during 2018-19.

BARC, Trombay  Field evaluation of Trombay, mutant selections and research activities in agriculture  Total budget 10 lakh per year with duration of five years.  Three experiments of urd and mung were planted during summer 2018 for assessment of BARC promising lines  Display cum demonstration of urd and mung varieties ( total 22 varieties)  Multiplication of bark varieties of urd, mung and Pigeonpea  Evaluation of germplam of urd and mung ( lines)

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Seed Technology Research

Salient accomplishment  In Kabuli Chick Pea, seed priming with Carboxin + Thiram (as Vitavax Power) @ 2.5g / Kg seed prior to sowing enhances the plant stand and health that lead to increase in number of pods per plant, number of nodules, seed germination resulting in higher yield.  In lentil, seed priming with commercial formulation of Sodium Molybdate @ 0.5g/l + T. harzianum @15g /Kg seed prior to sowing enhances the plant stand and health that leads to increase in number of pods/plant, number of nodules, seed germination and seed vigour, resulting in higher yield.  In Vegetable Pea, seed priming with commercial formulation of Sodium Molybdate @ 0.5g/l + T. harzianum @15g /Kg seed prior to sowing enhances the plant stand and health that leads to increase in number of pods/plant, seed weight, seed germination and seed vigour, resulting in higher yield.  Foliar spray of salicylic acid @ 800 ppm and 400 ppm were found to mitigate the influence of terminal heat stress on seed set, seed yield and quality in various field crops.  In experiment related to identification of variety and hybrid specific SSR markers in soybean, the present experiment was undertaken with eight soybean varieties and total of 56 markers showed polymorphism. Out of that, eighteen unique SSR markers were identified for eight varieties.  In experiment related to identification of variety and hybrid specific marker in field crops, RM 237, RM 16 and RM 84 markers are found to be specific for JRH 5, while RM 5 found to be specific for JRH 8. These markers also specific to find any potential contaminant for other hybrids and Kranti.  Monitoring of False Smut in Farmers Field of 50 rice fields spread over five districts was at pre-harvest period revealed that 18 fields were found infected with the disease. False smut infected fields ranged from 20-33.3% .The intensity of the disease was in the scale of 3-7 as per standard scale proposed by IRRI. Monitoring of Seed production plots of 24 rice fields spread over three districts at pre-harvest period revealed that five fields were found infected with the disease. False smut infected fields ranged from 14.2-25.0%. The intensity of the disease was in the scale of 1-3 as per standard scale proposed by IRRI.  Monitoring of emerging new diseases of seedborne nature-The crops grown in research fields, GOT, seed production, farmers‘ fields were observed for new unreported diseases during 2017-18. No new disease was recorded Kharif crops as Rice, Soybean, Moongbean, Uridbean, Sesame, Maize, Pea and Rabi crops as Wheat, Chickpea, Mustard, Lentil, Sunflower  Studies on seed health status of farmers-own-saved soybean seed-Seed samples from 16 districts indicated the association of Macrophomina phaseolina (01-21%) in seeds from Narasinghpur, Colletotrichum dematium (01-25 %) in seeds from Chhindwara and

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Fusarium oxysporum (02-19%) in seeds from Narasinghpur. Based upon the naked eye observations supported by observations under Diaphanoscope the association of Soybean Mosaic Virus infected seeds ranged from 01-07% in seeds from Jabalpur and Betul and Purple seed stain seeds 02-17% in seed from Seoni district.  Studies on seed health status of farmers-own-saved groundnut seed-Wide spread association of Aspergillus flavus and Aspergillus niger was noticed with farmers saved groundnut seeds obtained from six districts. Among 99 groundnut seeds 31% seeds were infected with afla-toxin producing fungi.  Standardization of detection methods for seedborne pathogens of significance-Among six methods used for the detection of seedborne pathogens of soybean and mungbean, Standard blotter method was superior for Macrophomina phaseolina and Colletotrichum dematium while Standard agar plate method was superior for Fusarium oxysporum. Recommendations Seed Production & Certification  The best planting window period for off season sowing of soybean seed production in JNKVV Jabalpur is December 3rd to 4th week

 In Kodo millet, seed priming with commercial formulation of 20g/L of KH2PO4 in combination of nutrient management with 125 kg Neem+1250kg Vermi compost per ha or 12.5 tons FYM per ha+50kg Urea+ 50 kg SSP and 50kg MOP per ha + Top dressing of urea at 3-4 weeks after transplanting + 20g/L Borax spray at flowering enhances the plant stand and health that leads to increase in no. of tillers/plant, seed weight, seed germination and seed vigour resulting in higher yield.  In little millet, seed priming with commercial formation of 20ml of liquid formulation of Pseudomonas fluorescence (containing 1x109 CFU) diluted in 100ml water in combination of nutrient management with 125 kg Neem+1250kg Vermi compost per ha or 12.5 tons FYM per ha+50kg Urea+ 50 kg SSP and 50kg MOP per ha + Top dressing of urea at 3-4 weeks after transplanting + 20g/L Borax spray at flowering enhances the plant stand and health that leads to increase in no. of tillers/plant, seed weight, seed germination and seed vigour resulting in higher yield.  In Kabuli Chick Pea Seed priming with Carboxin + Thiram (as Vitavax Power) @ 2.5g / Kg seed prior to sowing enhances the plant stand and health that lead to increase in number of pods per plant, number of nodules, seed germination resulting in higher yield.  In lentil seed priming with commercial formulation of Sodium Molybdate @ 0.5g/l + T. harzianum @15g /Kg seed prior to sowing enhances the plant stand and health that leads to increase in number of pods/plant, number of nodules, seed germination and seed vigour, resulting in higher yield.  In Vegetable Pea Seed priming with commercial formulation of Sodium Molybdate @ 0.5g/l + T. harzianum @15g /Kg seed prior to sowing enhances the plant stand and health

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that leads to increase in number of pods/plant, seed weight, seed germination and seed vigour, resulting in higher yield.  During the year a total of 35 land races of rice and minor millets collected from Jabalpur, Dindori districts of Madhya Pradesh. These land races will be characterise as per DUS guidelines.

Dryland Agriculture

Rewa

 Rain Water Management: Catchment- storage- command relationship for enhancing water productivity in a micro watershed: During kharif soybean crop growth was observed good but due to early recession of monsoon in the month of september at reproductive stage was adversely affected and gave low yield. During rabi, wheat performed the yield of 1819 kg/ha. Among rabi crops, the chickpea fetched higher net return (Rs.. 34901/ha) and B:C ratio (3.30).

 Cropping System: Performance of pigeonpea based intercropping systems under rainfed condition In an evaluation of pigeonpea based intercropping under rainfed condition the highest pigeonpea equivalent yield (1452 kg/ha) was recorded from sole greengram with a net monitory return return (Rs. 61401/ha) and B:C ratio (2.92) followed by sole blackgram 1222 kg/ha, net return Rs. 48229/ha and B:C ratio 2.28 and Pigeonpea+ greengram (1:2) pigeonpea equivalent yield (1163 kg/ha), net monotory return Rs. 44500/ha with B:C ratio of 2.07.

 Integrated Nutrient Management: Integrated nutrient supply system for rainfed semi arid tropics In different combinations of N sources for rice – wheat; blackgram – chickpea and rice + blackgram – wheat + chickpea in separate blocks. During kharif Rice in B-1 the highest yield of

1735 kg/ ha with net return Rs.9469 and B:C ratio of 1.45 recorded in T3 (100% N through compost) however, during rabi in block B-1 the highest yield of wheat 1514 kg/ ha with net return Rs.5472 and B:C ratio of 1.24 were recorded in the treatment combination T3 (100% N through compost). In comparison to other treatments in all the blocks the T3 proved best. During rabi, in treatment T3 (Application of 100% N through compost) shown higher yield, net return and B:C ratio in comparison to other treatments in all the blocks viz. Rice- wheat, Blackgram- chickpea and Rice + blackgram- wheat+ chickpea.

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Satellite experiment on effect of integrated nutrient management (INM) in rainfed cropping systems. In different combinations of N sources for rice – wheat; blackgram – chickpea and rice + blackgram – wheat + chickpea in separate blocks. During kharif Rice in B-1 the highest yield of

1800 kg/ ha with net return Rs.11193 and B:C ratio of 1.55 recorded in T2 (50% N through organic source + 50% N through inorganic sources) however, during rabi in block B-1 the highest yield of wheat equivalent to chickpea 746 kg/ ha with net return Rs.12079 and B:C ratio of 1.54 were recorded in the treatment combination T1 (100% N through compost).

 Doable technologies ready for upscaling:

1. Chickpea+ Linseed (4:2) intercropping system for Baghelkhand region of Madhya Pradesh Recommended domain: Rewa, Jabalpur, Panna, Satna, Katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing practice: Chickpea and linseed are grown as sole crop. In some cases, chickpea + linseed are grown as mixed crop without any definite row proportion. Improved Technology: This involves simultaneous planting of chickpea and linseed in 4:2 row proportions.This system provides and insurance against failure of sole crops under unfavorable weather conditions. Performance: Chickpea+Linseed (4:2) intercropping system recorded 1042kg/ha of chickpea seed yield and 587 kg/ha of linseed yield with B:C ratio of 4.50.This system is best utilizes of the natural recourses like soil and moisture and serves insurance against weather aberrations. Impact and Up scaling: Chickpea is grown in the rain fed situations during Rabi season with an average yield of 1450 kg/ha during normal rainfall years.If the improved system is adopted, production can be raised by 2000kg/ha in chickpea and 600 kg/ha of linseed .

2. Water harvesting and recycling from a farm pond for double cropping in Baghelkhand region of Madhya Pradesh. Recommended domain: Rewa, Satan, Panna, Katni, Jabalpur, Seoni and part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing practice: The excess runoff is not harvested by the farmers from their fields and it goes to Nala/ river/ stream. Improved technology: The appropriate size of farm pond is constructed at suitable site considering the rainfall, soil type, slope, and runoff and cropping pattern etc. the excess runoff is collected in ponds to prevent seepage losses the ponds are lined with suitable lining materials. In the out let of pond vegetation/ grasses are grown to prevent the soil erosion. The runoff collected in the pond is used for protective/ life saving/ supplemental irrigation in drought situation or as pre sowing irrigation to the crops of Rabi.

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Water harvesting and recycling from farm ponds to rainfed crops

Performance: The collected excess runoff and harvested water in farm pond can be used to protective irrigation/ supplemental irrigation/ life saving irrigation during dry spell or after rainy season to Rabi crops as pre sowing irrigation. The productivity and net profit of rainfed crops can be raised by applying life saving irrigation in Kharif and pre sowing irrigation during Rabi from harvested water. Impact and upscaling: The upscaling of this technology has been under taken by government of Madhya Pradesh through M.G. NAREGA and Watershed project. The technology need to be developed as packge with suitable measures in farm ponds.

3. Alternate land use: Guava Based agro-horticulture for BaghelKhand region of Madhya Pradesh Recommended Domain: Rewa, Jabalpur, Panna, Satna, Katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing Practice:  Farmers generally grow seasonal crops like soybean, Blackgram, Greengram, pigeonpea, sesamum,wheat, chickpea, lentil, linseed etc. which resist frequent droughts during the season leading to economic losses of farmers.  At times, there is possibility of either total crop or a part is failure and only biomass can be harvested. Improved Technology:  Alternate land use system- Guava (Allahabad Safeda)+ soybean in Kharif and wheat in Rabi are recommended for stable income under rainfed condition in the region.  The guava plants are grown at 3x3m spacing. soybean/wheat as line sown as intercrop between guava plants.

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Performance:  Growing of soybean in Kharif and wheat in Rabi in combination with guava gives maximum yield even under drought conditions.  In Kharif soybean gave 916 kg/ha and in Rabi wheat gave 1750 kg/ha yield when sown as intercrop with guava.  Soybean and wheat gave 652 kg/ha and 1285 kg/ha of yield respectively when grown as normal crop.

Impact and Up scaling  The farmers of the area have adopted the improved agri-horti system for monitory gain.  There is a lot of scope to increase the area with supply of planting material of guava to enhance the sustainability and profitability of system in the region.  The department of agriculture as well as horti-culture can promote this technology together further. 4. Improved varieties of rainfed crops for Baghelkhand region of Madhya Pradesh. Recommended domain Rewa, Jabalpur, Panna, Satna, katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh.

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Existing Practice Farmers generally grow traditional cultivars of crops which are low yielding, late maturing, susceptible to drought insects and pests. These cultivars generally face terminal /late season drought at maturity and grain filling stages resulting in low yields. Improved Technology Improved varieties of major crops have been evaluated at the research station and those, with district superiority over traditional ones have been recommended for the region. These varieties are of short duration and less susceptible to drought .Some of the improved varieties of different crops viz. Soybean (JS 93-05), Blackgram (PDU-1), Greengram(HUM-16), pigeonpea (Asha), chickpea (JG 74), linseed(J23),lentil (JL1) and mustard (Pusa bold) have excelled in performance over their traditional cultivars.

Soybean(JS 93-05) Pigeonpea(Asha) Chickpea(JG 74)

Mustard(Pusa bold) Linseed(J 23) Lentil(JL 1) Performance Use of improved varieties of JS 93-05 (Soybean), PDU-1 (Black chickpea), HUM- 16 (Green chickpea), Asha (Pigeonpea), JG 74 (Chickpea) and Pusabold (Mustard) gave the yield advantage by 32,26,22,35,25, and 21% respectively over corresponding locals.

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Impact and Up scaling The improved varieties of these crops widely adopted by farmers in the region. However, there is enough scope to increase adoption in other districts of the zone by extension efforts, through KVK‘s ATMA and other relevant agencies. 5. Topping in Rainfed Chickpea for higher productivity in Baghelkhand region of Madhya Pradesh. Recommended domain Rewa, Jabalpur, Panna, Satna, Katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing Practice The Chickpea is mostly grown under rainfed situation leads to limited vegetative growth and branching resulting in poor number of pods and low grain yield. Improved Technology  Topping is a technique of removing the apical bud by using hands to encourage only the vegetative growth.  Topping is carried out about 35 to 40 days after sowing.  The second topping is done after 55-60 days of sowing.  Topping in Chickpea increases the vegetative growth by increasing more number of secondary and tertiary branches, number of pods and ultimately increase in production. Topping in Rainfed Chickpea for higher productivity

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Performance  300 to 350 kg/ha of increased grain yield of Chickpea was recorded in topped crop compared with non–topped chickpea.  The green topped chickpea buds are utilized as vegetable by the farm families. Impact and Up scaling  Enhance the chickpea productivity by 20-25%.  Up scaling of this technology can be done through demonstrations, KVK‘s and farmers welfare and agriculture development department ATMA. 6. Pigeonpea cultivation on field bunds of BaghelKhand region of Madhya Pradesh. Recommended domain Rewa, Jabalpur, Panna, Satna, Katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing Practice Farmers in the region generally grow crops in the fields and bunds are kept free and allow to survive unwanted grasses / weeds in both the seasons. Improved Technology  This involves growing crops in the field and on bunds Pigeonpea crop is sown either by dibbling or by broad casting just after the onset of monsoon.  The major Kharif and Rabi crops are taken on the field and pigeonpea continue during both the season. It also protects from risk due to natural calamities.  The Pigeonpea gives an additional advantage with both seasons crops as well as proper utilization of land and protects the bund from water and wind erosion etc.

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Performance  Paddy variety Danteshwari gave a seed yield of 2250 kg/ha during Kharif and chickpea variety JG 74 yielded 1850 kg/ha during Rabi.  An additional yield of pigeonpea was gained from Asha variety @1250 kg/ha. Impact and Up scaling  By adoption of this technology an additional yield of 1250kg/ha of pigeonpea is gained which could be realized as monitory gain of Rs. 50,000/ha as additional income excluding cultivated Kharif and Rabi crops income.  This system can be popularized through extension agencies KVK‘s and farmer welfare and agriculture development department.

7. Integrated nutrient management for higher yields of rainfed crops in Baghelkhand region of Madhya Pradesh. Recommended domain Rewa, Jabalpur, Panna, Satna, Katni, Seoni and Part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing Practice  Presently farmers in the region apply only chemical fertilizers, mostly urea and DAP in the crops. They do not apply fertilizers as per requirement and recommendation.  This is leading to imbalance nutrition, declining soil fertility. Improved Technology  This involves application of nutrients for rice in Kharif through 50 percent recommended NPK +50% organic source (FYM) received 1896 kg/ha rice with a net income of Rs. 12017/ha.  During Rabi for chickpea as sequential crop after rice 1337 kg/ha with a net income of Rs. 22348/ ha was attained when different organic sources each equivalent to 1/3 recommended (FYM +vermi compst + non edible oil cake) were applied.

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Rice- Sahbhagi Chickpea – JG -322

Performance  The combination of nutrients through organic and inorganic (50:50) respond better for rice crop where as chickpea performed better when nutrients were provided through organics in rice-chickpea system. Impact and Up scaling  This recommendation has been spread to the line departmental of Agriculture KVK‘S and ATMA for better utilization of organic material as well as to get relief from rising cost of fertilizers. 8. Soybean cv. JS20-29: A suitable variety under dryland situation of Baghelkhand region of Madhya Pradesh. Recommended domain Rewa, Satan, Panna,Katni, Jabalpur, Seoni and part of Sidhi in Kymore plateau and Satpura hill zone of Madhya Pradesh. Existing practice Soybean is the major rainfed crop during Kharif season in the region. Normally farmers adopt long duration variety of soybean like JS335 which experience drought at flowering stage due to delayed onset of monsoon resulting low yield or even some times crop failures due to early recession of monsoon. Improved technology Soybean JS20-29 have yellow mosaic virus resistant along with medium duration (100-105 days) which is suitable under delayed onset of monsoon up to 15th July. The

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seed rate is 70 kg/ ha and fertilizer dose is 20:40:0:20 kg/ha N, P2O5, K2O, S at the time of sowing.

Performance Normal as well as under delayed on set of monsoon, Soybean JS20-29 performs better than other existing varieties with higher seed yield, net return and B:C ratio (20-22 q/ha, Rs. 60000-65000/ha and 3.0-4.0, respectively) as compared to long duration soybean variety JS335 (15-20 q/ha, Rs. 45000-50000/ha and 2.10-2.50, respectively). Impact and upscaling Under normal and delayed onset of monsoon situation soybean cv JS20-29 can be sown on large scale the required quantity of seed may be obtained through institutional support like agricultural universities, state seed corporation and department of farmers welfare, agriculture development and seed growing societies.

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Network Project on Organic Farming Jabalpur Under Network Programme on Organic Farming two experiments conducted during 2018-19 are summarized as under:- Effect of organic, inorganic and INM practices on crop productivity, water productivity, economics and soil health under various cropping systems The experiment was conducted with organic, inorganic and integrated nutrient management practices with 100% and 75% dose of nutrients in four cropping systems i. e. rice- wheat-green manure, rice-chickpea-maize (f), rice-berseem (f&s) and rice-pea (veg)-maize (f) on sandy clay loam soil at Jabalpur. The results showed that the seed yield of rice was maximum under rice-berseem system with 100% inorganic nutrient management (33.31 q/ha) which was considerably higher over organic and integrated nutrient management as well as other cropping systems. During rabi season also the nutrient management with inorganic sources resulted in substantially higher grain/fodder yields. Rice-berseem system with 100% inorganic package gave maximum rice equivalent yield (REY) of 94.44 q/ha which was 23.57 q higher than farmers practice (70.87 q/ha). Production efficiency under rice-wheat with 50% organic + 50% inorganic package was highest (33.85 kg/ha/day). The water use efficiency was maximum under Rice-berseem system with 100% inorganic package. Net monetary returns (NMR) with rice-berseem system were substantially higher. The maximum NMR of Rs 185126 were recorded under rice-berseem with 100% inorganic package. Values of organic carbon and available nitrogen were considerably higher under organic management. B:C ratio was maximum (4.83) under the same treatment i. e. rice-berseem with 100% inorganic package. Evaluation of response of different varieties of rice and wheat crops for organic farming This experiment was conducted with 12 rice varieties in Kharif season, followed by wheat varieties in Rabi season of 2018-19. Among different rice varieties Pusa Sugandha 3 gave maximum grain yield of 32.99 q/ha which was statistically at par to that of PS 5 (30.82 q/ha), PS 4 (29.87 q/ha and BVD 109 (29.16 q/ha). Among different wheat varieties, significantly highest grain yield of 48.50 q/ha was obtained with HI 1500. Variety HI 1418 ranked second with the grain yield of 45.75 q/ha which was at par with C 306 (44.38q/ha) and HI 2987 (43.92 q/ha). The rice equivalent yield (REY) with the combination PS 3 (rice) – HI 1418 (wheat) was highest (72.30 q/ha) which showed parity to the REY with Madhumati - HI 1500 (66.84 q/ha), IR 36 - C306 (65.78 q/ha), IR64 - HI 2987 (65.51 q/ha) and BVD 109 – JW 3269 (65.15 q/ha). The maximum net monetary returns of Rs 166674/ha and B:C ratio of 2.93 were recorded with the PS 3 – HI 1418 combination, which was followed by Madhumati - HI 1500 (Rs147560/ha, 2.71) and IR 36 - C 306 (Rs 143885/ha, 2.67).

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Crop Protection

Soybean Jabalpur

Plant Pathology: During the 2018-19 following promising JS entries were found resistant against major diseases like charcoal rot, YMV and RAB a. Resistant to Charcoal rot: JS 21-71,JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-04, JS 22- 05, JS 22-06, JS 22-07, JS 22-08, JS 22-09 and JS 20-98 b. Resistant to YMV: JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-06, JS 22-07 and JS 22-08 c. Resistant to RAB: JS 21-71 JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-04, JS 22-05, JS 22-06, JS 22-07 and JS 22-08. d. Multiple resistant : JS 21-71, JS 21-72, JS 22-01, JS 22-02, JS 22-03, JS 22-06, JS 22-07 and JS 22-08.

Technology generated for inclusion in the package of practices

Entomology, Jabalpur

Chilli

 In studies on seasonal incidence and succession of insect pests & natural enemies in chilli crop the third week of January was adjudged to be the most crucial time for insecticide application for effective control of insect pests, especially thrips, to prevent losses in chilli. Mean leaf curl incidence was recorded to be 26%.  In studies the maximum and minimum temperature of preceding week indicated significant negative correlation with whitefly population at 5% level of significance (r values of -0.476 & - 0.547, respectively) in chilli crop.  Evaluation of repellent based pest management schedules and transplanting dates in managing insect pests and leaf curl incidence in chilli crop indicated that 2 sprays of Neem oil 5% at 10 & 25 days after transplanting + 3rd spray of imidacloprid 17.8 SL @125 ml/ha at 40 days after transplanting in November 1 sown crop provided best control of thrips, whiteflies and leaf curl incidence in chilli crop. JNKVV, Jabalpur, Annual Report 2018-19 Page 88

Mustard  Mustard genotypes having resistance against Lipaphis erysimi : Durgamani, RH 406, Geeta, Ashirwad, RVM-2 and RP-9. Tomato  Two spray applications of spinosad 45 SC @ 75 g a.i/ha at 60 and 90 days after transplanting were found effective in controlling the damage of whitefly Bemisia tabaci and fruit borer Helicoverpa armigera in tomato crop.  Two spray applications of emamectin benzoate 5 SG @ 9.5 g a.i/ha at 60 and 90 days after transplanting were found most effective for controlling the damage of leaf miner, Liriomyza trifolii in tomato crop. Brinjal  Three sprayings of neem oil (4%) in brinjal crop at 15 days interval, starting with 1 month old crop was adjudged as the effective and safer means to reduce the incidence of shoot & fruit borer Leucinodes orbonalis.

Chickpea  Spray application of Spinatoram 6% w/v + methoxyphenozide 30% w/v @ 112.5 ml/ha was identified as effective treatment for controlling Helicoverpa armigera in chickpea crop.  In study on resistance in chickpea against Helicoverpa armigera, the genotypes CSJ-870 and CSJ-855 recorded lowest seasonal mean population density of the pest. The genotypes also indicated lowest oviposition preference by females under lab conditions.

Rice Rewa

Plant Pathology

 Under NSN 1 Trial Highly resistant reaction were IET 25640, 26464,25618, 6866,26910,27093, 257450,24914,26816,and IET 25713 under uniform nursery method.  Under NSN2 the most promising entries that had exhibited highly resistant reaction to leaf blast were IET No.27668,27607, 27747 under uniform nursery method.  Under NHSN Trial the most promising hybrids against leaf blast were IET 27364,27361, 27363, 27346, 27335,US-312,27328,27353,, 27377,27336 and IET 27379 under natural epiphytotics .

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 Under DSN trial for blast resistant ,most promising entries were IET Tetep,RP-Patho-7- 5-9,Phougak-D82,CB 12 132,RP-Patho-12-1-16,RNR 23605,RNR 17941,RP-Patho-11- 18-1,RP-Bio-Patho-2-9-2,RP-Patho-9-1-9.,RP-Patho-6-1-13,MSM-ISM-3-3,RP-Bio- Patho-1-8-6,RNR- 25993and RP-Patho-2-1-28.  Under NSN 1 trial for brown spot resistant the most promising entries were ET27289, 27291, 25901, 27094, PA 6444,IET26716, 26790,27288,26816,26721, 25055, 26804, 25903 and IET 27230 under natural epiphytotics .  Under NSN 2 for brown spot resistant trial ,the entries IET Tetep,27289 R),27297(R), Tellamsa(RP), 25901, 27094, PA6444(HC), 26716, 26790, 27288 (R),26816, 26721,IET no 25055 were found highly resistant to brown spot  Under NHSN trial for brown spot resistant ,IET No. RP-Bio-Patho-1-8-6, MIL- SI- 1,RNR 11450,Tetep, Tellahamsa, IR – 64,HR – 12,TPL -62-2,RNR 17941,C 101 LAC,C 101 A 51,and BPT – 5204 were found highly resistant

Long term fertilizer experiments for studying changes in soil quality, crop productivity and sustainability- Jabalpur

6.2 Activities / training programme organized:

 Inputs like fertilizer and seed of wheat for Rabi Season was supplied to the selected farmers in the fourth week of October 2018.  The layout, fertilizer application and sowing of wheat crop was completed in third to fourth week of the November, 2018.  Monitoring and observation on fertilizer application and growth pattern during first week of the February, 2019.  Visited for monitoring and harvesting operations of farmer‘s field trials at villages Banjar Tola, Shajpuri and Bargaun during first week of April 2018.

Summary

The results obtained under study indicated that the balance use of fertilizer is essential for higher productivity of soybean and wheat crops as well as maintaining health of the soil. The integration of organic manure with balanced application of fertilizer appears to achieve sustainable higher crop productivity along with remarkable improvement in soil fertility. However, imbalanced and continuous use of sulphur free fertilizer (such as DAP) needs to be avoided especially under intensified cultivation of soybean – wheat system in the black soils.

8. Results of practical utility

 Imbalance application has reduced the status of available nutrients in the soil especially of P and S which was found to be constant for a decline in plant growth and subsequent productivity of crops. JNKVV, Jabalpur, Annual Report 2018-19 Page 90

 Balanced application of fertilizers continuously for four decades did not exhibited any adverse effect on soil fertility and thereby disapproved the notion that application of chemical fertilizer reduced the fertility of soil under cultivation.  The conjunctive use of chemical fertilizer and FYM maintained relatively higher amount of soil organic carbon as compared to application of chemical fertilizer alone.  Integrated application of organic manure (FYM) with fertilizers is the key in improving fertility of the soil for sustainable productivity potential of soybean–wheat cropping sequence in a Vertisol. The present investigation was carried out in All India Coordinated Research Project on long-term fertilizer experiment (AICRP on LTFE) which is continuing at Jabalpur since 1972 with soybean–wheat cropping system on a Vertisol of Jabalpur. For present investigation experiment was conducted during Kharif season in 2018-19 at experimental farm of college of agriculture, Jabalpur was used to study the “Effect of long term nutrient management on status of humus fractionations in Vertisol ― The fertilizers used where urea, single super phosphate (SSP), muriate of potash and in sulphur free treatment, DAP instead of SSP.

Humus fraction:

Highest humin content was observed with 100% NPK+FYM treatment and lowest was found under control treatment in (0-15 cm) declined in lower (15-30 cm) depths. There was drastic reduction in humin content in subsurface soil. Overall effect of application of inorganic fertilizers showed that the content of humic acid fraction was less the humin content recorded in the treatment receiving 100% NPK + FYM. While, significantly higher value of humic acid was noticed in (100 per cent NPK +FYM and 150 per cent NPK through inorganic fertilizers and lowest was noted in control. Fulvic acid was significantly influenced by long term application of manures and fertilizers under soybean-wheat cropping system. The fulvic acid content recorded in surface soil was 0.24 g kg-1 and in subsurface soil fulvic acid content was 0.17 g kg-1 which were larger than the content of control. Maximum Fulvic acid content was observed in treatment 100% NPK + FYM (1.10 g kg-1) in surface layer and 0.85 g kg-1 in subsurface layer. The HA: FA ratio ranged between 1.24 to 1.66 in various treatments applied to soybean-wheat cropping sequence. Humus fraction was significantly correlation with status of available N, P, K, S and yield of soybean, wheat crops. The correlation coefficient highest value of OC 0.978, grain yield of soybean 0.961, 0.914 respectively for humin, humic acid, and fulvic acid. Soil properties (except pH) and yield of soybean-wheat were positively correlated with humus fraction. The various forms of humus fractions tended to increase with application of fertilizer alone or with FYM when compared with the control and a decline in humus fractions content was noted progressively with depth and higher content was confined on surface. Among the humus fractions studied humin was in highest quantity followed by humic acid and fulvic acid contents.

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The present investigation on "Effect of continuous application of fertilizers and FYM on changes in soil fertility and yield of soybean in vertisol" was undertaken during Kharif 2018 under ongoing All Indian Coordinated Research Project on Long Term Fertilizer Experiment which was initiated in 1972 with soybean-wheat cropping system.

As regard growth characters of soybean like plant height, number of nodules, were found to be increased in all the treatments except imbalance fertilizer addition specially 100% N where it decreased as compare to control. While, maximum with integrated application of 100% NPK dose + FYM.

The seed and stover yields of soybean were found highest in treatment receiving 100% NPK + FYM and the lowest yields were recorded in control. The result of 46 th cycles of long-term fertilizer experiment indicated that the application of 100% N alone had slightly increased. The supplementation of fertilizer P with N (100% NP) enhanced the yields in soybean, respectively. Application of K along with NP (i.e.100% NPK) further increased the yield.

It has also been found that imbalance application of fertilizer i.e. application of N alone exhibited the adverse effect on crop quality parameters while, successive applications of balanced fertilizer promoted and improved the seed protein, and oil content. However, integrated application of fertilizer with organic manure noticed remarkable higher content of protein and oil in soybean crop.

It has been observed that nutrient composition in plant was increased proportionately with successive addition of fertilizer in higher doses. Hence, lowest content was noted in control and 100 % N alone while, increasing trend was observed with higher fertilizer addition from suboptimal to optimal and super optimal dose. Similar trend was also marked for N, P, K nutrients uptake pattern in soybean crop. However, in general higher content and uptake of nutrients was found in grain as compared to straw.

The present investigation on “Changes in soil microbial environment under long term application of fertilizer and manure’’was undertaken during Kharif 2018 under ongoing All Indian Coordinated Research Project on Long Term Fertilizer Experiment which was initiated in 1972. The study was conducted to quantify the soil microbial population along with status of available major nutrients i.e. N, P and K as well as physico-chemical properties of soil. The experiment was consistence of 10 treatments with 4 replications in a randomized block design. The final results were summarized below.

The highest CaCO3 was recorded in 150% NPK and minimum in control. The CaCO3 content in soil was increased with the increase application rate of fertilizer. Microbial biomass C and N contents were found highest in 100% NPK dose + FYM followed by 150% NPK

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dose at after harvesting as compared to that of before sowing. However, application of only nitrogen (100% N) has resulted in lower values of microbial biomass C and N except control. Viable microbial count of Bacteria, Actinomycetes, and Fungi was significantly higher in 100% NPK + FYM over all the remaining treatments. The microbial population increased significantly with the increase in doses of application of fertilizers in sub optimal dose, optimal dose and super optimal dose. Nodulation (both nodule number and oven dry weight) increased in all the treatments expect 100%N dose where it decreased significantly over control. It was found maximum in 100% NPK dose +FYM followed by 150% NPK dose.

The N2 fixation of soybean was significantly increased with increase fertilizer application rate. The highest N2 fixation was observed in 100% NPK + FYM and lowest in control followed by 100% N.

The present investigation on "Nutrient uptake and quality of soybean as influenced by long term application of fertilizer and FYM" was undertaken during Kharif 2018-19 under ongoing All Indian Coordinated Research Project on Long Term Fertilizer Experiment which was initiated in 1972 with soybean-wheat cropping system. The finding of the present study indicated that continuous use of inorganic fertilizer and organic manure (last 46 years) clearly improved organic carbon, available N, P and S contents while decreased the K content in experimental soil. The maximum value of growth characters were recorded under optimal dose of fertilizer with FYM and minimum in control treatment. The productivity of soybean was gently influenced with balanced fertilizer application over imbalanced applications. The conjoint use of inorganic fertilizer and organic manure (100% NPK + FYM) gave the highest seed and stover yield of soybean. A remarkable improvement in the uptake of nutrients and crop quality parameters noticed in recommended dose of fertilizer application over imbalance nutrient addition. The quality of crop was attained maximum value when conjoint use of chemical fertilizer continuously practiced along with organic manures.

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Plant Physiology

Rice Rewa:

 Scree

 ning of rice genotypes for drought tolerance

Grain yield and its components were greatly influenced by the irrigation regimes. The mean grain yield g/m2 was maximum in irrigated condition. These entries IET 27517, Govind, Sahabhagidhan, IET 27526, IET 27520 and IET 27508 produced maximum grain yield under the rainfed condition and have the highest survival capacity under drought stress.

