This document discusses several underutilized fruits grown in India, their nutritional properties, and traditional medicinal uses. It describes 18 different underutilized fruits including ber, custard apple, fig, jamun, bael, wood apple, karonda, passion fruit, tamarind, lasora, kirni, timroo, manila tamarind, chironji, amla, karira, jharber, and mahua. For each fruit, it provides the scientific name, family, key nutritional components, and parts of the plant used as traditional medicines to treat various diseases and health conditions. The document emphasizes that these underutilized fruits are easily available, nutrient-rich,
Pre and post harvest losses in crops By Allah Dad Khan Mr.Allah Dad Khan
Pre and post harvest losses in crops, fruits and vegetables in Pakistan are estimated to be around 35%. Key factors contributing to these losses include poor soil fertility management, improper fertilizer use, lack of plant nutrients, water issues, inadequate cultivation practices, mechanical damage during harvesting and handling, and suboptimal storage and transportation conditions. Addressing pre-harvest and post-harvest handling practices through better extension services, infrastructure, and training could help reduce significant losses in the agricultural sector.
The key factors responsible for the deterioration of horticultural produce are biological factors and environmental factors. Biological factors include respiration rate, ethylene production, compositional changes, growth and development, transpiration, and physiological and pathological breakdown. Environmental factors that influence deterioration include temperature, relative humidity, atmosphere, injuries, and storage conditions. These factors can cause physiological issues like internal browning or chilling injury in produce during storage and transportation. Proper harvest maturity, minimal physical damage, and control of temperature, relative humidity, and atmosphere composition are important to minimize biological and environmental factors that lead to deterioration in horticultural produce.
This document summarizes research on dwarfing fruit plants through the use of dwarfing rootstocks and other techniques. It discusses the principles and physiology of dwarfism, and various methods to achieve dwarfism including dwarfing rootstocks, bioregulators, incompatible scions, viral infection, pruning and training, and genetic engineering. It also presents findings from research studies on the effects of different rootstocks on tree growth and yield of various fruit crops such as apple, mango, and citrus. The document provides detailed information on dwarfing mechanisms and strategies to produce compact dwarf trees with desirable horticultural characteristics.
This document summarizes information about avocado breeding and cultivation. It discusses the taxonomy and races of avocado (Persea americana), including the Mexican, Guatemalan, and West Indian races. Important cultivars are described for different growing regions. New cultivars with desirable traits are also mentioned. The document provides nutritional information and health benefits of avocados. It outlines the origins and distribution of avocados worldwide.
This document discusses training and pruning methods for apple trees. It describes the objectives of training as developing a framework that displays the tree canopy and supports heavy crop loads. Pruning removes portions of the tree to correct structure and improve airflow. Two main training systems are described: open center and modified central leader. Dormant pruning is done in winter while summer pruning removes upright shoots. Techniques like spreading, tying and weighting are used to position limbs at a 45-60 degree angle for optimal fruit production. The document provides details on various pruning and training methods used for different apple tree planting densities and forms.
This document discusses the fundamentals of horticulture harvesting and handling. It covers various post-harvest processes like sorting, grading, packaging, transportation, and marketing. The key steps are sorting crops immediately after harvest to remove defective produce, grading crops by size and quality, packaging to protect crops and extend shelf life during transport and storage, transporting crops via various modes to markets, and marketing crops to link producers and consumers. The overall goal is to minimize losses and maximize quality and price of horticultural crops from harvest through consumption.
Pre and post harvest losses in crops By Allah Dad Khan Mr.Allah Dad Khan
Pre and post harvest losses in crops, fruits and vegetables in Pakistan are estimated to be around 35%. Key factors contributing to these losses include poor soil fertility management, improper fertilizer use, lack of plant nutrients, water issues, inadequate cultivation practices, mechanical damage during harvesting and handling, and suboptimal storage and transportation conditions. Addressing pre-harvest and post-harvest handling practices through better extension services, infrastructure, and training could help reduce significant losses in the agricultural sector.
The key factors responsible for the deterioration of horticultural produce are biological factors and environmental factors. Biological factors include respiration rate, ethylene production, compositional changes, growth and development, transpiration, and physiological and pathological breakdown. Environmental factors that influence deterioration include temperature, relative humidity, atmosphere, injuries, and storage conditions. These factors can cause physiological issues like internal browning or chilling injury in produce during storage and transportation. Proper harvest maturity, minimal physical damage, and control of temperature, relative humidity, and atmosphere composition are important to minimize biological and environmental factors that lead to deterioration in horticultural produce.
This document summarizes research on dwarfing fruit plants through the use of dwarfing rootstocks and other techniques. It discusses the principles and physiology of dwarfism, and various methods to achieve dwarfism including dwarfing rootstocks, bioregulators, incompatible scions, viral infection, pruning and training, and genetic engineering. It also presents findings from research studies on the effects of different rootstocks on tree growth and yield of various fruit crops such as apple, mango, and citrus. The document provides detailed information on dwarfing mechanisms and strategies to produce compact dwarf trees with desirable horticultural characteristics.
This document summarizes information about avocado breeding and cultivation. It discusses the taxonomy and races of avocado (Persea americana), including the Mexican, Guatemalan, and West Indian races. Important cultivars are described for different growing regions. New cultivars with desirable traits are also mentioned. The document provides nutritional information and health benefits of avocados. It outlines the origins and distribution of avocados worldwide.
