Country Status Reports on Underutilized Crops, by Rina Rani Saha, Bangladesh - Regional Expert Consultation on Underutilized Crops for Food and Nutritional Security in Asia and the Pacific November 13-15, 2017, Bangkok
Sunflower is an important oilseed crop that contributes 14% of total oilseed production. It has a high seed multiplication ratio and is drought tolerant, making it suitable for dryland farming. Sunflower oil contains high levels of unsaturated fatty acids and vitamin E, and is used for cooking, margarine, and industrial applications. India is a major producer of sunflower, with the largest areas located in Karnataka, Andhra Pradesh, and Telangana.
1. The document outlines different experimental designs including single factor and double factor designs. It discusses completely randomized design (CRD) and randomized complete block design (RCBD) for single factor experiments.
2. For CRD, treatments are assigned completely at random to experimental units. For RCBD, the experimental area is divided into blocks of equal size with all treatments represented in each block to account for soil variability.
3. A two factor design involves all possible combinations of selected levels for two or more factors as treatments. For a two factor RCBD, all possible combinations of treatment levels for the two factors are used.
This document provides information about the VSC 611 Breeding of Vegetable Crops course, including its objectives, theory, units, practical schedule, and reference books. The course aims to impart knowledge on principles and practices of breeding vegetable crops. It covers topics like origin, botany, taxonomy, genetics, breeding objectives and methods, varieties, and molecular breeding for crops like solanaceous vegetables, cucurbits, cool season vegetables, bulb crops, and greens. The practical schedule includes modes of pollination, hybridization techniques, assessment of variability, and visits to breeding centers.
This document discusses seed viability, dormancy, and storage. It defines seed viability as the ability of a seed to germinate and produce a normal seedling. Seed viability can be reduced by adverse weather during development or environmental conditions after maturity. Methods to test viability include tetrazolium tests, germination tests, and x-ray analysis. Seed dormancy is when viable seeds do not germinate under favorable conditions. Causes of dormancy include impermeable seed coats and immature embryos. Dormancy can be broken through mechanical or chemical scarification. Seed storage aims to maintain seed quality until planting by keeping seeds dry and cool in sealed containers or conditioned facilities.
General principles of seed production Junaid Abbas
The document discusses the importance of producing high quality pedigree seed through maintaining genetic purity and varietal characteristics. It states that seed production requires strict attention, high technical skills, and financial investment. Several factors can lead to the deterioration of seed varieties during production cycles, such as developmental variations due to different environmental conditions, mechanical mixtures during sowing and harvesting, natural crossing through pollination, and mutations. The document provides guidelines for maintaining varietal purity through practices like inspection of seed fields, rouging of off-type plants, adequate isolation distances, and periodic testing to ensure genetic purity is preserved in seed production.
Potato is an important crop worldwide and in India. It was introduced to India in the 17th century from South America. Potato breeding aims to develop varieties with traits like increased yield, earliness, pest and disease resistance. As a tetraploid crop, potato has complex genetics. Breeding efforts focus on traits like tuber appearance, plant type, maturity, dormancy, and resistance to diseases like late blight and viruses.
Weeds can propagate and disperse through various means. They propagate sexually through seed production or asexually through vegetative structures like rhizomes, stolons, tubers, etc. Seeds and vegetative structures are then dispersed by different agents like wind, water, animals, man, and manure. This allows weeds to spread over long distances and colonize new habitats. Common dispersal mechanisms include seeds or fruits with feathers, pappus, wings, etc. that aid wind dispersal, barbs and hooks that catch on animal fur for transport, and mimicry of crop plants that results in accidental human dispersal during farming activities.
High Density Planting is a method of densely planting plant with plant population more than the optimum to get higher productivity in terms of quality and yield by manipulating the tree architecture and planting systems such as use of dwarfing rootstock, interstocks, scions, spurs; intensive use of growth regulators, training and pruning, cultural practices and reducing the spacing. The main principle is to improve efficiency of horizontal and vertical space utilisation per unit time, and resources and input utilisation. There is a balance between the vegetative and fruiting structures without affecting the plant health. Advantages include increased productivity, high income, efficient use of resources and mechanisation and operational efficacy
Sunflower is an important oilseed crop that contributes 14% of total oilseed production. It has a high seed multiplication ratio and is drought tolerant, making it suitable for dryland farming. Sunflower oil contains high levels of unsaturated fatty acids and vitamin E, and is used for cooking, margarine, and industrial applications. India is a major producer of sunflower, with the largest areas located in Karnataka, Andhra Pradesh, and Telangana.
1. The document outlines different experimental designs including single factor and double factor designs. It discusses completely randomized design (CRD) and randomized complete block design (RCBD) for single factor experiments.
2. For CRD, treatments are assigned completely at random to experimental units. For RCBD, the experimental area is divided into blocks of equal size with all treatments represented in each block to account for soil variability.
3. A two factor design involves all possible combinations of selected levels for two or more factors as treatments. For a two factor RCBD, all possible combinations of treatment levels for the two factors are used.
This document provides information about the VSC 611 Breeding of Vegetable Crops course, including its objectives, theory, units, practical schedule, and reference books. The course aims to impart knowledge on principles and practices of breeding vegetable crops. It covers topics like origin, botany, taxonomy, genetics, breeding objectives and methods, varieties, and molecular breeding for crops like solanaceous vegetables, cucurbits, cool season vegetables, bulb crops, and greens. The practical schedule includes modes of pollination, hybridization techniques, assessment of variability, and visits to breeding centers.