 Screening for high temperature tolerance in rice genotypes

High temperature treatment was imposed in field grown plants by covering with polythene sheet (>92%transmittance) immediately after panicle initiation stage. The temperature inside the polythene tunnel was higher 2.3 ˚C than the ambient temperature during crop growth period. The mean grain yield recorded for all genotypes was reduced by > 80% under high temperature stress with respect to ambient conditions. Based on the heat tolerance indices IET 25713, IET 26780, US-314, IET 26464, IET 26767 and NARENDRA-97 (47.4%) identified as relatively tolerant genotypes.  Physiological characterization of selected genotypes for multiple abiotic stress tolerance Entries IET 26917, IET 26866, US-312, IET 26913, BPT-2782, BPT-2766, IET 26908 and IET 26493 were found to posses higher physiological characters for multiple abiotic stress viz., salinity and osmotic stress.

Agroforestry

Extension activities & transfer of technology A. Training Programme on “Nursery of Bamboo and its Cultivation” Two days training programme on ―Nursery of Bamboo and its Cultivation‖ was organized at Department of Forestry, JNKVV, Jabalpur on 08 to 09 Oct. 2018 in collaboration with IFFDC (Indian Farm Forestry Development Cooperatives Limited) Gurugram. In that

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training programme more than 140 farmers participates from different state viz., Rajasthan, Madhya Pradesh, Chhattisgarh were present. The programme is based on bamboo cultivation. The lectures were given by scientist of the department on different aspects of bamboo cultivation and also visited the field of bamboo plantation.

Training programme on Nursery of Bamboo and its cultivation

B. Training Programme of Bamboo Growers 200 hrs.training programme on ―Bamboo Grower‖ under skill development organized at Department of Forestry, JNKVV, Jabalpur from 21.01.19 to 28.02.19 in collaboration with ICAR New Delhi, Agriculture skill Council of India and Ministry of Skill Development and Entrepreneurship Govt. of India. In that training programme more than 30 farmers participates from different state were participated. In this training programme theoretical and practical knowledge was given by scientist to farmers on bamboo cultivation. C. Training Programme of Forest Nursery Raiser 200 hrs.training programme of Forest Nursery Raiser under skill development organized at Department of Forestry, JNKVV, Jabalpur from 23.01.19 to 02.03.19 in collaboration with ICAR New Delhi, Agriculture skill Council of India and Ministry of Skill Development and Entrepreneurship Govt. of India. In that training programme more than 30 farmers participates from different state were participated. In this training programme theoretical and practical knowledge was given by scientist to farmers on forest nursery raising.

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Training programme of Forest Nursery Raiser and Bamboo Grower

Awareness programme on World Biodiversity Conservation Day A Biodiversity Conservation Awareness Programme held to mark International Biodiversity Conservation Day conducted by Department of Forestry at JNKVV, Jabalpur on 22nd May 2018. The programme on ―Biodiversity Conservation and Sustainable Utilization‖ was organized in association with Madhya Pradesh Council of Science and Technology. Regional Director of National Medicinal and Plant Board New Delhi, Director of State Forest Research Institute, Jabalpur and Tropical Forest Research Institute, Jabalpur also present as guest. Large number of participants including scientists of KVK, Scientists of different departments, Officers of Forest Department, researchers and students were present. In India there are 47000 varieties of plants, 39000 organisms and 8000 kilometers sea has wide range of Himalayan Mountains. The biodiversity day mainly focused on the conservation of wide spectrum of biodiversity through scientific way. In that programme poster exhibition on biodiversity conservation theme was also organized.

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Awareness programme on Biodiversity Day Awareness Programme (Trees on bunds) Department of forestry, JNKVV organised a program in December, 2018 to create social awareness about the importance of Bund plantation by arranging meeting for tree plantation program at department of Forestry. Here is the detail on how we got involved in this programme. Involvement in the activity A programme was arranged at Department of Forestry, JNKVV, Jabalpur on 14 December 2018. Villagers (specially small and marginal farmers) were invited to our college campus from Village Raipura and Imaliya, Tehsil Panagar, District Jabalpur. It is Approximate 6 km from University campus. Lectures were delivered in local language i.e. Hindi about advantages of bund plantation towards doubling the farmers income, how to perform bund plantation. Details information about plantation techniques, suitable species, suitable soil, favourable weather conditions for bund plantation and after plantation how to JNKVV, Jabalpur, Annual Report 2018-19 Page 97

care the seedlings (Lecture‘s matter is enclosed with report). More than 30 farmers participated in this programme. Visit Arranged a visit of department as well as college campus, field etc to make them acquainted towards recent agricultural technologies.

Promoting Bund Plantation at farmer’s field

Both staff of department of forestry and farmers felt proud of being attached in the social action of Bund Plantation awareness programme. Participating in the projects has made farmers responsive towards bund plantation. The participants also took a pledge for not only bund plantation but also conserve the environment, compensate tree that were felled and to preserve the existing trees and not to indulge in any activities that would cause harm to nature.

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Agricultural Biotechnology Findings: Research

Research Projects at Biotechnology Centre

1. Madhya Pradesh State Agriculture Marketing Board, Bhopal for ―Strengthening of Biotechnology Centre‖ during 2014-17 (PI: Director, BTC) Rs. 200 lakhs. 2. Madhya Pradesh State Agriculture Marketing Board, Bhopal for ―Setting up of DNA Fingerprinting Laboratory‖ during 2013-17 (PI: Director, BTC) Rs. 200 lakhs. 3. Design Innovation Centre (DIC) Project on ―National initiative for setting up DIC hub/spoke modle under the Biotechnology Centre, JNKVV, Jabalpur‖ during 2016-18 funded by MHRD, New Delhi (PI: Director, BTC) budget outlay of Rs.100 lakhs. 4. Collaborative Project with Chiba University, Japan and Jawaharlal Nehru Agricultural University, Jabalpur on ―Education for Sustainable Development (ESD) Focusing on school lunch with adopting traditional crops in Madhya Pradesh (MP)‖ during 2017-19 (PI: Dr. LPS Rajput) budget outlay of Rs. 10 lakhs.

New Projects running at Biotechnology Centre from financial year 2019-20

1. Madhya Pradesh Science and Technology, Bhopal funded project on ―Morphological and molecular variability in Phytophthora nicotianea f. sp. Sesame causing blight of sesame‖ during 2019-2022 (PI: Dr. Sushma Nema) budget outlay of Rs. 9.89 lakhs.

2. Science and Engineering Research Board, Department of Science and Technology, New Delhi funded project on ―Molecular characterization of zinc solubilizing bacterial community associated with rice rhizosphere and their role in modulation of zinc transporter genes‖ during 2018-2020 (PI: Iti Gontia-Mishra) budget outlay of Rs. 19.20 lakhs.

3. Department of Biotechnology, New Delhi funded project on ―Germplasm Collection, Characterization and Development of regeneration protocol of chironji (Buchanania lanzan) from protected forest area of Madhya Pradesh‖ (PI: Radhe Shyam Sharma) budget outlay of Rs. 55.66 lakhs.

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Research highlights during 2018-19

1. Education for sustainable development (ESD) focusing on school lunch with adopting traditional crops in Madhya Pradesh: Assessment of Genetic variability among the landraces of kodo millet (Paspalum scrobiculatum L.) and little millets Panicum sumatrense from different district of Madhya Pradesh have been done under this project.

‗Kodo millet‘ (Paspalum scrobiculatum L.) is having high nutritional value, dietary fiber, antioxidant activity as well as drought tolerance characteristics. Present study was conducted for assessing genetic diversity using ISSR (Inter Simple Sequence Repeat) markers among a total of 42 landraces of kodo millet collected from five districts of Madhya Pradesh (India) viz. Rewa, Betul, Chhindwara, Dindori, and Jabalpur. Ten ISSR markers amplified a total of 63 loci while 56 loci showed 88.88% polymorphism. Average number of bands per primer was found to be 6.3 whereas, average number of polymorphic bands per primer was 5.6. Maximum number of alleles (09) was scored by the primer UBC-886 followed by 08 by UBC-807 whereas; minimum number of alleles (04) was scored by the primers UBC-812 and UBC-816. Cluster analysis was done and a dendrogram was generated using UPGMA (Unweighted Pair Group Method with Arithmetic Mean). The highest PIC (Polymorphism Information Content) value of 0.58 was observed by primer UBC-884 revealing 07 alleles among 42 accessions. Percentage of the number of polymorphic loci within population among the three regions, the highest frequency of polymorphism was found in the Dindori region (69.84 ± 22.22). The highest genetic diversity was observed in Dindori region three other in region.

The study was also conducted on genetic diversity using ISSR markers for a total of 40 landraces of little millet (Panicum sumatrense) collected from five different districts of Madhya Pradesh. Ten ISSR markers amplified total 42 loci while 32 loci showed 76.19% polymorphism. Maximum number (06) of alleles were scored by the primers UBC-807 whereas, minimum number of alleles (03) were scored by the primers UBC-816. Percentage of the number of polymorphic loci within population among the three regions, the highest frequency of polymorphism was found in the Dindori region (97.61) followed by the Betul region (80.95) and the lowest were in the Chhindwara region (40.47). Cluster analysis was estimated and a dendrogram was generated using Unweighted Pair Group Analysis (UPGMA). The highest genetic variability was observed between Amwa-38, Shivri-31 and Khaparipani-24 collected from Rewa and Dindori both of them grouped distantly. The highest PIC value (0.53) was observed by using primer UBC-853 having 06 alleles among the 40 landraces of little millets. The results indicated that ISSR marker system can be effectively used in determination of genetic relationship necessary

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for their conservation and breeding programs among the landraces of little millets grown in different districts of Madhya Pradesh, India.

2. Molecular characterization of zinc solubilizing bacterial community associated with rice rhizosphere and their role in modulation of zinc transporter genes: A total of 64 zinc solubilizing bacteria (ZSB) were isolated from rice rhizosphere, which belonged to 11 distinct genera. Phylogenetic analysis of the isolates, based on 16S rRNA gene sequences indicated that the isolates were clustered within five different phyla namely γ- proteobacteria, β-proteobacteria, Flavobacteria, Sphingobacteria and Firmicutes. Pseudomonas was the most abundant genera and followed by Elizabethkingia, Enterobacter and Comamonas. The isolates exhibited zinc solubilzation ranging from 33.87-82.61 mg/l. All the isolates showed a decent drop in the pH of the broth medium ranging from pH 7.0 to pH 4.0, suggesting the production of organic acid as the plausible mechanism of zinc solubilization. The isolates also showed multiple plant growth promoting traits such as IAA production, ACC utilization, phosphate, potassium solubilization and ammonia productionIn addition, some of the selected ZSB isolates (Z4, Z5, Z8, Z9, Z10, Z12, Z15, Z22, Z35, Z37 and Z52) were used to evaluate their effect of growth of wheat and rice plants under green-house condition. These isolates registered a significant increase in the plant height, dry weight and yield in comparison to un- inoculated plants.

3. Design and Innovation Centre (DIC) Project: Thirty different plant growth promoting rhizobacteria (PGPR) were isolated from wild mung and characterized for various plant growth promoting traits. These PGPR exhibited indole acetic acid production, Phosphate, potassium and zinc solubilisation, siderophore production etc. These bacteria were also analyzed for alleviation of abiotic stress like drought and salt in legumes. Morphological and molecular characterization of PGPR was carried out and 16S rRNA gene sequences were submitted to NCBI under the GenBank accession numbers (MG714870-99).

4. Molecular characterization and identification of different plant species in Fabaceae family using different DNA Barcode loci: Legumes (Fabaceae) are the third largest flowering family and are second only to cereals in their importance for human nutrition, consisting of more than 700 genera and about 20000 species. The identification of different species of Fabaceae is difficult when based solely on morphological characteristics. DNA barcoding will authenticate the discrimination of particular species from others. DNA barcoding is a recent technique that uses standard short stretch of DNA sequences (DNA barcode loci) of an organism to determine its identity. Large-scale standardized sequencing of the mitochondrial gene CO1 has made DNA barcoding an efficient species identification tool in many animal groups. In plants, however, low substitution rates of mitochondrial DNA have led to the search for alternative barcoding JNKVV, Jabalpur, Annual Report 2018-19 Page 101

regions so it is crucial to evaluate universal DNA barcode primers in different group of plants. The work will be carried out with the extraction of genomic DNA from leaf samples and then polymerase chain reaction (PCR) amplification with universal DNA barcode primers such as the plastidial (rpoB, rpoC1, rbcL and matK), intergenic plastidial spacers (trnH-psbA, atpF-atpH and psbK-psbI) and the nuclear internal transcribed spacers (ITS). The amplified product will be sequenced and after that sequence will be analyzed to discriminate and characterize different species and their cultivars. This experiment will be conducted on different genus of Fabaceae family at Molecular Biology Laboratory, Biotechnology Centre, JNKVV, Jabalpur, Madhya Pradesh. Objectives of the present study are: 1. Insilico analysis of different species of Fabaceae family available on NCBI data base. 2. To analyze levels of inter and intra specific variation in Fabaceae family. 3. To evaluate species resolution ability of different DNA barcode markers. (Sumana Sikdar).

5. Studies on Development of Suspension Culture from Leaf Disc Derived Callus of Coleus aromaticus: Coleus is a member of the Lamiaceae family (mint), a perennial, branched, aromatic herb. Plants from this genus known to contain various active principals of therapeutic value and possesses biological activity against number of diseases. C. aromaticus plant is well known for its medical applications. It is considered to be an antispasmodic, stimulant and stomachic and is used for the treatment of cephalagia, otalgia, anorexia, dyspepsia etc. Chloroform fraction of this plant shows the presence of three flavones Salvigenin, Cristimartin and Chrysoeriol. Due to large scale and indiscriminate exploitation of wild plants fromforests and insufficient attempts either to allow its replenishment or its cultivation, species of Coleus are rapidly disappearing and now these are listed as vulnerable to extinction. In vitro propagation methods offer powerful tools for plant germplasm conservation and multiplication. Rapid developments in plant tissue culture have provided potential tools for commercial exploitation of this technique including micro-propagation and natural product synthesis for pharmaceutical use.

The objectives of the present study were to develop suspension culture from leaf disc derived callus of Coleus aromaticus. In the present study the effect of various factors on growth of Coleus aromaticus suspension culture were also observed. Genetic fidelity of cell culture was also determined at different stages. The procedure to surve all the above objectives started with surface sterilization of leaf explants and callus induction then for initiation of suspension culture. To investigate the effect of inoculums size, callus of different weight (1, 2, 3, 4 and 5 gm) were inoculated in the flask containing MS broth supplemented with 3mg/l 2,4-D and maintained in 25±2°C with continuous shaking at 125 rpm for 21 days with sub-culturing at the interval of 7 days. Different parameters were analysed to evaluate the growth of culture such as cell viability, packed cell volume JNKVV, Jabalpur, Annual Report 2018-19 Page 102

(PCV), Fresh weight and dry weight after 21 days of culture and the 3 gm callus was found optimum for initiation of cultures. The age of inoculums is also an important factor as physiological status of cell plays important role in the initiation as well as growth of cell. Cultures of different age i.e. 30, 45 and 60 days were used for initiation of suspension cultures, the young callus was found to show better growth over older callus. The callus of 30 days showed maximum potential for initiation of suspension cultures as is demonstrated maximum cell viability. The effect of plant growth regulator (2, 4-D) was also observed. Results showed increase in the different growth parameters with the increase in 2, 4-D concentration up to 3 mg/l. After this level, growth was found to be restricted. Maximum cell viability, PCV, Fresh weight and dry weight was obtained in MS medium supplemented with 3mg/l 2,4-D followed by MS medium containing 2 mg/l 2,4-D. the effects of various nutrient were also seen on growth of suspension culture of C. aeromaticus, among different nutrients, sucrose was found to exhibit maximum growth compared to yeast extract and tryptone. At last to test the genetic fidelity 8 RAPD and 7 ISSR primers were amplified which produced monomorphic amplification among all the samples of cultured cell lines. This result validated the true to type nature of the in vitro suspension cultured cell lines of Coleus aromaticus. (Tikeshwar).

6. Bioethanol production from waste corn using Saccharomyces cerevisiae and Aspergillus awamori: Bio-fuels have caught global attention in the last decade. They are renewable liquid fuels made from biological raw materials and have proved to be good substitutes for petroleum in the transportation sector. Being environment friendly, bio- fuels like ethanol and bio-diesel can help us to conform to stricter emission norms. The present study was carried out with the objectives of analysing the major chemical constituents of waste corn collected from different locations, to optimize the fermentation variables for maximum yield of bioethanol using co-culture of Saccharomyces cerevisiaeand Aspergillus awamoriand evaluate the quality of bioethanol produced. The result analysed showed that the waste corn was found to contain good amount of carbohydrate source required for bioconversion into bioethanol. In this study for bioethanol production, main fermentation variables were optimized in solid state fermentation (SSF) and simultaneous Saccharification and fermentation (SiSF) methods using co-culture of Saccharomyces cerevisiaeMTCC 170 and Aspergillus awamori MTCC 8840. The results of various experiments revealed that with the SSF technique, the highest yield of bioethanol (7.5%) using co-culture of Saccharomyces cerevisiaeMTCC 170 and Aspergillus awamoriMTCC8840 was obtained at incubation temperature of 30°C after 168 hr of incubation period. In case of simultaneous Saccharification and fermentation (SiSF), the results of various experiments revealed that by employing co-culture of yeast and fungi the highest yield of bioethanol (6.5%) was obtained at a pH of 6.0 with incubation temperature of 30°C after 168 hr of incubation period. The results of various quality attributes of the bioethanol production showed that JNKVV, Jabalpur, Annual Report 2018-19 Page 103

there were no major differences in values of density, viscosityof the bioethanol produced from both methods of fermentation. (Ashish Kumar).

7. Studies on in vitro micro propagation of Drumstick (Moringa oleifera L.) using axillary bud and shoot tip as explants: Moringa (moringa oleifera) 2n= 28 belongs to the family moringaceae and this GENUS includes 13 species. Moringa is originated from the foothills of the Himalayas in north-west of India. It is identified by different names, with including ben oil tree, drumstick, horseradish tree and sahjan in India. It is highly nutritious for humans and animals, especially in live stock to increase their milk production. The leaves, are rich in vitamin A and C, are considered useful in scurvy and respiratory elements. This research deals with the Studies on invitro micropropagation of Drumstick (M. oleifera L.) using auxiliary bud and shoot tip as explants. Induction of multiple shoots using nodal segment of moringa plants which was collected from field, that plants showed maximum regeneration and highest shoot number in Murashige and Skoog medium fortified with BAP compared to kinetin. The plants were sterilized as nodal segments and inoculated on multiple shoot induction medium. After 45 days of inoculation, observations were taken. In the case of MS medium containing BAP, the highest regeneration response from shoot tips was obtained on MS medium supplemented with 2mg/l BAP (71.18±1.22%) followed by 67.18±1.22% response on medium with 1.5 mg/l BAP. MS medium with 2 mg/l BAP also induced 3.46±0.01shoot per explants. Followed by 3.17±0.03shoots per explant in MS medium fortified with 1.5 mg/l BAP. Whereas in the case of MS medium fortified with kinetin, maximum regeneration response resulted in MS medium with 2 mg/l kinetin (64.47±1.22%) followed by 61.18±1.22% in MS medium with 1.5 mg/l kinetin MS Medium in all the culture method, the most Effective method was found was auxiliary meristem culture as compared to nodal and meristem culture. In auxiliary meristem culture in 2 BAP and 1.5 Kinetin generate maximum number of fresh plantlets of plant growth regulators fortified with MS culture in vitro morphogenesis of Nodal Segment. This research work was carried by followed newly developed clonal micropropagation form nodal segment. (Sakesh).

8. Studies on Genetic Diversity of Little Millet (Panicum sumatrense) Using Simple Sequence Repeat (SSR) Markers: Little millet is a tetraploid (2n=36) minor millet crop which belongs to family Poaceae.Genetic diversity of 33 little millet landraces accessions collected from different agro-climatic zones of Madhya Pradesh such as Rewa, Chindwara and Dindori and few samples from Chhattisgarh state were assessed usingSSR markers.About 15 SSR markers were selected on the basis of sharp and clear banding pattern from reported markers of finger millet, pearl millet and rice.DNA was extracted from ten days old immature leaves of each little millet accession and screened for the 15 SSR markers. The PCR products were separated on 2.5% agarose gel and visualized in gel documentation system. The SSR data was analyzed usingpower marker JNKVV, Jabalpur, Annual Report 2018-19 Page 104

3.25Vsoftware.The amplifiedband size of all the markers ranged from 110-700 bp.Out of 15 SSR markers only 9 markers showed polymorphism and 6 markers showed monomorphism. Maximum numbers of band was scored7 in case of primer RM250 while minimum number of band was 1produced by using UGEP26, Xcump004, RM275, RM474 and RM11primers. Out of 45 bands amplified, 30 were found to be polymorphic with 44.71% percentage of polymorphism. Average numbers of band per primer was 3 while, average numbers of polymorphic band per primer was 2. The range of PIC for polymorphic allele was 0.11 to 0.62 with an average of 0.26. The major allele frequency was ranged from 1.00 to 0.42 with mean value was found to be 0.78. Gene diversity ranges from 0.00 to 0.68with an average value of 0.29.Genetic distance values for 33 little millet lines were calculated the range of genetic distance value was 0.0-0.6 which indicates the genetic diversity among the little millet lines present in this study.This study also showed the inter-generic transfer of SSR primers within the same family of crops.Genome of little millet similarityshowed with other millets like finger millet, pearl milletand rice.A dendrogram was generated by UPGMA cluster analysis based on genetic distance,the pattern of genetic relatedness among the 33 little millet landraces accessions. The cluster analysis grouped little millet landraces into two main groups i.e. A and B named as minor and major groups respectively. Minor group contained only one landraces namely DINKUT20160830-6 which was found to be most diverse. The revealed genetic relationships can be used in little millet germplasm conservation and utilization in crop improvement programs effectively. (Anu Gautam).

9. Isolation and bio-molecular characterization of plant growth promoting rhizobia from green gram: Rhizobia are agriculturally important soil bacteria capable of forming root nodules on leguminous plants in which they can fix atmospheric nitrogen. A total of 40 Rhizobial isolates were isolated from different agro-climatic zones of Madhya Pradesh. Isolation of rhizobium were undertaken using yeast extract mannitol agar medium. Out of fourty isolates, 36 isolates were gram negative with rod shaped morphology. Based on absorption and growth pattern on congored, glucose peptone agar and BTB medium, isolates were identified rhizobia as a fast growing and bradyrhizobium as slow growers. Further isolates were screened for biochemical properties. All forty isolates found phosphate solubilizers, 38 IAA producers and thirty seven ammonia excretors. At 280C and 370C all isolates shown growth where at 480C thirty five isolates were shown poor growth and only five isolates viz., JRB112, JRB121, JRB131, JRB143 and JRB149 were shown good growth. In carbohydrate fermentation test 34 isolates were shown positive results and six isolates JRB 111, JRB 118, JRB 120, JRB 130, JRB 144 and JRB 146 shown negative results. All the isolates were shown positive results in catalase test. Twenty isolates were selected with respect to their multifunctional properties and studied for molecular characterization. PCR amplification was done by using 27F and 1492R primer and bands of the 20 DNA samples were of same size JNKVV, Jabalpur, Annual Report 2018-19 Page 105

~1500bp. Based on 16S rRNA gene sequencing, these bacterial strains were identified under two genera: Rhizobium and Bradyrhizobium. Phylogenetic analysis divided 20 rhizobia isolates into two clusters. Major group included 12 strains and minor group included 8 strains. (Margaret Stella).

10. Assessment of genetic diversity among NPT (new plant type) lines of rice using molecular markers: Assessment of genetic diversity among 43 NPT lines of rice were evaluated using start codon targeted polymorphism (SCoT) and simple sequence repeats (SSR) markers. Fifteen SCoTprimers were amplified and produced 76 alleles. 64 alleles were polymorphic. Average numbers of alleles per primer was 5.06, while polymorphic alleles per primer was 4.26. PIC ranged from 0.28 to 0.67. Marker index values ranged from 3.36 to 18.72. Value of effective multiplex ratio ranged from 6 to 36. Value of resolving power ranged from 2.78 to 8.42. Clustering analysis, major group have 31 while, minor group have 12 NPT lines. Jaccard‘s similarity coefficient shows highest similarity (97.8 per cent) between JNPT-822 and JNPT-827 and highest genetic diversity (41 per cent) was observed between JNPT-832 and NPT-81-35-01. Fifteen SSR primers produced 31 alleles. 23 alleles were found polymorphic. On an average, 2.06 alleles per primer and 1.53 polymorphic alleles was obtained. PIC values ranged from 0 to 0.74. Marker index values ranged from 0 to 6.66. EMR values ranged from 0 to 9. Rp ranged from 0 to 4.42. In SSR clustering, major group contained 42 while, minor group has only one NPT lines. In SSR analysis, highest Jaccard‘s similarity (94.7 per cent) was between NPT-82 and NPT-81-26-01 and highest genetic diversity (39.2 per cent) was between NPT-81-11 and NPT-14-12. In combined (SSR and SCoT) clustering, major group contained 31 while, minor group contained 12 NPT lines. Jaccard‘s similarity coefficient, highest similarity (95 per cent) was between NPT-85 and NPT-86 and highest genetic diversity (47.1 per cent) was between NPT-10-123 and NPT-14-05. (Ashish Patidar) 11. Studies on induction of somaclonal variation in Sugarcane (Saccharum officinarum) and validation of mutant using molecular markers: This investigation was carried out at the Tissue Culture and Transgenic Laboratory during 2018-19 to study induction of somaclonal variation in Sugarcane (Saccharum officinarum) and validation of mutant using molecular markers in variety Co261. Sugarcane is a perennial grass of the family Poaceae, primarily cultivated for its juice from which sugar is processed. Sugarcane yields are declining due to varietal degeneration and susceptibility to biotic and abiotic stresses. Smut of sugarcane is one of them, the disease can cause significant losses in cane tonnage and juice quality. As development of superior sugarcane varieties through conventional hybridization program is time consuming and has the problem of transfer of undesirable characters/traits into the newly developed hybrids/variety. In this connection, attempts were made to introduce genetic variability in sugarcane by in vitro culture techniques and mutation breeding. Induction of somaclonal variation is one of them which is described as the genetic variability present among cultured cells, plants derived JNKVV, Jabalpur, Annual Report 2018-19 Page 106

from such cells or progeny of such plants. Somaclonal variants can be isolated by Screening a large number of plants regenerated through tissue culture of which some may show useful resistance. Alternatively, they may be isolated by selecting cells, protoplasts, calli embryos or meristem for resistance. Hence basedontheabovefacts, The treatment, MS medium supplemented with 3 mgl-1 2, 4-D found most suitable for callus induction and multiplication. The callus on application of EMS become pinkish brown in colour, shoot regeneration from callus cells was high in MS medium supplemented with 3mgl-1 BAP gave dark gray or brown and sticky callus. Optimum PCR conditions for RAPD

were standardised with various quantities of DNA, dNTPs, MgCl2, primers and Taqpolymerase. Initially 20 RAPD and ISSR primers were screened against genomic DNA of the mother plant for their ability to amplify DNA fragments. Of these, seven RAPD primers and two ISSR were selected for further analysis of variatios with these two marker. From selected primers some produced robust amplification patterns. The PCR products obtained were separated on agarose gel stained with ethidium bromide. Molecular analysis of somaclonal mutants showed by primers polymorphism of DNA bands on validating with molecular markers viz. RAPD and ISSR markers gave 100 per cent polymorphism by two RAPD primers named OPA-01 and OPA-02showed that out of 17 DNA samples of mutants considered, all were showing variations but one DNA sample was showing similarity with mother plant. (Chinmay Gupta).

12. Efficacy of SSR markers and expression analysis by qRT-PCR for Fusarium wilt Resistance gene in Pigeonpea: Pigeonpea (Cajanus cajan L. Millsp.) belongs to family Fabaceae and one of the major perennial pulse crop cultivated in tropical and subtropical regions of the world. Second most important pulse crop grown in India is pigeonpea. It is diploid species (2n = 2x = 22) comprising a genome of 833.1 Mbp arranged into 11 linkage groups. The center of origin of this is the eastern part of peninsular India, including the state of Odisha, where the closest wild utilized relatives (Mansi) occur in tropical deciduous region. It is kharif seasoncrop.It is widely used for food and forage purposes. Pigeonpea production is affected by several fungal diseases from soil and seed borne, fungal disease, Fusarium wilt caused by Fusarium udum. It is difficult to manage through fungicide alone. This research deals with an efficacy of SSR markers among 14 pigeonpea varieties and expression analysis by qRT-PCR for fusarium wilt resistance gene. During this research total numbers of 14 different pigeonpea varieties were analyzed using 15 SSR primers. Out of 15 only 13 SSR primers were amplified successfully. These primers amplified 18 loci in all the samples. The band size of amplified primers ranged from 140-240bp. Maximum numbers of allele 3, where scored in PFW56 and PFW67. Out of 18 loci 7 were found polymorphic. An average number of bands per primer were 1.34 and an average number of polymorphic per primer was 0.53. Out of 13 SSR primers, only 5 were showing polymorphism.Highest PIC value was 0.31 found having three alleles among 14 varieties using PFW67 marker. Based on gel JNKVV, Jabalpur, Annual Report 2018-19 Page 107

electrophoretic banding pattern of SSR primers, pair wise genetic similarity among 14 varieties was estimated and a dendrogram was generated using Unweighted Pair Group Analysis (UPGMA) ―NTSYS-pc version 2.02e‖ programme. Cluster analysis of pigeonpea shown that varieties under studied were divided into two groups. Major group analysis contained 13 varieties that divided into two sub groups, subgroup ‗A‘ and sub group ‗B‘. Subgroup ‗A‘ contained 4 varieties and sub group ‗B‘ contained 9 wilt resistance varieties. Where, minor group contained single pigeonpea wilt susceptible variety. Pure culture of F. udum was isolated from infected plants for preparation of inoculum. Three different varieties of pigeonpea viz. Bahar (ICP-2376), Asha and TJT- 501 were grown in pots for expression analysis. Symptom of wilt was observed only in Bahar variety. The wilt symptom was first observed at 5 days after inoculation and it was increases continuous upto 30 days. Gene expression analysis were carried out at four stages: fresh lateral root tissues of 20 days old seedlings were collected, after inoculation of fungal spore suspension culture in plants samples at four different time interval viz. 0, 48, 72 and 120 hours after infection along with uninfected plant samples as control. Total RNA was extracted from root tissues collected at 0, 48, 72 and 120 hours after infection of fungal culture with uninfected samples as control. cDNA was synthesized from total RNA. This cDNA was used for screening and quantitative qRT-PCR. The expression level of CATgene tested in all the selected variety at four different stages after infection along with a housekeeping geneTUBA5. During this investigation, data of relative ratio revealed that the concentration of CATgene was higher in resistant varieties (Asha and TJT-501) and lowest in ICP-2376 variety (susceptible) under wilt infected condition. The expression of CAT gene was directly related to resistant against wilt in pigeonpea. (Prashant Gigaulia).

13. Biochemical and molecular characterization of endophytic bacteria from pigeon pea along with antimicrobial evaluation against Fusarium udum: Pigeon pea (Cajanus cajan (L.) Millsp.) is an important legume crop belonging to family Fabaceae. Pigeon pea improves soil characteristic by fixing atmospheric nitrogen along with fertility status ensuring better growth to succeeding crop that is considered to be an important asset. Plants can be considered as complex micro-ecosystems that provide different habitats to a variety of microorganisms. Endophytes are bacterial or fungal microorganisms that colonize healthy plant tissue intercellularly and/or intracellularly without causing any apparent symptoms of disease. Endophytes produce several compounds that promote growth of plants and help them adapt better to the environment. Also regarded as an effectual biocontrol agent, substitute to chemical control. Among the various fungal diseases Fusarium wilt (Fusarium udum Butler) has been reported to be the most destructive all over the world including India. Hence, the present study has been planned to carry out work on pigeonpea. The healthy plant samples of pigeon pea were collected from Sehore, Damoh, Chindwada, Kundam, and Jabalpur of Madhya Pradesh and from JNKVV, Jabalpur, Annual Report 2018-19 Page 108

Amravati of Maharashtra. Total 40 strains of endophytic bacteria were isolated from root, stem and leaves portion of pigeon pea plants. Morphological and biochemical characterization of 40 bacterial isolates was done. Under morphological characterization 25 endophytic bacteria were showing gram negative nature and 15 endophytic bacteria showing gram positive nature. Physiological characterization based on varying rang of temperature and pH was performed, all the 40 the isolates showed good growth at 38°C and pH rang 6 to 8. Biochemical characterization of all the 40 isolates performed in which, 37 isolates showed catalase activity, 28 showed amylase activity, 11 showed urease activity, 13 showed IAA activities, 29 showed phosphate solubilization activity. Molecular characterization and identification was done for 18 isolates selected from 40 isolates, by 16SrRNA gene. BLAST analysis revealed sequence similarity of 99 to 100% with the sequences in database of NCBI GenBank. All identified isolates corresponded to genera Chryseobacterium endophyticum (SS1), Paenibacillus castaneae (SR1), Streptomyces sp. (SR2), Lactobacillus plantarum (DR1), Bacillus proteolyticus (DS1), Pseudomonas sp. (DS2), Serratia rubidaea (CL1), Klebsiella aerogenes (CS1), Paraburkholderia sp. (CS2), Burkholderia sp. (KR1), Bacillus cereus (KR2), Bacillus subtilis (KS1), Enterobacter cloacae (JL1), Enterobacter sp. (JR1), Arthrobacter sp. (JS1), Bacillus subtilis (MR1), Bacillus sp. (MR2 ), Bacillus thuringiensis (ML1). Antimicrobial potential of selected 18 endophytic isolates evaluated against Fusarium udum. Seven endophytic bacterial isolates Streptomyces sp. (SR2), Bacillus proteolyticus (DS1), Bacillus subtilis (KS1), Bacillus cereus (KR2), Bacillus subtilis (MR1), Bacillus sp. (MR2), Bacillus thuringiensis (ML1) were showing its antimicrobial potential against Fusarium udum. Application of several innovative biotechnological tools will help in strengthening the understanding of plant-endophyte interactions, producing new bioactive compounds, help in growth of plants, and improve biocontrol activity, reducing the debris and other waste which are otherwise harmful to the ecosystem. Considering all these, definitely endophytes have proved to be a boon and have left good impact on plants, environment and also human beings in several possible ways.