This document discusses training and pruning methods for apple trees. It describes the objectives of training as developing a framework that displays the tree canopy and supports heavy crop loads. Pruning removes portions of the tree to correct structure and improve airflow. Two main training systems are described: open center and modified central leader. Dormant pruning is done in winter while summer pruning removes upright shoots. Techniques like spreading, tying and weighting are used to position limbs at a 45-60 degree angle for optimal fruit production. The document provides details on various pruning and training methods used for different apple tree planting densities and forms.
This document discusses the fundamentals of horticulture harvesting and handling. It covers various post-harvest processes like sorting, grading, packaging, transportation, and marketing. The key steps are sorting crops immediately after harvest to remove defective produce, grading crops by size and quality, packaging to protect crops and extend shelf life during transport and storage, transporting crops via various modes to markets, and marketing crops to link producers and consumers. The overall goal is to minimize losses and maximize quality and price of horticultural crops from harvest through consumption.
1) Arecanut is primarily cultivated for its kernel which is used as a stimulant when chewed. India is the largest producer and consumer of arecanut, producing over 50% of the world's supply.
2) Arecanut grows well in tropical climates with temperatures between 14-36°C and rainfall between 1000-5000mm annually. Deep, well-drained soils are suitable for cultivation.
3) Leading arecanut producing states in India are Karnataka, Assam, Kerala. New high yielding varieties have been developed with yields up to 17.25 kg per palm annually.
abiotic stress and its management in fruit cropsrehana javid
This document discusses various types of stresses that affect fruit crops, including temperature, water, radiation, wind, and soil stresses. It defines stress, describes different stress classifications, and outlines the effects of specific stresses like high temperature, low temperature, water deficit, flooding, wind, salt, and radiation on fruit crop growth, development, and yield. It also discusses various cropping systems used in fruit crops and strategies for contingency planning and mitigation of different stress situations, including the use of tolerant varieties, cultural practices, protection methods, and rainwater harvesting.
This document discusses chilling and freezing stress in crops. Chilling injury refers to damage caused by temperatures below 15°C but above freezing, often impacting plant membranes. Symptoms include wilting, deposits in cells, and increased susceptibility to pathogens. Freezing injury stems from soil or plant fluid freezing, disrupting structures and functions. Prevention methods include cold hardening plants, soil banking, wrapping trunks, sprinkling, fogging, and supplying supplementary heat through air or water movement.
Pre-harvest treatments like nutrients, growth regulators and cultural practices influence fruit yield, quality traits like firmness, biochemical composition, color development and storage potential. The document discusses the effects of various treatments like plant growth regulators, macro/micronutrients and cultural practices on yield and quality of different fruit crops. It provides research evidence that pre-harvest applications can increase yields, TSS, sugar and storage life while decreasing acidity compared to untreated crops.
Harvesting practices for special market purposePawan Nagar
1. Harvesting is the act of gathering a ripe crop from the fields using various manual and mechanical methods depending on the crop.
2. Maturity indices help determine the optimal time to harvest crops to ensure acceptable quality for consumers. Indices include factors like color, firmness, sugar and acid content, and days after flowering.
3. The presentation discusses various maturity indices for fruits like mango, banana, citrus and vegetables and the importance of harvesting at the proper maturity stage.
Ripening is a process in fruits that makes them acceptable for consumption by converting starch to sugar, changing color, and developing full flavor and aroma. Ripening is triggered by the plant hormone ethylene in climacteric fruits like bananas and tomatoes, causing a spike in respiration. In commercial operations, controlled ethylene exposure is used to induce ripening. Treatment with 1-methylcyclopropene binds ethylene receptors and inhibits ripening, allowing longer storage of climacteric fruits.
Fruits play a vital role in human nutrition as well as generate high income to the growers. Pre-harvest and post-harvest factors have a great effect on the postharvest quality of fruits. The combination of these factors includes genetic, environmental, cultural practices, irrigation, packaging, pre-cooling, storage, transportations, etc. In this paper, we provide a review of studies on how pre-harvest and post-harvest factors influence the post quality of fruits. The influence of pre-harvest and post-harvest factors can be controlled by various cultural practices, use of certain chemicals and high tech recent management practices.
This document provides information on papaya cultivation practices. It discusses the botanical details of papaya, including its origin, taxonomy, botany, and floral biology. It also outlines recommendations for climate and soil requirements, common varieties, propagation methods, land preparation, planting density, and cultural practices for papaya cultivation. The key points covered include papaya's origin in Mexico, its dioecious and gynodioecious forms, suitable climate and soil conditions, commonly grown varieties in India, and seed propagation.
PostHarvest Factors affecting Postharvest QualityJunaid Abbas
Preharvest factors such as cultivar, mineral nutrition, irrigation, canopy manipulation, and crop rotations can impact postharvest quality. Cultivar and rootstock genotypes affect traits like taste, yield, nutrient composition and postharvest shelf life. Mineral nutrition, specifically nitrogen and calcium levels, can influence fruit disorders, maturity, color development and ground color change if not properly managed. The amount and timing of irrigation impacts fruit size, soluble solid content, and deformities. Canopy manipulation techniques including crop load, fruit positioning, leaf removal and girdling also impact quality. Finally, crop rotations help reduce soilborne pathogens that can lead to decay.
