TEXTBOOK OF UNDERUTILIZED VEGETABLE CROPS
₹1,375.00
AUTHORS: A.K. PANDEY
PUBLISHING YEAR: 2022
ISBN: 9789390647019
© All Rights Reserved
Description
ABOUT THE BOOK
Underutilized vegetable crops have a long history of local consumption, and local people are aware of their nutritional and medicinal attributes. However, cultivation is done mainly by poor farming communities which derive their sustenance and livelihood from such plants in specialized geographical regions. They have immense potential for contribution to particular pocket’s of food production because they are well adapted to existing and adverse environmental conditions and possess resistance towards pests and diseases. The BSMA committee of ICAR has provided a broad outline of underutilized vegetables. It has been placed in the vegetable science syllabus to complete the course requirement for the award of a Master degree in the discipline of Vegetable Science.
Underutilized vegetables have not yet received adequate attention from researchers for their genetic improvement, standardizing of production, and protection protocols. Most of our efforts are restricted to widely grown major and exotic vegetables. A large number of underutilized vegetables have shown good promise for utilization of the marginal soils, vast areas of which otherwise lie barren as wastelands. The use of these marginal lands will help augmenting supplies of vegetables without conflicting with the food priorities. Advances in plant genomics now provide breeders advanced molecular and bioinformatics’ tools that allow the study of the whole genome to accelerate breeding efforts such as genome sequencing. The concerted efforts are needed to tame the technology and capitalize our knowledge to bring underutilized vegetables in domain of common people. Author has made an arduous task to address more than 35 underutilized vegetables listed in the syllabus under various heads and has a firm belief that it will address the requirement of study materials on these crops in well fitting manner. It will be very useful for the students of Vegetable Science and different disciplines of botany and medicinal sciences.
CONTENT
Chapter No. | Title | Page |
Preface | ||
Foreword | ||
Foreword | ||
Chapter-1 Introductory Consideration | ||
|
Underutilized Vegetables: importance, issues and strategies | 1 |
Nutritional and Medicinal Importance of Underutilized vegetables | 2 | |
Nutritionally rich underutilized Brassica vegetables | 3 | |
Nutrient rich underutilized Legume vegetables | 3 | |
Nutrient dense underutilized Cucurbits | 5 | |
Health beneficial Underutilized Leafy Greens | 6 | |
Nutritional and medicinal importance of underutilized root and tuber vegetables | 8 | |
Exploitation of underutilized vegetables for Industrial uses | 8 | |
Konjac Glucomannan (KGM) based food products of elephant foot yam | 8 | |
Adaptability of underutilized vegetables under adverse edaphic and climatic conditions | 9 | |
Criteria in prioritizing underutilized vegetables | 10 | |
Climatic adaptability of underutilized vegetables | 10 | |
Availability of seeds and planting materials | 11 | |
Consumer’s Preference of underutilized Vegetables: | 11 | |
Processing and value-addition of underutilized vegetables | 12 | |
Cultural Biodiversity | 12 | |
Constraints for the Development of Underutilized Vegetable Crops | 12 | |
Genetic Improvement of Underutilized Vegetable Crops | 12 | |
Conclusion | 14 | |
Breeding approaches for improvement of Underutilized legume vegetables | 15 | |
References | 17 | |
UNIT : I | STEM AND BULB CROPS | |
Chapter-2 | Asparagus | 24 |
Area and Production | 24 | |
Origin and Distribution | 25 | |
Climate and Soil | 24 | |
Botanical Description | 25 | |
Taxonomic position of genus Asparagus | 26 | |
Morphological Description of Plant | 26 | |