This document discusses seed viability, dormancy, and storage. It defines seed viability as the ability of a seed to germinate and produce a normal seedling. Seed viability can be reduced by adverse weather during development or environmental conditions after maturity. Methods to test viability include tetrazolium tests, germination tests, and x-ray analysis. Seed dormancy is when viable seeds do not germinate under favorable conditions. Causes of dormancy include impermeable seed coats and immature embryos. Dormancy can be broken through mechanical or chemical scarification. Seed storage aims to maintain seed quality until planting by keeping seeds dry and cool in sealed containers or conditioned facilities.
General principles of seed production Junaid Abbas
The document discusses the importance of producing high quality pedigree seed through maintaining genetic purity and varietal characteristics. It states that seed production requires strict attention, high technical skills, and financial investment. Several factors can lead to the deterioration of seed varieties during production cycles, such as developmental variations due to different environmental conditions, mechanical mixtures during sowing and harvesting, natural crossing through pollination, and mutations. The document provides guidelines for maintaining varietal purity through practices like inspection of seed fields, rouging of off-type plants, adequate isolation distances, and periodic testing to ensure genetic purity is preserved in seed production.
Potato is an important crop worldwide and in India. It was introduced to India in the 17th century from South America. Potato breeding aims to develop varieties with traits like increased yield, earliness, pest and disease resistance. As a tetraploid crop, potato has complex genetics. Breeding efforts focus on traits like tuber appearance, plant type, maturity, dormancy, and resistance to diseases like late blight and viruses.
Weeds can propagate and disperse through various means. They propagate sexually through seed production or asexually through vegetative structures like rhizomes, stolons, tubers, etc. Seeds and vegetative structures are then dispersed by different agents like wind, water, animals, man, and manure. This allows weeds to spread over long distances and colonize new habitats. Common dispersal mechanisms include seeds or fruits with feathers, pappus, wings, etc. that aid wind dispersal, barbs and hooks that catch on animal fur for transport, and mimicry of crop plants that results in accidental human dispersal during farming activities.
High Density Planting is a method of densely planting plant with plant population more than the optimum to get higher productivity in terms of quality and yield by manipulating the tree architecture and planting systems such as use of dwarfing rootstock, interstocks, scions, spurs; intensive use of growth regulators, training and pruning, cultural practices and reducing the spacing. The main principle is to improve efficiency of horizontal and vertical space utilisation per unit time, and resources and input utilisation. There is a balance between the vegetative and fruiting structures without affecting the plant health. Advantages include increased productivity, high income, efficient use of resources and mechanisation and operational efficacy
PRODUCTION TECHNOLOGIES OF FIELD CROPS AND VEGETABLESMuslim Aid
This document provides information about Capsicum annuum, commonly known as chilli peppers. It includes the botanical classification of Capsicum annuum var. waraniya as Kingdom Plantae, Order Solanales, Family Solanaceae, Genus Capsicum, and Species Capsicum annuum. Details are given about the introduction, botany, environmental requirements, and crop management practices for growing Capsicum annuum var. waraniya.
This document discusses value addition of flowers through essential oils, pharmaceutical compounds, pigments, and value-added products. It provides information on extracting essential oils from various flower crops like rose, jasmine, tuberose, and lavender. Essential oils have applications in perfumery, cosmetics, aromatherapy and more. Some flowers also contain pharmaceutical compounds and nutraceuticals that can be isolated. Flowers are a source of natural pigments for use in foods and cosmetics. Value-added products from roses include rose water, rose oil, gulkand and more. The document outlines methods and yields for extracting oils, compounds and pigments from different flower crops.
What is Rouging?
Rouging for quality seed production,
A major source of off-type plant,
Rouging in Certified Seed Production,
Rouging During rice seed production.
This document provides information on carrot breeding. It discusses the botany and genetics of carrots, including that they are a cross-pollinated crop with 2n=18 chromosomes. The main goals of carrot breeding are outlined, such as increasing yield, carotene content, and disease resistance. Breeding methods used include introduction, mass selection, hybrid breeding using cytoplasmic male sterility, and mutation breeding. Biotechnologies like tissue culture have also been applied to carrot breeding.
Pract no. 9 (b) floral biology of mangotusharamodugu
1. The document summarizes the floral biology of mango, including its classification, inflorescence, flower structure, pollination, selfing and crossing techniques.
2. Mango flowers contain both male and hermaphrodite flowers arranged in a panicle inflorescence. Pollination is entomophilous, relying on insects like house flies.
3. Traditional techniques for selfing and crossing involve bagging panicles and manually removing stamens or brushing pollen, while caging uses insect-proof cages with grafted plants to allow natural pollination.
“Advances in breeding of mango ”
Advances breeding of Mango, breeding of mango, mutation breeding og mango ,breeding of mango by gangaram rana ppt , breeding of mango in igkv
Cowpea is a warm-season legume originating from Africa. It is an important food crop grown in tropical and subtropical regions. Cowpea has a diploid chromosome number of 22 and is self-pollinated. Major varieties grown in India include KBC-2, IT-38956-1, and KM-5. Breeding objectives focus on increasing yield, resistance to diseases and insects, and developing dual-purpose varieties.
The slides describing about the different techniques of seed production, as the seed is the basic part of any production program. Therefore, please provide review about these techniques.
This document discusses hybrid seed production technology for okra. It begins with an introduction to okra including its classification, origin in India and Africa, and floral morphology. It then discusses temperature and climate needs, sowing times, soil requirements, and fertilizer and pest management practices for commercial okra production. The key aspects of hybrid seed production covered include the use of genetic male sterility, emasculation and pollination techniques, and field isolation distances. Harvest and post-harvest processing including threshing, seed yield standards and certification requirements are also summarized.