Fruit set, growth & developmental stages of various fruitsMANDEEP KAUR
Fruit set occurs after pollen fertilizes eggs in ovaries. Fertilized eggs form seeds which stimulate fruit growth. The final fruit form depends on contributing floral organs and their development. Many factors influence fruit set including temperature, moisture, chemicals, nutrients, tree factors, and pollination mechanisms. Proper management of these factors can help maximize fruit set and yields.
Post harvest handling and transportationDebomitra Dey
Handling and transporation of postharvest produce like fruits and vegetables from farm to industry. The necessary measures to be taken while transportation and handling of fresh produce for longer stability of produce.
This document summarizes banana taxonomy and classification. It discusses:
1) The two original species described by Linnaeus, Musa paradisiaca and Musa sapientum, which created confusion due to Southeast Asian diversity.
2) A new classification system proposed by Cheesman in 1948 and Simmonds and Shepherd in 1955, which used diagnostic traits and taxonomic scoring to classify cultivars into genomic groups based on their Musa acuminata and Musa balbisiana ancestry.
3) Modern taxonomy confirms the multi-specific origin of edible bananas and classifies them into species, genome groups, and cultivars using molecular markers and the Descriptors for Banana published by INIB
Post Harvest Management of Vegetables CropsBasudev Sharma
This document discusses post-harvest management techniques for fresh vegetables. It begins by explaining that fresh vegetables are highly perishable and can face losses from factors like temperature, humidity, and physical injury during handling. It then outlines objectives to understand post-harvest loss causes and control measures, marketing channels and losses, and management techniques. The document covers harvesting maturity, cleaning, sorting, grading, packaging, storage, and transportation methods. It emphasizes the importance of post-harvest management in maintaining quality and reducing losses to increase smallholder competitiveness and food security.
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.
Advanced production technology of wood applePawan Nagar
This document provides information about the advanced production technology of wood apple. It discusses the origin, description, varieties, propagation, field preparation, training, pruning, fruiting, nutrient management, pests, season, harvesting, and uses of wood apple. The key points are that wood apple is native to India and has sweet or acid varieties, can be propagated from seeds or vegetatively, requires little care once established, flowers from February to May and fruits from July to December, and the fruit pulp and seeds have various nutritional, medicinal and industrial uses.
Post-harvest physiological approaches for preservation of Fruits and Vegetablesrajsenthilnathan
This document discusses post-harvest physiological approaches for preserving fruits and vegetables. It outlines the importance of fruits and vegetables for their protective and nutritional properties. It then discusses various factors that contribute to the perishability of fruits and vegetables after harvest like their morphology and respiration. It lists the primary causes of post-harvest losses and why preservation is needed. Finally, it discusses various physiological approaches that can be used for preservation like temperature control, reducing oxygen availability, ethylene management, and delaying senescence.
This document provides information on pistachio production technology. It discusses the botanical details of pistachios, including their origin in Western Asia. It then covers world production levels, with Iran and the US being the top producers. Various commercial cultivars are described for different producing countries. The document outlines the ecological requirements, propagation methods, flowering physiology, pollination needs, and cultivation practices for pistachios, including pruning, spacing, and nutrition management.
This document provides guidelines for post-harvest handling of fresh fruits, vegetables, and root crops in Grenada. It discusses general post-harvest considerations like respiration and ethylene production rates that affect shelf life. The objective of post-harvest handling is to minimize both quantitative and qualitative losses that can occur during harvesting, packing, storage, transportation, and distribution to consumers. Proper post-harvest techniques are important for small farmers selling to local markets as well as those transporting produce longer distances. The document then covers harvesting methods, packaging, packinghouse operations, storage, and transportation specific to different crops commonly grown in Grenada.
This document discusses several wild edible fruits found in the Himalayan region of India. It begins with an introduction to wild edible plants and their importance. It then describes 10 specific wild fruits found in the region - Dheu, Kashmal, Bael, Simal, Garna, Lasuda, Kaphal, Behmi, Aakhe, and provides details on their botanical information, medicinal uses, ethnobotanical uses, and potential for value addition. It concludes with a case study on the diversity of wild fruits found in the Khonoma village forest in Nagaland and discusses the need for conservation and development of these important wild foods.
This document lists various nutraceuticals (medicinal foods) along with their scientific names, parts used, active constituents, and uses. It includes entries for 26 nutraceuticals: alfalfa, arnica, apricot pits, bran, chamomile, chicory, cucumber, fenugreek, onion, garlic, gentian, hydrocotyle, hibiscus, hops, honey, and others. Each entry provides details about the plant source, chemical composition, traditional indications, and dosage information. The document serves as a reference for the key facts about these various medicinal foods and plant-based nutraceuticals.
1) Arecanut is primarily cultivated for its kernel which is used as a stimulant when chewed. India is the largest producer and consumer of arecanut, producing over 50% of the world's supply.
2) Arecanut grows well in tropical climates with temperatures between 14-36°C and rainfall between 1000-5000mm annually. Deep, well-drained soils are suitable for cultivation.