Varieties | 26 | |
Propagation | 28 | |
Seed Propagation | 28 | |
Crown Propagation | 28 | |
Sowing and Planting Time | 28 | |
Manures and Fertilizers | 28 | |
Irrigation and Weed Management | 28 | |
Harvesting | 29 | |
Post harvest Management | 29 | |
Pre-cooling and Storage Conditions | 29 | |
Postharvest Disease | 30 | |
Physiological Disorders | 30 | |
Major Diseases | 30 | |
Major Pests | 31 | |
Genetic Resources and Improvement | 32 | |
Tissue Culture | 32 | |
References | 33 | |
Chapter-3 | Leek | 34 |
Origin and Distribution | 34 | |
Botanical Description | 34 | |
Taxonomic position of genus Allium L | 35 | |
Morphological Description of Plant | 35 | |
Cytogenetics | 35 | |
Varieties | 35 | |
Cultural Practices | 36 | |
Harvesting and Yield | 36 | |
Major Diseases | 36 | |
Major Pests | 37 | |
Genetic Resources and Improvement | 37 | |
Tissue culture | 38 | |
References | 38 | |
Chapter-4. | Globe Artichoke | 40 |
Origin and Distribution | 40 | |
Climate and Soil | 41 | |
Propagation and Planting | 41 | |
Seeding | 41 | |
Planting | 42 | |
Irrigation | 42 | |
Use of PGR | 42 | |
Interculture | 42 | |
Major Pests | 43 | |
Major Diseases | 43 | |
Harvesting and Storage | 45 | |
In vitro propagation | 45 | |
References | 45 | |
Chapter-5. | Chinese Chives | 48 |
Origin and Distribution | 48 | |
Botanical Description | 48 | |
Morphology | 48 | |
Climate and Soil | 49 | |
Propagation | 49 | |
Raising the seedlings and planting | 49 | |
Manures and Fertilizers | 49 | |
Intercropping | 49 | |
Growth and Development | 50 | |
Harvesting | 50 | |
Packaging and Storage | 50 | |
Cultivars | 50 | |
Genetic Resources and Improvement | 51 | |
Micro-propagation | 51 | |
References | 51 | |
UNIT: II | COLE AND SALAD CROPS | |
Chapter-6. | Red Cabbage | 53 |
Nutritive value of red cabbage | 53 | |
Botanical Description | 53 | |
Cultural Practices | 54 | |
Varieties | 54 | |
Harvesting and Yield | 54 | |
Major Diseases | 54 | |
In vitro propagation | 56 | |
References | 56 | |
Chapter-7. | Chinese Cabbage | 57 |
Origin and Distribution | 57 | |
Botanical Description | 57 | |
Morphological Description of Plant | 57 | |
Climate and Soil | 58 | |
Varieties | 58 | |
Cultural Practices | 58 | |
Major Diseases | 58 | |
Important Pests | 59 | |
Harvesting and Yield | 60 | |
Seed Production | 60 | |
Physiological Disorders | 60 | |
Genetic Improvement | 60 | |
Biotechnology | 61 | |
References | 61 | |
Chapter-8. | Kale | 61 |
Origin and Distribution | 62 | |
Botanical Description | 62 | |
The distinguishing characters between kale and collards | 63 | |
Climate and Soil | 63 | |
Agro-techniques | 64 | |
Land preparation | 64 | |
Manures and Fertilizers | 64 | |
Nursery Raising and Transplanting | 64 | |
Irrigation and Inter-culture | 64 | |
Harvesting and Storage | 65 | |
Plant protection | 65 | |
Genetic Resources and Improvement | 66 | |
References | 67 | |
Chapter-9. | Sweet Corn | 70 |
Nutritive value | 70 | |
Taxonomic Position of the Genus Zea | 70 | |
Varieties | 71 | |
Description of Plant | 71 | |
Genetics | 71 | |
Climate and Soil | 73 | |
Seed Rate | 73 | |
Method of Sowing | 73 | |
Manures and Fertilizers | 73 | |
Weed Management | 73 | |
Intercropping | 74 | |
Harvesting of Cobs | 74 | |
Postharvest Handling | 74 | |
Yield | 75 | |
Major Pests | 75 | |
Major Diseases | 76 | |
Improvement | 76 | |
References | 76 | |
Chapter-10 | Baby Corn | 77 |
Nutritional value of Baby corn | 77 | |
Production and Export of Baby corn | 77 | |
Botanical Description | 78 | |
Varieties | 78 | |
Climate and Soil | 78 | |
Planting Season | 78 | |
Manures and Fertilizers | 78 | |
Seed rate and Spacing | 79 | |
Irrigation | 79 | |
Weed control | 79 | |
Plant Protection | 79 | |
Cross Pollination | 79 | |
Detasseling | 79 | |
Intercropping | 80 | |
Harvesting and Yield | 80 | |