This document summarizes a doctoral seminar presentation on research related to grafting of vegetable crops. The presentation covered the definition and purpose of grafting, the history of vegetable grafting, common grafting methods, and research examining the effects of grafting on various vegetable crops such as watermelon, cucumber, tomato, brinjal, chilli, and okra. Specific rootstocks were highlighted for their ability to improve yield, quality, and resistance to biotic and abiotic stresses for different vegetable crops.
Botanical Name : Heliconia spp. (hel-I-KO-nee-a)
Family : Heliconiaceae
Order: Zingiberales
Botanical Name : Heliconia spp. (hel-I-KO-nee-a)
Family : Heliconiaceae
Order: Zingiberales
“Heliconia” refers to Mount Helicon in Greece, home to the muses, goddesses of the arts and sciences in greek mythology. The muses were said to be eternally young and beautiful, thus the name “heliconia” refers to the flowers’ long-lasting and attractive qualities.
ADVANCES IN THE PRODUCTION TECHNOLOGY OF CASSAVApavanknaik
Cassava is an important starchy root crop grown mainly in tropical regions like Africa and Asia. It is cultivated extensively in southern India, especially in Kerala. The underground tubers are rich in starch and are consumed after cooking. Cassava plays a significant role in food security and is also used to produce industrial products like alcohol, starch and glucose. While the tubers provide carbohydrates, they also contain toxic levels of cyanide which must be removed through processing before consumption.
This document provides information about cauliflower, including its origins, nutrition, uses, and production. Some key points:
- Cauliflower originated from wild cabbage and was selectively bred for the edible curd through human selection.
- It is high in vitamins C and K as well as minerals like potassium. The curd is used in curries, soups, and pickles.
- Cauliflower is a member of the Brassicaceae family and the species is Brassica oleracea var. botrytis. It is tolerant to high temperatures.
- India and China are two of the top producers globally. Important Indian states include West Bengal and Bi
The document discusses the taxonomy, origin, evolution, and breeding of tomatoes. It notes that tomatoes originated in South America and were domesticated from wild cherry tomatoes. Important tomato breeding objectives include increasing yield, improving fruit quality and shelf life, and developing resistance to diseases and abiotic stresses. Breeding methods discussed are introduction, selection, hybridization, and biotechnology. The first genetically modified tomato, Flavr Savr, was developed to have increased shelf life but did not significantly improve firmness.
This document discusses seed production and marketing in India. There are three types of seed production agencies - government, cooperative, and private sectors. Key government agencies include the National Seed Corporation and state seed corporations. Private seed companies have also grown since the 1960s. The National Seed Project coordinates breeder seed production and provides support to public and private agencies. The 2002 seed policy aimed to liberalize seed imports/exports and encourage the domestic seed industry. Seed marketing involves production, processing, storage, quality control, and distribution channels. Major distribution systems in India include farmer-to-farmer, cooperatives, government agencies, and networks of private dealers.
Seed refers to a fertilized ovule containing an embryo that can develop into a new plant. Scientifically, seed is defined as a fertilized mature ovule covered by a seed coat. There are several types of propagating materials that are also considered seeds, including tubers, bulbs, rhizomes, roots, cuttings, and grafts. Seeds are classified into different categories based on their origin and intended use, including nucleus, breeder, foundation, and certified seeds, with each subsequent category representing a larger scale of multiplication while maintaining genetic and physical purity standards.
The document summarizes information about the spine gourd (Momordica dioica) plant. It discusses the origin, nutritional value, medicinal uses, varieties, cultivation practices, propagation methods, harvesting, and yield of spine gourd. It also describes some related Momordica species and includes references to research articles on genetic diversity analysis and in vitro propagation of spine gourd.
Cassava, tapioca production technology pest and disease, varieties, cultivati...jagathesan krishnasamy
Tapioca, also known as cassava, is a perennial crop that is cultivated as an annual for its starchy tuberous roots. It is grown in a wide range of climates and soils, with ideal temperatures between 25-30°C. Production begins by planting stem cuttings, or setts, that are 8-10 cm long taken from the middle portion of mature plants. Setts are treated with fungicides and biofertilizers before being planted. Cassava is grown using spacing of 60x90 cm or 75x75 cm in irrigated conditions and 60x60 cm in rainfed areas. Intercropping with crops like groundnut and cowpea is also common. Cassava
This document discusses underutilized vegetable crops and their potential. It begins by explaining that while over 75,000 edible plant species exist globally, only around 150 are widely cultivated. It then discusses the nutritional value of various vegetables and common nutrient deficiencies. The concept of underutilized vegetable crops (UUVCs) is introduced as crops that are locally important but lack national recognition. UUVCs have potential for food security, income generation, and environmental benefits. Some constraints to their development include lack of awareness, research, and marketing support. The document concludes by listing examples of UUVCs from Central India along with their uses.
This document outlines the teaching schedule for an introductory horticulture course. It covers topics such as definitions of horticulture, classification of horticultural crops, plant growth phases, management practices including propagation, pruning and cultivation. It also discusses economics of horticultural crops, plant tissue culture, and recommended textbooks and assignments. The course introduces students to the field of horticulture through lectures and exams.
PRODUCTION TECHNOLOGIES OF FIELD CROPS AND VEGETABLESMuslim Aid
This document provides information about Capsicum annuum, commonly known as chilli peppers. It includes the botanical classification of Capsicum annuum var. waraniya as Kingdom Plantae, Order Solanales, Family Solanaceae, Genus Capsicum, and Species Capsicum annuum. Details are given about the introduction, botany, environmental requirements, and crop management practices for growing Capsicum annuum var. waraniya.