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Research Highlights

DNA Barcode loci of different plant species in Fabaceae family

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Regenerated callus after application of EMS in sugarcane

ICPL-20114 ICPL-20124 RICHA-2000 ICPL-99048 ICPL-99010 ICPL-99099 ICPL-151

ICPL-85063 DURGA ICPL-87119 ICPL-87 PALLAVI TJT-501 ICP-2376

0.71 0.78 0.85 0.93 1.00 Coefficient

Phylogenetic tree showing similarity coefficient Amplification Curve of CAT gene expression in among pigeonpea varieties pigeonpea through qRT-PCR

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Nodal segment used for micro propagation of Elongation and proliferation of multiple shoots moringa PKM-1 and roots of moringa PKM-1

8 8 6 6 120 120 4 4 144 144 2 2 168 0 168

Bioethanol Yield BioethanolYield (%) 0 192 28 30 32 192 28 30 32 BioethanolYield (%) Temperature °C Temperature °C

Effect of incubation temperature on bioethanol Effect of pH 6.0 on yield of bioethanol in SiSF at yield at different incubation period in SSF different incubation temperatures and incubation method. Substrate taken–20 g, Water added-80 periods. Substrate taken-5 g, Water added-96 ml ml

Streak plate of Endophytic bacterial isolates and Positive Amylase activity and urease activity of Phosphate solubilization activity of endophytic endophytic isolates bacteria

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Mother plant of Coleus for callus culture Induction of callus of Coleus on MS medium

Biochemical characterization of Rhizobial Dendogram of 20 Rhizobial isolates generated by isolates (A) IAA production and (B) Phosphate using Neighbour-joining method of 1000 solubilisation bootstrap value by DARwin software

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Agricultural Engineering

 AICRP on farm implements and machinery (a) Prototype Feasibility Testing:

S. No. Machine/Implement Targeted area, Total covered area, ha, per year ha/h in the year: 2018 1. Happy seeder (New) 10 ha 43.10ha 2. Tractor operated straw baler (New) 10 ha 48.10ha

(b) Front Line Demonstration:

S. No. Machine/Implement Targeted area, Total covered area, ha in ha, per year the year: 2018 1. Tractor operated raised bed planter 10 ha 23.40ha 2. Paddy drum seeder (TNAU Design) 05 ha 9.80ha Power weeder for paddy 3. 05 ha 10.60ha (TNAU Design) 4. Aero blast sprayer. 10 ha 21.30ha 5. Demonstration of horticulture tools. 05 ha 75 demo 6. Multi-crop planter 05 ha 32.50ha 7. Axial flow paddy thresher 20 h 75.30h 8. Root crop harvester 10 ha 19.80ha

(a) Prototype Feasibility Testing (Give feedback about performance, economics, design refinement etc) :

S. Name of equipment Area No of Location Feedback No. covered farmers (ha)/hr benefitted used 1 Happy Seeder (New) 43.10ha 28 Bargi, Bhita,  The machine is very Gour, Thana, good as it cuts the crop Bamhni, residue and sowing Urdana, operation in single pass. Sihoda,  Cost-saving 58-64%. Damoh  Height of machine is higher.  In high-density crop residue field, the residue entangles with the tines.

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2 Straw Baler (New) 48.10ha 29 Soybean  This machine may also Unit, FC Unit increase the income of JNKVV JBP, the farmers as well as Bhita, the saving of energy. Natwara,  Cost-saving 60-66%. Amkhera, Minimized the wastage Panagar of paddy straw and enhanced income

(b) Front Line Demonstrations (Give feedback about performance, saving of inputs, economics etc)

Sl. Name of Area No of No of Locatio Comments No equipment covered, demon. farmers n ha)/hr used conducted benefitted 1 Tractor 23.40ha 19 18 Gour,  The farmers are satisfied with operated raised Bhita, the performance of the bed planter Bargi, machine. Chokital,  Seed germination was 20% Bamhni, higher due to proper drainage JNKVV of rainwater in soybean crop. Farm  Cost of the machine is high. 2 Paddy drum 9.80ha 09 13 Suhagi,  Easy to operate due to seeder (TNAU Bhita, lightweight. Design) Bargi,  Saving in seed 37-41%. Maharaj  Just after sowing when the pur, heavy rain continues the seed JNKVV floats and accumulate in the Farm lower side of the field. 3 Power weeder 10.60ha 17 12 Suhagi,  The farmers are satisfied with for paddy Natwara, the performance of the (TNAU Kusner, machine. Design) Bhita,  Saving on weeding cost 40%. Suhagi,  Cost of the machine is high. katni JNKVV Farm 4 Aero blast 21.30ha 25 25 Sihoda,  The farmers are satisfied with sprayer. Meergunj the performance of the , Urdana, machine. Thana,  The main breakdown were JNKVV, observed in cross, pulley and Adhartal belt.  Service of the supplier was very poor. 5 Demonstration 75 demo 28 19 Suhagi,  Contribution of horticultural of horticulture Maharaj and floricultural crops to the tools. pur, total agricultural production in Imaliya the country is quite significant Farm, due to highly favourable and

JNKVV, Jabalpur, Annual Report 2018-19 Page 115

Hortic. varied agro-ecological Farm, diversities. JNKVV

6 Multi-crop 32.50ha 25 20 Panagar,  Different crops can be planted Bargi, as per need at the desired row planter Chokital, to row and plant to Bhita,  Plant spacing with a single Gour, machine. Pariyat,  Seed saving 18-20%. Suhagi,  Seed metering system creates JNKVV problems (chain -sprockets) 7 Axial flow 75.30h 08 08 Gour,  Considerable saving of time JNKVV and labour because of high paddy thresher Farm, output capacity. Bhita,  Safety measures are provided Bamhni on moving parts.  Easy to transport from one field to other fields. 8 Root crop 19.80ha 16 24 Meergunj  The farmers were satisfied , Urdana, with the performance of the harvester Adhartal, root crop Thana,  Harvester as it is time and Bamhni, labour saving for potato Gour, harvesting. JNKVV  This machine should also be Farm tried for onion and ginger.

(c) Custom Hiring Training Organized – 4 No S. No. Date Duration No of Participant 1. 20-24 Feb.2018 5 days 20 2. 20-24 March 2018 5 days 46 3. 13-18 August 2018 6 days 29 4. 28- August to 3 Sep. 2018 7 days 35

Training of operator skill for baler: S. No. Date No. of participant 1 28/04/2019 07

JNKVV, Jabalpur, Annual Report 2018-19 Page 116

(b) Prototype Feasibility Testing:

S. Machine/Implement Targeted area, Total covered area, ha/h No. ha, per year in the year: 2018

3. Happy seeder (New) 10 ha 43.10ha 4. Tractor operated straw baler (New) 10 ha 48.10ha

(b) Front Line Demonstration:

S. No. Machine/Implement Targeted area, Total covered area, ha in ha, per year the year: 2018 9. Tractor operated raised bed planter 10 ha 23.40ha 10. Paddy drum seeder (TNAU Design) 05 ha 9.80ha 11. Power weeder for paddy (TNAU Design) 05 ha 10.60ha 12. Aero blast sprayer. 10 ha 21.30ha 13. Demonstration of horticulture tools. 05 ha 75 demo 14. Multi-crop planter 05 ha 32.50ha 15. Axial flow paddy thresher 20 h 75.30h 16. Root crop harvester 10 ha 19.80ha

(c) Prototype Feasibility Testing (Give feedback about performance, economics, design refinement etc) :

S. Name of equipment Area No of Location Feedback No. covered farmers (ha)/hr used benefitted 1 Happy Seeder (New) 43.10ha 28 Bargi, Bhita,  The machine is very good Gour, Thana, as it cuts the crop residue Bamhni, and sowing operation in Urdana, single pass. Sihoda,  Cost-saving 58-64%. Damoh  Height of machine is higher.  In high-density crop residue field, the residue entangles with the tines. 2 Straw Baler (New) 48.10ha 29 Soybean Unit,  This machine may also FC Unit increase the income of the JNKVV JBP, farmers as well as the Bhita, saving of energy. Natwara,  Cost-saving 60-66%. Amkhera, Minimized the wastage of Panagar paddy straw and enhanced income

JNKVV, Jabalpur, Annual Report 2018-19 Page 117

(d) Front Line Demonstrations (Give feedback about performance, saving of inputs, economics etc)

Sl. Name of Area No of No of Location Comments No equipment covered, demon. farmers ha)/hr used conducted benefitted 1 Tractor 23.40 ha 19 18 Gour,  The farmers are satisfied with operated raised Bhita, the performance of the bed planter Bargi, machine. Chokital,  Seed germination was 20% Bamhni, higher due to proper drainage JNKVV of rainwater in soybean crop. Farm  Cost of the machine is high. 2 Paddy drum 9.80ha 09 13 Suhagi,  Easy to operate due to seeder (TNAU Bhita, lightweight. Design) Bargi,  Saving in seed 37-41%. Maharaj  Just after sowing when the pur, heavy rain continues the seed JNKVV floats and accumulate in the Farm lower side of the field.

3 Power weeder 10.60ha 17 12 Suhagi,  The farmers are satisfied with for paddy Natwara, the performance of the (TNAU Kusner, machine. Design) Bhita,  Saving on weeding cost 40%. Suhagi,  Cost of the machine is high. katni JNKVV Farm 4 Aero blast 21.30ha 25 25 Sihoda,  The farmers are satisfied with sprayer. Meergun the performance of the j, machine. Urdana,  The main breakdown were Thana, observed in cross, pulley and JNKVV, belt. Adhartal  Service of the supplier was very poor. 5 Demonstration 75 demo 28 19 Suhagi,  Contribution of horticultural of horticulture Maharaj and floricultural crops to the tools. pur, total agricultural production in Imaliya the country is quite significant Farm, due to highly favourable and Hortic. varied agro-ecological Farm, diversities. JNKVV

6 Multi-crop 32.50ha 25 20 Panagar,  Different crops can be planted Bargi, as per need at the desired row planter Chokital, to row and plant to Bhita,  Plant spacing with a single Gour, machine.

JNKVV, Jabalpur, Annual Report 2018-19 Page 118

Sl. Name of Area No of No of Location Comments No equipment covered, demon. farmers ha)/hr used conducted benefitted Pariyat,  Seed saving 18-20%. Suhagi,  Seed metering system creates JNKVV problems (chain -sprockets) 7 Axial flow 75.30h 08 08 Gour,  Considerable saving of time JNKVV and labour because of high paddy thresher Farm, output capacity. Bhita,  Safety measures are provided Bamhni, on moving parts.  Easy to transport from one field to other fields. 8 Root crop 19.80ha 16 24 Meergunj,  The farmers were satisfied Urdana, with the performance of the harvester Adhartal, root crop Thana,  Harvester as it is time and Bamhni, labour saving for potato Gour, harvesting. JNKVV  This machine should also be Farm tried for onion and ginger.

(c) Custom Hiring Training Organized – 4 No S. No. Date Duration No of Participant 1. 20-24 Feb.2018 5 days 20 2. 20-24 March 2018 5 days 46 3. 13-18 August 2018 6 days 29 4. 28- August to 3 Sep. 2018 7 days 35

Training of operator skill for baler: S. No. Date No. of participant 1 28/04/2019 07

JNKVV, Jabalpur, Annual Report 2018-19 Page 119

Business Planning and Development Unit .  Agriculture Service Provider [ASP] Training Programme for the ASPs of BDAI, Bhopal, MP. The training was conducted from 15-17 May, 2018 by Business Planning & Development Unit, Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur, M.P. at conference hall of Directorate of Research Services, JNKVV, Jabalpur for the Agriculture Service Provider [ASP] of Biotechnology Development Association of India, A sect. 08 company based at Bhopal, M.P. working pan India. It is one of the member companies of BPD-JNKVV for such activities. Under this training 50 participants from Punjab state of country participated that was nominated by the BDAI, Bhopal.

REPRESENTATIVE OF ASPS WELCOMING HON'BLE VC

 02-Day fully residential training programme for officers of M.P. Forest Department ―Soil Health and Organic Elements Management‖ training programme for officers of M.P. Forest Department, Funded by M.P. Forest Department was organized on 22-23 May 2018. There were lectures on each subject from eminent faculty of the university as well experienced professionals from the industry. Point of focus was practical discussions among participants and

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visits to processing plants and production fields. The course gave a holistic view of development of forest resource management. It made an endeavor to enhance the skill sets of professionals by imparting trainings on important aspects of Soil Health and Organic Elements Management. Through this training, we groomed skill set 34 participants of Ranked ACF, Forest Guard & Ranger etc.  Agriculture Service Providers capacity building programme This was a bench mark setting programme organized from 29-31 May 2018 under this we served our specialization and expertise of managerial aspects related to agriculture for the interstate ASPs of country which were linked with BDAI as service provider across the respective region & The total participants were 96 with majority of participant from Haryana & U.P.

JNKVV officials interacting with participants  Conducted a visit to understand the institutional role of VV. Under this Tribal welfare officers of Maharashtra state visited the institute and interact with officials of Business Planning & Development Unit, Institute of Agribusiness Management (IABM), Jawaharlal Nehru Krishi Vishwa Vidyalaya, Jabalpur, M.P on 04 October 2018 followed by a detailed presentation on vital role in the Development of agripreneurship & Commercializing transferable technology through incubator, protection through IPR, licensing, commercialization, market linkages, quality assurance system and HR development for looking after the potentiality of area in agribusiness. Total 18 participants were participated.

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EXTENSION

Extension services play a key role in dissemination and transfer of latest technology in the field of crop production, crop improvement, cropping system, nutrient management, plant protection, horticultural crops management, agro-forestry, wasteland management, watershed management, medicinal and aromatic plants, cattle and poultry management, agricultural machinery, post harvest technology, value addition and resource management. The Directorate is committed to serve farmers through well organized network covering 26 districts in seven agro climatic zones of the state. All extension programmes are planned, organized and monitored by the Directorate in close collaboration with different departments of the colleges, State Govt., ICAR and other extension agencies. Twenty two Krishi Vigyan Kendras (KVKs), Communication Centre and Agricultural Technology Information Centre (ATIC) are the integral part of Directorate of Extension Services.

Vision To see self reliant, healthy rural population with rich agricultural knowledge and good marketing intelligence

Objectives

 Transfer of Technologies, assessment, application, refinement and feedback for the researcher  Up gradation of knowledge and skill of extension functionaries as well as farming community  Development and dissemination of technologies through print and electronic media  Linkage with line departments and developmental organizations  Reviewing the activities of KVKs, technological backstopping of KVK Scientists and extending technical guidance in formulating action plan  Co-ordinate radio talks and TV talks of the JNKVV faculty  Organization of kisan mela: A forum for Farmers- Agro Industry interaction  To generate employment in the field of agriculture and allied disciplines

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WINGS OF DIRECTORATE

Agricultural Technology Information Centre (ATIC)

Agricultural Technology Information Centre has been established at Jabalpur to cater the needs of farming community in terms of technological information products offered for sale and services rendered by the university through “Single Window System”. ATIC – links various units of research institutions with intermediary users and end users (farmers) in decision making and problem solving exercises. The project is being implemented with the following three objectives.

Objectives:  To provide a „single window system‟ for the products and plants species available from JNKVV and its institutes to the farmers and other interested groups as a process of innovativeness in technology dissemination at the institute level.  To facilitate direct access to the farmers, to the institution resources available in terms of technology, advise technology product etc for reducing technology dissemination losses.  To provide mechanism for feedback from the users to the institute.

Communication Centre

The centre is engaged in the publication of literature, bulletins, manuals, books and folders on various agricultural issues. Directorate level publication committee is constituted for authentication of publications of KVKs.

Krishi Gyan Vani Prasar Kendra

Radio programmes are being recorded in newly established recording studio for broadcasting through All India Radio, Jabalpur. Around 11 radio programmes were recorded and broadcasted through Akashwani. The centre was established under RKVY fund. During 2018-19, eleven Ph.D. Viva Voce and comprehensive Viva Voce were also recorded in this studio

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Krishi Vigyan Kendra

Twenty one KVKs spread over 26 districts in seven agro climatic zones are major strength for technology demonstrations, transfer of technology and scientific awareness. Vision Science and technology-led growth leading to enhanced productivity, profitability and sustainability of agriculture. Mission Farmer-centric growth in agriculture and allied sectors through application of appropriate technologies in specific agro-ecosystem perspective. Mandate Technology assessment and demonstration for its wider application and to enhance capacity development (TADA-CD). Mandatory activities:  Testing and verification of new technologies developed at research stations in farmers fields, through on farm trials and frontline demonstrations to showcase the benefits of technologies.  Capacity development of farmers and extension personnel to update their knowledge and skills in modern agricultural technologies and enterprises by organizing demonstrations, Kisan melas, exhibitions, farmers-scientists interface etc.  Publication of technical information and dissemination through publication and mass media such as press, radio TV channels for benefit of farmers and extension personnel.  Work as resource and knowledge centre of agricultural technologies for supporting initiative of public, private and voluntary sector.  Produce and make available technological products like seeds, planting material, bio agents, young ones of livestock etc to the farmers.  Organize extension activities to create awareness about improved agricultural technologies to facilitate fast diffusion and adoption of technologies in agriculture and allied sector.

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Location of KVKs under jurisdiction of JNKVV

Major activities of Directorate

Trainings organized at Directorate Level  Directorate of Extension Services imparted training to farmers, farm women and officers of Agriculture Department. Eight trainings were imparted in which 280 trainees participated.  Pre Zonal workshop was organised on 16-17 April 2018 at DES seminar hall for finalization of Annual Action Plan of KVKs for the year 2018- 19. In this workshop 40 scientists were present.  Organized review meeting on financial matter of KVKs held on 28.05.2018 to review the progress of AUCs etc.  Organized review meeting on seed hub on 16.08.2018

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to review the progress of seed hub activity and storage godown etc. Twenty four scientists participated in this workshop.  Review of KVK activities and technological backstopping of KVK scientists held on 20.12.2018. Meeting attended by 23 scientists.  Knowledge empowerment and technological backstopping workshop was held on 28.12.2018 for veterinary scientists. Ten veterinary scientists from KVKs were attended this meeting.  Swachhata Pakhwada organized by KVKs from 16- 31 December, 2018 in which many activities were conducted viz. display the Banner at prominent places, taking swachhata pledge, plantation of trees, cleanliness drive in office premise as well as in adopted village.  Pre Zonal Workshop was organised on 01-02 March 2019 at DES seminar hall for finalization of Annual Action Plan of KVKs for the year 2019- 20.  The “Farmers Training and Visit Programme” sponsored by NFL was conducted from 25-26 March, 2019. About 200 farmers from various districts actively participated in the training

programme.

Scientific Advisory Committee meeting (SAC)

Scientific Advisory Committee meetings were conducted by director Extension, Jt. Director Extension and senior officers of Directorate, in KVKs of JNKVV. Wherein members from line departments and progressive farmers participate and shared their knowledge to improve action plan as per need of the district and how to augment the productivity in present climatic conditions. Discussed action plan at length for finalization.

GIZ- NICE project:

The project Soil Protection and Rehabilitation for Food Security in India” commissioned by Federal ministry of economic cooperation and development (BMZ), Govt. of Germany. The lead

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executing agency is NABARD. KVK Balaghat and KVK Mandla are selected for GIZ programme. Activities were taken under pro-soil project:

1. Received training as Master trainers at Manage Hyderabad and Mumbai. 2. Provides training to CRP‟s of the project working at Mandla & Balaghat district. 3. Training to contact creator at JNKVV for sending massage and other contents to farmers. 4. Sending real time advice as massage to farmers & CRP‟s related to their crops. 5. Three thousand six hundred farmers were directly linked with this programme. 6. One hundred sixty four farmers queries were resolved by this network during last year. 7. More than 4 advisories were sent to CRP‟s and Farmers. 8. Workshop on NICE : A workshop was organized at KVK Mandla on o5th Oct.2018.

Krishi Kalyan Abhiyan programme for aspirational districts Line sowing of chickpea JG12 Krishi Kalyan Abhiyan programme was launched by NITI Ayog, New Delhi in 2018-19. This programme was run in 112 backward District of 26 states of India. In M.P. there were 8 backward districts are included, among them 3 districts Damoh, Chhatarpur and Singrauli were selected under JNKVV. In these districts 100% target was achieved. In the 1st round KVK Chhatarpur ranked 1st position and in 2nd round KVK Singrauli ranked first.

25th Zonal Workshop of KVKs:

Directorate of Extension JNKVV, Jabalpur and ICAR ATARI Zone-IX jointly organized 25th Zonal Workshop of KVKs on Sept. 03-05, 2018 at JNKVV Jabalpur. In this workshop 300 Scientists and Sr. Scientists from 78 different Krishi Vigyan Kendra of M.P. and Chhattisgarh were participated. Five technical Sessions (i.e. Seed Hub Review, CFLD Review, Nutri Smart Village, Doubling the Farmers‟ Income and NICRA project) were organized. A mega exhibition

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was also organized on this event. The mobile apps regarding crop production developed by KVK Dindori, Damoh, Narsinghpur & Jabalpur was inaugurated.

Adivasi kisan sammelan:

Tribal farmers sammelan was held at KVK adopted village Ghundisarai, distt. Dindori, in which participation of over 2000 farmers was registered. An exhibition was also organized apart from the sangoshthi.

International women’s day celebration: ATARI and Directorate organized International women‟s day on 8th March 2019. The chief guest was Jabalpur Mayer Dr. Swati Sadanand Godbole. On this occasion eminent speakers from different organization were present.

Soya Kisan Mela

National level Soya Kisan Mela was organized at KVK Betul on Sept. 20, 2018. Farmers Scientist Interface and Exhibition were organized in this event. More than 1800 farmers, 30 scientists, 96 officers form Agril. Department and 80 input dealers from M.P., Maharashtra and Gujarat participated in Soya Kisan Mela. Hon‟ble V.C. JNKVV graced the function.

Technology Backstopping to KVK Scientists In all 72 Senior Scientists & Head, 210 Scientists and 40 Programme Assistant, attended / participated in technological back stopping / trainings given by the University. Similarly four Sr. Scientist, sixteen Scientist and one Programme Assistant attended training programmes outside the zone during last year.

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Inauguration of Communication Centre

The Publication Unit of Communication Centre under the DES was inaugurated by the Agri. Minister Hon‟ble Shri Sachin Subash Yadav on February 16, 2019. The Minister of Animal Husbandry Shri Lakhan Yadav, Hon‟ble V.C. Prof. P.K. Bisen, DES Dr. Om Gupta and Scientists from DES were also present.

Visit of Hon’ble V.C. RVSKVV Gwalior

On March 14, 2019 Hon‟ble Vice Chancellor of Rajmata Vijayaraje Scidhiya Krishi Vishwa Viyalaya Prof. S.K. Rao visited the Communication Centre. On this occasion, Dean Faculty Dr. Dhirendra Khere, DES Dr. Om Gupta and DI Dr. S.D. Upadhyaya were also present.

4th National Youth Conference

JNKVV, ICAR and AIASA jointly organized the 4th National Youth Conference on 15th and 16th Feb. 2019. Hon‟ble State Agriculture Minister- Shri Sachin Subash Yadav, Hon‟ble State Animal Husbandry Minister Shri Lakhan Yadav, Hon‟ble Mayer, Jabalpur Dr. Swati Sadanand Godbole and MLA, Bargi Shri Sanjay Yadav were present.

Skill Development Training Programme

With the financial support of ASCI, New Delhi, Forest nursery Raiser and bamboo production training programme was organized in DES from 23rd January to 2nd march, 2019. Forty two farm women and farmers participated in this training programme.

Nutri-smart Activity: Nutri-smart activities for upliftment of nutritional status were organized in convergence with state mahila bal vikas in all KVKs under jurisdiction.

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Workshop on Nutrition Sensitive Agriculture A workshop was organized at Dindayal Research Institute Chitrikoot on 26-27 Feb, 2019 in colaboration with ATARI and GIZ ProSoil and NICE Platform. This workshop was organized on the Nutrition Sensitive Agriculture Practices. An exhibition was organized on plant variety and farmer‟s protection rights, Nutrition Sensitive Agriculture Practices and soil testing. All KVKs of jurisdiction of JNKVV participated in the workshop.

ACTIVITIES OF KVKS

On farm testing More than three hundred technologies were assessed on different thematic areas of resource management, crop production including field and horticultural crops, and livestock by KVKs. The trials were conducted on participatory mode on around 3000 farmers‟ fields during the year. Further, the suitable technologies identified by the Scientists and farmers were taken in the FLD programmes for their wider acceptability and horizontal expansion.

Frontline Demonstrations KVKs conducted 311 field demonstrations to make the farmers aware of the latest technologies generated by the Scientists. Front Line Demonstrations are regularly conducted in Kharif, Rabi as well as in summer season on need based components of production technologies. The number of beneficiaries in FLDs were 4700.

Cluster Frontline Demonstration on Oilseeds and Pulses In this program improved varieties (under 10 years) of pulses (chickpea, lentil, pigeonpea, mungbean, urdbean) and oilseeds (soybean, linseed, mustard) were demonstrated. The farmers are advised that produce (seed) of these crops is to be exchanged among farmers so that the horizontal spread of improved variety is to be achieved.

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Cluster Demonstrations on Oilseeds & Pulses conducted during 2018-19

Crop Area in ha No. of demo Pulse 1360 3400 Oilseed 740 1850 Grand Total 2100 5250

Soil Health card Programme: Soil Health card programme was launched in 2015. Under the scheme, Soil health card is to be provided to all farm holdings in the country at an interval of 2 years so as to enable the farmers to apply appropriate recommended dosages of nutrients for crop production and improving soil health and its fertility. In the year 2018-19 total 2,37,180 soil health cards were distributed by KVKs.

Pre Kharif and pre Rabi Kisan Sammelan

Pre Kharif and pre Rabi Kisan Sammelan was organized by the KVKs with the object to display the latest technologies, group discussion with the farmers and public representative as well as line department viz. Agricultural, Horticulture, Seed Corporation etc. In pre kharif Sammelan 4,931 farmers participated and in pre rabi Sammelan 4,619 farmers participated.

Farmer Fellow Award

Three farmers of the state viz. Sh Manohar Patidar, Bhopal; Shri Rakesh Singh Bakshi, Narsingpur and Shri Vishal Katare, Balaghat were honored with JNKVV Farmer Fellow Samman 2018 and three Tribal farm women of the State viz. Smt. Premvati Betul; Smt.

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Rekha Pandram, Dindori and Smt. Pappibai Singh, Shahdol were felicitated by JNKVV Excellence Award for Tribal Farm Women. The Samman consisted of prize money Rs. 10,000, memento and a certificate.

Kisan Mobile Advisory (KMA) Services

Need based advisory/ technology in the form of message are sent to farmers on mobile twice in a week in Hindi. During the 2018-19, a total No. of 1086 message were sent to 10,27,912 farmers, extension personnel registered under KMA programme from 24,2 villages of 139 blocks under the jurisdiction of JNKVV.

No. of farmers registered No. of villages covered No. of blocks covered 10,27,912 24,395 139

Seed production in seed hub during year 2018- 19 Mega Seed hub project

The seed production programme was 1500 1208.16 1130.31 undertaken by five KVKs viz. Betul, Harda, 786 1000 546.46 301.47 Narsinghpur, Damoh and Tikamgarh under 500 seed hub project entitled funded by NFSM 0 (GOI). In this project quality seed production of various pulses viz. chickpea, pigeonpea, lentil,

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mungbean, urdbean has to be done. During last year 3,972 q certified seed produced for farmers. Constructed Seed godowns (150 ton capacity) in KVKs and installed Seed Processing Plant (1 TPH) in these godowns.

Breeder seed production:

PPV & FRA Programme

The Ministry of Agriculture, Govt. of India established an effective system for the protection of plant varieties, the rights of farmers and plant breeders and researchers to encourage the development of new varieties of plants. This has been considered necessary to recognize and to protect the rights of the farmers in respect of their contributions made at any time in conserving improving and making plant genetic resources available for the development of new plant varieties.

Implementation of MKTY Programme

Directorate is implementing State Government funded scheme MKTY through KVK's. The aim was to showcase the latest technologies to farmers.

National Innovations on Climate Resilient Agriculture

NICRA was launched by Indian Council of Agricultural Research (ICAR). The mega project has three major objectives of strategic research, technology demonstrations and capacity building. Assessment of the impact of climate change simultaneous with formulation of adaptive strategies is the prime approach under strategic research across all sectors of agriculture, JNKVV, Jabalpur, Annual Report 2018-19 Page 133

dairying and fisheries. In JNKVV three KVKs viz. KVK Balaghat, KVK Chhatarpur and KVK Tikamgarh worked under this NICRA project. The four modules of NICRA – natural resource management, improving soil health, crop production and livestock – are aimed making the farmers self-reliant.

Objectives:

 To enhance the resilience of Indian agriculture covering crops, livestock and fisheries to climatic variability and climate change through development and application of improved production and risk management technologies.  To demonstrate site specific technology packages on farmers' fields for adapting to current climate risks.  To enhance the capacity of scientists and other stakeholders in climate resilient agricultural research and its application.

Impact of advisories/ measures implemented on minimizing the impact of cold wave/frost in the villages covered under NICRA project.

Impact of cold wave on the Impact in resilient practices Crops crops (NRM/ Crops, etc.) Wheat, Chickpea Slow vegetative, flowering and Increase in growth and save from Mustard, Vegetables fruiting growth cold and cold wave damages and Fruit crops Buffaloes, Cows, Unhealthiness symptoms and Healthiness and prevented from Goats and Poultry reduction in metabolic rate diseases and sickness.

Demonstration Unit

Different demonstration units have been created by KVKs to demonstrate the technology and generate the funds like Crop Cafeteria, Vermi compost, Net House / Poly house, Nursery, Kitchen garden, Meadow orchard, Kadaknath hatchery, Vermi composting unit, Dairy, Goatry, Azola unit, Hydroponic unit etc. More than Rs. 16 lakhs fund were generated.

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DAESI Programme One year Diploma Programmes i.e. DAESI (Diploma in Agriculture Extension Services for Input dealers) are successfully running in all Krishi Vigyan Kendras.

Skill Development Training Programme

The Govt of India Ministry of Skill Development and Entrepreneurship has proposed skill development training programme for farmers, farm women and rural youth to be conducted by the Agriculture University and KVKs. This programme of the JNKVV and KVKs under the jurisdiction of JNKVV have conducted 36 trainings of different subjects allotted by ASCI during the year 2018-19. The subjects were vermi compost production, organic manure production, mushroom production, dairy enterprise, nursery raising, small poultry keeping, tractor operation, bee keeping, etc. Total 580 participants were enrolled in these trainings.

List of special projects/ programmes initiated through KVKs:

The following projects and programmes are funded by Central Govt. / State Govt. During last year around 04 crore fund was generated.  Pradhan Mantri Kisan Samman nidhi Yojna (PMKSY)  AICRP Tribal Sub Plan (TSP- chickpea)- Operated in 07 KVKs namely Chhidwara I Chhindwara II, Dindori, Harda, Mandla, Panna and Umaria  Nutri Smart Village – all KVKs  Nutri Sensitive Agricultural Resources and Innovations (NARI)  Network Project on New Extension Methodologies and Approaches (NEMA)  Knowledge Systems and Homstead Agriculture Management in Tribal Areas

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(KSHAMTA)  Value Addition and Technology Incubation Centres in Agriculture (VATICA)  Farm Innovation Resource Management (FIRM)  National Bamboo Mission  National Horticulture Mission  Quinoa Project operated in 4 KVKs namely Mandla, Narsinghpur, Shahdol and Umaria

AWARDS /HONOURS

1. Dr. (Mrs) Om Gupta, Director Extension JNKVV Jabalpur bagged with best women scientist award -2018 by „Indian Phyto Phathological Society New Delhi‟ a second largest society of world in the field of Plant Pathology. 2. Shri Roshanlal Vishwakarma a progressive farmer of Distt. Narsinghpur (M.P.) has been awarded a prestigious National award “Mahindra Samrudhi Krishi Yantrikaran Award. This consists of a cheque of Rs. 2,00,000/- , memento and certificate given by Mahindra group in March 2019 at New Delhi. He developed a bud cheeper useful for sugarcane planting. 3. Dr. Akhilesh Kumar, Scientist KVK Rewa got best poster presentation award in National Convention on Integrated Agriculture Prosperous Bharat Vidyarthi Kalyan Nyas Bhopal. 4. Dr. Pramod Kumar Gupta Scientist KVK Jabalpur got Best KVK Scientist award for outstanding contribution in farm advisory services under TOT and participatory Research by Indian Society of Extension Education. 5. Dr. Sanjay Kumar Singh, Scientist KVK Tikamgarh got Best KVK Scientist award for outstanding contribution in farm advisory services under TOT and participatory research by Indian Society of Extension Education. 6. Dr. Ritesh Kumar Jaiswal, Scientist KVK Panna got outstanding contribution award in the field of plant protection by Society for Scientific Development in Agriculture and Technology Meerut. 7. Dr A.S. Shinde Tamboli, Scientist KVK Betul got young scientist award given by Science and Tech. Society for Integrated Rural Improvement.

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Seed Production & Management

Madhya Pradesh is the second largest state in the country in terms of area with a total geographical area of 308 lakh hectares, constituting 9 percent of the total geographic area of the country. It ranks sixth with a total population of 72 million, out of which 72% resides in rural area. The state is known for its abundant natural resources including forest, minerals, rivers and valleys. There are 11 agro-climatic zones, five crop zones and varying land use, soil types, rainfall and water resources, distributed across 51 districts in the state. Also, a significant proportion of tribals and dalits reside in the state together comprising 35% of the total state population.