Improvement | 80 | |
References | 80 | |
UNIT: III | GOURDS & MELONS | |
Chapter-11. | Sweet Gourd | 81 |
Nutritive value of sweet gourd | 81 | |
Origin and Distribution | 81 | |
Botanical Description | 81 | |
Taxonomic position of Momordica cochinchinensis Spreng | 82 | |
Climate and Soil | 82 | |
Propagation | 82 | |
Time and method of planting | 83 | |
Manures and Fertilizers | 83 | |
Intercultural operation and training | 83 | |
Anthesis | 83 | |
Harvesting, Yield and Processing | 83 | |
Major diseases | 84 | |
Major Insect-pests | 84 | |
Genetic Resources and Improvement | 84 | |
References | 84 | |
Chapter-12. | Spine Gourd | 86 |
Nutritive value of spine gourd | 86 | |
Origin and Distribution | 86 | |
Botanical Description | 87 | |
Taxonomic position of Momordica dioica. | 87 | |
Cytogenetics | 87 | |
Climate and Soil | 87 | |
Propagation | 87 | |
Seed Propagation | 87 | |
By tuber | 88 | |
By stem cuttings | 88 | |
Grafting | 88 | |
Manures and Fertilizers | 88 | |
Intercultural operation and training | 88 | |
Anthesis and Pollen Grain Germination | 89 | |
PGR for Sex Alteration | 89 | |
Harvesting and Yield | 89 | |
Genetic Resources and Improvement | 89 | |
Tissue culture | 90 | |
References | 90 | |
Chapter-13. | Teasle Gourd | 93 |
Nutritive value of teasle gourd | 93 | |
Origin and Distribution | 94 | |
Botanical Description | 94 | |
Taxonomic position of Cucumis dipsaceus | 94 | |
Agro-techniques | 95 | |
Genetic Resources and Improvement | 95 | |
References | 96 | |
Chapter-14. | Round Gourd | 98 |
Nutritive value of Round Gourd(tinda) | 98 | |
Origin and Distribution | 99 | |
Botanical Description | 99 | |
Taxonomic status | 99 | |
Cultivars | 100 | |
Climate and Soil | 101 | |
Manures and Fertilizers | 101 | |
Seed Treatment | 102 | |
Sowing time | 102 | |
Application of PGR | 102 | |
Water Management | 102 | |
Weed Management | 102 | |
Harvesting and Yield | 103 | |
Major Diseases | 103 | |
Major Pests | 103 | |
Genetic Resources and Improvement | 104 | |
References | 104 | |
Chapter-15. | Ivy Gourd | 107 |
Nutritive value of Ivy Gourd | 107 | |
Origin and Distribution | 107 | |
Botanical Description | 107 | |
Taxonomic position of Coccinia grandis (L.) Voigt | 107 | |
Climate and Soil | 108 | |
Propagation | 108 | |
Planting Methods | 109 | |
Transplanting time | 109 | |
Manures and Fertilizers | 109 | |
Irrigation and Interculture | 109 | |
Harvesting and Yield | 109 | |
Improved varieties | 110 | |
Major Diseases | 110 | |
Genetic Resources and Improvement | 110 | |
Tissue culture | 112 | |
References | 113 | |
Chapter-16. | Snake Gourd | 115 |
Nutritive value of snake gourd | 115 | |
Origin and Distribution | 115 | |
Botanical Description | 115 | |
Description of important Species | 116 | |
Chromosome Number of important Species | 116 | |
Varieties | 117 | |
Climate and Soil | 117 | |
Manures and Fertilizers | 117 | |
Sowing time, seed rate and spacing | 117 | |
Irrigation, weeding and staking | 115 | |
Use of PPGR | 116 | |
Anthesis | 116 | |
Harvesting and Yield | 118 | |
Major Diseases | 118 | |
Major Pests | 119 | |
Genetic Resources and Improvement | 120 | |
In vitro regeneration | 121 | |
References | 121 | |
Chapter-17. | Pointed Gourd | 124 |
Nutritive value of pointed gourd | 124 | |
Origin and Distribution | 124 | |
Botanical Description | 124 | |
Taxonomic position of Momordica dioica. | 124 | |
Climate and Soil | 125 | |
Cultivars | 125 | |
Propagation | 125 | |
Improved varieties of pointed gourd and their attributes | 126 | |
Manures and Fertilizers | 129 | |
Irrigation | 129 | |
Interculture, Pruning and Training | 129 | |
Crop Rotation and Intercropping | 129 | |
Use of PGR | 130 | |
Harvesting, Yield and Storage | 130 | |
Plant Protection | 130 | |
Genetic Resources and Improvement | 131 | |
In vitro Propagation | 132 | |