3) Leading arecanut producing states in India are Karnataka, Assam, Kerala. New high yielding varieties have been developed with yields up to 17.25 kg per palm annually.
abiotic stress and its management in fruit cropsrehana javid
This document discusses various types of stresses that affect fruit crops, including temperature, water, radiation, wind, and soil stresses. It defines stress, describes different stress classifications, and outlines the effects of specific stresses like high temperature, low temperature, water deficit, flooding, wind, salt, and radiation on fruit crop growth, development, and yield. It also discusses various cropping systems used in fruit crops and strategies for contingency planning and mitigation of different stress situations, including the use of tolerant varieties, cultural practices, protection methods, and rainwater harvesting.
This document discusses chilling and freezing stress in crops. Chilling injury refers to damage caused by temperatures below 15°C but above freezing, often impacting plant membranes. Symptoms include wilting, deposits in cells, and increased susceptibility to pathogens. Freezing injury stems from soil or plant fluid freezing, disrupting structures and functions. Prevention methods include cold hardening plants, soil banking, wrapping trunks, sprinkling, fogging, and supplying supplementary heat through air or water movement.
Pre-harvest treatments like nutrients, growth regulators and cultural practices influence fruit yield, quality traits like firmness, biochemical composition, color development and storage potential. The document discusses the effects of various treatments like plant growth regulators, macro/micronutrients and cultural practices on yield and quality of different fruit crops. It provides research evidence that pre-harvest applications can increase yields, TSS, sugar and storage life while decreasing acidity compared to untreated crops.
Harvesting practices for special market purposePawan Nagar
1. Harvesting is the act of gathering a ripe crop from the fields using various manual and mechanical methods depending on the crop.
2. Maturity indices help determine the optimal time to harvest crops to ensure acceptable quality for consumers. Indices include factors like color, firmness, sugar and acid content, and days after flowering.
3. The presentation discusses various maturity indices for fruits like mango, banana, citrus and vegetables and the importance of harvesting at the proper maturity stage.
Ripening is a process in fruits that makes them acceptable for consumption by converting starch to sugar, changing color, and developing full flavor and aroma. Ripening is triggered by the plant hormone ethylene in climacteric fruits like bananas and tomatoes, causing a spike in respiration. In commercial operations, controlled ethylene exposure is used to induce ripening. Treatment with 1-methylcyclopropene binds ethylene receptors and inhibits ripening, allowing longer storage of climacteric fruits.
Fruits play a vital role in human nutrition as well as generate high income to the growers. Pre-harvest and post-harvest factors have a great effect on the postharvest quality of fruits. The combination of these factors includes genetic, environmental, cultural practices, irrigation, packaging, pre-cooling, storage, transportations, etc. In this paper, we provide a review of studies on how pre-harvest and post-harvest factors influence the post quality of fruits. The influence of pre-harvest and post-harvest factors can be controlled by various cultural practices, use of certain chemicals and high tech recent management practices.
This document provides information on papaya cultivation practices. It discusses the botanical details of papaya, including its origin, taxonomy, botany, and floral biology. It also outlines recommendations for climate and soil requirements, common varieties, propagation methods, land preparation, planting density, and cultural practices for papaya cultivation. The key points covered include papaya's origin in Mexico, its dioecious and gynodioecious forms, suitable climate and soil conditions, commonly grown varieties in India, and seed propagation.
PostHarvest Factors affecting Postharvest QualityJunaid Abbas
Preharvest factors such as cultivar, mineral nutrition, irrigation, canopy manipulation, and crop rotations can impact postharvest quality. Cultivar and rootstock genotypes affect traits like taste, yield, nutrient composition and postharvest shelf life. Mineral nutrition, specifically nitrogen and calcium levels, can influence fruit disorders, maturity, color development and ground color change if not properly managed. The amount and timing of irrigation impacts fruit size, soluble solid content, and deformities. Canopy manipulation techniques including crop load, fruit positioning, leaf removal and girdling also impact quality. Finally, crop rotations help reduce soilborne pathogens that can lead to decay.
Fruit set, growth & developmental stages of various fruitsMANDEEP KAUR
Fruit set occurs after pollen fertilizes eggs in ovaries. Fertilized eggs form seeds which stimulate fruit growth. The final fruit form depends on contributing floral organs and their development. Many factors influence fruit set including temperature, moisture, chemicals, nutrients, tree factors, and pollination mechanisms. Proper management of these factors can help maximize fruit set and yields.
Post harvest handling and transportationDebomitra Dey
Handling and transporation of postharvest produce like fruits and vegetables from farm to industry. The necessary measures to be taken while transportation and handling of fresh produce for longer stability of produce.
This document summarizes banana taxonomy and classification. It discusses:
1) The two original species described by Linnaeus, Musa paradisiaca and Musa sapientum, which created confusion due to Southeast Asian diversity.
2) A new classification system proposed by Cheesman in 1948 and Simmonds and Shepherd in 1955, which used diagnostic traits and taxonomic scoring to classify cultivars into genomic groups based on their Musa acuminata and Musa balbisiana ancestry.