The state economy of Madhya Pradesh is predominantly rural and agrarian in nature. Agriculture sector is the mainstay of the state‘s economy and is the only sector providing employment and livelihood options to majority of the rural population in the state. According to Census 2011, 69.8% of the total workers and 85.6% of the total workers in rural areas are largely 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% to State‘s GDP at constant prices (2004-05 prices) and 33.6% at current prices. Hence, the positive and consistent growth rate of this sector is of immense importance to drive the state economy, especially the rural economy. It also it has a great potential in influencing the state as well as the national economy in environmentally sustaining ways. There are numerous empirical evidence showcasing the correlation of positive agriculture growth and socio-economic development status of the citizens by way of making a dent on poverty, ensuring food and nutritional security, raising income levels and employment JNKVV, Jabalpur, Annual Report 2018-19 Page 137

opportunities etc. It is also true that a thriving rural livelihood will lead to more refined urban life by reducing the migration from rural areas and putting less pressure on urban infrastructure and services.  Seed Production System of JNKVV Jawaharlal Nehru Krishi Vishwa Vidyalaya is the primer Institution for seed production and distribution in the country. It caters around 15% of breeder seed requirement of the nation. Our customers include National and State Seed Corporations, State Farms Corporation of India, State Department of Agriculture, Horticulture & Farm Forestry and Animal Husbandry, State Seed Corporative, KRIBHCO, Ministry of Agriculture, Govt. of India, National Dairy Development Board, Bharat Krishak Samaj, National and multinational seed companies, progressive farmers, Oil Federations and several organizations directly/indirectly involved in seed production activities. The University has attained expertise in production, 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 “Single Window System” of operation. At JNKVV, the important features of the seed production programme are the maintenance breeding and effective internal monitoring system. Diversification of nucleus/ breeder seed production programme with a view to meet the growing demand of quality seed and planting material of vegetables, spices, sugarcane, medicinal and aromatic plants as well as mushroom spawn production have added new dimensions. The seed production programme is reviewed at Vishwa Vidyalaya level during Kharif/ Rabi seasons every year. The University has also initiated need based training programme for senior / middle level seed professionals from State Agriculture Universities (SAU), State Department of Agriculture, State Seed Corporations, State Seed Certification Agencies, National and multinational seed companies with a view to upto-date knowledge on seed technology, seed certification standards covering all important and relevant aspects of seed production, processing and storage.

 Resources JNKVV has 1200 ha of cultivated land available for research and seed production activities . Out of this, around 844.08 ha of land is being put under the seed production, mainly at the following research stations: (i) ZARS, Jabalpur (ii) ZARS, Rewa (iii) ZARS, Powarkheda (iv) ZARS, Tikamgarh etc. These centers are adequately equipped for seed production. There is need to accelerate the pace of farm mechanization, improve seed processing, irrigation and storage facilities at other production centers. Production and management of quality seed is one of the major activity of JNKVV. In all, 28 farms are in operation covering six agro-climatic zones . The details of farms under operation is given below:

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S. No. Controlling unit Name of Incharge Farm Contact Number 1 ZARS, Chhindwara A.K. Mahajan 9479648234 2 Mohgaon A.K. Mahajan 9479648234 3 Tendani A.K. Mahajan 9479648234 4 RARS, Dindori D.N. Shrivash 9424688898 5 Garhakota Vikas Gupta 9893016099 6 College Farm Ganjbasoda P.K. Mishra 9977651512 7 BSP (FC) Jabalpur R.S. Shukla 9424676727 8 BSP(GN) Jabalpur B.D. Ghode 9424677473 9 BSP(Soy ) Jabalpur S.K. Singh 7000030929 10 BSP(Veg) Jabalpur S.K. Singh 9407884019 11 FRS, Kuthulia S.M. Kurmwanshi 9827013466 12 ZARS, Powarkheda Mr. Ansingh Ninama 9669848248 13 College Farm Rewa Md. Gufran Usmani 8357863131 14 RARS, Sagar D. K. Payasi 9826144887 15 College Farm Tikamgarh P. K. Tyagi 7000829296 16 RARS, Waraseoni N.K. Bisen 9424866714 17 KVK Badgaon B.K. Prajapati 09012012068 18 KVK Betul RD Barpate 9424460507 19 KVK Damoh Rajesh Kumar Dwivedi 9993532337 20 KVK Harda Pushpa Jharia 9009801134 21 KVK Katni Keshav Dwivedi 7000603650 22 KVK Mandla Vijay Suryawansi 9755925530 23 ORAI Mandla Vijay Suryawansi 9755925530 24 KVK Narsinghpur S. R. Shrama 9977244254 25 KVK Nawgaon Gyan Chandra Ojha 9340436143 26 KVK Panna R.V. Singh 9752824476 27 KVK Seoni N. K. Singh 9981828648 28 KVK Sidhi Dhananjay Singh 9424641061 29 KVK Umaria K. P. Tiwari 9425888060 30 SRS, Bohani B. K. Sharma 9403281681

 Seed Management System

S. No. Name Post Contact Number

1 Dr. Sharad Tiwari Director Farms 9424658241

2 Shri Ajay Jaiswal AOF 7879263299 3 Smt. Vimla Shrivas Stenographer-III 8827989479 4 Shri Shyam Lal Patel Field Extension Officer 7974955640

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 Activities

 Functioning of Single Window System The execution of system envisages planning, production, monitoring, processing, marketing and supply of seeds to the indenters from a single window. It is being operated through Directorate of Farms of the University. The system has been effective for the successful implementation of seed production programme. The Nodal Centers for the programme is under operation at Jabalpur with three satellite centres viz., Rewa, Tikamgarh and Powarkhed located at Zonal Agriculture Research Stations.

 Support from ICAR 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. The project has developed the large operational system which utilizes the internal scientific/technical resources of the University to produce high quality breeder seed. The system is strongly supported by maintenance breeding programme. The main sources of funding are:  Field Crops – ICAR  Soybean & Groundnut – GOI  Spices – Govt. of MP & GOI  Medicinal & Aromatics – GOI  Mega Seed Project – ICAR  Seed Legume Project – GOI  Seed Village Project – ICAR  Tribal Sub Plan – ICAR  Scheduled Cast Sub Plan- ICAR

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 RKVY- GOI  Additional Breeder Seed Production of Pulses (ABSP)- GOI  Additional Breeder Seed Production of Millets Crops- GOI The University has been selected as one of the major participating institutions in the breeder seed production programme of GoI.

 Seed Production Planning Seed production programmes of all the crops are being planned based on indents of national and state seed corporation through ICAR, private seed sector, seed market intelligence reports and based on previous year sales and demands. The total indent of all the sectors put together is being planned on the basis of suitability of the selected varieties to different agro- climatic zones of MP. The entire production programme is being developed with the consent of officer-in-charge of farms and controlling officer at zonal level every year. The change in programme is permissible subject to the approval of Directorate of Farms. The programme includes :

 Crop improvement A dynamic seed sector can be developed with continuous release of improved varieties and hybrids from crop research programmes. To ensure the crop research programmes, strong support is provided from the State so that superior varieties and hybrids can be developed. Hence, due to continuous efforts every year a large number of varieties are released at State as well as at National level.

 Seed production programme Jawahar Seed is being produced from Breeder Seed in the area after the coverage of nucleus/breeder seed by employing standerd quality mechanism in the seed multiplication chain.

 Seed extension activities The surplus breeder/Jawahar seed of improved varieties of various crops is being made available to the farmers to create seed demands.

 Seed distribution mechanisms The breeder seed produced is being supplied against the indents. The surplus breeder seed is being made available to indenters on first cum first served basis. Jawahar seed is being supplied directly to the farmers through seed counters of the university at a reasonable cost.

 Maintenance Breeding

The maintenance breeding is one of the important activities of seed production programme of the University. The programme involves a dedicated team of crop scientists located at various research stations to maintain the varieties. Crop varieties are being

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maintained by Single Plant Selection (SPS) grown in progeny rows. The SPS bulk seed is multiplied to produce breeder seed depending upon the indents.

 Size of Seed Production Programme

Crops Crops, Nos. Varieties, Nos. Field crops 32 250 Vegetable crops 13 23 Spices 11 26 Fruit plants 05 15 Medicinal & aromatics 20 35 Ornamental plants 20 40 Total 101 389

 Seed producing centers The details about total land available for breeder seed production centers is given below:

S. Center Land available Kharif Rabi area Total area No. for seed area (ha) (ha) covered production (ha) (ha) 1 Jabalpur 249.48 248 248 496

2 Dindori 20 20 9 29 3 Chhindwara/Mohgaon/Tendani 29.6 23 19 42 4 Waraseoni 10 9 6 15 5 Rewa 30 26 29 55 6 Kuthulia 29 28 29 57 7 Sagar 43 42 43 85 8 Garhakota 7 6 6 12 9 Tikamgarh 112 109 90 199 10 Powarkheda 98 84 91.5 175.5 11 Ganjbasoda 21 12 13 25 12 Panna 18 18 18 36 13 Damoh 13 13 13 26 14 Seoni 10.5 9 8.5 17.5 15 Narsinghpur 15 15 15 30 16 Sidhi 6 5 6 11 17 Nawgaon 14 14 7 21 18 Umaria 3.5 - - -

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S. Center Land available Kharif Rabi area Total area No. for seed area (ha) (ha) covered production (ha) (ha) 19 Mandla 5 3 3 6 20 ORAI, Mandla 25 15 15 30 21 Katni 25 24 23 47 22 Badgaon 10 10 2 12 23 Harda 12 12 12 24 24 Betul 13 13 13 26 25 Bohani 25 17 17 34 Total 844.08 775 736 1511

 Status of Breeder Seed Production

Breeder Seed Production in India and JNKVV

JNKVV has maintained first rank in production of breeder seed contributing 22.86% (2009-10), 18.31% (2010-11), 19.58% (2011-12), 16.35% (2012-13),16.64% (2013- 14), 18.40 % (2014-15), 12.07 % (2015-16), 15.30 % 2016-17 and 14.70% in 2018-19.

140000 120000 100000 80000 60000

40000 India (q) Productionq. 20000 JNKVV (q) 0

Year

JNKVV is rich in crop and varietal diversification in breeder seed production and producing 16922 quintal of breeder seed annually of 107 varieties of 20 field crops. The potential amount of funds generahed is about 1377.66 lakh. The details are given below:

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Crop varieties in Breeder Seed Production Programme, 2018-19

Crop Varieties Kharif Rice JR-81, Imp. Chhinnore, Imp. Jeera Shankar, Dantesawari, IR-36,IR-64,Kranti, JR- 767, MTU-1010,JR-201,PS-1460,PS-4,PS-5, Sahabhagi Dhan, JR-206, JRV-1 Soybean JS 20-98, JS 20-69, JS 20-94, RVS 2001-04, JS 20-116, JS 20-34, JS 20-29 Arhar TJT 501, BDN 711, Rajeshwari Moong Virat, TJM-3, Sikha Urad IPU 2-43, T9, JU-3, PU-35, Virat Sesame TKG-21, TKG-55, TKG-306, TKG-22, TKG-308 Kodo JK137, JK41, JK-439, JK 390-25, JK-155, JK-13, JK-106 Kutki JK-81, JK-4, JK-36 Maize JM-216 Niger JNC-9, JNC-6, Rabi Wheat GW 322, JW 3382, JW 3288, JW 3211,Lok 1, JW 3173, C-306, MP 1201, MP 1202, MP 1203, MP 1142, MPO 1215, MPO 1255, MPO 1106, GW 366, GW 273, JW 3020 Gram JG -12, JG-14, JG-63, JAKI-9218, JG-130, JG-11, JG-36, JG-315, JG-322 Lentil RVL 11-6, JL-3, IPL-316 Pea Kashi Nandani, PSM-3, Arkel, Aman, JM-6, IPF 99-13 Mustard Pusa Tarak, Pusa Jaikishan, Varuna Oat JO-1, JO 03-93 Niger JNC-9, JNC-28, JNS-31 Barley JB-58, JB-1 Berseem JB-1, JB-5 Linseed JLS-79, JLS-27, JLS-73, JLS-95, JLS-66, PKDL-41, JLS-67

Matrix of Breeder Seed Production & potential Revenue Generation, 2018-19

Season Crop Varieties Production Revenne (No.) (q) (Rs. in Lakh) (A) Kharif Rice 19 5941 419 Soybean 6 1713 199.14 Arhar 3 72 13.68 Moong/Urad 4 102 21.11 Sesame 7 24 5.58 Kodo/Kutki 10 22 1.14 Maize 1 84 5.8 Niger 2 3 0.41

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Total 52 7961 665.86 (B) Rabi Linseed 7 173 13.67 Wheat 17 6763 440.95 Gram 9 1781 223.57 Lentil 4 30 4.39 Pea 6 120 21.6 Mustard 3 26 1.83 Barley 2 51 3.35 Niger 3 5 0.69 Oat 2 11 0.8 Berseem 2 1 0.45 Total 55 8961 711.3 G. Total 107 16922 1377.2

Crop and variety wise Breeder Seed Production, 2018-19

S. No. Variety Production (q) Crop: Rice 1 Kranti 2872.2 2 MTU-1010 905.56 3 IR 64 820.36 4 JR 81 376.99 5 P-1460 44.9 6 PS-5 66 7 MR-219 25.5 8 WGL 32183 32 9 JR 206 22.21 10 PS-4 74.51 11 JR 767 124.95 12 JRB-1 292.12 13 Imp. Chhinour 76.44 14 Imp. Jeera Shankar 127.3 15 Danteshwari 11.3 16 JR-201 19.4 17 IR-36 7.7 18 JR-267 0.9 19 Sahbhagi 40.85 Crop: Arhar 20 TJT-501 69.87 21 ICPl-87 1.4 22 ICPL-151 0.75 Crop: Urad 23 T-9 34.48 24 JU-3 3.50

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S. No. Variety Production (q) 25 PU-35 13.69 Crop: Moong 26 Shikha 5.00 Crop: Soybean 27 JS 20-69 1197.71 28 JS 20-29 289.25 29 JS 20-34 44.82 30 JS 20-98 19.87 31 JS 97-52 0.17 32 RVS 2001-4 40.84

S. No. Variety Production (q) Crop: Gram 1 JG-12 1393.88 2 JG-14 124.95 3 JG-63 13.01 4 JAKI-9218 56.86 5 JG-130 6.12 6 JG-11 25.70 7 JG-36 14.45 8 JG-315 121.55 9 JG-322 15.30 Crop: Wheat 10 GW 322 2198.25 11 JW3382 1341.80 12 JW3288 1398.84 13 JW 3211 306.72 14 LOK 1 196.92 15 JW-3173 48.36 16 C-306 39.43 17 MP-1201 65.91 18 MP-1202 176.71 19 MP-1203 98.64 20 MP-1142 20.10 21 MPO-1215 23.37 22 MPO-1255 4.67 23 MPO-1106 1.87 24 GW-366 339.15 25 GW-273 476.70 26 JW-3020 25.20 Crop: Linseed 27 JLS-79 46.21 28 JLS-27 17.81 29 JLS-73 48.40 30 JLS-95 6.12 JNKVV, Jabalpur, Annual Report 2018-19 Page 146

S. No. Variety Production (q) 31 JLS-66 28.59 32 PKDL-41 12.66 33 JLS 67 12.77

 Status of varietal replacement of crop varities

Percentage Quantity of New variety Year of Old variety replacement Crop seed popularized release replaced of old Produced, q varieties Wheat MP 3382 2015 396.34 GW 322, GW 30 273 Wheat MP 1255 2015 3.28 HD 4672 30 JRH 19 2015 0.50 JRH 4, 5 and 8 10 Chickpea JKG 5 2015 4.50 JKG 2 10 Soybean JS 20-29 2015 383.69 JS 93-05 35 Soybean JS 20-69 2015 296.32 JS 97-52 35 Kodo JK 137 2015 0.20 JK 41 10 Soybean JS 20-34 2016 325.74 JS 93-05 35 Chickpea JG 36 2016 6.00 JG 315 10 Linseed JLS 79 2016 0.50 JLS 23 10 Niger JNS 30 2016 2.38 JNC 6 10 Rice JR 767 2017 27.00 PS 3, PS 4 & PS 5 10 Rice JR 81 2018 7.82 MTU 1010 10 Rice Improved Chinoor 2018 12.60 Chinoor 10 Rice Improved Jeera 2018 18.90 Jeera Shankar 10 Shankar Rice JRV 1 2018 18.00 IR 36, IR 64 10 Rice JR 206 2018 400.00 MTU 1010 10 Maize JM-218 2018 60.00 JM-216 10 Linseed JLS-95 2018 4.50 JLS-27 10 Soybean JS 20-116 2019 14.00 JS 95-60 35 Soybean JS 20-94 2019 5.00 JS 20-29 35 Maize JM-215 2019 0.50 JM-216 10 Linseed PKDL-165 2019 0.20 PKDL-41 10

 Public-Private Partnerships

JNKVV has implemented the benefit sharing of the public sector breeds with the private sector. There seems to be a tremendous potential to develop the seed links programme of public/private sector. This helps in developing/strengthening research programmes and adequate resource income to University. An MoU has been signed for the purpose. This MoU is as per the guidelines of IPR Management for Agriculture Research Technologies of NARS and approved by Board of Management of the University. Seed companies i.e., Vikki Agro Tech, Vibha

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Seeds, J.K. Agric Genetics, Dhanuka Seeds, Agri. Co. Seed, Spriha Seeds, Sarkar Seeds, Kohinoor Seeds, Amareswara Agritech, Ajit Seed and a dozen of seed companies have undertaken the commercialization of early maturing Rice hybrids on non exclusive basis. Similarly, in medicinal 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 Planning Development Unit of the University has been established to care of transferable technologies for commercialization of Seed Production, Medicinal & Aromatics, Biofertilizer technologies etc.

Name of Company Date of MoU Vibha Agrotech Limited 03.08.2011 Dantewada Seeds Pvt. Ltd 22.11.2011 Trimurti Plant Sciences Ltd. 08.02.2012 Ajeet Seeds 10.01.2012 Delta Seed Co. Dec. 2012 Super Agri Seeds 08.03.2013 Sri Ram Bio Seeds 13.11.2013 Manisha Agritech 22.05.2012 Nuziveedu Seeds 11.10.2013 Bayer Crop Science 12.05.2015

 Seed Quality Assurance Mechanism 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 for 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.

 Marketing Strategy and Information Systems Seed is being made available to the indenters as per demand/indents. Quantity of seed available of 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 ([email protected])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 is available at Directorate Farms. Up-to date information will be available in the upcoming website to benefit the seed producing agencies.

 Demonstration programme Farmers participatory seed production programme of Kharif & Rabi crops

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The most important asset and input in agriculture is land and seed. The asset of land (soil) is inherent to the poor farmers, which is beyond control, while the farmers are deprived of quality seeds due to their unapproachable distance from extension functionaries. The Tribal Sub Plan (TSP) take care concern of farmer‘s constraints in galloping agricultural development. Likewise, it is planned to supply quality seeds of crops and some other inputs to improve their livelihood through agriculture. In this context the farmers were motivated through FLD‘s to adopt improved technology and the seeds and other inputs were supplied free of cost to ascertain blanket spread and replacement of traditional low yielding varieties. Breeder Seeds was distributed to the farmers with instruction to replace traditional varieties in whole of the village with F1 produce which should not be sold as grain.

Farmers Participatory Seed Production in Tribal District during Kharif & Rabi 2018-19.

No. of demonstrations conducted at district Dindori during Kharif & Rabi

S. No. of Crop Variety District Block Village No demonstration 1 Paddy MtU-1010 Dindori Amarpur Jalegaon, Ghewri 150 Bajag Shivri, suniyamar, sunpuri 77 Dindori Kohka, Kanaisangwa 71 2 Wheat JW 3173 Dindori Bajag Shivri, suniyamar, sunpuri 22 3 Gram JG 315 Dindori Bajag Shivri, suniyamar, sunpuri 9 4 Pea JP 885 Dindori Bajag Shivri, suniyamar, sunpuri 6 Total 335

No. of demonstrations conducted at district Anuppur during Kharif & Rabi

S. Crop Variety District Block Village No. of No. demonstration 1 Paddy MTU-1010 Anuppur Pushprajgarh Lalpur, pipar tola, 141 Kachhara tola Jatahari Beri bandh, 28 Paraswar, Damna 2 Wheat JW 3173 Anuppur Pushprajgarh Kacchara tola, 32 lalpur, Mototola JW 3211 Anuppur Pushprajgarh Kacchara tola, 31 lalpur, Mototola Jatahari Damna, Beri bandh, 33 paraswar 3 Gram JG 315 Anuppur Pushprajgarh Lalpur, pipar tola, 22 Kachhara tola 4 Pea JP 885 Anuppur Pushprajgarh Lalpur, pipar tola, 17 Kachhara tola Total 304

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No. of demonstrations conducted at district Mandla during Kharif

No. of S. No. Crop Variety District Block Village demonstration 1 Paddy MTU-1010 Mandla Bichhia Dehi 140 2 Paddy WGL-32100 Mandla Bichhia Bhuabichhia 23 3 Paddy PS-3 Mandla Bichhia Lapti 22 4 Arhar TJT-501 Mandla Bichhia Saraitola 12 Total 197

Summary

Crop Area (ha) Variety Production (q) District Rice 97.12 MTU-1010, 4370 Mandla, Anoopur WGL- 32100 and PS-3 and Dindori Arhar 1.92 TJT-501 38 Mandla Gram 6.88 JG-130 and JG-315 124 Anoopur and Dindori Wheat 18.88 JW-3173 and JW-3211 944 Anoopur and Dindori Fieldpea 3.68 JP-885 55 Anoopur and Dindori

Human Resource Development-

Under Tribal -Sub-Plan (TSP) Project operated by Directorate of Farms, four training programmes were organized at district Dindori (M.P.) during 2018-19 with the objective to ensure upliftment of tribal farmers by enrichment of knowledge and skills in crop production.

S. Name of Training District Block Village Beneficiaries, No. No. 1 Improved production Anuppur Pushprajgarh Tedhipur 155 technology of Rabi Crops 2 Crop cultivation of paddy Mandla Bichiya Bhubichiya 40 3 Nutrient management in Mandla Bichiya Lapti 45 paddy crops 4 Production technology of Mandla Bichiya Dehi 48 Kharif crops

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 Farmer’s perception

The influence of technology demonstration and awareness programme have shown positive impact on the perception of farmers in Madhya Pradesh.

 The significance of seed and its difference to the grain has been very well studied by the people in terms of monetary return and there by changing the economic status of farmers.  Benefits of technological intervention such as seed treatment with fungicides, biopestiside and insecticides towards the freedom from pest and diseases is well as since long.  Physical purity and genetic purity are of immense importance for quality, uniformity and assessment of produce by the farmers.  Awareness for better seed storage as compared to grains have been percolated in the mind set up.  Overall perception include selection of seeds of high yielding varities and use improved technologies for seed production, awareness for storage pests and precaution to maintain physical purity during harvesting and threshing.

 Capacity building

Capacity building / technology dissemination under ICAR Seed Project – Seed Production in Agricultural Crops during 2018-19:

S. No. of Title Date Kind of Stakeholders No. Beneficiaries (I) Training Seed Production of Rabi 1. 18.02.2019 Progressive Farmers 540 Crops Intercution of farmers and 2. scientist for management of 25.02.2019 Progressive Farmers 200 weeds in Rabi crops II Field day/ Seed days National Seed Day and Farmers/Scientist/Enterpr 2000 09.10.2018 Foundation Day enurs/Student III Exhibitions /Kisan Mela/ Kisan Goshti Farmers/Scientist/ 1 Seed exhibition 10/10/2018 3500 Students/Traders

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 Livelihood Security through Quality Seed Production

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 socio economic status of the targeted tribal farmers. These programmes are being implemented through KVK of the V.V.

 Brand Management of Jawahar Seeds Brand Jawahar seed has been established with a logo to popularize the seed and planting materials. Now Jawahar seed is an established brand as the quality seed and 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.

 The accomplishments that made JNKVV, Jabalpur as best Breeder Seed Production Centre in the Country

 The centre has been continuing to be the best in total breeder seed production at national level. Out of 119293 quintels breeder seed produced at national level, JNKVV contributed 16922 quintels. However, a few down fall in seed production of few soybean varieties observed due to failure of crops at some centres due to out brust of disease and water stress.  The centre has also executed the well planned programme on technology dissemination. Specially various new innovative technologies including hybrid seed production in rice, maize and arhar has been disseminated to the farmers through farmers participatory and capacity building programmes.  The farmers participatory hybrid rice seed production programme has imparted economical benefit to the farmers which reflected at state level by increas total production and productivity.  The centre has also created few new infrastructure specially threshing floor, farm implements, implement shade, seed processing unit and mega seed store.

 Impact and Conclusion

Taking 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.

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 The State of Madhya Pradesh has now become one of the leading states in the country by exhibiting agriculture growth rate of 9.04% during the 11th 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 14.18 million tonnes of wheat in the financial year 2014-15.  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 2014-15 remained at 13.90% and overall GSDP at 16.86%. Between 2000-01 and 2014-15, agri- GDP (gross domestic product) for MP grew at an annual average rate of 9.4%. This is far higher than the all-India average of 3.3% between 2000-01 and 2014-15. It shows that Madhya Pradesh has witnessed the high gowth rate in agriculture in the last two years. This is one of the credible achievements, because generally the growth rate nosedives in the subsequent year of exceptionally high growth rate.  Madhya Pradesh also became a pioneer state in constituting seed producer cooperative societies at large scale to ensure increase in availability of seed by becoming the largest producer of certified seed. During the year 2003 total certified seed production in the state was 19.29 lakh quintal which increased to 43.95 lakh quintal in 2013. As of now, Madhya Pradesh is the top seed producer in the country.  With the highest growth in total food grain production, Madhya Pradesh received prestigious national “Krishi Karman” award for five consecutive year.

 Way Vision

 Seed is the vehicle of prosperity. It is a basic input for the sustainable agriculture. Quality of the seed has always been considered as of prime importance.  For the continued and assured supply of quality seed, (SAUs and ICAR Institutes) get equal opportunity to produce and distribute the Breeder Seed of all the crop/varieties irrespective of origin, provided the minimum seed certification standards are followed.  Better understanding between SAUs/ ICAR Institute and Seed Producing Agencies including Cooperative Societies provide sufficient quantity of quality seed at times under the stress condition.  Public Private Sector Partnership should be encouraged in the state to cater the demand of high volume low cost seed sector.

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Outstanding Achievements of 2018-19

 JNKVV is the highest producer of Breeder Seeds in the country.  Diversified production of 16922 q breeder seeds of 20 field crops of 107 varieties in 1511 ha land.  Produced 12839, 2075 & 1969 q breeder seeds of cereals, pulses & oilseeds, respectively.  Produced 27 q breeder seeds of 13 improved varieties of small millets and niger crop for tribal farmers.  Conducted 836 demonstrations on seed production in tribal districts viz Dindori, Annpur and Mandla.  Single Window Delivery Sysytem of seed sale.

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Human Resource Development

Participation of Scientists and Professors in Capacity building programmes

Sr. Name Address Title Period Institute 1. Singh Richa Horticulture KVK, Recent technologies in improvement 12.3.to SKUAS&T, Program Asstt Narsinghpur of vegetable Crop under temperate 21.3.2018 Shalimar conditions Campus 2. Kathal D Plant Pathology Advance in biological control of 24.5.to IARI, New Delhi Asstt Prof CoA, Balaghat plant diseases 13.6.2018 3. Barpete R Plant Pathology Advances in biological control of 24.5.to IARI, New Delhi Scientist KVK, Betul plant diseases 13.6.2018 4. Rajak SK Agril. Eco Innovative approaches and 1.6.to MPUAT Udaipur Asstt Prof CoA, Balaghat strategies for high profitability and 21.6.2018 sustainability in organic production system 5. Panse RK Entomology Innovative approaches and 1.6.to MPUAT Udaipur Asstt Prof CoA, Balaghat strategies for high profitability and 21.6.2018 sustainability in organic production system 6. Dongre R Forestry Innovative approaches and 1.6.to MPUA&T, Scientist CoA, Jabalpur strategies for high profitability and 21.6.2018 Udaipur sustainability in organic production system 7. Lodhi AS SWE CoA, Adaptation of energy efficient 4.6.to CAU, Imphal, Asstt. Prof Balaghat agricultural technologies for climate 24.6.2018 Gangtok change mitigation 8. Deshmukh G SWE CoA, Adaptation of energy efficient 4.6.to CAU, Imphal, Assoc. Prof Balaghat agricultural technologies for climate 24.6.2018 Gangtok change mitigation 9. Bisen Sharad Horticulture CoA, Adaptation of energy efficient 4.6.to CAU, Imphal, Asstt. Prof. Balaghat agricultural technologies for climate 24.6.2018 Gangtok change mitigation 10. Ahirwar AD Plant Breeding Recent advance in adaptation and 18.6.to IIOR, Hyderabad Techl Asstt ZARS, management strategies for 27.6.2018 Chhindwara sustainable oilseeds production under climate change scenario 11. Nigam AK DSW, Jabalpur Challenges of content and delivery 18.6.to RDVV, Jabalpur Sports Officer in higher education in the 21st 7.7.2018 century 12. Tiwari RC Agril. Economics Challenges of content and delivery 18.6.to RDVV, Jabalpur Asstt Prof CoA, Tikamgarh in higher education in the 21st 7.7.2018 century 13. Bansal GR LPM CoA, Production and post production 19.6.to . SKUAST Assoc. Prof Ganjbasoda interventions to increase returns 9.7.2018 Srinagar from livestock enterprises-a step towards doubling farmers income

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Sr. Name Address Title Period Institute

14. Tantwai K Biotechnology Genomics assisted prebreeding in 25.6.to IARI, New Delhi Asstt Prof Centre, Jabalpur vegetables crops 4.7.2018 15. Rai SK Ext Education Extension approaches for 13.7.to IARI, New Delhi Asstt Prof CoA, Balaghat integrating technological option and 2.8.2018 institutional arrangement for doubling farmers income 16. Singh Y Forestry, Recent developments in organic 24.7.to SKUASTK. Asstt Prof CoA, Jabalpur vegetable production system under 13.8.2018 Srinagar changing climate scenario 17. Baghel SS Soil Science Recent developments in organic 24.7.to SKUASTK. Scientist CoA , Jabalpur vegetable production system under 13.8.2018 Srinagar changing climate scenario 18. Sharma S Plant Pathology Skill development through 30.7.to MPUA&T Asstt Prof ZARS, technological interventions for 19.8.2018 Udaipur Chhindwara doubling the farmers income 19. Goswami P Agronomy Skill development through 30.7.to MPUA&T Asstt Prof CoA Balaghat technological interventions for 19.8.2018 Udaipur doubling the farmers income 20. Singh Radha Plant Physiology Skill development through 30.7.to MPUA&T Scientist CoA, Rewa technological interventions for 19.8.2018 Udaipur doubling the farmers income 21. Gour Shashi Home Science Soft computing tools for application 1.8.to CIAE, Bhopal Scientist ATARI, Jabalpur in food & agricultural processing 21.8.2018 22. Thakur R Soil Science Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt. Prof CoA, Balaghat and profitability in organic farming 24.8.2018 23. Shrivastava AK Agronomy Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt. Prof CoA, Balaghat and profitability in organic farming 24.8.2018 24. Gaur VS Biotech Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt Prof CoA, Balaghat and profitability in organic farming 24.8.2018 25. Solanki RS Statistics Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt Prof CoA, Balaghat and profitability in organic farming 24.8.2018 26. Bisen UK Plant Breeding Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt Prof CoA, Balaghat and profitability in organic farming 24.8.2018 27. Shrivastava AK Agro- Enhancing resources use efficiency 4.8.to IARI, New Delhi Asstt Prof meteorology and profitability in organic farming 24.8.2018 CoA, Tikamgarh 28. Mishra PK Agronomy Enhancing resources use efficiency 4.8.to IARI, New Delhi Assoc. Prof CoA, Ganjbasoda and profitability in organic farming 24.8.2018 29. Pachuari V KVK, Sagar Enhancing resources use efficiency 4.8.to IARI, New Delhi Sr Scientist and profitability in organic farming 24.8.2018 30. Borkar J Home Science Agriculture and allied sciences: 13.8.to BCKVV, Nadia KVK, Harda productivity, food security & ecology

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Sr. Name Address Title Period Institute Scientist 14.8.2018 31. Gaur VS Biotech. Next generation sequencing and its 28.8.to NRCPB New Asstt Prof CoA, Balaghat applications in plant sciences 18.9.2018 Delhi 32. Mure Sandhya Home Science Synergistic approaches for bio 31.8.to CIAE, Bhopal Scientist KVK, Harda processing of food and by-products 20.9.2018 for nutritional and industrial use 33. Bhatnagar RK Soil Science Advance microbial technologies to 4.9.to IISS, Bhopal Asstt Prof CoA, improve nutrient use efficiency and 24.9.2018 Ganjbasoda mitigation of greenhouse gas emission from agriculture 34. Kumari A Plant Physiology Advance microbial technologies to 4.9.to IISS, Bhopal Asstt Prof CoA , improve nutrient use efficiency and 24.9.2018 Ganjbasoda mitigation of greenhouse gas emission from agriculture 35. Rai SK Ext Education Extension led nutritional security 4.9.to IARI, New Delhi Asstt Prof CoA Balaghat 24.9.2018 36. Chouhan P Horticulture Advance microbial technologies to 4.9.to IISS, Bhopal Asstt Prof CoA, improve nutrient use efficiency and 24.9.2018 Ganjbasoda mitigation of greenhouse gas emission from agriculture 37. Baghel KS KVK, Rewa Advance technology in plant health 5.9.to GBPUA&T, Technical Officer management and pest risk analysis 25.9.2018 Pantanagar for improvisation of Indian agriculture and farmers income 38. Shrivastava A Plant Pathology Advance technology in plant health 5.9.to GBPUA&T, Asstt Prof CoA, management and pest risk analysis 25.9.2018 Pantanagar Ganjbasoda for improvisation of Indian agriculture and farmers income 39. Gupta KN Plant Pathology Advance technology in plant health 5.9.to GBPUA&T, Scientist COA, Jabalpur management and pest risk analysis 25.9.2018 Pantanagar for improvisation of Indian agriculture and farmers income 40. Meshram RK ZARS New frontiers in agri-resource 5.9.to GBPUA&T, Scientist Powarkheda augmentation and utilization 25.9.2018 Pantanagar 41. Mishra KK Plant Pathology, Advance technology in plant health 5.9.to GBPUA&T, Scientist ZARS management and pest risk analysis 25.9.2018 Pantanagar Powarkheda for improvisation of Indian agriculture and farmers income 42. Kumar Akhilesh KVK, Rewa Microbial based interventions for 5.9.to IIPR, Kanpur Scientist sustainable pest management and 25.9.2018 improving soil health 43. Gautam SS Horticulture New innovations in improvement of 5.9.to YSPUH&F, Solan Sr Scientist KVK, Mandla vegetable crops 25.9.2018 44. Bisen UK Plant Breeding Recent trends in data analytics and 6.9.to IASRI New Delhi Asstt Prof CoA, Balaghat knowledge management 26.9.2018