References | 132 | |
Chapter-18. | Kachari | 135 |
Origin and Distribution | 135 | |
Botanical Description | 136 | |
Taxonomic status | 136 | |
Varieties | 136 | |
Agro-techniques | 137 | |
Anthesis | 137 | |
Harvesting and Post harvest Management | 137 | |
References | 136 | |
Chapter-19. | Long Melon | 140 |
Origin and Distribution | 140 | |
Botanical Description | 140 | |
Climate and Soil | 140 | |
Manures and Fertilizers | 141 | |
Irrigation | 141 | |
Major diseases | 141 | |
Pests and Their control | 142 | |
Harvesting | 142 | |
Seed Production | 142 | |
Genetic Resources and Improvement | 143 | |
In vitro Propagation | 143 | |
References | 143 | |
Chapter-20. | Snap Melon | 144 |
Nutritive value of snap melon | 143 | |
Origin and Distribution | 144 | |
Botanical Description | 144 | |
Climate and Soil | 144 | |
Manures and Fertilizers | 145 | |
Irrigation and Interculture | 145 | |
Harvesting and Yield | 145 | |
Varieties | 145 | |
Genetic Resources and Improvement | 146 | |
Biotechnology | 148 | |
References | 148 | |
Chapter-21. | Gherkin | 151 |
Nutritive value of gherkin | 151 | |
Origin and Distribution | 151 | |
International Trade | 151 | |
Botanical Description | 152 | |
Taxonomic position | 152 | |
Varieties | 153 | |
Climate and Soil | 153 | |
Manures and Fertilizers | 152 | |
Seed Rate and Sowing | 154 | |
Irrigation | 154 | |
Pollination and Fruit set | 154 | |
Staking | 154 | |
Harvesting and Yield | 154 | |
Grade | 155 | |
Hydro cooling | 155 | |
Salt brining | 155 | |
Major Pests | 156 | |
Major Diseases | 159 | |
Genetic Resources and Improvement | 160 | |
References | 161 | |
Chapter-22. | Oriental Pickling Melon | 162 |
Nutritive value of Oriental Pickling Melon | 162 | |
Origin and Distribution | 162 | |
Botanical Description | 162 | |
Taxonomic position of Oriental Pickling Melon | 162 | |
Varieties | 163 | |
Preparation of land | 164 | |
Manures and Fertilizers | 164 | |
Seed Rate | 164 | |
Sowing | 164 | |
Spacing | 164 | |
Flowering, Fruiting and Harvesting | 164 | |
Plant Protection | 164 | |
Seed Extraction | 165 | |
Genetic Resources and Improvement | 165 | |
References | 166 | |
UNIT: IV | LEAFY VEGETABLES | |
Chapter-23. | Celery | 168 |
Nutritional composition of celery leaves and stalk | 168 | |
Origin and Distribution | 168 | |
Botanical Description | 169 | |
Taxonomic position of the genus Apium | 169 | |
Morphological Description | 169 | |
Cytogenetics | 170 | |
Varieties | 170 | |
Climate and Soil | 171 | |
Nursery Raising and Transplanting | 171 | |
Manures and Fertilizers | 171 | |
Irrigation | 171 | |
Blanching | 171 | |
Harvesting and Yield | 171 | |
Controlled Atmosphere Storage | 172 | |
Major Diseases | 172 | |
Major Pests | 173 | |
Genetic Resources and Improvement | 174 | |
Tissue culture | 176 | |
References | 177 | |
Chapter-24. | ParsleY | 179 |
Nutritional composition of fresh leaves of parsley | 179 | |
Origin and Distribution | 180 | |
Botanical Description | 180 | |
Taxonomic position of the genus Petroselinum | 180 | |
Morphological Description | 180 | |
Climate and Soil | 180 | |
Seed Sowing and Planting | 180 | |
Interculture | 181 | |
Plant Protection | 181 | |
Harvesting and Yield | 181 | |
Postharvest Management | 181 | |
Controlled Atmosphere Storage | 182 | |
Genetic Resources and Improvement | 182 | |
Tissue culture | 183 | |
References | 183 | |
Chapter-25. | Indian Spinach | 185 |
Nutritional compositional of Indian spinach | 185 | |
Gomphrenin | 185 | |
Origin and Distribution | 186 | |
Botanical Description | 186 | |
Taxonomic position of the genus Basella | 186 | |
Climate and Soil | 186 | |
Propagation | 187 | |
Seed Propagation | 187 | |
Vegetative Propagation | 188 | |
Manures and Fertilizers | 188 | |
Effect of N application on the plant composition | 188 | |
Irrigation | 189 | |
