Ebooks

TEMPERATE VEGETABLES

Dipika Sahoo Bhimasen Naik, Bhimasen Naik
EISBN: 9789358870862 | Binding: Ebook | Pages: 0 | Language: English
Imprint: NIPA | DOI: 10.59317/9789358870862

294.00 USD 264.60 USD


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This book is divided into two main sections: Part-I, which focuses on General Considerations, and Part-II, which covers Production Technology.
Part-I comprises a chapter that provides an overview of the subject matter, while Part-II is divided into six sections, each of which covers the production technology of 21 temperate vegetables, including cole crops, bulb crops, root crops, fabaceous vegetables, leafy vegetables, and perennial vegetables.
Each crop is detailed in terms of cultivar selection, climate and soil requirements, sowing time and rate, field preparation and planting, spacing, nutrient management, water and weed management, use of chemicals and growth regulators, intercultural practices, crop protection, harvesting, yield, and post-harvest handling and marketing.
The book is written in a clear and concise style, making it accessible to beginners in the field.
It is also accompanied by tables and photographs, and questions are included at the end of each chapter for outcomes assessment purposes.
Overall, this book is an invaluable resource for students, field personnel, and anyone interested in forest nursery activities.

0 Start Pages

The Indian Council of Agricultural Research has recently revised the syllabus of B.Sc. (Hons.) Horticulture which is uniform throughout the country. The course ‘Temperate Vegetables’ is taught in the third semester. The present textbook covers the entire syllabus in two parts. Part-I deals with General Considerations and Part-II with Production Technology. The Part-I has one chapter and the Part-II is spread over six sections covering production technology of 21 temperate vegetables. Simple and lucid language has been followed for easy understanding of the beginners. The information contained in the textbook has been gathered from various published sources and internet websites which are mentioned at the end of the textbook under bibliography. Attempts have been made to provide latest information; still some valuable information might have been missed. Questions are set at the end of each chapter under outcomes assessment to assess the understanding of the students. The questions include true/false questions, one/two sentence answer questions, short notes, and multiple-choice questions (MCQs).

 
1 Part I: General Considerations Temperate Vegetables: An Overview

1.1 Introduction Horticulture is defined as “The science and art of growing vegetables, fruits, flowers, ornamental plants and landscaping of gardens and surroundings in small and commercial gardens”. The Latin word “horticulture” comprises two parts: “hortus” (which means “garden”) and “cultura” (which means “cultivation”). In other words, horticulture is the nurturing of gardens. Pomology, olericulture, floriculture, and landscaping are the main aspects of horticulture. Horticulture is becoming more and more important since it produces greater output per unit of land and provides humans with nourishing food, improving their quality of life and enhancing the visual beauty of nature. Regarding the worth of the goods, one of the main branches of horticulture is vegetable growing. Technically speaking, every component of a vegetable is edible. However, the phrase is typically used to refer to edible plants that include reserves of food in the form of roots, tubers, bulbs, stems, petioles, leaves, buds, flowers, fruits, and seeds that can be consumed either cooked or raw. Growing vegetables is crucial not only for supplying food that is protective but also for serving as a substantial auxiliary food that contributes more significantly to food consumption. They are vital parts of a balanced diet since they are nutrient-rich.

1 - 20 (20 Pages)
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2 Part II: Production Technology Section I: Cole Crops  Production Technology of Cabbage

2.1 Introduction Cabbage is consumed in the raw state as well as in cooked. The word cabbage has been derived from the French word Cobache, meaning head which is best described as single large terminal bud comprised of tightly overlapped numerous leaves attached to an unbranched short stem. It is known for its rich source of vitamin A and C. It is an effective curative against scurvy disease. Cabbage leaves are low in calories (24 %), fat (0.2 %) and carbohydrates (5.4 %). It is a good source of protein (1.3 %). Cabbage is an excellent source of minerals such as calcium, iron, magnesium, sodium, potassium and phosphorus. It contains good amount of ascorbic acid. Cabbage is used mainly as a vegetable and nice pickle (sauerkraut) is prepared from it. It is also used as salads. Cabbage is well known for its medicinal properties. 