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Sr. Name Address Title Period Institute 45. Solanki RS Statistics Recent trends in data analytics and 6.9.to IASRI,, New Asstt Prof CoA, Balaghat knowledge management 26.9.2018 Delhi 46. Singh SK Horticulture, Natural resource management-a 10.9.to PAU, Ludhiana Scientist KVK, Tikamgarh step towards doubling farm income 30.9.2018 47. Singh RS Plant Breeding, Maintenance breeding and assured 11.9.to IGFRI, Jhansi Scientist CoA, Tikamgarh quality seed production in dual 1.10.2018 purpose crops and grasses 48. Ahirwar AD ZARS, Maintenance breeding and assured 11.9.to IGFRI, Jhansi Technical Asstt Chhindwara quality seed production in dual 1.10.2018 purpose crops and grasses 49. Malviya G English Culture studies 17.9.to HSG CU, Sagar Asstt Prof CoA, Tikamgarh 7.10.2018 50. Gupta PK Plant Protection Recent trends in sustainable 18.9.to JNKVV, Jabalpur Scientist DES, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 51. Sahu RK Soil Science Recent trends in sustainable 18.9.to JNKVV, Jabalpur Asstt Prof CoA, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 52. Upadhyay AK Soil Science Recent trends in sustainable 18.9.to JNKVV, Jabalpur Scientist CoA, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 53. Shrivas D Agronomy Recent trends in sustainable 18.9.to JNKVV, Jabalpur Scientist RARS, Dindori management of soil health for 8.10.2018 doubling the farmers income 54. Sharma AK Entomology Recent trends in sustainable 18.9.to JNKVV, Jabalpur Assoc. Prof CoA, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 55. Singh DK Agril Extension Recent trends in sustainable 18.9.to JNKVV, Jabalpur Scientist KVK, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 56. Sapre Nisha Agronomy Recent trends in sustainable 18.9.to JNKVV, Jabalpur Asstt Prof CoA, Jabalpur management of soil health for 8.10.2018 doubling the farmers income 57. Tripathi PN Soil Science Recent trends in sustainable 18.9.to JNKVV, Jabalpur Scientist KVK, Shahdol management of soil health for 8.10.2018 doubling the farmers income 58. Jaga PK Soil Science Extension and communication 19.9.to RVSKVV, Asstt Prof CoA Ganjbasoda approaches for sustainable agri. 9.10.2018 Gwalior 59. Patel Yogesh Entomology Extension and communication 19.9.to RVSKVV, Asstt Prof CoA, approaches for sustainable 9.10.2018 Gwalior Ganjbasoda agriculture 60. Meshram V Agril. Extension Cluster front line demonstration 20.9.to CoA, Nagpur Scientist KVK, Mandla (oilseed-linseed)-an integrated 23.9.2018 approach towards doubling income of the farmers

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Sr. Name Address Title Period Institute 61. Bhalawe S Agroforestry Current and emerging trends for 24.9.to NAU, Navsari Asstt. Prof CoA, Balaghat conservation and sustainable 14.10.2018 utilization of forest genetic resources 62. Sarvade SS Agroforestry Current and emerging trends for 24.9.to NAU, Navsari Asstt. Prof CoA, Balaghat conservation and sustainable 14.10.2018 utilization of forest genetic resources 63. Gupta AK PHTC Recent engineering interventions in 5.10.to ICAR-CIPHET Asstt Prof CoAE, Jabalpur food and by-product processing for 25.10.2018 Ludhiana sustainable growth and profitability 64. Singh SK Horticulture, Natural resource management-a 10.10.to PAU, Ludhiana Scientist KVK, Tikamgarh step towards doubling farm income 30.10.2018 65. Verma DK PHTC Application of advanced 23.10.to CIAE, Bhopal Asstt Prof CoAE , Jabalpur instrumentation and hydraulic 12.11.2018 systems in precision agriculture for crop and environmental sustainability 66. Singh Radha Plant Physiology Climate change and its impact on 5.11.to NRRI, Cuttack Scientist CoA, Rewa photosynthesis and productivity of 26.11.2018 rice 67. Kumar Ashish Plant Pathology Application of molecular 5.11.to PAU, Ludhiana Asstt Prof CoA, Jabalpur epidemiology and simulation 14.11.2018 modelling for plant disease management 68. Shukla Rashmi Home Science Refresher course 12.11.to RDVV, Jabalpur Scientist KVK, Jabalpur 1.12.2018 69. Singh DK Agril. Extension Refresher course 12.11.to RDVV, Jabalpur Scientist KVK, Jabalpur 1.12.2018 70. Bal LM PHTC Entrepreneurship development 15.11.to OUA&T Asstt Prof CoA, Tikamgarh through value addition of 5.12.2018 Bhubaneswar underutilized crops 71. Gupta KN Plant Pathology Advances in experimental designs 6.12.to IASRI, New Delhi Scientist CoA, Jabalpur and analysis 26.12.2018 72. Srivastava AK Agro- Good agricultural practices for 11.12.to IARI, New Delhi Asstt Prof meteorology doubling farmers income and 31.12.2018 CoA, Tikamgarh enhancing resource use efficiency 73. Vishwakarma N Food Science Significance of bioactive ingredients 1.1.to MPUA&T Scientist KVK, Katni and supplements in health foods 21.1.2019 Udaipur 74. Verma S Ext Education Recent advance in micro-irrigation 3.1.to CIAE, Bhopal Scientist KVK, Betul and fertigation systems for improved 23.1.2019 input use efficiency of open and covered cultivation through engineering interventions 75. Gautam SS Horticulture Role of precision farming in urban 4.1.to SKNAU Jobner and peri-urban horticulture in the era

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Sr. Name Address Title Period Institute Senior Scientist KVK Mandla of urbanization 24.1.2019 76. Kumar Sarvesh Agril. Extension Extension approaches for 4.1.to IARI, New Delhi Scientist KVK, Harda integrating technological options 24.1.2019 and institutional arrangements for doubling farmers 77. Singh Vinita Home Science Extension approaches for 4.1.to IARI, New Delhi Scientist KVK, Umaria intergrading technological options 24.1.2019 and institutional arrangements for doubling farmers 78. Dhuware S Agril Extension Appropriate agricultural 29.1.to BUA&T, Banda Scientist KVK, Balaghat technologies and extension 18.2.2019 approaches for doubling farmer’s income 79. Parte Vinita Agronomy Farmer empowerment through 1.2.to PAU, Ludhiana Asstt Prof CoA, Ganjbasoda entrepreneurial ventures 21.2.2019 80. Solanki VK Agroforestry Farmer empowerment through 1.2.to PAU, Ludhiana Asstt Prof CoA, Ganjbasoda entrepreneurial ventures 21.2.2019 81. Singh Jai Plant Protection Appropriate agricultural 5.2.to BUA&T, Banda Scientist KVK, Singrauli technologies and extension 25.2.2019 approaches for doubling farmer’s income 82. Ambulkar PL Entomology Dynamic of entrepreneurial 7.2.to OUA&T, Scientist KVK, development for empowering rural 27.2.2019 Bhubaneswar Plant Protection Chhindwara youth in agriculture 83. Amrate PK Plant Breeding Modern concept in plant disease 8.2.to GBPUA&T, Scientist CoA, Jabalpur management for enhancing quality 28.2.2019 Pantanagar and productivity 84. Pandey Vinita Central Library, Refresher course in environment 18.3.to RDVV, Jabalpur Asstt Librarian Jabalpur education and disaster management 6.4.2019 85. Gautam AN Agril Economics Experimental data analysis 18.3.to IASRI, New Delhi Tech Asstt CoA, , Jabalpur 27.3.2019 86. Tiwari Roshni Agril Economics Experimental data analysis 18.3.to IASRI, New Delhi Tech Asstt CoA, Jabalpur 27.3.2019

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Participation in Seminar/ workshops/conferences/ symposium/meetings/ Trainings etc. College of Agriculture, Jabalpur

 Dr.A.S.Gontia participated in review meeting of the project "Medicinal plants promotion in tribal communities of M.P. through developing value chain" from 11-13 Oct. 2018 held at Gandhi Institute of Technology and Management (GITAM), Hyderabad, A.P..  Dr.A.S.Gontia, Dr.S.K. Dwivedi, Dr Anubha Upadhyay, Dr.R.K. Samaiya, Dr. G. Tiwari, Dr. Vibha and Dr. C.S.Pandey attended National seminar on ―Advances and Challenges in Horticulture‖ from 26-27 Feb, 2019 held at JNKVV, Jabalpur.  Dr. C.S.Pandey attended training program on ‗Good Agricultural and Collection Practices for Medicinal Plants‖ from 12-13 Nov., 2018 at ICAR- Directorate of Medicinal & Aromatic Plants, Anand (Gujrat).  Dr. C.S.Pandey attended 8th Indian Horticulture Congress-2019, Shaping the future of Indian Horticulture‖ from 17-21 January, 2019 at Indira Gandhi Krishi Vishwa Vidyalaya, Raipur, CG.  Dr. C.S.Pandey and Dr. Vibha attended XXVI Group meeting of the AICRP on Medicinal & Aromatic Plants and Betelvine from 28-30 Sept., 2018 at AAU, Jorhat (Assam).  Dr. C.S.Pandey attended State level Biosafety Capacity Building Workshop on 17.04.2018 held at Department of Plant Breeding and Genetics, JNKVV in collaboration with Biotech Consortium India Limited ,New Delhi  Dr. Stuti Mishra attended 1st National Genetics Congress (NGC) being organized during 14th -16th December, 2018 at the Indian Agricultural Research Institute, New Delhi by the Indian Society of Genetics and Plant Breeding (ISGPB), New Delhi.  Dr. Anita Babbar attended International Food Legume Research Conference (IFLRC, 2018) in ICARDA, May 6-8th, 2018 at Markesh, Morrocco.  Dr. G. K. Koutu attended and participated in 33rd Annual Group Meeting of AICRP-NSP (Crops) from 09-11, May, 2018 at PJTSAU, Karaikal, Puducherry.  Dr. G. K. Koutu attended One day Project launching workshop of ICAR funded TSP project on Quinoa organized at Department of Plant Breeding and Genetics on dated 20.02.2019  Seema Naberia, Priti Vishwakarma and Nalin Khare attended National Seminar on Innovative Approaches for Rural and Agriculture Advancement (IARAA-2019, Organised by JNKVV Jabalpur and M.P. Council of Science & Technology, Bhopal (M.P.) held on 10-11 January, 2019 at College of Agriculture, JNKVV, Tikamgarh (M.P.).

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 Shrishti Bilaiya, Dr. N.K. Khare, Dr. Seema Naberia attended 4th National Youth Convention on federating Agri-Youth in Business Group for Remunerative Agriculture, Organised by All India Agricultural Students Association, New Delhi, ICAR, New Delhi & JNKVV, Jabalpur held on February15-16, 2019 at JNKVV, Jabalpur.  Parvez Rajan, Seema Naberia and Kamini Bisht attended 4th National Youth Convention on federating Agri-Youth in Business Group for Remunerative Agriculture, Organised by All India Agricultural Students Association, New Delhi, ICAR, New Delhi & JNKVV, Jabalpur held on February15-16, 2019 at JNKVV, Jabalpur.  Jeetndra Patel, Kamini Bisht, SheelaRaghuwanshi and S.P. Singh attended National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ organized by College of Agriculture, Tikamgarh on 10-11 January 2019 at Tikamgarh.  Hridayram Nagar, Kamini Bisht, KhushbuKhatri and S.P. Singh attended National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ organized by College of Agriculture, Tikamgarh on 10-11 January 2019 at Tikamgarh.  Shubham Jain, S.P. Singh, Kamini Bisht and Sheela Raghuwanshi attended National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ organized by College of Agriculture, Tikamgarh on 10-11 January 2019 at Tikamgarh.  Veerpal Maina, Kamini Bisht, Mahak Khatri and S.P. Singh attended National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ organized by College of Agriculture, Tikamgarh on 10-11 January 2019 at Tikamgarh.  Dr. Kamini Bisht attended National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ at JNKVV College of Agriculture, Tikamgarh (M.P.) on 11th January 2019.  Dr. R.M. Sahu, Dr. R.K. Jain, Dr. Roshni Tiwari, Dr. A.N. Goutam, Shri Chnadra Pratap Yadav – Attended National Workshop on Comprehensive Scheme for Studyig the Cost of Cultivation of Principal crops in India, Sponsored by the Ministry of Agriculture & Farmer Welfare, Govt of India, New Delhi and organized by Cost of Cultivation Scheme, Kerala Univesity at Thiruvanthapuram, Kerala during 13-15 September 2018.  Dr. R.K. Jain -Attended the National Meeting of Commission for Agricultural Cost and Prices on Formulation of Price Policy for Rabi Crops 2018-19 held at Krishi Bhvan, New Delhi on 18th June 2018.  Dr. R.M. Sahu and Dr. R.K. Jain – Attended the State Level Advisory Committee meeting on minimum support price and alternative mechanism to support farmers in Chhattisgarh State Raipur held on 16-17th July 2018.  Dr. R.K. Jain – Attended the regional meeting eastern region of commission for agricultural costs and prices on formulation of price policy for kharif crops 2018-19 held at Bhubaneshwar, Odisha on 30th January 2019.

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 Dr. R.M. Sahu and Dr. R.K. Jain - Attended the regional meeting of western region commission for agricultural costs and prices on formulation of price policy for kharif crops 2018-19 held at Jaipur, Rajasthan on 11th February 2019.  Dr. S.B. Nahathar -Attended one day workshop on Start-up Ecosystem of Madhya Pradesh on 6th April, 2018 at MSME, Panchanan Bhawan, Bhopal.  Dr. S.B. Nahathar Attended State Level Biosafety Capacity Building Workshop on 17.04.2018, jointly organized by BCIL, New Delhi and JNKVV, Jabalpur.  Dr. S.B. Nahathar Attended one day workshop on Agrinnovate India Limited on 6th June 2018 at NASC complex, New Delhi.  Dr. S.B. Nahathar Attended launching workshop of project on ―Farm mechanization on soybean `based cropping systems in central India, funded by National Oilseed Mission, New Delhi on 20th July 2018, at Directorate of Research Services, JNKVV, Jabalpur (M.P.) order No. DRS/DDRA-2/2018/794 dated 13th July, 2018.  Dr. S.B. Nahathar Attended regional workshop on The Biological Diversity Act, sponsored by UNDP-GEF (Global ABS Project) on 1st and 2nd February, 2019 at Dharmashastra National Law University, Jabalpur.  Verma A., P. Shrivastava. ―Need and Importance of Skill Development for MSME‘s (absentia) in National Seminar on Micro. Small and Medium Enterprises (MSME) and Youth, 17-18 Aug 2018.  Deepak Rathi -Exploring opportunities for agriculture under WTO on June 12 to 15, 2017 at National Institute of Agricultural Extension Management (MANAGE), Hyderabad (Telangana).  Deepak Rathi -Domain & Platform Skill training under training of Master Trainer program for the job role Agri-input Dealer on Oct.10-12, 2017 at Agriculture Skill Council of India, National Skill Development Corporation.  H. O. Sharma, Deepak Rathi and R. S. Chouhan (2018) Participated in the National Conference on ―Agro- Economic Research‖ Organized on January 30-31, 2018. by the 15 Agro-Economic Research Centres /Units of the Ministry of Agriculture & Farmers Welfare, Government of India at Institute of Economic Growth, New Delhi.  H. K. Niranjan and R. S. Chouhan (2018) Participated in the International Conference on Global Research Initiatives for Sustainable Agriculture & Allied Sciences (GRISAS- 2018) during 28-30 Oct. 2018 held at Rajasthan Agricultural Research Institute, Durgapura, Jaipur, Rajasthan. India.  H. O. Sharma and Deepak Rathi (2019) Participated in the National Conference on ―Agro- Economic Research‖ Organized by the 15 Agro-Economic Research Centres /Units supported by Ministry of Agriculture & Farmers Welfare, Government of India at Centre for Management in Agriculture (CMA) Ahmadabad, Gujarat on January 10-11, 2019.

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 Prem Ratan Pandey (2018) Participated in National Conference on ―Conservation Agriculture‖ organized by School of Agriculture, ITM University Gwalior (M.P.) held during 22-23 February, 2018.  Pradeep Kumar Patidar (2018) NATIONAL CONFERENCE ON ―Techno-Strategic Intervantion for Profitable Agriculture‖ on March 26-27th 2018 Jointly organized by Advanced Post Graduation Centre, Lam, Guntur & Agricultural College, Bapatla.  Rathi D. Participated in 4th National Youth Convention on Federating Agri-Youth in Business Group for Remunerative Agriculture‖ organize by All Indian Agricultural Students Association, at Jawaharlal Nehru Krishi VIshwa Vidyalaya, Jabalpur, Madhya Pradesh on 9th and 10th February 2019 and presented paper as panelist on Empowering youth for Agribusiness Ventures‖ in technical session IV on Strategies for empowering youth for their involvement in establishing agribusiness ventures to create job opportunities on 10th February, 2019.  Sharma, H. O. attended Enabling Farmers Profit & Prosper-Indian Agricultural Outlook Forum at A. P. Shinde Hall, NASC Complex, Pusa Campus, New Delhion 10-11 September 2018.  Verma Anupama, Shrivastava, P. and Nahatkar S.B. (2019). Presented paper by first author on Urgent need for Supply Chain Management in Marketing of Horticultural Products in India, as poster H 10-02 in National Seminar on Advances and Challenges in Horticulture, organized by Department of Horticulture, Jawaharlal Nehru Krishi Vishwa VIdyalaya, Jabalpur, M.P. on 26-27 February, 2019.  Dr. V.K. Shukla attended the Quinquennial Review Teams (QRT) meeting of QRT of ICAR-IIFSR (including AICRP-IFS and NPOF) at RARI, Durgapur, Jaipur during 10-11 October,2018.  Dr. V.K. Shukla attended the "V Biennial Workshop (XXXIII of project) of ―AICRP on Integrated Farming Systems‖ at University of Agricultural Sciences, Bengaluru (Karnataka) during 20-23 December 2018- Updated list of Guests from UAS, Bengaluru.  Dr. V.K. Shukla attended and presented research paper entitled ―Doubling the income of small and marginal farmers through integrated farming systems modal for their sustainability, profitability and economic viability‖ in the National Symposium on ―Integrated Farming Systems for 3Es‖ (Ecological sustainability, Enhanced productivity and Economic prosperity) organized by UAS, Bengaluru, IIFSR, Modipuram and Indian Society of Agronomy, ICAR and CIMMYT New Delhi on 23-24 December 2018, at UAS, GKVK, Bengaluru.  Dr. Amit Kumar Upadhyay, Scientist participated and attended National Seminar on Innovative Approaches for Rural and Agriculture Advancement and presented of research paper entitled ―Growth, productivity and quality traits of rice as influenced by soil test based integrated nutrients application in a medium black soil of Madhya Pradesh‖ held at

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Jawaharlal Nehru Krishi Vishwa Vidyalaya, College of Agriculture, Tikamgarh (M. P.), India during January 10-11, 2019.  Dr. B.S. Dwivedi, Scientist participated and attended National Seminar on Innovative Approaches for Rural and Agriculture Advancement and presented of research paper entitled ― Effect of long term Application of Inorganic Fertilizers and organic manure on Nutrient Status‖ held at Jawaharlal Nehru Krishi Vishwa Vidyalaya, College of Agriculture, Tikamgarh (M. P.), India during January 10-11, 2019.  Dr. B. S. Dwivedi, Scientist, Chairman of reception committee in 4th National Youth convention on Federation Agri-Youth in Business Group for Remunerative Agriculture during 15-16 Feb. 2019 held at JNKVV, Jabalpur (MP).  Dr. B. S. Dwivedi, Scientist, Participated in workshop/ seminar on Biological diversity act held on 1-2 Feb., 2019 at Dharmashaastra University, Jabalpur.  Dr. Ashish Kumar attended National Convention on AGRIVISION-2019: Integrated Agriculture: Prosperous Bharat‖ held at NASC complex, PUSA campus Delhi on 28th- 29th January 2019.  Dr. S.B. Nahathar Attended SAMARTH: Innovation and Incubation Induction Workshop at Virology Auditorium, Division of Plant Pathology, Organized by Pusa Krishi Incubator, ZTM- BPD at IARI, New Delhi from 11th to 13th February, 2019.  Dr. S.B. Nahathar Attended workshop on Building Sustainable Farmer Producer Organizations: Challenges and Opportunities, Organized by Solidaridad FPO Resource Center (SFRC) at Hotel Lake View Ashok, Bhopal on 7th December, 2018.

College of Agriculture, Rewa

 Dr. Manisha Dwivedi Asstt. Professor English participated in 4th STS International conference held on 12-13 Jan. 2019 at the Deptt. of Sociology Indore Christion College Indore M.P.  Shri Sonu Sharma M Sc Ag Final year student department of Plant Pathology participated in National seminar at Delhi ( Agrivison) on 28-29 Jan 2019 and awarded best poster award in the seminar  Special invite lecture on ― Seed health management in Rice was delivered by Dr. SK. Tripathi Professor ( Plant Pathology) and Dr A. K. Jain Professor Plant pathology delivered lecture on Seed health management in Millets in the national training programme on ― Seed health management‖ organized by STS, JNKVV, Jabalpur in collaboration with National Institute of Seed Technology Varanasi on 10th Jan.19.  Dr S K Tripathi delivered special invitee lecture in the National Symposium on ― Recent challenges and opportunities in sustainable plant health management ‗‘ organized by the department of Mycology and plant pathology , Institute of Agricultural Sciences, BHU in collaboration with 71 Annual meeting of Indian Phytopathological Society IARI new

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Delhi at Varanasi on dated 26-28th Feb 2019. Dr Tripathi also Co –chaired II Technical session of Narsimhan Award context and honored at BHU Varanasi  Dr. S. M. Kurmvanshi and Mr. Sudhansu Pandey AICRP on Dry land agriculture Rewa attended the Biennial workshop of AICRP for Dryland Agriculture held at Gandhi krishi vigyan Kendra, University of Agricultural sciences (GKVK, UAS) Bengaluru during 16- 19th January 2019 on Prioritization of rainfed area and its farming  Dr. A. K. Jain, Principal Scientist (Pl.Path.) and Dr. R. P. Joshi, Senior Scientist (Pl. Breeding) attended the 30th Annual Group Meeting of AICRP on Small Millets organized at BAU, Ranchi-Kanke (Jharkhand) on 7th & 8th March 2019.

College of Agriculture, Powarkheda

 Archana Sharma attended UGC. Sponsored National level faculty Development workshop ―Digital Tools and Technology for ELT‘Organised by the Deptt. of English‘, Bhopal School of Social Sciences, Bhopal.  Neha sharma attended National Seminar on Strategies for Soil Health Management: Achivements Researchable Issues at RVSKVV, Gwalior on 02-03 March, 2019.  Neha sharma attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology, organized by Dr. M.P.S. Group of Institutions, Agra on 23-24 February, 2019.  Vikas Jain attended National Conference on Promoting and reinvigorating Agri-horti, technological Innovations PRAGATI-2018 heldduring December15-16, 2018 at Jaipur.  Vikas Jain attended International Conference on food and Agriculture held during March 29-31, 2018 in Dhanbad, India  Shakshi Singh attended National Conference on Resilience and resource management including ICT for sustainable agriculture and biotechnology organized by Dr. M.P. S. Group of Institutions, Agra on 23-24 February, 2019  Rita Kapil Narvariya attended National Seminar on ―Education in Rural Areas – Current Status, Challenges & Solutions‖ to be held on 17-18th January 2019 at Maharaja Surajmal Institute, C-4, Janakpuri, New Delhi – 110058.  Rita Kapil Narvariya attended 26th Annual Conference of AERA on ―Agriculture and Sustainable Development Goals‖ being held during 15-17 November, 2018 at ICAR- National Dairy Research Institute, Karnal-132001, Haryana.  Asheesh Sharma attended National conference on Promoting and Reinvistigating AgriHorti Technological innovations, 15-16 Dec, 2018.  Asheesh Sharma attended National seminar on Advances and Challenges in Horticulture at JNKVV, Jabalpur 26-27 Feb, 2019 JNKVV, Jabalpur, Annual Report 2018-19 Page 166

 Shobharam Anjnawe attended National seminar on Advances and Challenges in Horticulture at JNKVV, Jabalpur 26-27 Feb, 2019  Rajnee Sharma attended National seminar on Advances and Challenges in Horticulture at JNKVV, Jabalpur 26-27 Feb, 2019  Rajnee Sharma attended National conference on Promoting and Reinvistigating AgriHorti Technological innovations, 15-16 Dec ,2018.  Manish Patel attended Indo – German workshop on waste to wealth held at CSIR – AMPKI Bhopal 25-26 Feb. 2019.  Shiwani Tiwari attended conference on ISAPM-2019, from 23-25 Jan. 2019.  S. K. Pandey attended workshop organized by Environmental Planning and Coordination Organization (EPCO) at Bhopal on 5-6 Feb, 2019  Gulfishan Firdose Ahmed attended International conference on cyber physical system and applications from 6-7 Feb, 2019.  Sonam Agrawal attended seminar on Innovative Approaches for Rural and Agriculture Advancement, from 10-11 Jan.2019.  Gulfishan Firdose Ahmed attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra on 23-24 February, 2019  Sanjay S. Chohan attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra on 23-24 February, 2019  Vinod Beda Innovative Approaches for Rural and Agriculture advancement on 10-11 January 2019.  G.D.Sharma attended National Seminar On Strategies for Soil Health Management: AchivementsResearchable Issues RVSKVV, Gwalior on 02-03 March, 2019.  Hemlata Ahirwar attended National Seminar On Strategies for Soil Health Management: AchivementsResearchable Issues RVSKVV, Gwalior on 02-03 March, 2019 .  Nisha Singh attended National Conference on Promoting and Reinvigorating Agri-Horti, Technological Innovations Pragati 15-16 Dec , 2018.  Dharmendra Singh attended National Conference on Fitness, Health and Sports Scienes 16-17, March 2019.  Rita Kapil Narvariya attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture &Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra on 23-24 February, 2019.  Sonam Agrawal attended National Conference on Promoting and Reinvigorating Agri- Horti, Technological Innovations Pragati 15-16 Dec , 2018.  Seema Dwivedi attended workshop on Anti-Plagiarism, Research Ethics and reference Management (APREM -2018) at Sage University Indore on 2nd June 2018.

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 Seema dwivedi attended workshop on Creating an Institutional Repository by Using Dspace Digital Library Software & Smart Librarianship using Google Tools at MIT Pune on 28th&29thSeptember 2018.  Seema dwivedi attended conference on International Conference on Rejuvenating Libraries in Modern Society‖ (ICRLMS-2019) at Babasaheb Bhimrao Ambedkar University, Lucknow, U.P. from February 18, 2019.  Seema dwivedi attended International Conference on Digital Transformation: Preservation, Policy and Privacy, at New Delhi from 29 Nov-01 Dec 2018.  Seema dwivedi attended National Seminar on "Digital in HR, Marketing and Finance‖ at Bangaluru, on 6 Oct.2018.  Seema dwivedi attended National Seminar on " Transformation of Society by Strengthing the Library Resources and Services (TSLRS 2018) Society‖ (ICRLMS-2019) at Bhopal on 18 Sep 2018.  Seema Dwivedi attended National Conference on Music at Govt. Home Science PG College, Hoshangabad, on 05 ,Sep 2018.  Pradeep Mishra attended National Seminar on ―Analysis of growth, modeling and forecasting of cotton production scenario in India , on 05 April 2018.  Pradeep Mishra attended National Conference on Effect of various recipes on chemical characteristics of mixed fruit bar, from 11-12 August, 2018.  Pradeep Mishra attended IPR Workshop organized by Gujrat Science & Technology, Gujrat from 25-27 June, 2018.  Pradeep Mishra attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology, organized by Dr. M.P.S. Group of Institutions, Agra 23-24 Feb, 2019.  Manish Patel attended National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P.S. Group of Institutions, at Agra on 23-24 February, 2019.

College of Agriculture, Tikamgarh

 Dr. B.K. Dixit participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. D.S. Tomar participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. Dinesh Kumar participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).

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 Dr. K.C. Shukla participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. K.C. Shukla participated in the 3 days training programme on ―Nursay management, plant propagation and extension‖ organized at College of Agriculture, Tikamgarh and sponsored by R&E. Deptt. of Forest. Sagar, Madhya Pradesh, from 18-20 Sept., 2018.  Dr. M.K. Nayak participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. Manisha Shyam participated in the 3 days training programme on ―Nursay management, plant propagation and extension‖ organized at College of Agriculture, Tikamgarh and sponsored by R&E. Deptt. of Forest. Sagar, Madhya Pradesh, from 18-20 Sept., 2018.  Dr. P. Sikarwar participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. P.K. Tyagi attended one-day Workshop on ―mj unh okVj’ksM+ dk vkbZ-MCyw-vkj-,e- ¼IWRM) Integrated Water Resource Management½ Iyku ,oa Mh-,l-,l- ¼ty tu thou½ ij fgrdkjdksa ds lkFk fopkj foe‘kZ‖ in the meeting hall of KVK, Tikamgarh on 25 May, 2018 jointly organized by National Hydrological Institute, Roorkee, MP Council of Science & Technology, Bhopal, M.P. and Remote sensing Application centre, Lucknow (UP).  Dr. P.K. Tyagi participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. R.S. Raghuwanshi participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. R.S. Raikwar attended 57th All India Wheat and Barley Research Workshop organized by Birsa Agricultural University, Ranchi from 24 to 26 August 2018.  Dr. R.S. Raikwar participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. R.S. Raikwar presented and attended International conference on Global Research Initiatives for sustainable Agriculture and Allied Sciences (GRISAAS-2018) during 28- 30 October, 2018 held at Rajasthan Agricultural Research Institute, Durgapura, jaipur, Rajasthan.  Dr. S.P. Singh participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).

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 Dr. Shiv Ratan participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. Shiv Ratan presented annual progress report of Plant breeding, Agronomy and Entomology at Annual Group Meet at IIOR, Hyderabad from 17 to 19 May 2018.  Dr. Shiv Ratan presented QRT report (2012-2017) of Plant breeding, Agronomy and Entomology before QRT members at CoA, Indore on 07 May 2018.  Dr. Shiv Ratan, as a resource person, delivered lecture in three day training program on Nursery Management, Plant Propagation and Extension during 18-20 Sept, 2018 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. U.K. Tiwari participated and presented in the National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. V.K. Singh participated as a co-chairman of different season of National Seminar on Innovative approaches for Rural and Agriculture Advancement from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).  Dr. V.K. Singh participated in workshop cum review meeting of the Experiential Learning Modules held on 25-26 May 2018 at Dr. Yashwant Singh Parmar University of Horticulture & Forestry Nauni, Solan.  Dr. Yogranjan participated in regional workshop of Unnat Bharat Abhiyan (UBA 2.0) organized at Shri G.S. Institute of Technology and Science, Indore on August 3rd, 2018 and presented the action plan of the proposed activities in the adopted villages under the project.  Mr. V.S. Baghel participated in National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement (IARAA)‖, held from 10-11 January, 2019 at JNKVV, College of Agriculture, Tikamgarh (M.P.).