Weed Management | 189 | |
Effect of Photoperiod and Plant Growth Substances | 189 | |
Fertilization and Embryogenesis | 189 | |
Pests and Diseases | 190 | |
Harvesting and Yield | 190 | |
Seed Production | 190 | |
Genetic Resources and Improvement | 190 | |
In vitro Propagation | 190 | |
References | 191 | |
Chapter-26. | Spinach | 193 |
Nutritional compositional of spinach | 193 | |
Trace element content in amaranth leaves | 193 | |
Origin and Distribution | 194 | |
Botanical Description | 194 | |
Taxonomic position of the genus Spinacia | 195 | |
Morphological Description of Plant | 195 | |
Varieties | 195 | |
Climate and Soil | 196 | |
Manures and Fertilizers | 196 | |
Sowing and Seed Rate | 196 | |
Weed Management | 196 | |
Growth and Development | 196 | |
Irrigation | 197 | |
Harvesting and Yield | 197 | |
Seed Production | 197 | |
Hybrid Seed Production | 198 | |
Isolation Distance | 198 | |
Roguing stages | 198 | |
Harvesting and Seed Processing | 198 | |
Plant Protection | 198 | |
Genetic Resources and Improvement | 199 | |
Breeding for Low Anti Nutritional Factors | 199 | |
Breeding for Pest Resistance | 200 | |
Tissue Culture | 200 | |
References | 200 | |
Chapter-27. | Chenopod | 203 |
Nutritive value of chenopod leaves | 203 | |
Essential amino acid content of chenopod leaf protein | 203 | |
Origin and Distribution | 204 | |
Botanical Description | 204 | |
Climate and Soil | 205 | |
Agro-techniques | 205 | |
Varieties | 205 | |
Harvesting and Yield | 205 | |
Genetic Resources and Improvement | 206 | |
References | 206 | |
Chapter-28. | chekurmanis | 207 |
Nutritive value of Chekurmanis leaves | 207 | |
Origin and Distribution | 208 | |
Botanical Description | 208 | |
Taxonomic position of the genus Sauropus L | 208 | |
Climate and Soil | 208 | |
Propagation | 208 | |
Planting | 208 | |
Interculture and Irrigation | 209 | |
Mycorrhizal Association | 209 | |
Harvesting | 209 | |
Improvement and Prospects | 209 | |
Tissue culture | 209 | |
References | 209 | |
Chapter-29. | Water Spinach | 211 |
Nutritive value of water spinach | 211 | |
Origin and Distribution | 212 | |
Botanical Description | 212 | |
Cultivars | 213 | |
Climate and Soil | 213 | |
Propagation | 214 | |
Spacing | 214 | |
Manures and Fertilizers | 214 | |
Mulching and Ratooning | 214 | |
Harvesting, Yield and Storage | 215 | |
Plant Protection | 216 | |
Seed Production | 216 | |
Genetic Resources and Improvement | 216 | |
References | 216 | |
UNIT: V | YAM AND BEANS | |
Chapter-30. | Elephant Foot Yam | 219 |
The nutritive value of elephant foot yam | 219 | |
Botanical Description | 220 | |
Cytological Studies | 221 | |
Description of A. paenifolius | 221 | |
Varieties | 222 | |
Climate and Soil | 222 | |
Field Preparation and Planting | 222 | |
Rapid multiplication of elephant foot yam | 223 | |
Sprout bud culture | 223 | |
Manures and fertilizes | 223 | |
Irrigation | 224 | |
Interculture | 224 | |
Harvesting and Yield | 224 | |
In vitro Propagation | 224 | |
References | 224 | |
Chapter-31. | Yams | 226 |
List of common and underutilized Yams | 227 | |
Greater yam (Dioscorea alata L.) | 227 | |
Lesser yam ( Dioscorea esculenta (Lour) Burk. | 229 | |
White yam ( Dioscorea rotundata Poir.) | 231 | |
Potato yam ( Dioscorea bulbifera L.) | 232 | |
Yellow yam (D. cayenesis L.) | 233 | |
Bitter yam (D. dumentorum (Kunth.) | 234 | |
Chinese yam (D. opposita Thunb.) | 234 | |
Buck yam (D. pentaphylla L.) | 235 | |
Cush-Cush yam (D. trifida L.) | 235 | |
Dioscorea japonica Thunb.) | 236 | |
Dioscorea nummularia Lam.) | 237 | |
Dioscorea belophylla Voight) | 237 | |
D. anguina Roxb. Syn. D. puber. | 237 | |
References | 238 | |
Chapter-32. | Yam Bean | 239 |
Nutritive value of yam bean | 239 | |
Origin and Distribution | 240 | |
Botanical Description | 240 | |
Climate and Soil | 241 | |