3) Modern taxonomy confirms the multi-specific origin of edible bananas and classifies them into species, genome groups, and cultivars using molecular markers and the Descriptors for Banana published by INIB
Post Harvest Management of Vegetables CropsBasudev Sharma
This document discusses post-harvest management techniques for fresh vegetables. It begins by explaining that fresh vegetables are highly perishable and can face losses from factors like temperature, humidity, and physical injury during handling. It then outlines objectives to understand post-harvest loss causes and control measures, marketing channels and losses, and management techniques. The document covers harvesting maturity, cleaning, sorting, grading, packaging, storage, and transportation methods. It emphasizes the importance of post-harvest management in maintaining quality and reducing losses to increase smallholder competitiveness and food security.
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.
Advanced production technology of wood applePawan Nagar
This document provides information about the advanced production technology of wood apple. It discusses the origin, description, varieties, propagation, field preparation, training, pruning, fruiting, nutrient management, pests, season, harvesting, and uses of wood apple. The key points are that wood apple is native to India and has sweet or acid varieties, can be propagated from seeds or vegetatively, requires little care once established, flowers from February to May and fruits from July to December, and the fruit pulp and seeds have various nutritional, medicinal and industrial uses.
Post-harvest physiological approaches for preservation of Fruits and Vegetablesrajsenthilnathan
This document discusses post-harvest physiological approaches for preserving fruits and vegetables. It outlines the importance of fruits and vegetables for their protective and nutritional properties. It then discusses various factors that contribute to the perishability of fruits and vegetables after harvest like their morphology and respiration. It lists the primary causes of post-harvest losses and why preservation is needed. Finally, it discusses various physiological approaches that can be used for preservation like temperature control, reducing oxygen availability, ethylene management, and delaying senescence.
This document provides information on pistachio production technology. It discusses the botanical details of pistachios, including their origin in Western Asia. It then covers world production levels, with Iran and the US being the top producers. Various commercial cultivars are described for different producing countries. The document outlines the ecological requirements, propagation methods, flowering physiology, pollination needs, and cultivation practices for pistachios, including pruning, spacing, and nutrition management.
This document provides guidelines for post-harvest handling of fresh fruits, vegetables, and root crops in Grenada. It discusses general post-harvest considerations like respiration and ethylene production rates that affect shelf life. The objective of post-harvest handling is to minimize both quantitative and qualitative losses that can occur during harvesting, packing, storage, transportation, and distribution to consumers. Proper post-harvest techniques are important for small farmers selling to local markets as well as those transporting produce longer distances. The document then covers harvesting methods, packaging, packinghouse operations, storage, and transportation specific to different crops commonly grown in Grenada.
This document discusses several wild edible fruits found in the Himalayan region of India. It begins with an introduction to wild edible plants and their importance. It then describes 10 specific wild fruits found in the region - Dheu, Kashmal, Bael, Simal, Garna, Lasuda, Kaphal, Behmi, Aakhe, and provides details on their botanical information, medicinal uses, ethnobotanical uses, and potential for value addition. It concludes with a case study on the diversity of wild fruits found in the Khonoma village forest in Nagaland and discusses the need for conservation and development of these important wild foods.
This document lists various nutraceuticals (medicinal foods) along with their scientific names, parts used, active constituents, and uses. It includes entries for 26 nutraceuticals: alfalfa, arnica, apricot pits, bran, chamomile, chicory, cucumber, fenugreek, onion, garlic, gentian, hydrocotyle, hibiscus, hops, honey, and others. Each entry provides details about the plant source, chemical composition, traditional indications, and dosage information. The document serves as a reference for the key facts about these various medicinal foods and plant-based nutraceuticals.
This document lists various nutraceuticals (medicinal foods), including their botanical names, parts used, active constituents, and uses. It provides details on 24 nutraceuticals: Alfalfa, Arnica, Apricot pits, Bran, Chamomile, Chicory, Cucumber, Fenugreek, Onion, Garlic, Gentian, Hydrocotyle, Hibiscus, Hops, Honey, and others. For each, it describes the source plant, chemical components, traditional indications as principal, major or minor, and dosage guidelines.
This document discusses medicinal plants found in India. It begins with an introduction about India's biodiversity and reasons for its rich variety of plants. It then profiles Indian medicinal plants and describes diverse habitats where they are found, including the Himalayas, deserts, Deccan Plateau, Western Ghats and coastal regions. Examples of specific medicinal plants are provided for each region along with the plant family and parts used and their medicinal uses. The conclusion recognizes India's wealth of medicinal plants that have been used in traditional medicine systems for ancient times.
This document discusses several medicinal plants including Dill, Ashwagandha, and Kacholam. It provides details on their botanical names, parts used, cultivation practices, chemical constituents, commercial and medicinal uses. Dill is used as a carminative to reduce flatulence and aid digestion. Ashwagandha is an adaptogen that helps reduce stress and strengthen immunity. It contains steroidal lactones and alkaloids. Kacholam is a rhizomatous plant cultivated for its aromatic and medicinal rhizomes used in Ayurveda and folk medicine to treat various ailments.
This document summarizes an economic botany lecture that discusses various plant species and their uses. It begins by defining economic botany and describing how people rely on plants for basic needs. It then discusses cereals and millets, including common varieties. Next, it summarizes specific plant species like rice, ragi, pulses, sugarcane, spices like pepper and cardamom, fiber crops like cotton, dye plants like henna, and resin-producing plants such as asafoetida. The document provides botanical names, family names, and descriptions of plant parts used along with each plant's various economic and traditional uses.