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AWARDS & RECOGNITION TO THE FACULTY

College of Agriculture, Jabalpur

 Dr. M. L. Kewat Professor got the University Best Teacher Award 2017-18 during 55th Foundation Day of JNKVV held on 02/10/2018 at College of Agriculture, JNKVV, Jabalpur.  Dr. A. K. Mehta and Dr. S. K. Billaiya, received certificate of appreciation from Hon‘ble Agriculture Minister of Govt. of Chhattisgarh for releasing Egyption clover variety, JB05-9 at IGKVV, Raipur (2018).  Certificate of appreciation to the scientists of AICRP on Forage Crops, Jabalpur centre for development of variety of Rice bean JRBJ-05-4 notified during 2018 from All India Coordinated Project on Forage crops and Utilization, IGFRI, Jhansi (2018).  Dr S K Pandey, Univ. Prof and Head received Life Time Achievement Award from Society for Scientific Development in Agriculture and Technology during International Conference on GRISAAS-2018 from October 28-30, 2018 at RARI, Durgapura, Jaipur, Rajasthan.  Dr. Kanchan S Bhan, Dr. Meenakshi Ramgiry and Shri BK Verma received 1st position in poster presentation during the National Seminar on ―Advances and Challenges in Horticulture‖, held at Department of Horticulture, JNKVV, Jabalpur, 26th -27th Feb. 2019.  Dr. Radheshyam Sharma, Assistant Professor, Biotechnology Centre awarded best research paper on poster presentation entitled ―Genetic diversity assessment among diverse fenugreek genotypes using morphological and molecular markers‖ by Radheshyam Sharma, SR Maloo and Himansu Soan in National Seminar on Advances and challenges in Horticulture, 26-27 feb-2019 organized by JNKVV Jabalpur.  Dr. A.N. Gautam – Young scientist award for recognition of outstanding work done in the field of Agricultural Economics & Farm management, National conference held at Dr. B.R. Ambedkar University Agra, 23-24 February 2019.  Dr. R.K. Jain – Award for the excellent worker as T.A. JNKVV Jabalpur 26th January 2019.  Dr. Kamini Bisht awarded best paper presentation in National seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ at JNKVV College of Agriculture, Tikamgarh (M.P.) during January 10 – 11, 2019.  Best Research Paper Award: On the occasion of National conference on ―PRAGATI 2018‖ at Jaipur, Rajasthan organised by Life Science Society, Rajendra Nagar Hyderabad to the paper entitled ―Phenotyping diversity of farmer‘s variety of Rice (O. sativa L) in MP. (2018). Kujur M., GK Koutu, R. S. Rama Krishnan and SK Singh. JNKVV, Jabalpur, Annual Report 2018-19 Page 171

 Dr. Anita Babbar felicitated with Best Scientist Award 2019 received from Honorable Vice Chancellor , JNKVV, Jabalpur, MP on the eve of Republic day, 26th January 2018  Dr. Alpana Singh and Dr. Anubha Upadhyay were awarded First prize for poster presentation entitled "Formulation of instant soup mix using Moringa olerifera for nutritional security" on the occasion of National Seminar on " Advances and Challenges in Horticulture " during 26-27 February, 2019 held at JNKVV, Jabalpur, MP.  Dr.Anubha Upadhyay and Dr. Alpana Singh were awarded Second prize for poster presentation entitled "Development and standardization of low calorie guava bar with medicinal herb" on the occasion of National Seminar on "Advances and Challenges in Horticulture" during 26-27 February, 2019 held at JNKVV, Jabalpur, MP.  Dr.Vibha was awarded with appreciation certificate on the occasion of National Seminar on‖Advances and Challenges in Horticulture‖ during 26-27 February, 2019 held at JNKVV, Jabalpur, MP.  Dr.Vibha was honoured with Best Presentation Award in Plant Protection session during the XXVI Group meeting of AICRP on MAP&B, held at Assam Agricultural University, Jorhat during 28-30th September, 2018.  Mr. Abhishek Sharma, Research Associate, received Young Scientist Award in 12th International Conference 8-9, September, 2018 at Laxmi Narain College of Technology, Bhopal.  Dr. Amit Kumar Upadhyay, Scientist received Excellent in Research Award of Society for Scientific Development in Agriculture and Technology (SSDAT) on the occasion of International Conference on ―Global Research Initiatives for Sustainable Agriculture & Allied Sciences (GRISAAS-2018)‖ during October 28-30, 2018 held at Rajasthan Agricultural Research Institute, Durgapura, Jaipur, Rajasthan, India  Dr. Amit Kumar Upadhyay, Scientist received Excellent in Research Scientist Award- 2018 of Agricultural Technology Development Society (ATDS), Ghaziabad, Uttar Pradesh on the occasion of 2nd International Conference on ―Advances in Agricultural, Biological and Applied Sciences for Sustainable Future (ABAS-2018)‖ during October 20-22, 2018 held at Sardar Patel Auditorium, Swami Vivekanand Subharti University, Meerut (U.P.), India  Dr. B.S. Dwivedi, elected as a councillor of Indian Society of Soil Science for 02 years (2019 to 2020) in 83rd Annual General body meeting of the society on 28th November, 2018 at Anand Agricultural University, Anand.  Dr. Amit Kumar Upadhyay, Scientist received Scientist of the Year Award-2019 on the occasion of National Seminar on ―Innovative Approaches for Rural and Agriculture Advancement‖ held at JNKVV, College of Agriculture, Tikamgarh (M. P.), India during January 10-11, 2019.

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College of Agriculture, Ganjbasoda  Dr. Vishnu Kunwar Solanki received Young Scientist Award by Astha foundation at International conference on global research initiatives for sustainable agriculture & allied sciences (GRISAAS-2018).  Awarded 3rd prize for my book Vedic Krishi ka vaigyanik Swaroop: Jaivgatisheel Krishi under the Rajbhasha Gaurav award scheme for citizens of India for original book writing in Hindi on Gyan Vigyan for the year 2017. (Received in 2018)  Dr Aradhna Kumari received best oral paper presentation award inInternational Conference on ―Rural Livelihood Improvement by Enhancing Farmers‘ Income through Sustainable Innovative Agri and Allied Enterprises (RLISAAe)‖ during 30th October to 01st November, 2018 at Birla Institute of Technology, Patna.

College of Agriculture, Tikamgarh

SN Name of Award Awardee’s Name Date

01 EXCELLENCE IN TEACHING in National Seminar on Dr. K.C. Shukla, 10-11 ―Innovative Approaches for rural and Agriculture Asst. Prof. - Plant Jan, Advancement‖ organized by JNKVV, College of Agriculture, Physiology 2019 Tikamgarh in Collaboration with M.P. Council of Science & Technology, Bhopal

02 SCIENTIST OF THE YEAR in National Seminar on Dr. V.K. SINGH, 10-11 ―Innovative Approaches for rural and Agriculture Asst. Prof. Jan, Advancement‖ organized by JNKVV, College of Agriculture, Horticulture 2019 Tikamgarh in Collaboration with M.P. Council of Science & Technology, Bhopal.

03 EXCELLENT IN RESEARCH in International Conference Dr. R.S. Raikwar, 28-30 on ―Global Research Initiatives for sustainable Agriculture Asst. Prof. – Plant Oct, and Allied Sciences (GRISAAS-2018)‖ held at Rajasthan Breeding & Genetics 2018 Agricultural Research Institute, Durgapura, Jaipur, Rajasthan.

04 EXCELLENCE IN TEACHING in National Seminar on Dr. P.K. Tyagi, Asst. 10-11 ―Innovative Approaches for rural and Agriculture Prof.-Agronomy Jan, Advancement‖ organized by JNKVV, College of Agriculture, 2019 Tikamgarh in Collaboration with M.P. Council of Science & Technology, Bhopal.

05 BEST TEACHER in National Conference on ―Resilience Dr. P.K. Tyagi, Asst. 23-24 and Resource Management including ICT for Sustainable Prof.-Agronomy Feb, Agriculture & Biotechnology‖ organized by Dr. MPS Group 2019 of Institutions, Agra in association with Academy for Environmental & Life Sciences, at JP Sabhagar, Khandari

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Campus, Dr. BR Ambedkar University, Agra.

6 BEST RESEARCH THESIS PG IN AGRONOMY Mr. Sandeep Kumar, 23-24 entitled, ―Effect of integrated nutrient management……….of M.Sc. Student Feb, summer greengram [Vigna radiata (L.) Wilczek] in the 2019 National Conference on ―Resilience and Resource Management including ICT for Sustainable Agriculture & Biotechnology‖ organized by Dr. MPS Group of Institutions, Agra in association with Academy for Environmental & Life Sciences, at JP Sabhagar, Khandari Campus, Dr. BR Ambedkar University, Agra.

College of Agriculture, Powarkheda

Awardees detail Award Name of the society Pradeep Mishra Young Scientist Award 2nd National Conference On Doubling Farmers Income For Sustainable &Harmonious Agriculture (DISHA-2018) 11-12th August , 2018, Ranchi, Neha Sharma Young Achiever Award National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P.S. Group of Institutions, Agra ShobharamAnjnawe Young Scientist award Life Sciences Society during the National conference on promoting and Reinvigorating AgriHorti Technology innovations PRAGATI 2018 Nisha Singh YOUNG TEACHER Received from Society for LIFE SCIENCES, AWARD-2018 Telangana, on the occasion of National Conference on Promoting and Reinvigorating Agri-Horti, Technological Innovations Pragati 2018 held at Jaipur during 15th to 16th Dec., 2018. Vinod Beda Young Scientist Award National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra Gulfishan Firdose Young Scientist Award National Conference on Resilience and Ahmed Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of

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Awardees detail Award Name of the society Institutions, Agra Sanjay S. Chohan Young Scientist Award National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra Seema Dwivedi Young Achiever Award National Conference on Resilience and Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra Asheesh Sharma Excellence in Teaching Received from Society for LIFE SCIENCES, Award Telangana, on the occasion of National Conference on Promoting and Reinvigorating Agri-Horti, Technological Innovations Pragati 2018 held at Jaipur during 15th to 16th Dec., 2018. Asheesh Sharma Best Poster Presentation National Conference on Resilience and Award Resource Management Including ICT For Sustainable Agriculture & Biotechnology organized by Dr. M.P. S. Group of Institutions, Agra Vikas Jain Best poster presentation National Conference on Promoting and award reinvigorating Agri-horti, technological Innovations PRAGATI-2018 held during December 15-16,2018 at Jaipur Vikas Jain Young Professional award International Conference on food and Agriculture held during March 29-31,2018 in Dhanbad, India Vikas Jain Oral presentation award International Conference on food and Agriculture held during March 29- 31,2018 in Dhanbad, India Shakshi Singh Best Poster presentation National conference on Resilience and Award on Poster resource management including ICT for sustainable agriculture and biotechnology organized by J.P. Sabhagar, Khandari Campus, Dr. BhimRaoAmbedkar University from 23.02.2019 to 24.02.2019. Rita KapilNarvariya Young Scientist Award National conference on Resilience and resource management including ICT for sustainable agriculture and biotechnology organized by J.P. Sabhagar, Khandari

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Awardees detail Award Name of the society Campus, Dr. BhimRaoAmbedkar University from 23.02.2019 to 24.02.2019. Archana Sharma Excellence in Teaching Innovative Approaches for Rural and Award Agriculture advancement 10-11 Jan, 2019 Rajnee Sharma First prize in poster National seminar on Advances and presentation Challenges in Horticulture Organized by JNKVV Jabalpur M.P. Manish Patel Young Scientist Award Resilience and Resource Management including ICT for sustainable Agriculture & Biotechnology held on 23-24 February 2019 at Dr. M.P.S. Group of Institutions, Agra. Rajnee Sharma Outstanding Horticulturist PRAGATI 2018 Award Sunil kumarPandey Best Teacher Award Dr. M.P.S. Group of Institutions, Agra and Association with Academy for Environment & Life Sciences On Feb.23-24 2019

College of Agriculture, Balaghat

Details of award and other recognitions of the faculty in conference/ seminar/symposium/ congress, workshop and other platforms are given below.

SN Name Designation Credentials 1 Dr. G. K. Koutu Professor & Dean  Eight rice varieties (Improved Chinnor; (PB&G) Improved Jeera shankar; JRB 1; JR-81; JR 206; JR- 10; Improved Kali Kamod Selectionand Luchai Selection 1) and two hybrids (JRH-8 and JRH-19) were developed and released. 2 Dr. D.S. Gautam Professor (CAS) (Agri.  Best research paper -2018 Econ) 3 Dr. S.B. Agrawal Associate Professor  Best Teacher Award 2018 (Agronomy)  Nominated as Nodal Scientist for Kisan Videsh Adhyayan Yatra (Nederland & Israel ) organized by Govt. of MP 2018. 4 Dr. Prashant Assistant Professor  Excellence in Extension Award-2018 Shrivastva (Agril. Ext) 5 Dr Uttam Bisen Assistant Professor  Eight rice varieties (Improved Chinnor; (PB&G) Improved Jeera shankar; JRB 1; JR-81; JR 206; JR- 10; Improved Kali Kamod Selectionand Luchai Selection 1) 6 Dr. Sharad Bisen Assistant Professor  Young scientist Award-2018 (Horticulture)

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SN Name Designation Credentials 7 Dr. Atul Shrivastva Assistant Professor  Best research paper award-2018 (Agronomy)  Young scientist Award-2018 8 Dr.(Mrs.) Pooja Assistant Professor  Young scientist Award-2018 Goswami (Agronomy) 9 Dr.(Mrs.) Dharna Assistant Professor  Excellent in Teaching -2018 Bisen (Entomology) 10 Dr. Dhananjay Assistant Professor  Young scientist Award-2018 Kathal (Plant Pathology) 11 Dr. Rishikesh Assistant Professor  Excellence in Teaching Award 2018 Thakur (Soil Science) 12 Dr. Surendra Kumar Assistant Professor  Young Scientist Award-2018 Rai (Agril. Ext.)  Reviewer, Current Agri. Res. Journal 2018. 13 Sh. Somnath Sitaram Assistant Professor  Best research paper award-2018 Sarvade (Agroforestry)  Executive Member of Indian Society for Agroforestry-2016-18  Reviewer, Current World Environment Journal 2018 14 Dr. Shikha Sharma Assistant Professor  Young scientist Award-2018 (Plant Pathology) 15 Dr. Vivek Badhe Assistant Professor  Design and developed R package (Computer Science) ―Repaymentplan‖ and published on CRAN repository 16 Dr. Pratibha Bisen Assistant Professor  Young scientist Award-2018 (PB&G) 17 Dr. Richa Singh PA (Horticulture)  Excellence in Communication Award- 2018

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PUBLICATIONS

College of Agriculture Jabalpur

Research Papers

Sahu K, Pandey CS, Pandey SK and Verma R. 2018. Biochemical studies during fruit growth and development of Ber (Zizyphus mauritiana L.) genotypes. International Journal of Chemical Sciences 6 (5): 2266-2268. Bhooriya MS, Bisen BP and Pandey SK. 2018. Effect of post harvest treatments on shelf life and quality of guava (Psidiumguajava) fruits. International Journal of Chemical Sciences 6(4): 2559-2564. Meenakshi R, Pragya R and Verma BK. 2018. Effect of foliar spray of micronutrients to enhance seed yield and quality in chilli (Capsicum annuum L.) Diwan G, Bisen BP, Bhooriya MS and Kurrey VK. 2018. Effect of nutrients uptake on growth and seed yield of coriander (CoriandrumsativumL.) var. Jawahar Dhaniya-2. Multilogic in Sciences 8 Special Issue: 56-58. Bhooriya MS, Bisen BP and Pandey SK. 2018. Effect of post-harvest treatments on shelf-life and quality of guava (Psidium guavajava) fruits. International Journal of Chemical Studies 6(4):2559-2564. Diwan G, Bisen BP, Bhooriya MS and Kurrey VK. 2018. Effect of nitrogen uptake on growth and seed yield of coriander (Coriandrum sativum L.) var. Jawahar Dhaniya-2. Multilogic In Science VIII:56-58. Diwan G, Bisen BP and Maida P. 2018. Effect of nitrogen doses and row spacing on growth and seed yield of coriander (Coriandrum sativum L) International Journal of Chemical Studies 6(4): 2768-2772. Saket RK, Bisen BP, Joshi RP, Pandey SK, Pandey S, Tiwari P and Sharma HL. 2018. Effect of various recipes on chemical characteristics of custard apple jam. International Journal of Chemical Studies 6(4):1647-1652. Saket RK, Bisen BP, Pandey SK, Pandey S and Sharma HL. 2018. Effect of various recipes on organoleptic evaluation of custard apple jam. Journal of Pharmacognosy and Phytochemistry SP2:300-304. Saket RK, Bisen BP, Pandey SK, Singh G, Mishra P, Dubey A, Thakur TS and Joshi RP. 2018. Effect of Various recipes on chemical characteristics of mixed fruit bar. Multilogic In Science VIII: 247-251.

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Singh AK, Agrawal SB, Kirar BS, Sharma TR, Rawat A and MI Khan. 2018. Impact of production technology on productivity and profitability of soybean under Kymore Plateau and Satpura hills Agro Climatic zone of MP. The Pharma Innovation Journal; 7(10): 82- 84. Sharma R, Pandey SK and Sharma TR. 2018. Nutrient content in leaves of shoot bearing healthy and malformed panicle under high density mango orchard (Mangifera indica L.) cv Amrapali as influenced by organic and inorganic sources of nutrients. Economic Affairs, 63 (2) 569-573. Dangi DS, Pandey CS, Rangare NR and Kumar B. 2019. Standardization and evaluation of blended bael (Aegle marmelos) and mango (Mangifera indica) RTS beverages. International Journal of Chemical Studies.7(1):132-137. Sahu K, Pandey CS, Pandey SK and Verma R. 2019. Studies on physical changes during fruit growth and development of different genotypes of ber (Zizyphus mauritiana L.) International Journal Curr.Microbiol.App. Science.8(2):3325-3332. Verma R, Pandey CS, Pandey SK and Sahu K. 2019. Influence of pre-sowing seed treatment and growing conditions on growth performance of n Gooseberry seedlings (Emblica officinalis Gaertn.) International Journal Curr.Microbiol.App. Sci.8(3):1936-1948. Sahu K, Pandey CS, Pandey SK and Verma R. 2019. Biochemical studies during fruit growth and development of ber (Zizyphus mauritiana L.) genotypes. International Journal of Chemical Studies 6(5):2266-2268. Chhigarha J, Jain PK, Pandey CS and Rangare NR. 2019. Effect of various recipes on chemical characteristics of Mango RTS. International Journal of chemical studies. 7(2):623-627. Dhurve MK, Sharma TR, Bhooriya MS and Lodha G. 2018. Effect of foliar application of zinc and boron on growth, reproductive and yield of pomegranate cv. Ganesh in hast bahar. International Journal of Chemical Studies; 6(5): 499-50. Yadav RS, Sharma TR, Pandey SK and Maske G. 2018. Effect of GA3 and cow urine on growth and physiology of custard apple at seedling stage. The Pharma Innovation Journal; 7(7): 395-397. Sharma R, Pandey SK, Sharma TR and Sharma A. 2019. Soil properties as affected by various sources of nutrient under high density mango orchard (Mangifera Indica L) cv. Amrapali Bull. Environmental Pharmacology & Life Science 8 (5) 39-41. Parihar N and Pandey CS. 2019. Studies on morphological variability in bael (Aegle marmelos) gene pool of Kymore plateau and satpura hill region. International Journal of Agricultural Sciences. 11(6):8078-8081.

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Parihar N and Pandey CS. 2019. Evaluation of bael (Aegle marmelos) gene pool of Kymore plateau and satpura hill region. International Journal of genetics. 11(3):571-574. Parihar N and CS Pandey. 2019. Biochemical studies in bael (Aegle marmelos) gene pool of Kymore plateau and satpura hill region. International Journal of chemical studies. 7(2):596-599. Sahu RK, Baghel SS and Sharma BL. 2018. Soil fertility status of Bhopal district in central using GPS and GIS technique. JNKVV Research Journal 52 (1): 72-74. Bhadu K, Agrawal KK and Choudhary R. 2018. Productivity and profitability of black gram as influenced by nutrient management under organic farming. International Journal of Agriculture, Environment and Biotechnology special issue pp. 765-769. Bhadu K, Agrawal KK and Choudhary R. 2018. Yield and economics of green gram and black gram as influenced by nutrient management under organic farming. International Journal of Chemical Studies; 6(3) 391-395. Bhadu K, Agrawal KK and Choudhary R. 2018. Yield and economics of green gram as by nutrient management under organic farming. International Journal of Current Microbiology and Applied Sciences 7(3) 3565-3572. Bisen N and Singh RK. 2018. Nutrient dynamics in soil as affected by planting methods, water management and weed management in dry seeded rice. International Journal of Chemical Studies 6 (6): 2540-2544. Bisen N, Rahangdale CP and Sahu RP. 2018. Genetic variability and correlation studies of yield and yield component in maize hybrids (Zea mays L.) under Kymore Plateau and Satpura Hill Region of MP. IJAEB: 11(1):71-77. Chauhan A, Jha G, Chourasiya A and Jha A. 2018 . Effect of tillage and weed management practices on soil microbial population in chickpea. Journal of Pharmacognosy and Phytochemistry SP1:1106-1108. Gautam AK, Shrivsatava A, Samaiya RK and Jha A. 2018. Design and development of tractor drawn seed cum pressurized aqueous fertilizer drill. Journal of Agriculture research 52 (3) : 257-263. Gupta K and Mehta AK. 2018. Estimation of proline content in advance mutant lines of oat (Avena sativa l.) under water stress condition. International journal of chemical studies 6(5): 2165-2167. Gupta K and Mehta AK. 2018. Morphological characterization of advanced mutant lines of oat (Avena sativa L.). International Journal of Current Microlobiology & Applied Science 7(11): 209-212.

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Jain P, Agrawal KK and Bhan M. 2018. Effect of irrigations and fertilizers management on growth and yield of wheat (Triticum aestivum L.) under different date of sowing. Journal of Bio-Resource and Stress Management 9(5): 592-595. Jain P, Agrawal KK, Bhan M and Shrivatava AK. 2018. Phenology and heat unit requirement of wheat under different thermal environments irrigation and fertility levels at Jabalpur condition of MP. Chemical Science and Review Letter 6(21): 88-93. Jain V, Kushwaha HS and Vishwakarma SK. 2018. Producivity, profitability and soil health as affected by various diversified rice (Oryza sativa) based cropping system. Multilozic in Science (8) special issue :389-392. Jena T, Singh RK and Bisen N. 2018. Surfactant influence on efficacy of herbicides in barley n Journal of Weed Science 50(1): 56-58. Jha AK, Shrivastava A and Nayak S. 2018. Integrated nutrient management in forage based cropping system (Jowar + Cowpea - Berseem). International Journal Pure & Applied Bioscience 6(5):1206-1211. Jhariya R, Jha A, Chauhan A and Rawat A. 2018. Effect of new post emergence herbicides on weeds of fodder maize (Zea mays L.) International Journal Chemical Studies 6(5): 2126- 2131. Malviya P, Suraywanshi VS and Upadhyaya VB. 2018. Studies on effect of various proportions of vermicompost and fertilizers on physiological parameters, growth, yield and yield components of scented rice. International journal Curr. Microbiol.App.Sci. 7(11):1587- 1593. Mory G, Sahu RP, Shukla VK and Sharma JK. 2018. Evaluation of economical viability of different weed control treatments on rice crop under transplanted rice. JNKVV Res. J. 51: (2):157-159. Mory G, Sahu RP, Vishwakarma SK, Kewat ML and Sharma JK. 2018. Effects of different weed control treatments on yield attributes and yield of transplanted rice. JNKVV Res. J. 51(2) :154-156. Nandeha N and Kewat ML. 2018. Evaluation of bio-organic preparations on yield of sharbati wheat varieties under Kymore Plateau and Satpura Hill Zone of MP. International Journal of Current Microbiology and Applied Science. 7(6):619-626. Panda S, Kewat ML, Lodh B and Sahu SG. 2018. Effect of propaquizafop and imazethapyr mixture on weed dynemics, growth, yield and economics of soybean. Pesticide Research Journal 30(2):168-173.

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Parmar S, Jha AK and Dubey J. 2017. Efficiency of different post emergnace herbicides on weeds and economics of the treatments, yield and productivity in different soybean varieties. Eco. Env. and Conservation 23: 146-150. Prajapati P, Jain N and Jain A. 2018. Pre and post emergence herbicides for weed control in blackgram. Journal of Weed Science 50(2):177-179. Sahu RP, Shukla VK and Vishwakarma SK. 2018. Nutrient management practices on crop productivity, production efficiency and water productivity under various cropping system. JNKVV Res. J. 51: (3):154-156. Sallam, Singh K, Shukla VK, Sahu RP and Vishwakarma SK. 2018. Performance of suitable variety of rice under organic nutrient management system. JNKVV Res. J. 51(1):127-130. Sharma A, Agrawal KK, Sharma JK and Jha AK. 2018. Effect of Bentazone herbicides on yields and economics of direct seed rice intensification. Journal of Chemical studies 6(4):2614- 2616. Shrivastava AK, Upadhyay VB, Gautam DS, Sarvade S, and Sahu RK. 2018. Effect of integrated nutrient management on growth and productivity of (Withania somnifera L.) Dunal in Kymore Plateau and Satpura hills of MP. Archives of Agriculture and Environmental Science 3(2): 202-208. Singh RK, Bisen N and Meena R. 2017. Flurochloridone -A promising herbicide for weed management in carrot. Journal of Weed Science 49(4):409–410. Singh SP, Singh RK, Prasad SK and Bisen N. 2018. Productivity and water use efficiency of bread wheat (Triticum aestivum L.) as influenced by irrigation schedule, mulching and hydrogel in eastern Indogangetic plains of. Bangladesh Journal of Botany 47(4):921-926. Soni R, Sahu RP, Sharma JK and Kewat ML. 2018. Evaluation of post emergence applications of pyribenzoxim against weeds in direct seeded rice. JNKVV Res. J. 51(3):358-362. Walikar LD, Bhan M, Giri AK, Dubey AK and Agrawal KK. 2018. Impact of projected climate on yield of soybean using CROPGRO-Soybean model in MP. Journal of Agrometeorology 20 (3) 211-215. Bathre S, Nema RK and Bhan M. 2019. Growth and yield influenced by Wheat varieties, on different dates and irrigation levels. International Journal of Agriculture Sciences. 11(10) : 8446-8451. Bathre S, Nema RK, Bhan M and Tiwari YK. 2019. Study of soil moisture depletion pattern of wheat with different irrigation schedule. International Journal of Microbiology Research. 11:1613-1619.

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Bhan M, Patel D, Walikar LD, Kumar PV and Agrawal KK. 2019. Thermal and radiation environments for assessing crop-weather relationship of soybean in eastern MP. J. Agrometeorol. 21:141-147. Das R, Purakayastha TJ, Das D, Ahmed N, Kumar R, Biswas S, Walia SS, Singh R, Shukla VK, Yadava MS, Ravisankar N and Datta SC. 2019. Long-term fertilization and manuring with different organics alter stability of carbon in colloidal organo-mineral fraction in soils of varying clay mineralogy. Science of the Total Environment 684:682-693. Goswami P, Vishwakarma SK and Upadhyay VB. 2019. Organic farming package for rice- potato cropping system. Journal of Pharmacognosy and Phytochemistry 8(1): 962-967. Mhaske S, Agrawal KK and Bhan M. 2019. Growth, yield and economics of chickpea types as influenced by different thermal environment and irrigation. The Pharma Innovation Journal 8(9):401-403. Mhaske S, Agrawal KK and Bhan M. 2019. Heat unit requirements, heat use efficiency of chickpea types under different thermal environment and irrigation. International Journal of Chemical Studies 7(5):1573-1576. Singh V, Agrawal KK and Jha AK. 2019. Effect of forchlorfenuron on growth and yield of rice (Oryza sativa L.) during Kharif season. International Journal of Current Microbiology and Applied Sciences 8(9):2331- 2338. Singh V, Agrawal KK, Jha AK and Sahu MP. 2019. Effect of forchlorfenuron on yield and economics of transplanted rice. IndiN Journal of Pure & Applied Biosciences 7(4): 411- 414. Jayswal DK, Sharma DP, Sharma TR, Dwivedi AK, Gontia AS and Lal N. 2017. Effect of pruning intensity and nutrition on quality of guava fruit cv. Allahabad Safeda. International Journal of Chemical Studies 5(4):483-486. Kotambari L, Singh O, Gontia AS and Upadhyay A. 2018. Effect of seed priming on biochemical traits of maize. International Journal of Chemistry Studies 2(3): 37-38. Lal N, Pandey SK, Nath V, Gontia AS and Sharma HL. 2018. Evaluation of litchi genotypes for fruit quality attributes. International Journal of Chemical Studies 6(3):2556-2560. Lal N, Pandey SK, Nath V, Agrawal V, Gontia AS and Sharma HL. 2018. Total phenol and flavonoids in by-product of n litchi: Difference among genotypes. Journal of Pharmacognosy and Phytochemistry 7(3):2891-2894. Sahu B, Samaiya RK, Singh Y and Dwivedi SK. 2019. Effect of various amino acid based growth substances on phenological and physiological parameters of soybean (Glycine max L.) Merrill). Res. J. Genetics and Biotechnology 11(1):50-57.

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Sahu B, Samaiya RK, Singh Y and Dwivedi SK. 2018. Differential responses of various amino acids based growth substances on biochemical estionations, yield and yield components of soybean (Glycine max L. Merill). Plant Achieves 18(2): 1730-1734. Singh M, Dwivedi SK, Samaiya RK, Singh O and Vasht D. 2017. Quantification of biochemical estimation and yields in different soybean genotypes. JNKVV Res J. 51(3):376-380. Shiurkar G, Naidu AK, Pandey BR, Mehta AK, Dwivedi SK and Sharma HL. 2018. Genotypic and phenotypic path coefficient analysis in okra. International Journal of Chemical Studies 6(3): 3604-3608. Shiurkar G, Naidu AK, Pandey BR, Mehta AK, Dwivedi SK and Sharma HL. 2018. Correlation coefficient analysis in okra. The Pharma Innovation Journal 7(6):644-647. Devre P, Upadhyay A, Parihar P and Nayak PS. 2017. Development and evaluation of sugar free fruit Jam. JNKVV Research Journal. 51(3):372-375. Singh M, Mishra DK, Singh O, Shukla RS and Samaiya RK. 2018. Late Planting analysis of bread wheat (Triticum aestivum L.) for variation and heritability in some quality traits and grain yield. International Journal of Chemical Science 2(2): 45-47. Gautam A, Shrivastava A, Samaiya RK and Jha A. 2018. Design and development of tractor drawn seed cum pressurized aqueous fertilizer drill. Journal Agric. Research 52(3): 257- 263. Mishra P, Samaiya RK and Khandait V. 2019. Herbicidal effect of propaquizafop, imazethapyr and pendimethalin on seed quality parameters of black gram (Vigna mungo L.). Journal of Pharmacognosy and Phytochemistry 34(2):117-119. Bele D, Mishra N, Tiwari S, Tripathi MK and Tiwari G. 2019. Massive in vitro cloning of Sandalwood (Santalum album Linn.) via cultured nodal segments. Current J. Applied Science and Technology 33(1):1-14. Pandey CS, Upadhyay SD and Pandey V. 2019. Medicinal and aromatic plants in MP. International Journal of Agricultural Sciences11(6): 8007-8711. Parihar N and Pandey CS. 2019. Evaluation of bael (Aegle marmelos) gene pool of Kymore plateau and satpura hill region. International Journal of Genetics11 (3): 571-574. Raypuria N, Das SB, Bhomick AK and Vibha. 2019. Compatibility of Metarhizium anisopliae (Metchnikoff) Sorokin, with various adjuvants. Journal of Entomology and Zoology Studies 7(1): 544-547. Reddy MSP, Vibha and Pandey SK. 2018. Role of root colonizing Trichoderma species in management of alternaria leaf blight of asalio (Lepidium sativum L.) caused by Alternaria. International Journal Current Microbiology and Applied Sciences 7(7): 2544-2561.

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Shukla R, Vibha and Upadhyay A. 2017. Distribution of phylloplane fungi and its utilization as organic management tool against Alternaria leaf spot disease of (Withenia sonifera L. Dunal). JNKVV Research Journal 51(2):227- 237. Verma R, Pandey CS, Pandey SK and Sahu K. 2019. Influence of pre-sowing seed treatment and growing conditions on growth performance of n Gooseberry (Emblica officinalis Gaertn.) seedlings. Int.J.Curr.Microbiol.App. Sci. 8(3):1936-1948. Verma R, Pandey CS, Pandey SK and Sahu K. 2019. Influence of seed treatment and growing conditions on germination, growth and survival of Gooseberry (Emblica officinalis Gaertn.) seedlings. Journal of Plant Development Sciences 11(1)1-11. Vibha. 2017. Rhizospere driven soil fungal diversity in medicinal plant root zone. JNKVV Res. J 51(2): 238-245. Giri BO, Saxena AK, Das SB and Sawthi B. 2018. Evaluation efficacy of botanicals against gram pod borer, Helicoverpa armigera (Hubner) on pigeonpea. Journal of Entomology and Zoology studies 6(4):1289-1292. Bijewar AK, Das SB and Saxena AK. 2018. Population dynamics of major insects of pigeonpea (Cajanus cajan L ) Millsp. International Journal of Chemical Studies. 6(5): 912-920. Bijewar AK, Chouragade V and Das SB. 2018. Field efficacy of plant extracts, cow urine and in combination against pod borer complex in pigeonpea (Cajanus cajan L.) Millsp. Journal of Entomology and Zoology Studies 6(5): 342-347. Dehariya SK, Shukla A, Barde SK and Ahirwar K. 2018. Efficacy of botanical pesticides against sucking insect pests in brinjal. International Journal of Current Microbiology and Applied Sciences 7(1): xx-xx. Dewangan NL, Sharma HL and Das SB. 2018. Associationship of whitefly population and weather variables at different yellow sticky trap height in soybean A correlation and regression approach. Journal of Crops and weeds 14(3):198-202. Harinkhare S, Thakur AS and Das SB. 2018. Seasonal incidence and effect of abiotic factors on population dynamics of major insect pests of okra. Green Farming 9(6): 1028-1031. Kankade MD, Kelwatkar NM and Das SB. 2018. Influence of weather factors on the extent of parasitization of Campoletis chlorideae, larval parasitoid of (Helicoverpa armigera). Journal of Entomology and Zoology studies 6(2):2497-2499. Kakade SH, Sharma AK, Shukla A, Pachori R and Singh S. 2018. Studies on insect fauna collected in light trap during Rabi season in vegetable fields at Jabalpur. Journal of Entomology and Zoology Studies 6(5): 286-291.