This document discusses value addition of flowers through essential oils, pharmaceutical compounds, pigments, and value-added products. It provides information on extracting essential oils from various flower crops like rose, jasmine, tuberose, and lavender. Essential oils have applications in perfumery, cosmetics, aromatherapy and more. Some flowers also contain pharmaceutical compounds and nutraceuticals that can be isolated. Flowers are a source of natural pigments for use in foods and cosmetics. Value-added products from roses include rose water, rose oil, gulkand and more. The document outlines methods and yields for extracting oils, compounds and pigments from different flower crops.
What is Rouging?
Rouging for quality seed production,
A major source of off-type plant,
Rouging in Certified Seed Production,
Rouging During rice seed production.
This document provides information on carrot breeding. It discusses the botany and genetics of carrots, including that they are a cross-pollinated crop with 2n=18 chromosomes. The main goals of carrot breeding are outlined, such as increasing yield, carotene content, and disease resistance. Breeding methods used include introduction, mass selection, hybrid breeding using cytoplasmic male sterility, and mutation breeding. Biotechnologies like tissue culture have also been applied to carrot breeding.
Pract no. 9 (b) floral biology of mangotusharamodugu
1. The document summarizes the floral biology of mango, including its classification, inflorescence, flower structure, pollination, selfing and crossing techniques.
2. Mango flowers contain both male and hermaphrodite flowers arranged in a panicle inflorescence. Pollination is entomophilous, relying on insects like house flies.
3. Traditional techniques for selfing and crossing involve bagging panicles and manually removing stamens or brushing pollen, while caging uses insect-proof cages with grafted plants to allow natural pollination.
“Advances in breeding of mango ”
Advances breeding of Mango, breeding of mango, mutation breeding og mango ,breeding of mango by gangaram rana ppt , breeding of mango in igkv
Cowpea is a warm-season legume originating from Africa. It is an important food crop grown in tropical and subtropical regions. Cowpea has a diploid chromosome number of 22 and is self-pollinated. Major varieties grown in India include KBC-2, IT-38956-1, and KM-5. Breeding objectives focus on increasing yield, resistance to diseases and insects, and developing dual-purpose varieties.
The slides describing about the different techniques of seed production, as the seed is the basic part of any production program. Therefore, please provide review about these techniques.
This document discusses hybrid seed production technology for okra. It begins with an introduction to okra including its classification, origin in India and Africa, and floral morphology. It then discusses temperature and climate needs, sowing times, soil requirements, and fertilizer and pest management practices for commercial okra production. The key aspects of hybrid seed production covered include the use of genetic male sterility, emasculation and pollination techniques, and field isolation distances. Harvest and post-harvest processing including threshing, seed yield standards and certification requirements are also summarized.
This document summarizes a doctoral seminar presentation on research related to grafting of vegetable crops. The presentation covered the definition and purpose of grafting, the history of vegetable grafting, common grafting methods, and research examining the effects of grafting on various vegetable crops such as watermelon, cucumber, tomato, brinjal, chilli, and okra. Specific rootstocks were highlighted for their ability to improve yield, quality, and resistance to biotic and abiotic stresses for different vegetable crops.
Botanical Name : Heliconia spp. (hel-I-KO-nee-a)
Family : Heliconiaceae
Order: Zingiberales
Botanical Name : Heliconia spp. (hel-I-KO-nee-a)
Family : Heliconiaceae
Order: Zingiberales
“Heliconia” refers to Mount Helicon in Greece, home to the muses, goddesses of the arts and sciences in greek mythology. The muses were said to be eternally young and beautiful, thus the name “heliconia” refers to the flowers’ long-lasting and attractive qualities.
ADVANCES IN THE PRODUCTION TECHNOLOGY OF CASSAVApavanknaik
Cassava is an important starchy root crop grown mainly in tropical regions like Africa and Asia. It is cultivated extensively in southern India, especially in Kerala. The underground tubers are rich in starch and are consumed after cooking. Cassava plays a significant role in food security and is also used to produce industrial products like alcohol, starch and glucose. While the tubers provide carbohydrates, they also contain toxic levels of cyanide which must be removed through processing before consumption.
This document provides information about cauliflower, including its origins, nutrition, uses, and production. Some key points:
- Cauliflower originated from wild cabbage and was selectively bred for the edible curd through human selection.
- It is high in vitamins C and K as well as minerals like potassium. The curd is used in curries, soups, and pickles.
- Cauliflower is a member of the Brassicaceae family and the species is Brassica oleracea var. botrytis. It is tolerant to high temperatures.
- India and China are two of the top producers globally. Important Indian states include West Bengal and Bi
The document discusses the taxonomy, origin, evolution, and breeding of tomatoes. It notes that tomatoes originated in South America and were domesticated from wild cherry tomatoes. Important tomato breeding objectives include increasing yield, improving fruit quality and shelf life, and developing resistance to diseases and abiotic stresses. Breeding methods discussed are introduction, selection, hybridization, and biotechnology. The first genetically modified tomato, Flavr Savr, was developed to have increased shelf life but did not significantly improve firmness.
This document discusses seed production and marketing in India. There are three types of seed production agencies - government, cooperative, and private sectors. Key government agencies include the National Seed Corporation and state seed corporations. Private seed companies have also grown since the 1960s. The National Seed Project coordinates breeder seed production and provides support to public and private agencies. The 2002 seed policy aimed to liberalize seed imports/exports and encourage the domestic seed industry. Seed marketing involves production, processing, storage, quality control, and distribution channels. Major distribution systems in India include farmer-to-farmer, cooperatives, government agencies, and networks of private dealers.
Seed refers to a fertilized ovule containing an embryo that can develop into a new plant. Scientifically, seed is defined as a fertilized mature ovule covered by a seed coat. There are several types of propagating materials that are also considered seeds, including tubers, bulbs, rhizomes, roots, cuttings, and grafts. Seeds are classified into different categories based on their origin and intended use, including nucleus, breeder, foundation, and certified seeds, with each subsequent category representing a larger scale of multiplication while maintaining genetic and physical purity standards.