The document discusses the botany and cultivation of turmeric (Curcuma longa), including its botanical name, family, origin in Southeast Asia, major constituents like curcumin, and common names. It provides details on the plant's chromosome number, morphology, flowering biology, genetic resources, wild relatives, cultivar diversity in India, and important varieties. The main active compounds in turmeric like curcuminoids and turmerones are also summarized along with their various medicinal and biological properties.
Emblica is very important medicinal plant.It is also called Indian goose berry ,rich in vitamin c belongs to the family Euphorbiaceae,very much used in Ayurveda.
This document summarizes information about the medicinal plant Musa paradisiaca, commonly known as banana. It discusses the botanical classification of banana, its distribution in tropical regions, morphological features, chemical constituents, traditional medicinal uses, nutritional value, and pharmacological activities. The key pharmacological activities mentioned are antiurolithiatic, antioxidant, antibacterial, antidiabetic, antiulcer, anti-diarrheal, hypocholesterolemic, hepatoprotective, and wound healing properties.
This document provides information on various cucurbit crops including cucumber, melons, bitter gourd, bottle gourd, and pumpkin. It discusses the uses, nutritional value, breeding objectives, and popular varieties of these crops. The document also describes the botanical and genetic characteristics of cucurbits as a group and highlights their importance as vegetables in tropical and subtropical regions.
Turmeric is a perennial plant that grows up to 1-2 meters tall. It has a fleshy rhizome and is native to tropical Asia and the Asia-Pacific region. Turmeric has a long history of usage in Indian cuisine, religious ceremonies, and traditional Chinese and Ayurvedic medicine to treat various health problems. It is cultivated mainly in India, which produces about 80% of the world's turmeric. The active ingredient in turmeric is curcumin, which has anti-inflammatory and antioxidant properties. Recent research shows that curcumin may help treat and prevent cancer, Alzheimer's disease, and other ailments.
This document provides a classification and overview of the neem tree. It is classified as Azadirachta indica in the mahogany family, and is native to India and surrounding regions. The neem tree grows up to 15-40 meters tall and has small white flowers and olive-like fruit. All parts of the neem tree have economic and medical uses. Economically, neem oil is used in cosmetics and animal treatments, while neem leaves and bark are used as fertilizers and pest deterrents. Medically, neem is used to treat skin diseases, improve liver function, reduce fever, and kill intestinal worms.
This document provides information on various plants from the Labiatae/Lamiaceae family including their botanical names, parts used, morphological features, constituents, and medicinal uses. It discusses important species such as peppermint, spearmint, holy basil, oregano, sage, rosemary, lemon balm, and horehound. The Labiatae family contains many aromatic herbs and is widely cultivated for medicinal and culinary purposes. Many species have anti-inflammatory, antimicrobial, and antioxidant properties.
Exotic Products fruits and vegetables for consumersPavanU12
The document discusses several exotic fruit products that are grown in India, including star fruit, mangosteen, rambutan, Indian mulberry, and dragon fruit. These fruits provide various health benefits like boosting immunity, being rich in antioxidants, and having cancer-curing properties. They are grown in regions of India like Bihar, West Bengal, the Western Ghats, and the Nilgiri Hills. The document also discusses the nutritional benefits and regions of growth for other exotic fruits in India like carambola, langsat, persimmon, Indian hog plum, ice apple, Indian sherbet berries, and breadfruit.
Neem is a tree native to India that is classified in the plant kingdom and mahogany family. It is a fast-growing evergreen tree that reaches 15-20 meters tall. Throughout history, all parts of the neem tree have been used for various economic, medicinal, and agricultural purposes in India and other tropical regions. It has been used as a toothbrush, resin, bark, honey, cosmetics, animal treatments, fertilizer, and more. Medicinally, neem is used to treat skin diseases, hair health, liver function, blood detoxification, and other ailments.
This document provides information on three plants: Cassia, Tamarind, and Senna. Cassia is a tree native to India that contains anthraquinone glycosides and is used as an antifungal, laxative, and antibacterial. Tamarind is a tree from tropical Africa whose fruit pulp is used as a laxative and other parts have additional medical uses. Senna is a shrub containing sennosides that is used as a purgative for the large intestine.
The document provides information on several medicinal plants including their binomial names, taxonomic classifications, descriptions, and key uses. It discusses Aloe Vera, describing its appearance and uses in herbal medicine, cosmetics and skin treatments. It also outlines information on Cloves, Eucalyptus, Neem, Holy Basil, and Turmeric, noting their botanical classifications and traditional uses in Ayurveda and other systems of medicine to treat various health conditions.
The document provides information about several medicinal plants including their binomial names, taxonomic classifications, descriptions, and key uses. It discusses Aloe Vera, describing its appearance and uses in herbal medicine, cosmetics and skin treatments. It also outlines information about Cloves, Eucalyptus, Neem, Holy Basil, and Turmeric, noting their botanical classifications and traditional uses in Ayurveda and other systems of medicine to treat various health conditions.
Ppt on medical plants and their uses by tanvi bansaltanvi bansal
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2. Introduction
• India has adverse climatic conditions, which favors cultivation of more fruit
crops.
• Most of them naturally grow in our Agro climatic conditions.