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Kelwatkar NM, Kankale MD and Das SB. 2018. Identdification and evaluation of economic substrate for mass multiplication of (Metarhizium anisopiae). Journal of Entomology and Zoology Studies 6(3):622-627. Latha GS, Das SB, Swathi P, Neelesh R and Marabi RS. 2018. Biology of whitefly, Bemisia tabaci on soybean cultivars. Journal of Entomology and Zoology Studies 6(5):2351-2355. Mandloi R, Shukla A, Venkatesan T, Bhowmick AK and Singh SK. 2018. Field screening of rice (Oryza sativa L.) varieties and genotypes against hopper complex. Journal of Entomology and Zoology Studies 6(3): 487-490. Mandloi R, Shukla A, Venkatesan T, Bhowmick AK and Singh SK. 2018. Screening of rice (Oryza sativa L.) varieties and genotypes against Scirpophaga incertulas (Walker) Journal of Entomology and Zoology Studies 6(3):1195-1199. Marabi RS, Das SB, Tripathi N, Bhowmick AK, Pachori R and Vibha. 2018. Molecular identification of Mungbean yellow mosaic virus (MYMIV) from whitefly and soybean in Jabalpur district of MP, Central. International Journal of Chemical Studies 6(1): 894-896. Meena SK, Sharma AK and Aarwe R. 2018. Seasonal incidence and population dynamics of major insect pest species of paddy collected in light trap in relation to weather parameters. International Journal current microbial App. of Sci. 7(8):1705-1715. Meena SK, Sharma AK and Aarwe R. 2018. Total insect fauna of order Lepidoptera collected through light trap installed in paddy field. Journal of Entomology and Zoology Studies 6(3):1362-1367. Sharma H, Shukla A, Bhowmick AK and Sharma AK. 2018. Evaluation of chickpea (Cicer arietinum L.) genotypes against gram pod borer (Helicoverpa armigera, Hubner) under field conditions. Journal of Entomology and Zoology Studies 6 (5):597-602. Sharma H, Shukla A, Bhowmick AK and Sharma AK. 2018. Ovipositional preference of gram pod borer, (Helicoverpa armigera Hubner) to chickpea (Cicer arietinum L.) genotypes under free choice test. Journal of Entomology and Zoology Studies 6 (5):927-929. Shewale K, Bhushan B and Das SB. 2018. Influences of crop biodiversity of population dynamics of Clavigralla gibbosa (Spinola) in pigeonpea and broder crops. Trends in biosciences 11(24) ISSN 0974-8431. Shukla A. 2018. Evaluation of hexythiazox 5.45 EC against red spider mites (Tetranychus urticae) on okra. Journal of Entomology and Zoology Studies 6(2):43-46. Singh S, Sharma AK, Saxena AK, Pandey AK and Kakade H. 2018. Taxonomic analysis of phototactic beneficial insects as biocontrol agents (Predators and parasites) collected in light trap in rice ecosystems at Jabalpur. Journal of Entomology and Zoology studies 6 (3):850-853.

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Swathi P, Visalakshy PN, Ganga and Das SB. 2018. In vitro evaluation for compatibility of additives with Beauveria bassiana (Balsamo) Vuillemin. Egyptian Journal of Biological Pest Control 28:13. Tekam KD, Kelwatkar NM and Das SB. 2018. Bioefficacy and compatibility of Metarhizium anisopliae and new generation insecticides against Helicoverpa armigera infesting chickpea. Journal of Entomology and Zoology studies 6(5):801-805. Tekam KD, Kelwatkar NM and Das SB. 2018. Compatibility of Metarhizium anisopliae with new generation insecticides in vitro condition. Journal of Entomology and Zoology studies 6(6):887-890. Tekam KD, Kelwatkar NM and Das SB. 2018. Evaluation of economic medium for mass multiplication of entomopathogenic fungus Metarhizium anisopliae. Journal of Entomology and Zoology Studies 7(5):2790-2795. Tekam KD, Kelwatkar NM and Das SB. 2018. Population dynamics of gram pod borer on late sown chickpea. Journal of Entomology and Zoology studies 6(6):620-623. Upadhyay J, Das SB and Chakrabarti S. 2018. Diversity of spiders on post rainy season crops in Jabalpur, MP. Internatinal Journal of Entomology and Zoology Studies 6(3):1645-1650. Upadhyay J, Das SB and Chakrabarti S. 2018. Functional response of spider, Salticidae (Hyllus semicupreus) on aphid, Aphis craccivora (Homoptera Aphididae). Internatinal Journal of Zoology Studies 3(5):20-24. Upadhyay J, Das SB and Chakrabarti S. 2018. Predatory potential of spider, Synema decoratum (Araneae, Thomisidae) on aphid, Aphis craccivora (Homoptera: Aphidae). Internatinal Journal of Fauna and Biological Studies 5(5):03-07. Dhumketi K, Singh A and Rajput LPS. 2017. Quality attributes of instant upma mix from foxtail millet semolina and soy grits. JNKVV Res J 51(2) 197-204. Garade P, Singh A and Gupta OP. 2017. Quality attributes of khaman fortified with soy– mushroom blend. JNKVV Res Journal 51(3):326-332. Joshi LK, Parihar P and Thakur RS. 2018. Physicochemical evaluation of soy fortified vegetable warri bassed on blackgran and greengran. JNKVV Res. Journal 51(2):189-196. Marwaha P, Pathak S and Singh A. 2018. Seasonal bacterial profiling of street vended panipuri sold in Jabalpur city of MP. Research Review 3(6): 244-248. ISSN: 2455-3085 (Online). Maurya SB, Shukla SS and Gour L. 2018. Studies on physical and hunter colour of gamma irradiated tofu (soy paneer). International Journal of Current Microbiology and Applied Sciences 7(3) 2319-7706.

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Maurya SB, Shukla SS and Gour L. 2018. Nutritional quality of tofu (Soy paneer) as affecting by gamma irradiation during storage. International Journal of Chemical Studies 6(1):879- 883. Pawar R, Parihar P, Thakur RS and Rajput LPS. 2018. Process standardization for preparation of ready to eat wood apple chutney 2018. Journal of Tropical Forestry 34(2):42-46. Rajput LPS, Parihar P, Dhumketi K, Naberia S and T-suji k. 2019. Development and acceptability of novel food products from millets for school children. International J. of Current Microbiology and Applied Sciences 8(4):2631-2638. Rajput LPS, Tantwai K, Pooniya SK and T-suji K. 2019. Assessment of genetic variability among the landraces of little millets Panicum sumantranse from different districts of MP Intl. curr. Microbial. Appl. Sci. 8(4):2686- 2693. Shukla R, Sarkar N and Singh A. 2018. Nutritional and sensory evaluation of high fiber biscuit using kodo flour. RESEARCH REVIEW International Journal of Multidisciplinary Research, 3(7): 2455-3085 (Online). Shukla R, Sarkar N and Singh A. 2018. Formulation and quality evaluation of fibre rich namakpare using nutricereal kodo (Paspalum scrobiculatum) millet. International Journal of Research in Advent Technology 6 (7): 1416-1419, E-ISSN: 2321-9637. Available online at www.ijrat.org Shukla R, Sarkar N and Singh A. 2018. Consumption pattern of snacks among working and non- working women. Research Review. International Journal of Multidisciplinary Research 8(3): 72-74, ISSN:2455-3085 (Online). Kori S, Shukla SS and Dubey AD. 2017. Chemical composition and sensory quality attribute of canned baby corn. JNKVV Research Journal 51(1):29-36. Gupta A, Rajput LPS and Sharma R. 2017. Optimization of solid state fermentation for the production of microbial pigments by Monascus purpureus MTCC 410. JNKVV Research Journal. 51(1):37-41. Pooniya SK, Tantwai K, Sikdar S, Rajput LPS and Nema S. 2017. Evaluation of genetic diversity in medicinally important endangered species Commiphora wightii using RAPD markers. JNKVV Research Journal. 51(2): 215-220. Nema D, Rajput LPS and Sapre S. 2017. Production of lysine from waste carbon sources using bacterial fermentation. JNKVV Research Journal 51(3):391-397. Sapre S, Mishra Iti-G and Tiwari S. 2018. Klebsiella sp. confers enhanced tolerance to salinity and plant growth promotion in oat seedlings (Avena sativa). Microbiological Research 206:25–32.

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Sikdar S, Tiwari S, Sapre S and Thakur VV. 2018. Simple approach for species discrimination of Fabaceae family on the basis of length variation in PCR amplified products using barcode primers. International Journal of Current Microbiology and Applied Sciences 7(12): 921- 928. Sumana Sikdar, Tiwari S Thakur VV and Sapre S. 2018. An In silico approach for evaluation of rbcL and matK loci for DNA barcoding of fabaceae family. International Journal of Chemical Studies 6(6):2446-2451. Sumana Sikdar, Tiwari S, Tripathi N and Thakur VV. 2018. Genetic diversity in n foxtail millet [Setaria italic ( L.) P. Beauv] revealed by random amplified polymorphic DNA markers. International Journal of Chemical Studies 6(2):1458-1465. Dattgonde N, Tiwari S, Sapre S and Mishra Iti-G. 2019. Genetic transformation of oat via Agrobacterium enhanced with sonication and vacuum infiltration. Iranian Journal of Biotechnology, 17(1):1563. Rajput LPS, Tantwai K, Pooniya SK, Sumana Sikdar and Tsuji K. 2019. Assessment of Genetic variability among the landraces of little millets Panicum sumatrense from different district of MP. International Journal of Current Microbiology and Applied Sciences. 8(4):2686- 2693. Pooniya SK, Tantwai K, Tripathi N and Tiwari S. 2019. A simple and efficient genomic DNA extraction protocol for dried leaf of threatened species (Commiphora wightii Arnott) Bhandari for genetic analysis of plant biological system. International Journal of Current Microbiology and Applied Sciences. 8(3):1619-1624. Sharma HL, Biswas S and Sweta Y. 2018. Construction of orthogonal and balanced arrays in two and three symbols of strength (2m+1). Journal of Society of Agricultural Statistics. 72(3):231-238. Biswas S and Sharma HL. 2019. Two associate classes of semi-regular ternary group divisible and partially balanced ternary rectangular designs with their applications in agriculture. International Journal of Research and Analytical Reviews, 6(1):846-855. Sharma HL. 2019. Three dimensional indices of women empowerment and fertility. International Journal of Recent Scientific Research. 10(2):31109-31118. Dewangan NL, Sharma HL and Das SB. 2018. Associationship of whitefly population and weather variables at different yellow sticky trap height in soybean: A coorelation and regression analysis. Journal of Crops and Weeds 14(3):198-202. Asathi BK, Gautam AN, Sahu RM and Jain RK. 2018. Extent of post-harvest losses of different stages of fruits in Madhya Prdesh. International Journal of Agriculture Science 10(20):7378-7380.

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Chouhan RS, Niranjan HK, Sharma HO and Rathi D. 2018. Adoption of recommended dose of fertilizers by soil test farmers in wheat: an economic analysis. Multilogic in Science. 7: 485-488. Chouhan RS, Niranjan HK, Rathi D, Sharma HO and Raghuwanshi RS. 2018. Analysis of marketing efficiency in different grade of regulated markets of wheat in MP, Economic Affairs 62(4): 1-5. Chouhan RS, Niranjan HK, Sharma HO, Rathi D. and Kurmi HS. 2018. Constraint in adoption of neem coated urea (NCU) in MP. International Journal of Bioresource and Stress Management 9(1):173-177. Niranjan HK, Chouhan RS, Sharma HO and Rathi D. 2018. Awareness and performance of soil health card scheme in Central India. Journal of Crop and Weed Research: 14(1): 99-103.

Niranjan HK, Gupta JK, Mishra P and Chouhan RS. 2018. Total factor productivity growth and trend in production of gram in Central India. Journal of Pharmacognosy and Phytochemistry 2: 21-24. Niranjan HK, Mishra P and Chouhan RS. 2018. Total factor productivity growth of wheat in MP. Bulletin of Environment, Pharmacology and Life Sciences 6(11)2017. Niranjan HK, Mishra , Chouhan RS and Shukla B. 2018. Total factor productivity growth of soybean in MP. Journal of Economics and Development 14 (1):182-186. Nahatkar SBR and Thomas M. 2018. Opportunities for increasing farmer‘s income of Central India through bridging yield gap in soybean. Contemporary Research 4:254-259. Pandey PR, Gautam AN and Rajak SK. 2018. Marketable surplus and post-harvest losses of wheat crop in Jabalpur district of MP. Life Science Bulletin 15(1):55-57. Pandey PR, Sharma HO, Gupta JK, Mishra P and Chaurasiya R. 2018. Integrated farming system: only way to increase farmer‘s income in a sustainable manner. Journal of Pharmacognosy and Phytochemistry 2: 210-214. Patidar PK, Khan N and Kumar S. 2018. Marketing channels of garlic: a case of ratlam district of MP. International Journal of Current Advanced Research 7(6-I):13669-13672. Patidar PK, Khan N and Kumar S. 2018. An economic analysis of garlic cultivation in Ratlam District of MP. International Journal of Agriculture, Environment and Biotechnology. 11(2):371-377. Sharma HO and Rathi D. 2018. An economic analysis of chickpea and its value added products in agri-export zone for pluses in MP. Glimpses of Agriculture, Ministry of Agriculture and Farmers Welfare, Government of New Delhi, Oxford University Press pp 407-414.

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Sharma HO and Rathi D. 2018. Impact study of soil-testing analysis in MP. Glimpses of Agriculture, Ministry of Agriculture and Farmers Welfare, Government of New Delhi, Oxford University Press pp 261-264. Sharma HO, Rathi D and Niranjan HK. 2019. Alert 3: Challenges and opportunities of the system of rice intensification in MP. Agro-Economic Alerts For kind attention of Hon‘ble PMO, the Ministry of Agriculture and Farmers Welfare, New Delhi. 2(10):6-8. Sharma HO and Vani GK. 2018. Managing soil fertility including carbon and micronutrients for doubling farmers‘ income. Agro-economic policy briefs-aiding the future of farmers and agriculture: for kind attention of Hon‘ble PMO, the Ministry of Agriculture and Farmers Welfare, New Delhi. 2(10): 4-6. Verma A. 2018. Concept of eco-criticism in T S Eliot‘s Poetry. Quest Journal of Research in Humanities and Social Science: 2321. Verma A. 2018. Eco-feminism in the short stories of Shashi Deshpandey‖ Dialogue; ISSN 0974- 5556. Vani GK, Awasthi PK and Sahu RM. 2018. Generalized mathematical expressions for various repayment plans and long term cost comparison. Economic Affairs 63(3):761-768. Vani GK and Aditya KS. 2018. Resource Curse and States. Journal of Economics and Development 14(1):119-125. Sharma A and Khare NK. 2019. Assessment of information sources by tribal farmers of Agricultural Technology Management Agency (ATMA) in MP. International Journal of Current Microbiology and Applied Sciences 8:14-21. Upadhyay S, Khare NK and Dubey MK. 2018. Effectiveness of DD kisan in terms of knowledge and adoption by the farmers. Journal of Pharmacognosy and Phytochemistry 2018, 7(4): 3442-3443. Shrivastava V, Khare NK and Pandey AK. 2018. Determinants of farmers‘ adaptation measures to climate variability in tribal block of district Jabalpur MP. International Journal of Chemical Studies 2018, 6(3):2943-2945. Shrivastava V, Khare NK and Pandey AK. 2018. Farmers‘ perception on climate vulnerability and responsive adaptation measures in district Jabalpur, MP. Journal of Pharmacognosy and Phyto chemistry 7(4):1238-1243. Shakrawar M, Naberia S and Pandey AK. 2018. Indigenous technical knowledge for pest, disease and weed management in agriculture. International Journal of Chemical Studies 2018, 6(4):497-498.

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Palvi SK, Naberia S and Khare NK. 2018. Listening behaviour of audience farmers of Shahdol District of MP towards Kisanvani Programme of All India Radio. International Journal of Current Microbiology and Applied Sciences 7(7): 3832-3837. Palvi SK, Naberia S and Khare Nk. 2018. Profile characteristics of audience farmers towards Kisanvani programme of all radio correlates with listening behaviour. International Journal of Chemical Studies 6(4):1107-1110. Raghuwanshi K, Naberia S and Dubey MK. 2018. Extent of scientific temperament of pulse growers towards cluster demonstration in Rewa District of MP. International Journal of Current Microbiology and Applied Sciences 7(8):2868-2871. Raghuwanshi K, Naberia S and Dubey MK 2018. Profile characteristics of beneficiaries under cluster demonstration programme in Rewa district of MP. International Journal of Chemical Studies 2018; 6(4): 1120-1122. Shakrawar M and Naberia S. 2018. Socio-economic characteristics of tribal farmers practicing indigenous technical knowledge in agriculture. Journal of Pharmacognosy and Phytochemistry 2018, 7(4):884-886. Raghuwanshi K, Naberia S and Dubey MK. 2018. Constraints and suggestions perceived by respondents in adoption of technology demonstrated through cluster demonstration programme. The Pharma Innovation Journal 7(7): 950-952. Rai K and Dubey MK. 2018. Information sources consultancy pattern of vegetable growers of Jabalpur District of MP. The Pharma Innovation Journal 7(7):447-449. Rai K and Dubey MK. 2018. Marketing behaviour of vegetable growers of Jabalpur district of MP. International Journal of Chemical Studies 6(4):499-501. Singh M, Khare NK and Pandey AK. 2018. Constraints perceived by the farmers of Jabalpur district of MP in use of KRISHINET portal. The Pharma Innovation Journal 2018, 7(7): 470-471. Singh M, Khare NK and Pandey AK. 2018. Impact of KRISHINET portal on farmers of Jabalpur district of MP. Journal of Pharmacognosy and Phytochemistry 7(4):718-720. Jimir D.Vaghela, Dubey MK and Naberia S. 2019. Knowledge level of trained and untrained dairy farmers. Trends in Biosciences 12(5): 407-409. Rajput LPS, Parihar P, Dhumketi K, Naberia S and Tsuji K. 2019. Development and acceptability of novel food products from millets for school children. International Journal of Current Microbiology and Applied Sciences 8(4):2631-2638. Maina V, Bisht K, Singh SP and Raghuwanshi S. 2019. Role performance of Krishak Mitra. International Journal of Current Microbiology and Applied Sciences 8(1):747-754.

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Raghuvanshi DS, Raghuvanshi S, Bisht K and Singh SP. 2018. Information perceived by farmwomen for crop production technology. Technofame-A Journal of Multidisciplinary Advance Research 7 (1):90-96. Mukati A, Bisht K, Singh SP and Raghuwanshi S. 2018. Farmers‘ perception regarding soil health card. International Journal of Chemical Studies. 6(6):307-310. Bhatnagar S, Bisht K, Singh SP and Raghuwanshi S. 2018. Impact of Kisan Mobile Advisory Services in Tikamgarh district of MP. Journal of Pharmacognosy and Phytochemistry 7(6): 2493-2496. Jain T, Pyasi VK, Agrawal SK and Bisht K. 2017. Impact of ATMA on paddy growers. JNKVV Research Journal 51(1):6-15. Puri S, Dubey MK, Agrawal SK and Bisht K. 2017. Adoption behaviour of FLD beneficiaries of wheat growers in Jabalpur, MP. JNKVV Research Journal 51 (2):147-150. Patel M, Khare NK and Naberia S. 2017. Profile of women beneficiaries of Self Help Group under District Poverty Initiative Project. JNKVV Research Journal 51(1):11-15 2017. Singh A, Khare NK and Naberia S. 2017. Impact of climate change on cropping pattern in Shahpura block of Jabalpur district. JNKVV Research Journal 51(1): 16-22. Pawaiya A, Khare NK and Rajan P. 2017. Impact of Farmer Field School on wheat growers of Jabalpur, MP. JNKVV Research Journal 51(2) 143-146 2017. Gupta P, Khare NK, Pandey AK and Naberia S. 2017. Constraints confront by rural women in vocational training programme at Sidhi, MP. JNKVV Research Journal 51(3) 293-295. Jain V, Naberia S and Pyasi VK. 2017. Profile of pea growers utilizing ICT tools in Jabalpur MP. JNKVV Research Journal 51(2) 151-153. Panwar S, Agrawal SK and Naberia S. 2018. Extent of adoption of hybrid rice production technology by the hybrid rice growers. JNKVV Research Journal 51(3): 296-298. Parihar V, Pandey AK and Naberia S. 2018. Characteristics of bio-fertilizer user of Shahpura block of Jabalpur, MP. JNKVV Research Journal 51(3): 299-302. Vaghela JD, Dubey MK, Naberia S and Rajan P. 2018. Entrepreneurial behaviour of dairy farmers in Jabalpur MP. JNKVV Research Journal 51(3) 286-289. Thakur VV,Tiwari S, Tripathi N, Tiwari G. 2019. Molecular identification of medicinal plants with amplicon length polymorphism using universal DNA barcodes of the atpF–atpH, trnL and trnH–psbA regions. Biotech. 9:188-195. Dattgonde N, Tiwari S , Sapre S , Mishra Iti-G. 2019. Genetic transformation of oat mediated by agrobacterium is enhanced with sonication and vacuum infiltration. Iranian Journal of Biotechnology 17 (1): 68-73.

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Sapre S, Mishra Iti-G and Tiwari S. 2019. ACC deaminase-producing bacteria: a key player in alleviating abiotic stresses in plants. Plant Growth Promoting Rhizobacteria, 14 (1): 267- 291. Gour L, Dubey RK, Singh SK and Tiwari S. 2018. Morpho diversification study on indigenous gene pool of (Pisum sativum L.) at MP. International Journal of Current Microbiology and Applied Sciences 7(3):2533-2542. Mandloi R, Shukla A, Venkatesan T, Bhowmick AK and Singh SK. 2018. Screening of rice (Oryza sativa L.) varieties and genotypes against Scirpophaga incertulas (Walker). Journal of Entomology and Zoology Studies 6(3):1195-1199. Gour L, Koutu GK, Singh Y and Singh SK. 2019. Characterization and grouping of indigenous rice lines based on DUS test for different qualitative differentials. Journal of Pharmacology and Phytochemistry 8(4):1162-1168. Kujur M, Koutu GK, Krishnan RS and Singh SK. 2018. Phenotypic diversity of farmer‘s variety of Rice (O. Sativa L) in MP. Bulletin of Environment, Pharmacology and Life Sciences 8(3):19-25. Gour L, Dubey RK, Moitra PK, Singh SK, Shukla SS and Tiwari S. 2018. Genetic parameters exploration of pea genotypes using two environmental conditions. International Journal of Current Microbiology and Applied Sciences 7(9): 2067-2078. Goyal VK, Pandey S, Shukla RS and Rani A. 2019. Morphological characterization and genetic analysis in newly developed cytoplasmic lines of bread wheat. International Journal of Chemical Studies 7(1): 2262-2266. Pandey SK, Pandey S, Gontia AS, Ramakrishnan S and Rani A. 2018. Phenophases and sink activity on grain yield of chickpea genotypes under normal and elevated temperature conditions. Journal of Pharmacognosy and Phytochemistry. SP1: 2889-2894. Goyal VK, Pandey S, Shukla RS and Rani A. 2019. Morphological characterization and genetic analysis in newly developed cytoplasmic lines of bread wheat. International Journal of Chemical Studies 7(1): 2262-2266. Amrate PK, Pancheshwar DK and Shrivastava MK. 2018. Application of fungicides and Trichoderma viride in management of soybean pod blight complex. International Journal of Chemical Studies 6(4):3208-3210. Amrate PK, Pancheshwar DK and Shrivastava MK. 2018. Evaluation of soybean germplasm against charcoal rot, aerial blight and yellow mosaic virus disease in MP Pl. Dis. Res. 33 (2):185-190. Mannur DM, Babbar A, Thudi M, Sabbavarapu MM, Roorkiwal M, Shranabasappa B. Yeri, Vijay PrakashBansal, Jayalakshmi S.K., Shailendra Singh Yadav, Abhishek Rathore, Siva

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K. Chamarthi, Bingi P. Mallikarjuna, Pooran M. Gaur, Rajeev K. Varshney. 2019. Super Annigeri 1 and Improved JG 74: Two Fusarium wilt resistant introgression lines developed using marker-assisted backcrossing approach in chickpea (Cicer arietinum L.). Molecular Breeding 39(2):1380-3743. Saaha S, Babbar A and Singh S. 2018. Genetic diversity in elite lines of chickpea (Cicer arietinum L.) for phenological and quantitative traits. Journal of Pharmacognosy and Phytochemistry 7(2):2705-2709. Koutu GK, Rama Krishnan RS, Gaur L, Pathak N and Shivwanshi R. 2019. Seed priming induced enhancement of seed yield and seed quality attributes in Field Pea. Journal of Pharmacology and Phytochemistry SP2: 866-868. Gour L, Koutu GK, Singh Y and Singh. 2019. SK Characterization and grouping of indigenous rice lines based on Dus test for different qualitative differentials. Journal of Pharmacology and Phytochemistry. 8(4):1162-1168 Koutu GK, Shrivastava A, Singh Y and Tiwari S. 2019. Molecular characterization and genetic diversity assessment of soybean varieties using SSR Markers. International Journal of Current Microbiology and Applied Sciences. 8(4):173-182. Kujur M., Koutu GK, Rama Krishnan RS and Singh SK. 2018. Phenotypic diversity of farmer‘s variety of Rice (O. Sativa L) in MP. Bulletin of Environment, Pharmacology and Life Sciences 8(3):19- 22. Teja RT, Bhale MS, Vulimiri J and Koutu GK. 2019. Prevalence of microflora associated with different rice varieties and its impact on sowing seed quality. Journal of Pharmacology and Phytochemistry 7(6):1532-1536. Choudgari PR, Mishra DK, Koutu GK, Xalxo SS, Saxena RR, Singh L and Verulkar SB. 2018. Identification and mapping of QTLs for agronomic traits in recombinant inbred line population derived from Japonica x Indica sub-species in Rice (Oryza sativa L.). Journal of Pharmacognosy and Phytochemistry 7(2): 2701-2704. Gupta KN, Bisen R and Tiwari A. 2018. A review; Current status of Niger diseases and their management. International Journal of Chemical Studies 6 (2) 1945-1952. Gupta KN, Naik KR and Bisen R. 2018. Status of sesame diseases and their integrated management using indigenous practices. International Journal of Chemical Studies. 6(2): 1945-1952. Gupta KN and Baranwal VK. 2018. Molecular detection of citrus yellow mosaic virus (CYMV) and citrus greening bacterium (CGB) in sweet orange by multiplex polymerase chain reaction. International Journal Chemical Studies 6(2):888- 891.

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Silodia K, Bhale U and Bhale MS. 2018. Impact of mungbean yellow mosaic virus disease on seed planting value of soybean. Seed Research 45(2):1- 4. Silodia K, Bhale U and Bhale MS. 2018. Status and evaluation of soybean varieties against Mungbean Yellow Mosaic (MYMV) disease under changing climatic conditions of Kymore plateau zone, MP. Journal of Agricultural Research 52(6): 686-690. Jain AK, Kumar A, Chouhan SS and Joshi RP. 2018. Status and management of banded leaf and sheath blight of Little Millet caused by Rhizoctonia solani Kühn with chemicals. Annals of Plant Protection Sciences 26(1):122-126. Singh J and Kumar A. 2018. Variability among isolates of Rhizoctonia solani inciting web blight of Mungbean. International Journal of Current Microbiology and Applied Sciences 7: 2319-7706. Jain AK, Chourasia R, Kumar A and Joshi RP. 2018. Identification of resistant genotypes against (Striga asiatica L.) Kuntze in kodo millet. Electronic Journal of Plant Breeding 9(2): 603- 610. Singh J, Kumar A and Tiwari RK. 2018. Bio efficacy of repository of Trichoderma spp. isolates against Alternaria solani inciting early blight of tomato. New Agriculturist 29(1): 119- 124. Kumar A, Patel A, Singh SN and Tiwari RK. 2019. Effect of Trichoderma spp. in plant growth promotion in chilli. International Journal of current Microbiology and Applied Sciences. 8(3): 1574-1581. Parmar V, Singh SN, Tiwari GP and Singh P. 2018. Relative efficacy of bio pesticides in management of dry root rot and collar rot in soybean and chickpea. International Journal of Chemical studies 6(2):83-86. Meher J, Singh SN and Sonkar SS. 2018. Growth promotion of chickpea plant on treatment with native isolates of Tricopderma spp. Journal of Pharmacognosy and Phytochemistry 7(4): 1631-1636. Parmar V, Singh SN, Tiwari GP and Singh P. 2018. Relative efficacy of bio pesticides in management of dry root rot and collar rot in soybean and chickpea. International Journal of Chemical Studies 6(2):83-86. Kumar A and Singh SN. 2018. Morphological variability among isolates of Alternaria brassicae (Berk.) Sacc. causing leaf blight of mustard. International Journal of Chemical Studies 6(3): 2820-2822. Kumar A and Singh SN. 2018. Effect of different culture media on growth and sporulation of Alternaria brassicae incitant of Alernaria blight of mustard. International Journal of Current Microbiology and Applied Sciences 7(5): 4324-4330.

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Parmar V, Singh SN and Tiwari GP. 2018. Impact of biopesticides as seed treatment and foliar spray on the growth parameter of soybean (Glycine max (L) Merrill) and gram (Cicer arietinum L). International Journal of Chemical Studies 7(1): 660-666. Permar V, Singh SN, Tiwari GP and Singh P. 2018. Relative efficacy of bio pesticides in management of dry root rot and collar rot in soyabaean and chickpea. International Journal of Chemical Studies 6(2): 83 – 86. Choudhary AK, Amrate PK and Chatterjee A. 2018. Bio-efficacy of some insecticides for the management of early shoot borer, Chilo infuscatellus (Snellen) in Sugarcane. International Journal of Chemical Studies 6(3):1371-1373. Amrate PK, Pancheshwar DK and Shrivastava MK. 2018. Application of fungicides and Trichoderma viride in management of soybean pod blight complex. International Journal of Chemical Studies 6(4):3208-3210. Amrate PK, Pancheshwar DK and Shrivastava MK. 2018. Evaluation of soybean germplasm against charcoal rot, aerial blight and yellow mosaic virus disease in MP. Plant Disease Research 33 (2):185-190. Gupta PK and Tomar AK. 2019. Weed management in transplanted rice with special reference to Commelina benghalensis in the Kymore Plateau Satpura hills region of MP. Journal of Weed Science 51(3): 236–239. Bharti OP, Pandya RK, Sing R, Gupta PK, Gupta JC and Jatav RC. 2019. Epidemiological studies to critical environmental parameter favouing infection and development of disease International Journal of Chemical Studies 7(1) 1141-1144. Singh A, Bagri R, Thomas M and Gupta PK. 2019. Economic impact of lac production through women farmers‘ interest group. International Journal of Chemical Studies 7(1):1141-1144.

College of Agriculture Engineering

Ajeet K and Shrivastava AK. 2017. Effect of tillage practices and sowing methods on growth and yield of soybean crop in vertisol. Research in Environment and Life Sciences 10(4): 347-352. Kumar A, Patel A, Shrivastava AK, Pandey MK and Khandelwal NK. 2018. Change in scenario of sugarcane production in Narsinghpur, MP during 2013 to 2016. Current Journal of Applied Science and Technology 28(6):1-12. Kumar A, Patel A, Kadam DM, Shrivastava AK, Pandey MK and Khandelwal NK. 2018. Status of farm mechanization for saccharum officinarum (sugarcane) in Narsinghpur, MP. International Journal of Applied Research 4(10):101-109.

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Kumar A, Shrivastava AK and Patel A. 2018. Assessment of energy use pattern in different operations from various sources for cultivation of sugarcane in the district of Narsinghpur, MP. Current Journal of Applied Science and Technology 28(1):1-9. Kumar A, Shrivastava AK and Patel A. 2018. Energy analysis for cultivation of sugarcane: a case study in Narsinghpur, MP. Current Journal of Applied Science and Technology, 28(1):1-10. Kumar A, Shrivastava AK and Patel A. 2018. Requirement of energy for mechanized cultivation of sugarcane in Narsinghpur, MP. Current Journal of Applied Science and Technology 28(4):1-9. Deshbhratar RK, Tiwari KB, Shrivastava AK and Pandey MK. 2018. Energetic comparison of tractor drawn modified Tine Till Drill with Zero Till Drill and conventional seed drill for wheat cultivation under vertisol. Journal in Science, Agriculture and Engineering, Vol. III, Special Issue (D). Gautam AK, Shrivastava AK, Samaiya RK and Jha A. 2018. Design and development of tractor drawn seed cum pressurized aqueous fertilizer drill. Journal of Agricultural Research 52 (3): 257-263. Gautam AK, Shrivastava AK and Samaiya RK. 2017. Effect of aqueous fertilizer on soil content, depth of seeding and seedling emergence for wheat. International Journal of Agricultural Science and Research (IJASR) ISSN(P): 2250-0057; ISSN(E):2321-0087, 7 (3): 241-246. Gautam U, Awasthi MK, Tiwari YK and Nema RK. 2017. Reference evapotranspiraion (ETo) estimation for different districts of MP using Aquacrop software. JNKVV Research Journal 51(1): 23-28. Gautam VK and Awasthi MK. 2017. Assessment of water resources and water demand of an area. JNKVV Research Journal 51(2): 174-179. Harshavardhan K and Shrivastava AK. 2018. Development and performance evaluation of manually operated seeding planter for horticultural crops. Current Journal of Applied Science and Technology 29(1):1-8. Joshi J and Shrivastava AK. 2017. Modification and performance evaluation of tractor drawn Raised Bed Seed Drill under vertisol. International Journal of Agricultural Science and Research (IJASR) ISSN (P):2250-0057; ISSN (E): 2321-0087, 7 (3): 358-394. Khanna N and Singh M. 2019. Effect of extrusion parameters on textural properties of parboiled rice bases, bitter gourd and water chestnut blended extrudates. International Journal of Current Microbiology and Applied Sciences 8 (7):1-9. Khanna N, Singh M and Jain P. 2019. Effect of extrusion cooking of physical properties: A review. International Journal of Chemical Studies 7 (2):1345.