The document summarizes information about the spine gourd (Momordica dioica) plant. It discusses the origin, nutritional value, medicinal uses, varieties, cultivation practices, propagation methods, harvesting, and yield of spine gourd. It also describes some related Momordica species and includes references to research articles on genetic diversity analysis and in vitro propagation of spine gourd.
Cassava, tapioca production technology pest and disease, varieties, cultivati...jagathesan krishnasamy
Tapioca, also known as cassava, is a perennial crop that is cultivated as an annual for its starchy tuberous roots. It is grown in a wide range of climates and soils, with ideal temperatures between 25-30°C. Production begins by planting stem cuttings, or setts, that are 8-10 cm long taken from the middle portion of mature plants. Setts are treated with fungicides and biofertilizers before being planted. Cassava is grown using spacing of 60x90 cm or 75x75 cm in irrigated conditions and 60x60 cm in rainfed areas. Intercropping with crops like groundnut and cowpea is also common. Cassava
This document discusses underutilized vegetable crops and their potential. It begins by explaining that while over 75,000 edible plant species exist globally, only around 150 are widely cultivated. It then discusses the nutritional value of various vegetables and common nutrient deficiencies. The concept of underutilized vegetable crops (UUVCs) is introduced as crops that are locally important but lack national recognition. UUVCs have potential for food security, income generation, and environmental benefits. Some constraints to their development include lack of awareness, research, and marketing support. The document concludes by listing examples of UUVCs from Central India along with their uses.
This document outlines the teaching schedule for an introductory horticulture course. It covers topics such as definitions of horticulture, classification of horticultural crops, plant growth phases, management practices including propagation, pruning and cultivation. It also discusses economics of horticultural crops, plant tissue culture, and recommended textbooks and assignments. The course introduces students to the field of horticulture through lectures and exams.
33 . Kitchen herb garden A Series of Lectures By Mr. Allah Dad Khan Forme...Mr.Allah Dad Khan
This document provides information on various types of hydroponic gardening systems. It defines hydroponics as a technique of growing plants without soil by instead using mineral nutrient solutions in a water solvent. It then describes some common hydroponic systems like the wick system, water culture, nutrient film technique (NFT), and aeroponic systems. For each system it provides a brief overview of how it works and potential drawbacks, such as susceptibility to power outages or inability to support large plants over long periods. The document aims to educate readers on hydroponic gardening methods.
This document provides an overview of basic principles of vegetable and spice crop production. It discusses several principles of vegetable production, including the short-term investment, flexibility in crops grown, and intensive production required. It also classifies vegetables and spices in various ways, such as by cultivation method (e.g. leafy, cole crops), botanical system, growing season, part used (e.g. roots, leaves), and hardiness. In particular, it provides a table classifying many common Nepali vegetables by family, botanical name, and English/Nepali names.
Ch 1 Food Where it Does Come From 1.pptxSaqlain Raza
CHAPTER 1
CLASS 6TH
NVS
GENERAL SCIENCE
TOPIC:- FOOD
Where it's come from
Carbohydrates, proteins,fats, vitamins, minerals,balanced diet
Nvs#kvs#jnvs#6th#cbse#iisc#
Kitchen herb garden A Lecture By Mr Allah Dad Khan Former DG Agriculture Exte...Mr.Allah Dad Khan
Kitchen herb garden A Lecture By Mr Allah Dad Khan Former DG Agriculture Extension Khyber Pakhtun Khwa Province & Visiting Professor Agriculture University Peshawar Pakistan
11. medicinal plants new kitchen herb garden a solution to poverty aleviation...Mr.Allah Dad Khan
This document provides information on kitchen herb gardening and hydroponics. It defines herbs botanically and in terms of uses. It lists different types of herbs categorized by culinary, aromatic, ornamental, and medicinal properties. It describes the environmental requirements, growth habits, and propagation methods of various herbs and provides sample herb garden plans of different sizes. It also gives an overview of hydroponics, describing different hydroponic systems like wick, water culture, nutrient film technique, and aeroponic.
This research proposal aims to determine the growth, yield, and survival rate of different ampalaya varieties planted between rambutan trees. The study will use a randomized complete block design to compare four ampalaya varieties: BonitoF1, Jade star F1, Galaxy F1, and Galactica F1. Data on plant growth, fruit yield, income, expenses, and soil properties will be collected and analyzed. The results will identify the highest yielding and most profitable variety to grow in an agroforestry system with rambutan.
2. Importance, Scope, national policies of horticulture and constraints [Auto...UmeshTimilsina1
This document discusses the importance and scope of horticultural crops in Nepal. It outlines several key points:
1) Horticultural crops have high economic, nutritional, cultural, religious, medicinal, industrial, and aesthetic importance in Nepal. They provide higher economic returns than other crops and help maximize land use.
2) Nepal has suitable climatic conditions and topography for growing various horticultural crops across its different climatic zones and slopes. There is also high domestic and international demand for horticultural products.
3) However, horticulture development faces challenges like poor farmers with small land holdings, transportation and marketing issues due to the terrain, lack of pest and disease management knowledge, and insufficient extension
Cultivation of Tropical, Subtropical, Vegetables, Spices, Medicinal and Aroma...Ajjay Kumar Gupta
Plant spices grown in tropical countries on small scale family farms of commercial farms, to provide foods for human or live stock, in dry or humid regions are highly abundant and taxonomically diversified. Vegetables comprise of a large number of plants, mostly annual, of which different parts like leaf, steam, flowers, fruit, root etc. are eaten. They are rich in nutrients and are essential items of a balanced diet. Vegetables are called protective food as their consumption can prevent several diseases. Many vegetables are important items of commerce and thus can play a major role in the economic development. Generally classification of horticulture plants are based on nature of growth climatic requirement continuation of growth types of fruit parts used botanical relationship, salinity tolerance, ripening behaviour , botanical relationship, hardness or temperature tolerance, cool season vegtables, warm season vegetables, parts used as food, methods of raising, etc.