• But farmers and researchers are interested in only a small number of fruit
crops like apple, banana, citrus, mango and guava etc., to improve the
quality of productivity.
3. • Underutilized fruits – quite nutritious in terms of their vitamin C,
carotenoids and antioxidants.
• Inexpensive and easily available across the country
• Easy to cultivate under harsh conditions
• Naturally disease tolerant and adopted to hot, hardy climatic
conditions
4. Reasons for lower consumption of
underutilized fruits
• Not cultivated in commercial farms
• Most of the peoples prefer to have a fruit with good taste
• Underutilized fruits contains lot of seeds and highly perishable in
nature.
• These are not really easy to handle and consume
• These are available only in local markets
5. Why we can prefer underutilized fruits?
• Cheap and highly nutritious
• Used by local tribes to cure various diseases
• Fruits, seeds, leaves -> used as curative foods
6. Ber/Indian Jujube
• Scientific name : Zyziphus mauritiana
• Family : Rhamnaceae
• Fruits are greenish yellow to reddish brown.
• High amount of Vitamin C (fruit flesh near the seed)
• Also a rich source of Vitamin A & B complex.
7. Plant parts Uses
Decoction of root and bark Dysentry and diarrhoea
Leaf decoction Sore throat
Powder of roots Curing ulcer, fever and wounds
8. Custard Apple
• Scientific name : Annona squamosa L.
• Family : Annonaceae
• Cauliflorous bearing nature
• Fruit -> vitamins A, B, C, E, and K, antioxidants and poly unsaturated
fatty acids
9. • Antimalarial, antifeedant, cytotoxic, diterpenes and are used to treat
HIV.
• Perfumery, soaps, pimple creams, essential oils, hair lotions,
ayurvedic slim capsules, cold balms, anti-stress massage oil, pain
massage oils, and foot care creams
10. Fig
• Scientific name : Ficus carica
• 84% pulp & 16% skin
• Fruits -> protein, calcium, iron, vitamin A and thiamine at varying
concentrations
• Consumed as fresh or dried, preserved, candied or canned.
11. • Fruits -> laxative property -> applied for boils and other skin
infections
• Latex -> used to coagulate milk (Morsli, 1985)
• leaves -> used medicinally as diuretic, demulcent, emollient and
anthelmintic properties.
12. Jamun
• Scientific Name: Syzygium cumini
• Family : Myrtaceae
• Suited for windbreak and roadside plantations
• Rich in anthocyanins, ellagic acid, isoquercetin, glucoside.
• used for its anti-inflammatory, anti-microbial, anti-HIV, free radical
scavenging, anti-fertility and antiulcerogenic activities
13. • Blood purification, diabetes, diarrhoea and eczema
• Antidote for strychnine poisoning
• Lowers the blood pressure
• Seed powder -> reduces sugar content in urine.
14. Bael/ Stone apple/ Bengal quince/ Bel/ Siriphal
• Scienitific name : Aegle marmelos
• Oldest cultivated fruits in India
• Commonly found in the hilly regions of India
15. • Fruits -> ayurvedic remedy against diarrhea, dryness of the eye and
common cold
• Prevents scurvy
• Strengthens the stomach & promote its actions
16. Wood apple
• Scientific name: Feronia limonia
• Family : Rutaceae
• Origin : India
• Pulp -> rich source of calcium, phosphorus, iron and carotene,
riboflavin, niacin, thiamine and vitamin C
17. Plant parts used Uses
Riped fruits Liver and Cardiac tonic
Unriped fruits Diarrhoea and dysentery
18. Karonda/ Christ’s thorn
• Scientific name: Carissa carandas
• Family : Apocynaceae
• Origin : India
• Very rich in iron and good amount of vitamin C
• Also contains protein, carbohydrates, fat, fibre and calcium
• Dried fruits -> substitute for raisins (Cheema 1971)
19. • Karonda fruit is considered the richest source of iron (39 mg per 100 g),
contains a fair amount of vitamin C
• Good source of calcium, magnesium and phosphorus and have high
antioxidant activity.
• High pectin content
20. • Wine prepared from ripe fruits -> 14.5 to 15% alcohol (Nalawadi 1975)
• Karonda fruits -> antiscorbutic
Plant parts used Uses
Fruits Anaemia, stomach ache
Root
Lubago, chest complains and
venereal diseases
21. Passion fruit
• Scientific name: Passiflora edulis
• It produces fruits with unique flavour and aroma for fresh eating and
processing
• Good source of provitamin A, ascorbic acid, riboflavin and niacin and
have a high mineral content.
22. Tamarind/ Tentul/ Indian date
• Scientific name : Tamarindus indica
• Family : Fabaceae
• Origin : Tropical Africa
• Pulp has low water content and high levels of proteins, carbohydrates and
minerals.
23. • Fruits -> refrigerant, carminative, antiscorbutic and laxative.
• Seed husk -> used to kill predatory fish in nursery ponds (Roy, 1987)
• Seeds -> manufacture of sizing powders (Rao, 1959)
• Tamarind kernel powder is extensively used for starching of cotton
yarns, jute fabrics and woollen materials
24. Lasora/ Indian cherry/ Assyrian Plum
• Scientific name : Cordia myxa L.
• Family : Boraginaceae
• Grown across India except for the high hills and the temperate climates.