21 - 44 (24 Pages)
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3 Production Technology of Cauliflower

3.1 Introduction Cauliflower is a cruciferous vegetable that is naturally high in fibre and B-vitamins. It is said that the cauliflower has originated around the Mediterranean Sea. Ancestor of cauliflower is Brassica cretica which has been descended from the wild cliff cabbage, Brassica oleracea var. sylvestris, a native of coastal region of Europe and Africa. Cauliflower is cultivated worldwide in different climatic conditions ranging from temperate to tropics during most of the cropping seasons and is available round the year. Curd is the economic part of cauliflower and is an intermediate stage between vegetative and reproductive stage. It was introduced in India during the Mughal period. In 1822 a botanist Dr Jemson, In-charge of Company Bagh, Saharanpur, U.P introduced it in India from Kew Garden London. 

45 - 72 (28 Pages)
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4 Production Technology of Knol Khol

Common Name: Ganth gobhi or kadam 4.1 Introduction Knol khol or kohlrabi is not very widely grown in our country except in Kashmir, West Bengal and some of the South Indian states. Kohlrabi is a herbaceous biennial grown for its edible stem. The edible part in kohlrabi is the tuber formed by the thickening of stem tissue above the cotyledons, i.e., swollen stem called knob or tuber. 

73 - 88 (16 Pages)
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5 Production Technology of Sprouting Broccoli

5.1 Introduction Sprouting broccoli is believed to be the first to be originated from wild cabbage (Brassica oleracea var. sylvestris) or wild cliff cabbage which is found growing wild in southern Europe and along the eastern Mediterranean Sea. It is also known by several other names such as Calabrese or Italian Green because it was cultivated first in Italy by the ancient Romans and spread to other countries only from sixteenth century onwards. In India, it was introduced during the second half of the 20th century. The word broccoli is derived from the Latin word Brachium meaning an arm or branch. Broccoli contains higher amount of protein, vitamin A and C and appreciable quantities of thiamine, riboflavin, niacin, calcium and iron. 

89 - 106 (18 Pages)
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6 Production Technology of Brussels Sprout

6.1 Introduction It is an important vegetable in European countries. It got its name from the capital city of Belgium since it has been grown around Brussels for hundreds of years. From Belgium it has been introduced to England (1810). Some parts of Long Island in New York are also well known for Brussels Sprout production. In India, it is widely grown in Kodai kanal and Nilgiris hills of Tamil Nadu and Maharashtra. Exact statistics regarding area, production and productivity are not available. It is a cool, moisture loving and frost resistant biennial, with axillary buds produced in the leaf axils during the first year of growth and a seed head is produced in the second year of growth. Edible part is swollen axillary bud (sprouts or buttons or mini cabbage). 

107 - 116 (10 Pages)
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7 Production Technology of Chinese Cabbage

7.1 Introduction Chinese cabbage appears to be native of China. It is known to have arisen from a cross between Pak choi (Brassica rapa var. chinensis, non-heading Chinese cabbage) from south China and turnip (Brassica rapa var. rapifera) from north China when they were grown together in the city of Young-chou. Artificial crosses between these species have proved this hypothesis. Its chromosome number 2n=20 distinguishes it from cole crops. It is not a member of cole group but regarded as very closely allied crop due to similarity in breeding systems, cultivation practices, season of growing and other features besides being like a member of Brassica vegetables. In general Pe-tsai cabbage, i.e., heading type (B. rapa subsp. pekinensis or B. pekinensis) and pak-choi cabbage, i.e., leafy type (B. rapa subsp. 

117 - 128 (12 Pages)
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8 Section II: Bulb Crops 8. Production Technology of Onion

8.1 Introduction Common onion, Allium cepa L., is a vegetable that is the most widely cultivated species of the genus Allium. It has been cultivated for more than 5000 years. However, its wild species do not exist. Allium is a Greek word. Onion is native of Central Asia. According to Vavilov onion originated in Pakistan, however, others opined it to have domesticated in the mountainous regions of Central Asia comprising Turkmenistan, Uzbekistan, Tajikistan, Afghanistan, Pakistan and north Iran. Jones and Mann proposed the area comprising Pakistan and Iran or South East Asia as the centre of origin. Onion is very important in cookery. 

129 - 162 (34 Pages)
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9 Production Technology of Garlic

9.1 Introduction Garlic (Allium sativum L.) is one of the important bulb crops grown and used as a spice or condiment throughout India. It is derived from two words gar meaning spear and lic meaning herb. It is also important foreign exchange earner for the country. Garlic has higher nutritive value than other bulb crops. It is rich in proteins, phosphorous, potassium, calcium, magnesium and carbohydrates. Healthy garlic bulbs contain allicin, a colourless, odourless and water-soluble amino acid. On crushing the garlic bulbs, the enzyme allinase breaks down into allin to produce allicin of which the principal ingredient is odoriferous diallyl disulfide. Garlic contains about 0.1% volatile oil. 