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Broad bean, Lima Bean, Jack bean, Ullucus.pptxjana861314
Production technology of Broad bean, Lima Bean, Jack bean, Ullucus from chromosomal level to the harvest and post harvest techniques for the under utilized vegetable crops. Helps to know the pest and disrases of the underutilized crops .this presentation also help to know the nutritional and antinutritional factors present in the underutilized bean and tubers.
This presentation is done by 2010/2011 batch of Export Agriculture students of Uva Wellassa University of Sri Lanka as a requirement for the subject which is “Fruit & Vegetable Cultivation”. Note that the information included here is relevant to Sri Lankan condition.
1. The document discusses organic and eco-friendly methods for managing plant diseases. Some key methods discussed include cultural practices like crop rotation and destruction of crop residues, physical methods like hot water treatment, and use of indigenous methods, plant products, seaweeds, and biofumigation.
2. Many plant extracts, essential oils, and organic amendments like neem, turmeric, ginger and seaweeds have antimicrobial properties and can control fungal and bacterial diseases. Cow urine and panchagavya are also effective against various soil borne diseases.
3. Biofumigation uses plant substances like glucosinolates from cruciferous plants to produce isothiocyanates that are toxic to
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Country Status Reports on Underutilized Crops, by Rina Rani Saha, Bangladesh
1. Dr. Rina Rani Saha
Principal Scientific Officer
Bangladesh Agricultural Research Council
2. Geographical Position of Bangladesh
200 34′ to 26038′N latitude,
880 01′ to 92041′ E longitude
Capital : Dhaka
3. Agriculture in Bangladesh
• Agriculture is the mainstay of the economic
development of Bangladesh.
• Agricultural sector has an overwhelming impact on
major macroeconomic objectives like employment
generation, poverty alleviation, human resources
development and food security.
• It employs 47% of the total labour force and comprises
16% of the country's GDP.
• Rice and jute are the primary crops, others important
crops include wheat, potato, maize, pulses, oilseeds,
sugarcane, tea etc.
• Because of Bangladesh's fertile soil and normally ample
water supply, rice can be grown and harvested three
times a year in many areas.
3
4. More than 200 crops grown in Bangladesh, among these
about 100 minor crops, including fruits and vegetables
Many indigenous plants grown naturally having a great
genetic diversity as well as vast heritage of indigenous
knowledge but less utilized in agriculture.
Some underutilized species are more resilient to
environmental stresses such as droughts, salinity and
poor soils
Underutilized fruits have alternative means to increase
farm income by diversifying products, expanding
markets, improving diet, and creating rural based
industries
Many of the underutilized crops at present condition
may play a promising role in future agricultural
development
Importance of underutilized crops in Bangladesh
5. Area, Production and productivity
A good number of minor and under-utilized crops are grown
in the country.
Many of these are important for food security, especially for
the rural people and the poorer sections of the population.
The production status of most them are hardly monitored
and very few are recorded
6. Crop Area (Hectre) Production
(MT)
Productivity
(t/ha)
Cereals
Barley 356 317 0.9
Jower 93 102 1.1
Bazra 36 48 1.3
Cheena & Kaon 1182 1229 1.0
Foxtail Millet 261 203 0.8
Pulses
Arhar (Pigeon
pea) 539 566 1.1
Pea (Motor) 7260 7372 1.0
Oilseeds
Linseed 6562 4475 0.7
Spices
Coriander 18099 17642 1.0
Table 1. Area, production and productivity of some underutilized
crops in Bangladesh.
7. Significant Achievements
Bangladesh Agricultural Research Institute (BARI) has already
collected and conserved a good number of germplasm and
also developed some varieties of different underutilized
cereals, pulses, oilseeds, tuber crops, spices and fruits.
Very recently Horticulture Research Centre of BARI collected
28 different indigenous vegetables as well as medicinal plant
species from across the country and evaluated the
performance.
Rahim et al. (2013) documented the underutilized 49
vegetables and also Rahim et al. (2011)documented 46 fruits
species in details and developed some varieties of different
underutilized fruits.
8. Table 2. Number of collected and conserved germplasm and
developed varieties of underutilized/minor crops in
Bangladesh.
Crops name Scientific name Germplasm
(No.)
Developed
variety (No.)
Cereals
Foxtail millet Setaria italica 568 3
Prosomillet Panicum miliaceum 203 1
Sorghum Sorghum vulgare 187 -
Barley Hordium valgare 63 7
Buck wheat Fagopyrum esculentum 6 -
Pearl millet Pennisetum glaucum 3 -
Finger millet Eleusinecaracana 2 -
13. Table 3. Continued
Tamarind Tamatindus indica 7 1
Lukluki Flacourtia jangomes 20
Jamun Syzygium cumini 25 1
Passion fruit Passiflora edulis 3 1
Toikar Garcinia pedunculata 7 1
Cashewnut Anacardium
occidentale
8 -
Rose apple Syzygium jambos 12 -
Indian olive Elaeocarpus
floribundus
15 1
Palmyra palm Borassus flabellifer 7 -
Monkey jack Artocarpus lacoocha 11 -
Star
gooseberry
Phyllanthus distichus 12 -
Crops name Scientific name Germplasm (No.) Variety (No.)