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Khanna N, Singh M, and Jain P. 2019. Effect of extrusion cocking on textural properties of extrudates- A review. Chem Sci Rev Lett 8 (30): 276-279. Khanna N, Singh M and Jain P. 2019. Types of extruder use for extrusion cooking – A review. Int. J Current Microbiology App Sci. 8(4): 716 – 720. Mehra N, Gautam AK, Pathak U and Shrivastava AK. 2017. Development of mathematical model for repair and maintaince of farm tractor. TECHNOFAME 6 (1): 93-98. Narender and Shrivastava AK. 2018. Engineering properties of turmeric crop for development of a digger. International Journal of Agricultural Science14 (2): 419-422. Pandey P, Bhan M*, Awasthi MK and Nema RK. 2017. Evaluate soyabean yield planted at different sowing dates under systems of land configuration in vertisol. JNKVV Research Journal 51(3) 315-319. Pathak R, Awasthi MK, Sharma SK, Hardaha MK and Nema RK. 2018. Groundwater flow modeling using MODFLOW- A review. Inter. J. Current Microbiology and Applied Sciences 7(2): 1-6. Pathak U, Shrivastava AK and Goutam M. 2017. Performance evaluation of tractor drawn secondary tillage tools under vertisol. Environment and Ecology 35 (4D): 3440-3445. Patle D, Awasthi MK, Sikarwar P, Shrivastava RN and Tiwari YK. 2017. Investigation on water table behaviour in Tikamgarh, MP. JNKVV Research Journal 51(2): 168-173. Daheriya M, Verma DK and Singh M. 2018. Performance evaluation of zero energy multi fruit grader. The Andhra Agric. J 65(Spl): 443 – 446. Thakur S, Awasthi MK, Nema RK and Dubey S. 2018. Role of trace constituents in groundwater quality in nine tribal blocks of MP. Inter. J. Current Microbiology and Applied Sciencs. Vol 7 (1): 1-6. Khanna N, Singh M and Jain P. 2019. Effect of extrusion cocking on textural properties of extrudates- A review. Chem Sci Rev Lett 8 (30): 276-279. Khanna N, Singh M and Jain P. 2019. Types of extruder use for extrusion cooking – A review. Int. J Curr Microbiology App Sci. 8(4): 716 – 720. College of Agriculture Tikamgarh Bakhara CK, Pal US and Bal LM. 2018. Drying characteristic and physico-chemical evaluation of tender jackfruit slices during osmo-convective drying. Journal of Food Measurement and Characterization 12 (1): 564-572. Bhatnagar S, Bisht K, Singh SP and Raghuwanshi S. 2018. Impact of Kisan Advisory Services in Tikamgarh district of MP. Journal of Pharmacognosy and Phytochemistry 7(6): 2493-96.

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Dhalsamant K, Dash SK, Bal LM and Panda MK. 2018. Evaluation of modified atmosphere packaged chemically treated mushroom (Volvariella volvacea) for shelf life quality. Agricultural Engineering Today 42(1):66-72. Dhalsamant K, Dash SK, Bal LM and Sahoo NR. 2018. Effect of natural antimicrobials (Clove and Garlic) on shelf life and quality of mushroom (Volvariella volvacea) under modified atmosphere. Journal of Packaging Technology and Research 2(3): 243-249. Dubey A, Singh VK, Shukla KC and Tyagi PK. 2018. Effect of plant growth regulators on yield and quality parameters of Brinjal. TECHNOFAME- A Journal of Multidisciplinary Advance Research 7(2): 105-106. Giri AK, Biswas AK, Shrman K and Kumar D. 2019. Quality and shelf-life of precooked spent broiler breast fillets during refrigeration storage under aerobic packaging conditions. Journal of Animal Research 9(2): 01-11. Haqjo HR, Prusty SR, Mishra RK and Dixit BK. 2018. Medium land rice production in Puri district of Odisha: an economic analysis. Oryza 55(3): 479-483. Jain P, Agrawal KK, Bhan M and Srivastava AK. 2018. Phenology and heat unit requirement of wheat under different thermal environments irrigation and fertility levels at Jabalpur conditions of MP. Chemical Science Review and Letters 6(21): 88-93. Kapil R and Singh U. 2018. Performance of Tulsi self-help group in mid-day meal: A case study of Powarkheda village MP. Agricultural Economics Research Review 31 (conf.) Pp. 196. Kapil R and Singh U. 2019. Performance of Tulsi self-help group in mid-day meal: A case study of Powarkheda village MP. Bulletin of Environment, Pharmacology and Life Sciences, 8(7): 78-82. Kar A, Mahato DK, Patel AS and Bal LM. 2019. The encapsulation efficiency and physicochemical characteristics of anthocyanin from Black Carrot (Daucus Carota Ssp. Sativus) as affected by encapsulating materials. Current Agriculture Research Journal, 7(1): 26-36. Khare S, Singh SK and Srivastava AK. 2018. Effect of I/M Se and Vit E administration combined with cooler hours feeding regime on milk production in buffaloes in hot –humid climate of Bundelkhand region. International Journal Animal Research B- 3675: 1-3. Kumar D, Yadav PK, Kumar B and Shyam M. 2018. Newer approach of feed analysis: near infrared reflectance spectroscopy. Livestock and Feed Trends 16(2): 67-71. Kumar R, Kumar D, Datt C, Makarana G, Yadav MR and Birbal. 2018. Forage yield and nutritional characteristics of cultivated fodders as affected by agronomic interventions: A Review. Journal of Animal Nutrition. 35(4):373-385.

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Kumar S, Kumar D, Yadav PK, Bal LM and Singh BP. 2018. Amla as phytogenic feed additive for efficient livestock production. Journal of Pharmacognosy and Phytochemistry 7(4): 1030-36. Kumari R, Kumar D, Kumar R and Patel SS. 2019. Nano-encapsulation of milk peptides by electrospinning method: A review. International Journal of Chemical Studies 7(3):4924-31. Lal B, Nayak MK, Srivastava AK and Tomar DS. 2018. Seasonal incidence of major insect pests of mustard and their natural enemies. International Journal of chemical Studies 6(3): 3658- 61. Lal B, Nayak MK, Tomar DS and Thakur SR. 2018. Efficacy of newer insecticides against mustard aphid, [Lipaphis erysimi (Kalt.)] in mustard under Bundelkhand Agro climatic zone of MP. Journal of Entomology and Zoology Studies 6(6): 400-403. Latha GS, Das SB, Swathi P, Raipuriya N and Marabi RS. 2019. Biology of whitefly, (Bemisia tabaci) on soybean cultivars. Journal of Entomology and Zoology Studies 6(5): 2351-55. Mahesh MS and Kumar D. 2018. Nutrigenomics Quiz. Science Reporter 55(3):62. Maina V, Bisht K, Singh SP and Raghuwanshi S. 2019. Role Performance of Krishak Mitra. International Journal of Current Microbiology and Applied Sciences 8(1): 747-754. Mangaraj S, vadaY A and laB LM. 2019. Development and evaluation of pilot scale MA storage and MA packaging systems for tomatoes. Journal of Packaging Technology and Research, 3(1):11-26. Manjhi P, Tomar DS, Srivastava AK and Nayak MK. 2018. Alterneria blight of mustard and its association with weather parameters. Annals of Plant and Soil Research 20(3):250-53. Mishra A. 2018. A study on customer satisfaction management for home loan with reference to MP. TECHNOFAME- A Journal of Multidisciplinary Advance Research 7(2):84-88. Mishra A. 2018. An analysis of pre and post reform diversification of agriculture. International Journal of Agriculture Science 10(14):6751-54. Mishra A. 2018. Analysis of impact of E-Nam on the stakeholders of Tikamgarh MP. Bhartiya Krishi Anushandhan Patrika 33(4): 223-229. Mukati A, Bisht K, Singh SP and Raghuwanshi S. 2018. Farmers perception regarding soil health card. International Journal of Chemical Studies 6(6): 307-310. Raghuwanshi DS, Raghuwanshi S, Bisht K and Singh SP. 2018. Information percieved by farm women for crop production technology. TECHNOFAME - A Journal of Multidisciplinary Advance Research 7(1): 90-96. Raghuwanshi RS and Chauhan RS. 2018. Extent of yield gap and constraints in different adoption level of chickpea in MP. Economic Affairs 64(1): 85-91.

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Raghuwanshi RS, Prustry SR and Chhawada S. 2018. Chickpea production through diverse technologies in Khargone District of MP. Economic Affairs 63(1):293-98. Raikwar RS and Mishra A. 2018. Study of simple scaling tests and gene effects barley (Hordeum vulgare L.). TECHNOFAME - A Journal of Multidisciplinary Advance Research 7(2): 76- 83. Raikwar RS and Saraf RK. 2018. Identification of superior indigenous barley (Hordeum vulgare L.) germplasm for crop improvement. TECHNOFAME- A Journal of Multidisciplinary Advance Research 7(1): 53-55. Raikwar RS. 2018. Combining ability studies for assessment of yield and its components in sesame (Sesamum indicum L.). Electronic Journal of Plant Breeding 9(2): 777-781. Raikwar RS. 2018. Genetic diversity and character association in diverse genotypes of barley (Hordeum Vulgare L.). International Journal of Chemical Studies 6(5):3316-3318. Raikwar RS. 2018. Heterosis for seed yield and its contributing attributes in sesame (Sesamum Indicum L.). International Journal of Chemical Studies 6(4): 2684-87. Sahu L, Raghuwanshi RS, Kumar R and Jangde V. 2018. An economic study of marketing of tomato in Durg district of Chhattisgarh. International Journal of Chemical Studies 6(5): 2232-34. Sahu L, Raghuwanshi RS, Kumar R and Jangde V. 2018. An economic of tomato (Solanum lycopersicon) in Durg district of Chhattisgarh. Journal of Pharmacognosy and Phytochemistry 7(5): 2441-2443. Sakya LS, Kumar M, Marabi RS and Thakur SS. 2018. Effect of integrated nutrient management (INM) on growth and seed yield of garden pea (Pisum sativum L.). Frontiers in Crop Improvement 6(2): 148-152. Singh A, Tomar DS, Nayak MK and Karcho S. 2018. Standardization of time for growth/infection and search for resistance source in mustard cultivars against Alternaria brassicae. The Journal of Rural and Agricultural Research 18(2): 46-48. Singh RB, Rathore N, Mishra, P, Sing U, Pyasai SK and Dubey A. 2019. Rainfall variability analysis of Rewa district in MP. Bulletin of Environment, Pharmacology and Life Sciences 8(7): 74-77. Singh RB, Rathore N, Pysai SK, Singh U and Mishra P. 2018. Stochastic analysis of maize (Zea Mays) production in Betul and MP. International Journal of Current Microbiology and Applied Sciences 7(10): 2446-2451. Srivastava AK and Yadav SS. 2018. Temporal scale variability of white fly population and weather rules for peak adult population prediction in soybean at Bundelkhand Agroclimatic zone. Journal of Agrometeorology 20:110-117.

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Thakur SR, Devasthali S, Upadhayay SN and Marabi RS. 2019. Field screening of sorghum genotypes for resistance to shoot fly, Atherigona soccata and stem borer, Chilo partellus. Bulletin of Environment, Pharmacology and Life Sciences 8(5): 62-67. Tilgam M and Shyam M. 2019. Effect of imezathyper and its combination with imezamox on nodulation and economic yield of blackgram. Journal of Pharmacognosy and Phytochemistry, SP5: 103-106. Tomar DS and Singh A. 2018. Effect of date of sowing on Alternaria blight and seed yield of mustard. Journal of Plant Disease Science 13(2):134-136. Tyagi PK and Shukla KC. 2018. Quantification of thermal requirement, heat use efficiency and response of chickpea (Cicer arietinum L.) varieties under different environments. TECHNOFAME- A Journal of Multidisciplinary Advance Research 7(2): 33-38. Tyagi PK and Singh VK. 2019. Effect of integrated nutrient management on growth, yield and nutrients uptake of summer blackgram (Vigna mungo). Annals of Plant and Soil Research 21(1): 30-35. Vishvkarma D, Singh VK, Shankhwar B, Vasure N and Shyam S. 2018. Structural and functional parameters for screening of different chilli varieties. Science, Agricultural and Engineering VII: 358-359. Vishvkarma D, Singh VK and Shankhwar B. 2018. Screening for yield and quality parameters of different chilli varieties. International Journal of Chemical Studies 6(4):1745-47. Yadav PK, Kumar S, Kumar B, Kumar D and Shyam M. 2017. Golden rules for good food plant hygiene practices. Livestock Line 11(5): 8-11.

College of Agriculture Ganjbasoda Garg VK and Patel Y. 2018. Influence of weather parameters on population dynamics of whitefly in kharif legumes. Annals of Plant and Soil Research 20(4): 371–374. Garg VK. 2018. Studies on host plant and infestation level of termite Odontotermes obesus Rambur. Journal of Tropical Biodiversity 26(1): 69-75. Kumari A, Singh AK, Singh SK and Khan IM. 2018. Morphological, physiological and biochemical responses of Poplar plants under drought stress. Journal of AgriSearch 5(3): 184-189. Kumari A, Sairam RK and Singh SK. 2019. Nutrient content in grain and straw of different wheat genotypes as affected by moisture stress. International Journal of Current Microbiology and Applied Sciences 8(2): 1977-1988.

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College of Agriculture Powarkheda Tiwari S, Mohanty TK, Patbandha TK, Akumaresan, Bhakat M and Baithalu R. 2018. Critical thresholds of milk SCC, EC and pH for detection of sub-clinical mastitis in crossbred cows reared under subtropical agroclimatic condition. International Journal of Livestock Research 8 (6): 152-159. Patbandha TK, Mohanty TK, Tiwari S, Bhakat M and Shreela L. 2018. Post-partum feeding and resting behaviour of primiparous and pleuriparous crossbred cows reared under loose housing. Journal of Dairy Science 71(2): 1-6. Chouhan A, Sonkar P, Kanpure RN, Anjanawe SR and Hakdar A. 2018. Response of foliar spray of urea, boron and 2,4-D in acid lime (Citrus aurantifolia Swingle) under Malwa plateu conditions. International Journal of Agriculture science 10(7): 5727-5729. Chouhan A, Sonkar P and Anjanawe SR. 2018. Effect of foliar application of urea, boron and 2,4-D in acid lime (Citrus aurantifolia Swingle) under Malwa plateau conditions. Bulletin of Environment, Pharmacology and Life Sciences 7(6): 41-44. Agrawal S, Khare NK. 2019. KMA Extension Services Bridging the Gap. Bulletin Environment Pharmacology Life Science 8 (5): 91-94. Deshmukh AR, Agrawal S and Suryawanshi A. 2019. Reasons for decline of orange orchards in Amravati district. International Journal of Chemical Studies 7(2): 401-403. Deshmukh AR, Agrawal S and Suryawanshi A. 2019. Knowledge of paddy growers about recommended technology. International Journal of Chemical Studies 7(2): 398-400. Kumar V and Pawar K. 2018. A review on soil health and fertility management in organic agriculture through green manuring. Journal of Pharmacognosy and Phytochemistry 1: 3213-3217. Khande D, Ninama AS and Kumar V. 2018. Studies on response of phosphorous management in double cropping systems involving linseed. Multilogic in Science 8: 383-388. Kumar V and Pandey SK. 2018. Current status of mungbean in MadhyaPradesh - A Review. International Journal Current Microbiology Applied Science 7(11): 1062-1072. Mishra P, Padmanaban K, Dhekale BS and Tailor AK. 2018. Statistical investigation of production performance of Cumin. Economic Affairs 63(2): 1-9. Singh RB, Rathore N, Pysai SK, Singh U and Mishra P. 2018. Stochastic analysis of maize (Zea mays) production in Betul and MP. International Journal of Current Microbiology Applied Science 7(10): 2446-2451. Padmanaban K, Mishra P, Dubey A and Tiwari P. 2018. Study of factors of production on productivity of black pepper and its sustainability. Acta Scientific Agriculture 2(12): 138- 143. JNKVV, Jabalpur, Annual Report 2018-19 Page 204

Vishwajith KP, Sahu PK, Mishra P, Dhekale BS and Singh RB. 2018. Modelling and forecasting of arhar production. International Journal of Agricultural and Statistical Sciences 14(1): 73- 86. Padmanaban K, Mishra P, Debnath MK and Sahu PK. 2018. Statistical investigation of production performance of coriander. RASHI 3(1): 52 -59. Koundinya AVV, Pandit MK, D. Ramesh, Mishra P. 2019. Phenotypicst ability of eggplant for yield and quality through AMMI, GGE and cluster analyses. Scientia Horticulturae 2(7): 216–223. Niranjan HK, Gupta JK, Mishra P and Chouhan RS. 2019. Estimation of total factor productivity growth of maize production.Central Progressive Agriculture Research – An-International Journal 14(1): 68-70. Singh SHH, Dutta S, Soumik DE, Narsimaiah L, Sinha K, Pandit P, Dubey A, Mishra P and Sahu PK. 2019. Factors influencing selection of plant protection chemicals: A statistical appraisal. Journal of Pharmacognosy and Phytochemistry 8(2): 01-05. Sharma R, Pandey SK, Sharma TR and Sharma A. 2018. Nutrient content in leaves of shoot bearing healthy and malformed panicle under high density mango orchard (Mangifera indica L.) CV Amrapali as influenced by organic and inorganic sources of nutrients. Economic Affairs 63(2): 569-573. Ahirwar H and Ahirwar P. 2018. Rainfall runoff simulation by using SCS-CN model in Shipra river basin of MP. The Pharma Innovation Journal 7(2): 385-390. Pachori A, Sharma OP and Singh R. 2018. Evaluation of mycotoxicity of commercial fungicides against Colletotrichum capsici sp. Cyamopsicola. Journal of Pharmacognosy and Phytochemistry 7(1): 2816-2817. J. Suman, Dwivedi BS, Dwivedi AK and Pandey SK. 2018. Forms of sulphur and their relationship with soil physical properties in Vertisol. International Journal of Chemical Studies 6(1): 975-980. Singh R, Bisen P and Bajpai D. 2019. Impact and assessment of high yielding variety PSM-3 of pea through on farm testing in Sidhi and Hoshangabad districts of MP. Journal of Pharmacognosy and Phytochemistry 8(1):1570-1572. Ghodki BM, Patel M, Namdeo R, Carpenter G. 2018. Calibration of discrete element model parameters: soybeans. Computational Particle Mechanics 6 (1): 3-10. Pandey SK, Pandey S, Gontia SA, Ramakrishnan S and Rani A. 2018. Phenophases and sink activity on grain yield of chickpea genotypes under normal and elevated temperature conditions. Journal of Pharmacognosy and Phytochemistry 1: 2889-2894.

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Kumar V and Pandey SK. 2018. Current Status of Mungbean in MP – A Review. International Journal Current Microbiology Applied Science 7(11):1062-1072. Reddy M, Surya P, Vibha and Pandey SK. 2018. Role of root colonizing Trichoderma species in management of alternaria leaf blight of Asalio (Lepidium sativum L.) caused by Alternaria alternate. International Journal Current Microbiology Applied Science 7(7): 2544-2561. Jarupula Suman, Dwivedi BS, Dwivedi AK and Pandey SK. 2018. Interaction effect of phosphorus and sulphur on yield and quality of soybean in a vertisol. International Journal of Current Microbiology Applied Science 7(3): 152-158. Jarupula Suman, Dwivedi BS, Dwivedi AK and Pandey SK. 2018. Forms of sulphur and their relationship with soil physical properties in vertisol. International Journal of Chemical Studies 6(1): 975-980. Sinha A, Singh S, Kumar S and Rai S. 2018. In vitro antifungal potency of plant extracts against post-harvest storage fungal pathogens of Zea mays L. International Journal Current Microbiology Applied Science 7(4): 1236-1247. Jain V, Kushwaha HS and Vishwakarma SK. 2018. Productivity, profitability and soil-health as affected by various diversified rice (Oryza sativa) based cropping systems. Multilogic in Science 8 (issue special-E): 389-392. Kumar J, Saipalli G, Vijay G, Mishra KK, Mishra PC and Deepmala S. 2018. Genetics of Fe, B- carotene, GPC and yield trait in bread wheat using multi-locus and multi-traits GWAS. Euphytica 2018: 214-219. College of Agriculture Rewa Prajapati R, Mishra P, Maurya BM and Kurmwanshi SM. 2019. Thermal response of scented rice under different weed management practices in organic production system. Int J. Chrv Miropbiol Applied Science 8 (3);1833-1841. Jugnahake M, Prajapati R, Maurya BM and Kurmvanshi M. 2018. Indentification of cropping system module for Irrigated farming system of Rewa region. International J. of Current Microbiology and Applied Science 7 (10):687-694. Kurmvanshi SM, Tiwari RK, Maurya BM, Singh S. 2018. Long term effect of organic, inorganic and integrated nutrient management on rice- wheat cropping system. International J. of Current Micro biology and Applied Science 7 (8):1317-1322. Kurmvanshi SM, Maurya BM and Tiwari RK. 2018. Long term effect chemical fertilizer in rice- wheat cropping system under irrigated condition of Kymore- Satpura Agro climatic zone. International J. of Current Micro biology and Applied Science 7 (8): 3918-3925. Jain AK, Kumar A, Chouhan SS and Joshi RP. 2018. Status and management of banded leaf and sheath blight of little millet caused by Rhizoctonia solani Kuhn with chemicals. Annals of Plant Protection Sciences 26(1): 122-126.

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Jain AK, Chourasia R, Kumar A and Joshi RP. 2018. Identification of resistant genotypes against Striga asiatica (L.) Kuntze in kodo millet. Electronic Journal of Plant Breeding 9(2): 603- 610. Jain AK, Kahar L and Joshi RP. 2019. Management of banded leaf and sheath blight caused by Rhizoctonia solani Kuhn in kodo millet. Annals of Plant Protection Sciences 27(1):107- 111. Joshi RP, Kumari M, Singh S and Jain AK. 2019. Production and marketing orientation of kodo millet (Paspalum scrobiculatum) demonstrations beneficiaries. Bulletin of Environment, Pharmacology and Life Sciences 8(6): 109-111. Singh J, Kumar A and Tiwari RK. 2018. Bioefficacy of a repository of Trichoderma spp. isolates against Alternaria solani inciting early blight of tomato. New Agriculturist 29 (1): 119-124. Soni K, Kumar A, Dhingra MR, Tiwari RK, Jaiswal SK and Kaushik U. 2018. Qualitative composition of insect pest and their natural enemies associated with pigeon pea crop. Annals of Agricultural Research 39 (3): 301-303. Kurmvanshi SM, Maurya BM, and Tiwari RK. 2018. Long term effect of chemical fertilizer in rice- wheat cropping system under irrigated condition of Kymore Satpura Agro Climatic Zone. International Journal of Current Microbiology and Applied Science 7 (8): 3918- 3925. Kurmvanshi SM, Tiwari RK, Mourya BM and Singh S. 2018. Long term effect of organic, inorganic and integrated nutrient management on rice- wheat cropping system. International Journal of Current Microbiology and Applied Science 7 (8):1317-1322. Para PK, Tiwari RK, Singh S and Tiwari P. 2019. Performance of direct seeded rice vrieties at different levels of nitrogen in Rewa region of MP. Journal of Pharmacognosy and Phytochemisry 8 (2): 167-1669. Kumar A, Patel A, Singh SN and Tiwari RK. 2019. Effect of Trichoderma spp. in plant growth promotion in chilli. International Journal of Current Microbiology and Applied Sciences 8 (3): 1574-1581. Chelak YK, Tripathi SK, Jain AK, Kumar A and Kumar B. 2019. Integrated Disease Management of rice in MP. International J. Chemical Studies 7(3): 374-376.

College of Agriculture, Balaghat Ahirwar SK, Ahirwar DA, Alawa SL, Deshmukh G. 2018. Effect of weed management and fertility levels on productivity and economics of soybean [Glycine max (L.) Merrill] in Central Narmada Valley of MP. International Journal of Current Microbiology and Applied Sciences 7(2):1-6. Bajpai D, Singh R, Verma S and Pahalwan DK. 2018. Impact assessment of stacking practices in Laxmi variety of tomato with PM through OFTs in Hoshangabad district of MP. Bioved Journal 29(1): 1-4.

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Bhalawe S, Nayak D and Jadeja DB. 2019. Carbon sequestration potential of agroforestry systems in South Gujarat conditions. Green Farming 10 (1): 35-40. Choudhary P, Mishra DK, Koutu GK, Pachori A and Singh SK. 2018. Interrelationship of yield and quality attributing traits in JNPT lines of rice. International Journal of Bio Resource and Stress Management 9(3): 330-340. Deshmukh G, Hardaha M, Baghel, Soni K and Turkar RK. 2018. Drip irrigation on water use efficiency and yield of tomato (Lycopersicon esculentum) crop. Water Resources, Irrigation Practices and Sustainable Agriculture 102: 102-105. Dinani OP, Tyagi PK, Giri AK and Sagar D. 2018. Role of livestock in doubling the farmers income –national perspective and the way forward. International Jornal of Sci. Envt. Technol. 7(2): 496-504. Dinani OP, Tyagi PK, Mandal AB, Tiwari SP and Giri AK. 2018. Effect of feeding rice based distillers dried grains with solubles and gluten meal on the hamato-serological parameters in finisher stage of broiler chickens. Journal of Entomology and Zoology Studies 6(4): 964- 968. Dwivedi BS, Sharma A, Dwivedi AK and Thakur R. 2019. Response of phosphorous application on productivity of wheat at farmer field. Universal Journal of Agricultural Research 7(1): 20-24. Gaur VS, Kumar L, Gupta S, Jaiswal JP, Pandey D and Kumar A. 2018. Identification and characterization of finger millet OPAQUE2 transcription factor gene under different nitrogen inputs for understanding their role during accumulation of prolamin seed storage protein. Biotech. 8 (3): 163. Gaur VS, Sood S, Tiwari S and Kumar A. 2018. Genome-wide identification and characterization of seed storage proteins (SSPs) of foxtail millet (Setaria italica (L.) P. Beauv.). Biotech. 8 (10): 415. Giri AK, Biswas AK, Dinani OP, Shrman K and Mir NA. 2018. Influence of calpain mediated post-mortem ageing on quality of broiler breeder breast fillets during refrigerated holding at (4 ± 1) °C. Int. J. Curr. Microbiol. App. Sci. 7(5): 1898-1913. Giri AK, Dinani OP, Sagar D and Juniad N. 2018. Review on calpain mediated post-mortem ageing on the quality of pre-cooked breast fillets from breeder broilers. Int. J. Sci. Envt. Technol. 7(1): 25–277. Goswami P, Vishwkerma SK and Upadhyay VB. 2019 Organic farming package for rice-potato cropping system. Journal of Pharmacognosy and Phytochemistry 8(1): 962-967.

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Gour L., Koutu GK, Singh Y and Singh SK. 2019. Characterization and grouping of indigenous rice lines based on Dus test for different qualitative differentials. Journal of Pharmacology and Phytochemistry 8(4): 1162-1168. Gupta S, Pathak RK, Gupta SM, Gaur VS, Singh NK and Kumar A. 2018. Identification and molecular characterization of Dof transcription factor gene family preferentially expressed in developing spikes of Eleusine coracana L. Biotech 8 (2): 82. Jaiswal A, Rai SK and Saxena AK. 2018. Perception of passed out graduates towards READY programme for entrepreneurship development. International Journal of Agricultural Sciences 10(8): 5857-5858. Kathal D, Gupta Om and Jagre A. 2018. Control of Alternaria blight of Ashwagandha through fungicides, organic manure and biofertilizers. Int. J. Curr. Microbiol. App. Sci., Special Issue 7: 23-29. Khamparia NK, Thakur R and Sawarkar SD. 2018. Effect of continuous use of inorganic fertilizers and organic manure on crop productivity, soil fertility and sustainability of Soybean-Wheat cropping system in a vertisol. Journal of Soils and Crops 28(1): 19-25. Koutu GK, Rama Krishnan RS, Gaur L, Pathak N. and Shivwanshi R. 2019. Seed priming induced enhancement of seed yield and seed quality attributes in Field Pea. Journal of Pharmacology and Phytochemistry SP2: 866-868. Koutu GK, Shrivastava A, Singh Y and Tiwari S. 2019. Molecular characterization and genetic diversity assessment of soybean varieties using SSr Markers. International Journal of Current Microbiology and Applied Sciences 8(4): 173-182. Kumar A, Patel A, Kadam DM, Shrivastava AK, Pandey MK, Dubey RK and Khandelwal NK. 2018. Status of farm mechanization for Saccharum officinarum (Sugarcane) in Narsinghpur, (MP.). International Journal of Applied Research 4 (10):101-109. Meshram MK, Dwivedi BS, Naik KR, Thakur R and Keram KS. 2018. Impact of organic and inorganic sources of nutrients on yield, nutrient uptake, soil fertility and economic performance of rice in a Typic Haplustert. Journal of Soils and Crops 28(1): 31-36. Panday P R, Gautam AN and Rajak SK. 2018. Marketable surplus and harvest losses of wheat crop in Jabalpur of MP. Life Science Bullatin 15(1): 27-29. Pandre BP, Bajpai R, Dongre RP and Bhalawe S. 2018. Seasonal incidence and population dynamics of insect pests in Karanja. Trend in Biosciences 11(18):2735-2737. Patel G, Dwivedi BS, Dwivedi AK, Thakur R and Singh M. 2018. Long-term effect of nutrient management on soil biochemical properties in a vertisol under soybean – wheat cropping sequence. Journal of the Society of Soil Science 66(2): 215-221.

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Teja RT, Bhale MS, Vulimiri J and Koutu GK. 2019. Prevalence of microflora associated with different rice varieties and its impact on sowing seed quality. Journal of Pharmacology and Phytochemistry7 (6): 1532-1536. Sharma S and Ratnoo RS. 2019. Study on effect of host age and host range of Alternaria porri. Journal of Pharmacognosy and Phytochemistry 8(1):1295-1297. Sharma S, Hooda KS and Goswami P. 2019. Scenario of plant diseases under changing climate. Journal of Pharmacognosy and Phytochemistry 8(1):2490-2495. Sharma S, Hooda KS and Goswami P. 2019. Scenario of plant diseases under changing climate. Journal of Pharmacognosy and Phytochemistry 8(1):2490-2495. Shrivastava AK, Upadhyay VB, Gautam DS, Sarvade S and Sahu RK. 2018. Effect of integrated nutrient management on growth and productivity of Withania somnifera (L.) Dunal in Kymore Plateau and Satpura hills of MP. Archives of Agriculture and Environmental Science 3(2): 202-208. Shrivastava P and Shrivastava KK. 2018. Correlation analysis of performance of panchayat leaders in Rajnandgaon district of Chhattisgarh. International Journal of Agricultural Science and Research 8 (1):145-152. Shrivastava P and Shrivastava KK. 2018. Communicational characteristics and role performance of panchayat leaders. Trends in Biosciences 11(2):176-184. Shrivastava P and Shrivastava KK. 2018. Constraints encountered by panchayat leaders in performance of their desired roles. Journal of Soils and Crops 28(2):305-312. Shrivastava P and Shrivastava KK. 2018. Multiple regression analysis of characteristics of panchayat leaders and its impact on their role performance. International Journal of Agriculture Sciences 10(3): 5145-5148. Shrivastava P and Shrivastava KK. 2018. Path analysis of characteristics of panchayat leaders and its impact on their role performance. International Journal of Current Microbiology & App. Sci. 7(2): 1587-1595. Singh R, Bisen P and Bajpai D. 2019. Impact and assessment of high yielding variety PSM-3 of pea through on farm testing in Sidhi and Hoshangabad districts of MP. Journal of Pharmacognosy and Phytochemistry 8(1):1570-1572. Verma A. 2018. Concept of eco-criticism in T S Eliot‘s Poetry. Quest Journal of Research in Humanities and Social Science ISSN: 2321-9467. Verma A. 2018. Eco-Feminism in the short stories of Shashi Deshpandey. Dialogue ISSN 0974- 5556.

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Ongoing works under various projects

N.F.S.M.

S.No. Particulars Status (A) Z.A.R.S., Sagar All the works are almost completed 1. Fencing and needs review for finely 2. Covered threshing floor completion 3. Seed Godown 4. Open well (B) Z.A.R.S., Pawarkheda Fencing, Covered threshing floor & 1. Fencing Seed Godown is completed tender 2. Covered threshing floor for open well/tube well to be 3. Seed Godown reinvited 4. Open well/Tube well (C) Z.A.R.S., Tikamgarh Works completed final utilization 1. Fencing & report is to submitted 2. Covered threshing floor

N.F.S.M. (Seed hub at various KVK’s)

S.No. Particulars Status 1. Seed Hub, K.V.K., Tikamgarh Work completed 2. Seed Hub, K.V.K., Damoh Work completed 3. Seed Hub, K.V.K., Harda Work completed 4. Seed Hub, K.V.K., Betul Work completed 5. Seed Hub, K.V.K., Narshingpur Work completed 6. Seed Hub, JNKVV., Jabalpur Work completed 7. Seed Hub, Z.A.R.S., Sagar Work completed

R.K.V.Y.

S.No. Particulars/Projects Status (Rs. In Lakh) (A) Strengthening of infrastructural facility under RKVY Jabalpur 1. Fencing completed 2. Covered threshing floor completed 3. Seed Godown completed (B) Tikamgarh 1. Fencing completed 2. Covered threshing floor completed 3. Seed Godown completed 4. Irrigation facility Tender to be reinvited

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S.No. Particulars/Projects Status (Rs. In Lakh) (C) Chhindwara 1. Fencing Work incomplete 2. Covered threshing floor Completed 3. Seed Godown Work in progress (D) Bio-pesticide Lab-Const. of First floor Work completed Jabalpur (E) Pesticide Residue Lab, Jabalpur Work completed (F) Strengthening of crop quality analysis & food Work completed product testing lab (G) Strengthening of communication and Work completed knowledge centre, Jabalpur (H) Estt. of post entry quarantine lab at Jabalpur Work completed

Note: Progress of earlier project & fund received under project ―Development of farm machinery‖ is to reviewed & accordingly work is to be completed in consultation with P.I. of the project.

S.No. Particulars/Projects Status

1. Construction of Girls Hostel at College of Agriculture, Tikamgarh Work in progress

List of ongoing works under Mandi projects

S.No. Particulars/Projects Status 1. Const. of Administrative Block at JNKVV., Jabalpur Work in progress (80% completed) 2. Const. of Auditorium Block at JNKVV., Jabalpur Work in progress (70% completed) 3. Renovation work of Printing Recording & Production Work completed Unit at JNKVV, Jabalpur 4. Construction of additional room at Biotechnology Lab Work completed at JNKVV, Jabalpur

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JawaharlalNehruKrishiVishwaVidyalaya KrishiNagar, Adhartal,Jabalpur482004(M.P.),India Tel.:+91-761-2681778,Website:http://www.jnkvv.org