163 - 180 (18 Pages)
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10 Production Technology of Leek

10.1 Introduction Leek is a non-bulb forming tetraploid plant of onion family. It belongs to monocotyledons group like onion and garlic, and has white narrow bulbs with broad leaves and etiolated pseudostem formed by the leaf sheaths. Except large size it looks like green onion. Its cultivation is not commercial in India and grown only in kitchen garden. Recently, its cultivation has been noticed in temperate regions of north India and the Niligiri hills of South India. Leek is cultivated for blanched stems and leaves. It is a hardy biennial plant, consumed as salad and used in flavouring the soups. It has flattened leaf blades rather than the radial, and it is bigger than onion. As compared to onion, it has milder and more delicate flavour. 

181 - 192 (12 Pages)
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11 Section III: Root Crops Production Technology of Radish

11.1 Introduction The word Raphanus has been originated from Greek, meaning quick appearing, refers to its very rapid germination and growth characteristics. It is grown chiefly for its succulent and fleshy edible taproot eaten raw as salad or cooked. The leafy tops are very rich in vitamins A, B and C, and minerals particularly calcium and iron. Major sugar present in radish is glucose. It is a short duration crop and highly productive, so preferred as intercrop or in relay and sequential cropping. 

193 - 212 (20 Pages)
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12 Production Technology of Carrot

12.1 Introduction Carrot is valued as a nutritive food mainly because of high carotene content. The edible part of carrot is modified root (conical form, i.e., enlarged fleshy taproot). Although carrot is a biennial crop but it is grown as an annual for its root. Black carrots (Asiatic carrot root) are used for the preparation of a soft beverage called Kanji, which is supposed to be a good appetizer. Red type is good for preparing various types of sweets especially Gajar Halwa in northern India. Carrot seed oil is used for flavouring liquors and commercially used in France. The taste of carrot is due to the presence of glutamic acid. In carrot roots sucrose is the most abundant than glucose and fructose. Maximum concentration of carotene is found 85-100 days after planting. Carrot seeds contain germination inhibitor named as carrotal. 

213 - 232 (20 Pages)
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13  Production Technology of Beet Root

13.1 Introduction Beet root or garden beet or table beet is an important home and market garden crop of India grown during winter season for its fleshy enlarged roots. It can be eaten raw as salad, and cooked with other vegetables. Beet root is rich in minerals and vitamin C. The garden beet, sugar beet, swiss chard, mangel and palak, all belong to the same genus and species Beta vulgaris. Beet root (Chukandar) is not so popular vegetable crop in India. Its root contains high percentage of sugar.

233 - 246 (14 Pages)
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14 Production Technology of Turnip

14.1 Introduction Turnip is quick growing root vegetable. It is a herbaceous biennial for seed production and an annual for use as a vegetable. Both roots and leaves are edible in turnip. Turnip produces napiform types of roots. Turnip is a popular root vegetable of North India grown during winter months. In young stage, it can be cooked but when it is mature, it may become fibrous and hard. It can be eaten raw but, for making palatable pickles, only desi types are the best. European cultivars of turnip are sweeter than Indian ones. The turnip greens are rich in vitamin A and C and contain appreciable amount of vitamin B, and also good source of Ca, P and Fe. 

247 - 260 (14 Pages)
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15 Section IV: Fabaceous Vegetables Production Technology of Pea

15.1 Introduction It is an important vegetable grown since long and used as fresh vegetable. It is an important legume vegetable rich in proteins. The crop is usually grown for its green pods which contains immature seed and are cooked as vegetable, alone or mixed with others. It prefers cool weather and it does not grow well during intense heat of the summer season, especially the wrinkled seeded cultivars which are tender, sweet and of much better quality than the smooth cultivars. 

261 - 284 (24 Pages)
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16 Production Technology of Broad Bean

16.1 Introduction The broad bean is a hardy plant and can withstand sufficiently cold temperatures. It is cultivated on a small scale in India but widely cultivated in Latin America. This is the only bean which is sown in autumn and is grown as a winter crop (in temperate countries). Broad bean is used as green, shelled and dry beans and as a feed for livestock. Plants have distinguishing features like square and erect growing stems which grow up to 30 cm (dwarf cultivars) to 100 cm (tall cultivars). 