14. Crops Scientific name Days to
harvest
Yield (t/ha)
Bathua (green) Chenopodium album 45 17.32
Bathua (red) 55 19.70
Thankuni Hydrocotyle asiatica 70 1.60
Lafashak Malva verticilltu 35 5.20
Pudina 45 3.15
Nunia Portulaca oleraceae 65 16.75
Helencha Enhydra fluctuans 55 5.60
Malancha - 60 7.90
Shialmutra - 55 16.85
Shaknotey Amarunthus viridis 45 21.30
Kata notey 45 21.30
Pat shak Corehorus capsularis 35 1.25
Table 4. Yield and growing duration of different indigenous leafy vegetable
15. Crops name Utilization
Leaf amaranth Leafy vegetable
Spiny amaranth Leafy vegetable
Joy weed Young shoots and leaves
Indian pennywort Vegetable and medicinal value
Giant taro Fleshy aerial stem as vegetable
Voodoo lily Corms, stolon & leaves as vegetable and ethno medicine
Wild elephant foot
yam
Young petioles & unexpanded leaves as vegetables
Elephant foot yam Corm, petiole, twig & unexpanded leaves as vegetables &
tonic
Taro Corms & leaves as vegetables
Eddoe Corms & leaves as vegetables
Wild taro Tender leaves, petioles, spathes & corms as vegetables.
Special diet for women due to rich in vitamins and iron
Thama/Garothama Corms, leaves & stem as vegetables. Leaves are rich
vitamins and minerals
Kantaokachu Lower hard modified stem as vegetable and ethno medicine
Bengal arun Tender leaves, petioles & corms/ rhizomes as vegetable and
medicine
Table 5. Utilization of different underutilized vegetables in Bangladesh.
16. Tannia Leafy vegetables
Blue taro Tender leaves as vegetable or used in soups and stews
Marsh herb Leaves as vegetables and medicine
Watercress Leafy vegetables, rich in iron, calcium & folic acid
Pigweed Tender leaves and young shoots as vegetable & medicine
Crops name Utilization
Swamp cabbage Leafy vegetables rich in iron & Vitamin A and also medicine
Ivy gourd Young leaves, twigs and tender green fruits as vegetable &
soup, rich in beta-carotene
Wild teasle gourd Pulp of fruit as vegetable and seeds & leaves as medicine
White yam Tubers & bulbil as vegetable & desserts, medicine
Ait potato Tubers & bulbil as vegetable & folk medicine. Rich in Vitamin
C , B6 minerals K, Mg etc
Cassava Tubers as vegetable & snack chips. Rich in Vitamin C, B6&
minerals K, Fe, Mg etc
Pigeon pea Green seed as vegetable & matured seeds as soup ( dhal).
Leaves as medicine.
Sword bean Young pod as vegetable & matured seeds as soup ( dhal).
Beggar weed Tender shoots & leaves as vegetable & folk medicine.
Potato bean Young tubers as vegetable & pickles
Table 5. Continued
17. Table 5. Continued
Winged bean Tender pod as vegetable & dried seeds used for coffee like drink
Sesbania Leaves, seed pods & flower as vegetable & folk medicine.
Drone Tender leaves &shoots as vegetable. leaves& flower as folk medicine.
Wild lady's finger Tender pods, young leaves & new shoots as vegetable & folk medicine.
Roselle Tender leave, twigs as vegetable, juicy calyces used for juice, jelly & folk
medicine
Chinese mallow Tender twigs & leaves as vegetable & folk medicine.
Carpet weed Tender leaves & twigs as vegetable. Rich in vitamins, Fe & Ca
Drumstick Fruits & tender leaves as vegetable & folk medicine
Water lotus Matured fruits as food stuffs & folk medicine
Water lily Flower stalk as vegetable, rich in Fe & Ca. Fruits as food & roots as folk
medicine
Floating
primrose willow
Leafy vegetables & folk medicine
Wood sorrel Leafy vegetables & folk medicine
Sour grass Tender leaves& twigs as vegetable, salad & folk medicine. Rich in vitamin C