Propagation | 241 | |
Time of Planting | 241 | |
Manures and Fertilizers | 241 | |
Flowering and Root Growth | 242 | |
Harvesting and Yield | 242 | |
Major diseases | 243 | |
Cultivars | 243 | |
Genetic Resources and Improvement | 244 | |
References | 245 | |
Chapter-33. | Lima Bean | 248 |
Nutritive value of Lima bean | 248 | |
Origin and Distribution | 248 | |
Botanical Description | 249 | |
Important Species under the genus Phaseolus | 249 | |
Description of Plant | 250 | |
Cultivars | 250 | |
Climate and Soil | 251 | |
Seed Sowing and Germination | 251 | |
Nitrogen Fixation | 251 | |
Harvesting and Yield | 251 | |
Seed Production | 251 | |
Major Diseases | 252 | |
Genetic Resources and Improvement | 253 | |
References | 254 | |
Chapter-34. | Winged Bean | 257 |
Nutritive value of Winged Bean | 257 | |
The amino acid composition of winged bean pods and seeds | 257 | |
Nutritive value of winged bean tuberous root | 258 | |
Origin and Distribution | 258 | |
Botanical Description | 258 | |
Embryology and Seed Development | 259 | |
Climate and Soil | 259 | |
Sowing and Seed Rate | 259 | |
Manures and Fertilizers | 260 | |
Nodulation | 260 | |
Staking | 260 | |
Flowering and Photoperiod | 260 | |
Harvesting and Yield | 261 | |
Major diseases | 261 | |
Major Pests | 257 | |
Improvement | 261 | |
In- vitro propagation | 262 | |
References | 262 |
ABOUT THE AUTHOR
Dr. A.K. Pandey is Dean, College of Horticulture and Forestry, Rani Lakshmi Bai Central Agricultural University, Jhansi. Prior to join RLBCAU, Jhansi, Dr. Pandey served as Dean, College of Horticulture and Forestry, Pasighat, Arunachal Pradesh under Central Agricultural University, Imphal, Manipur. Before entering Central University service, Dr. Pandey worked as Principal Scientist at Indian Institute of Vegetable Research, Varanasi. He is ARS Scientist of 1985 batch. Dr. Pandey obtained his M.Sc. (Ag.) and Ph.D. degree in Horticulture from C.S. Azad University of Agriculture and Technology, Kanpur. Dr. Pandey participated in the Ist International Post Graduate Course on Protected Agriculture in Arid and Semi-arid Region at Hebrew University, Jerusalem, Israel. He has published more than 87 research papers, 172 popular articles and review articles in journals of national and international repute. Dr. Pandey till date has authored 15 books, and out of his many books, Underutilized Vegetable Crops , Aquatic vegetables, Velvet bean (Mucuna prureins L. DC.), Exotic Vegetables, Curry leaf and and The wealth of Perennial Vegetables are most referred text. Dr. Pandey’s contribution towards utilizing the underutilized vegetable crops in addressing the nutritional security is considered one of the most notable achievements in enriching the food diversity and inviting the attention of researchers to lesser known vegetables of the country.
Dr. Pandey has been conferred several awards and honours for his distinguished academic contributions. Hon’ble President of India has conferred on him the prestigious Rajiv Gandhi Gyan-Vigyan Purskar. Apart from these, Defence Research and Development Organization (DRDO), Ministry of Defence, Government of India honoured him thrice for his significant contribution. Dr. Pandey is a prolific writer and for his significant contribution, Scientific and Applied Research Centre, Meerut. UP has conferred on him the Outstanding Authorship in Science and Technology Award, 2010 and Life Time Achievement Award, 2016 by BSRD, Allahabad. Dr. Pandey is a Member on Board of a number of Scientific Societies and Academic panels. He is a fellow of Indian Society of Vegetable Science (ISVS), Varanasi and Society of Biological Sciences and Rural Development, Allahabad.
Additional information
AUTHOR/AUTHORS | A.K. PANDEY |
---|---|
PAGES | 264 |
BINDING | Hard Back |
PUBLICATION YEAR | 2022 |