285 - 293 (9 Pages)
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17 Section V: Leafy Vegetables  Production Technology of Lettuce

17.1 Introduction Lettuce is one of the most important vegetable crops in temperate countries. However, it occupies an important position for its cultivation in tropical and subtropical countries also. In the world, the largest consumer and producer is USA. Lettuce is also grown on large areas in South Eastern Australia, Japan, China, Israel, Northern Mexico, Chile, Argentina, Brazil and Peru. Probable ancestor of lettuce is Lactuca serriola L. The crop was spread throughout the 

294 - 310 (17 Pages)
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18 Production Technology of Palak

18.1 Introduction It is a rich source of vitamin A as compared to spinach and carrot. It also contains high quantity of ascorbic acid, manganese and iron. A 100 g of leaves supplies as much essential amino acids as 100 g of any non-vegetarian food like meat and fish. Its succulent leaves and stems make nutritious dish after cooking. The herbaceous annual plants are mildly laxative besides other medicinal values. This is annual for leaf production and biennial for seed production. 

311 - 322 (12 Pages)
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19 Production Technology of Spinach

19.1 Introduction Traditionally spinach or vilayati palak is classified as a pot herb. The word ‘spinach’ has been derived from a Spanish word Hispania. However, the Latin meaning of ‘spina’ is spiny fruit and oleracea means herbaceous garden herb. The edible part of spinach is a compact rosette of leaves which is normally consumed as a cooked vegetable. Sometimes, it is also used as salad along with lettuce and other vegetables. Spinach is highly suitable for hydroponics. 

323 - 334 (12 Pages)
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20 Section VI: Perennial Vegetables Production Technology of Asparagus

20.1 Introduction Asparagus is a herbaceous perennial plant with an erect branched stem growing to 1-3 m height and is grown in large areas in countries like USA, Germany, Spain and France, while India’s contribution is meagre. The tender shoots called ‘spears’ are used as vegetable and in preparation of soup. It is also eaten as salad. The canned and frozen spears are also used as processed foods. Once asparagus starts producing, it continues to give economic yield for 10-15 years. The tender shoots contain a white crystalline substance, asparagine, which is used in medicine as diuretic in cardiac dropsy and chronic gout. It has good potential as fresh vegetable.

335 - 346 (12 Pages)
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21 Production Technology of Globe Artichoke

21.1 Introduction Globe artichoke, commonly known as artichoke, is a perennial crop grown for its flower buds. It has thistle like plants. The above ground portion dies each year during winter and again emerges in spring. It is generally propagated by means of suckers or off shoots from the old root stocks and also by dividing the old crown into pieces with a portion of the stem. The buds are harvested before they become loose and fibrous. It is very nutritious as it contains appreciable quantities of proteins, carbohydrates and minerals. It is a herbaceous perennial in which the globular immature flower heads or buds and the edible bracts are used as vegetable. 

347 - 356 (10 Pages)
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22  Production Technology of Rhubarb

22.1 Introduction Rhubarb is a less popular winter vegetable grown in India and originated from colder parts of Asia. It is cultivated for its large, thick leaf stalks or petioles which are used for sauces and pies. The plant is a herbaceous cool season perennial with large fleshy underground rhizome having a fibrous root system. It is sufficiently rich in vitamin C and contains traces of vitamins A and B2. It is grown in cooler climatic conditions and is resistant to cold and dry conditions. It is propagated by divisions of crown. Rhubarb is a native of the cooler areas of Asia, probably Siberia but it is grown in Europe and England for its large, thick leafstalks or petioles which are used for sauces. 

357 - 368 (12 Pages)
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23 End Pages

Bhowal S, Hossain MH and Bashir MM 2021. Integrated nutrient management on the yield and proftability of cauliflower. Bangladesh Agronomy Journal, 23 (2): 45-49. Bhusan A, Sharma AK and Sharma JP 2010. Integrated nutrient management in knol khol under Jammu and Kashmir condition. Journal of Research SKUAST-J, 9: 240–243. Chadha KL 2012. Vegetable Crops: Cauliflower. Handbook of Horticulture. Directorate of Knowledge Management in Agriculture, Indian Council of Agricultural Research, Krishi Anusandhan Bhavan, PUSA, New Delhi. pp. 375-379. Chanwala P, Soni AK, Sharma D and Choudhary G 2019. Effect of foliar spray of plant growth regulators on growth and quality of sprouting broccoli (Brassica oleracea var. italica L.). International Journal of Current Microbiology and Applied Sciences, 8 (08): 1846-1852.

 
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