Ostrich fern Leafy vegetables
Water hyssop Leafy vegetables & folk medicine
Nightshade Tender fruits as vegetables & folk medicine
18. Table 6. Utilization of different underutilized fruits in Bangladesh.
Crops name Utilization
Cashewnut Nut used for preparation of bread, cake, pastry etc & medicine
Golden apple As fresh fruit & also used for jelly, pickles, soups, stews etc
Bullock's heart Ripen fruits as fresh & used for jelly, jam etc& medicinal value
Custard apple Ripen fruits as fresh & medicinal value
Karanda Ripen fruits as fresh & used for jam, pickles. Rich in Fe & Vit C
Carambola Ripen fruits as fresh. Rich in antioxidants & Vitamin C
Billimbi Fruits as fresh & used in curries, juice
Cowa Ripen fruits as fresh & used in jam, rich in Vitamin C & minerals
Taikor Fruits as fresh & used in jam, jelly, pickles
Daophal Fruits as fresh & used in jam
Elephant apple Fruits as fresh & used in pickle, chutney & medicinal value
Velvet apple Ripen fruits as fresh
River ebony Ripen fruits as fresh & medicinal value
Olive Ripen fruits as fresh and used for pickle, chutney etc
Burmese grape Ripen fruits as fresh and used for juice
Star gooseberry Matured fruits as fresh and used for juice. Rich in vitamin C
19. Crops name Utilization
Aonla Fruits as fresh and used for juice, pickles & folk medicine. Rich
in vitamin C
Governor's plum Fruits as fresh & used in jam, jelly
Sapida Fruits as fresh & cooked. Rich in vitamin C & antioxidants
Flacourtia Fruits as fresh & used in jam, jelly
Tamarind Fruits as fresh & used in jam, sauce
Water chestnut Fruits as fresh & medicinal value
Chapalish Fruits as fresh
Monkey jack Fruits as fresh & used in chutney & medicinal value
Fig Fruits as fresh & medicinal value
Jamun Fruits as fresh & used in jam, jelly, seeds used as folk medicine
Rose apple Fruits as fresh
Malay apple Fruits as fresh & used in chutney, pickle
Wax-jambu Matured fruits used in jam, jelly
Palmyra palm Green fruits as fresh & juice of ripe used for dessert
Rattan Ripe fruits as fresh. Rich in vitamin C & minerals
Date palm Ripe fruits as fresh& sap used as fresh drink or for jaggary
Pomegranate Seeds of ripe fruits as fresh. Rich in vitamin C, B5 & potassium
Table 6. Continued
20. Crops name Utilization
Stone apple Matured fruits or dried & medicinal value
Ada jamir Matured fruits & medicinal value
Lime Rich in vitamin C & used culinary purpose & jam, jelly
Pummelo Matured fruits as fresh & medicinal value
Rough lemon Fruits as fresh & rich in vitamin C minerals like K, Ca
Satkara Fruits as salad & curry. Rich in vitamin C minerals like Ca
Wood apple Matured ripen fruits as fresh & medicinal value. Rich in
vitamin C minerals like Ca& P
Longan Matured ripen fruits as fresh & medicinal value. Rich in vit A
Mahua Flower as vegetable & used for making liquor.Flower& fruit
for medicinal value.
Sapota Matured ripen fruits as fresh & rich in vitamin A & B
Indian medlar Fruits & Seeds are medicinal value
Khirni Fruits & Seeds are medicinal value
Phalsa Ripen fruits as fresh & medicinal value. Rich in vit C &
carotene
Table 6. Continued
21. Challenges and Opportunities
A major threat is posed by the effects of global climate
change.
Increased severity of floods, drought and salinity
Coupled with the rapid population increasing
Indigenous plant species are naturally grown and
traditionally used
These crops may play a vital role for ensuring food especially
nutrition security but not adequately researched for getting
the potential use.
It is needed to pay attention for investigating ways to
introduce these crops into agricultural systems for food and
nutrition with economic benefit
22. Marketing, commercialization and trade
Neither a definite marketing channel nor a commercial
activities for almost all the undeutilized crpos
Most of the undeutilized crpos naturally grown or
traditionally cultivated in different locality and mainly used
as household consumption
Some are being sold in local market.
Very few are marketed in city areas.
23. Strategies adopted to harness their potential
The development of underutilized crops primarily needs to
identification of potentiality as useful crops and the associated
local knowledge.
Germplasm collection, conservation, characterization,
evaluation, development of varieties and agronomic testing
need to be conducted followed by a series of steps to promote
commercialization.
The information on the potential value of underutilized crops
regarding nutrition, rural income, post harvest processing and
marketing methods could be collected and documented as well
as disseminate to end users for sustainable farming system.
24. Major Focus Areas
Utilization of biodiversity being to contribute the improving
productivity, food security and nutrition.
Many of the people have little or no information and
knowledge about the value of biodiversity.
It is needed to aware the people about the importance of
biodiversity.
Among the different underutilized crops, particular focus
needs to be given to fruit and vegetable species.
Most of the underutilized fruit and vegetable species having
good source of different vitamins and minerals which will be
helpful to reduce the hidden hunger.
25. Infrastructure, capacity building and financial investment
• Need to be strengthened institutional capacity.
• Sufficient funding need to be available for research and
development
• Appropriate data regarding biodiversity need to be
documented .
• Need to disseminate the importance and benefits
underutilized crops.
• Trained and skilled personnel need to develop for maintaining
the biodiversity and utilizing underutilized crops.
• Efficient marketing channel need to be created for
commercialization underutilized crops
26. Contribution of underutilized crops to food, nutrition
and livelihood improvement
Different underutilized crops contribute to a considerable
extent to major food crops.
These are the source of carbohydrate, protein, vitamins,
minerals and offering medicinal and income generating
options.
The potentiality of underutilized crops could be utilized
through production, processing and marketing which will
contribute to food security and the livelihood improvement
especially rural smallholders and reduce the nutritional
deficiency.
27. Future thrusts
• Strengthened the germplasm collection, characterization,
evaluation, documentation and variety development
• Genetic finger printing facilities to be made available for
assessing diversity.
• Preservation facilities ( in situ, on-farm, ex situ, field gene
bank, in vitro, cryo-preservation) for genetic material need to
be strengthened.
• Processing, value addition and product development of
different underutilized crops need to be initiated
• Need to effort on the commercialization and marketing for
promoting the economic benefit.
• Regional and international cooperation like technical and
financial support need to be required for maintenance of
biodiversity as well as research and development of
underutilized crops.
28. BARI Barley 3 BARI Barley 4
BARI Kaon 2
BARI Cheena 1
Pictorial views of some developed varieties of millets
32. Conclusion
Different indigenous plants are mainly grown naturally and less
utilized in Bangladesh agriculture.
Most of those plants species are tolerant to stress environment
like droughts, salinity, marshy land and poor soils and provide
food & important additional nutrients like vitamins and minerals
as well as medicinal value.
Some of the cultivars/land races of underutilized crops are
conserved in gene banks, documented and also developed some
varieties which are needed to disseminate to the end users.
It should also be strengthened the research and development
facilities for harnessing potentials of underutilized crops in
respect of food and nutrition especially to reduce the hidden
hunger of rural peoples in Bangladesh.