• Fruits -> rich source of antioxidants, i.e., carotenoids, ascorbic acid,
phenols, and minerals, crude fiber, protein, ascorbic acid, ash and
vitamins.
25. • Curing certain human ailments
• digestion,
• birdlime,
• anti-tumor,
• anti-helmentic,
• diuretic,
• demulcent and
• improve hair growth
26. Khirni
• Scientific name : Manilkara hexendra L.
• Family : Sapotaceae
• Origin : India
• Commercially used as rootstock for sapota (tolerance to salinity and
drought)
• bark, seeds and fruit -> rich sources of tannins, oil and vitamin A.
27. Plant parts used Uses
Bark fever, flatulence,
stomach disorder, leprosy,
ulcers, opacity of the cornea and
bronchitis
28. Timroo
• Scientific name : Diospyros melanoxylon Roxb.
• Family : Ebenaceae
• Origin : India & Sri Lanka
• Found in endemic conditions within limited areas of Gujarat, Madhya
Pradesh, Rajasthan, Jharkhand, Bihar, Chhattisgarh and Tamil Nadu
29. • Leaves -> bidis making (traditional cigarette), agricultural implements
and furniture.
• Indicator for high sulfur dioxide concentration
• It has high phenolic content, flavonoids, scavenging activity,
antioxidants and Beta carotene
• Bark extracts -> treat dyspepsia, diarrhea, and smallpox (burnt bark)
30. Manila tamarind / Madras thorn Monkey pod
• Scientific name : Pithecellobium dulce (Roxb.) Benth.
• Family : Fabaceae
• Fruit -> sweet acidic taste and high content of dietary fiber, proteins,
Ca, Fe, P, unsaturated fatty acids and antioxidants.
31. Plant parts used Uses
Fruit
Toothaches, mouth ulcers,
sore gums, dysentery,
chronic diarrhea, stress,
Aging symptoms and dark skin
spots
32. Chironji
• Scientific name: Buchana nialanzan
• Family : Anacardiaceae
• Found in the arid and semi-arid forests of Jharkhand, Chhattisgarh, Madhya Pradesh,
Rajasthan, Gujarat and Uttar Pradesh.
• medium-sized, subdeciduous/ evergreen plant with a straight trunk and coriaceous
leaves
• It has anti-diabetic activity
34. • To cure
• Snakebite
• Dysentery
• Diarrhea
• Asthma
• Burning sensation of body
• Fever
• Ulcers
• Cold
• Alzheimer's
35. Amla/Aonla/ Indian Gooseberry
• Scientific name : Emblica officinalis G.
• Family : Euphorbiaceae
• Amrit phal -> medicinal & therapeutic properties
• vitamin C (500-1800 mg/100g of fruits)
• It contains leucoanthocyanins, polyphenols, pectin, iron, calcium and
phosphorus
36. • Used in ayurvedic tonic such as
• Chayvanprash
• Triphala
• Amrit Kalash
• Amalki Rasayan
37. Karira
• Scientific name : Capparis decidua Forsk
• Family : Capparidaceae
• Indigenous, multipurpose small woody perennial much-branched, leafless
bushy shrub.
• Its xerophytic characteristics, such as deep root system, scanty foliage,
mucilaginous sap and tough conical spine, make it an ideal plant for stabilizing
sand dunes and controlling soil erosion by wind during the hot desiccating
summer
38. • Kair is naturally propagated through seeds, root suckers, hardwood
cuttings and tissue culture, but the plant survival rate is very low.
• kair fruit is used as a vegetable, pickles and condiments
• Dried fruit -> important ingredient of a traditional vegetable of
Rajasthan known as ‘Panchkutta’.
39. • Fruit -> rich in proteins, carbohydrates, fiber and minerals (Ca, P and Fe).
• Used in medicine for sedation, anticonvulsant asthma, inflammation
and cough.
40. Wood apple / Kainth / Monkey fruit
• Scientific Name : Feronia limonia (L.) Swingle
• The only species of the Citrus family that can tolerate both drought
and salinity stress.
41. Plant parts used Uses
Leaves Diuretic, anti-microbial and stomach disorders
Root and bark Snakebite
Spines Liver and menorrhagia
Gum Diarrhoea and diabetes
Fruit pulp Skin cancer, diarrhea, sore throat, Jaundice and
gastropathy
42. Jharber
• Scientific name : Ziziphus nummularia Burm.
• Dried fruit contains triterpenoids, alkaloids and saponins
• Used in medicine for their anticancer, sedative, blood purifier, anti-
obesity, antipyretic, body refrigerant, anti-anemia, vomiting and
styptic properties
43. Plant parts used Uses
Leaves Asthma, fever, gum bleeding and
liver problems;
Bark Diarrhea
Root Fever, ulcer and wounds
Fruits Laxative
Seeds Sedative
44. Mahua
• Scientific name : Madhuca longifolia (Koenig)
• Family : Sapotaceae
• Flowers -> edible and highly nutritive (good source of sugars,
vitamins, proteins, minerals and fats)
• Dry flowers -> fermented to produce wine, brandy, ethanol, acetone
and lactic acids
45. Plant parts Medicinal properties
Leaves
Wound healing, hepatoprotective,
antioxidant, antimicrobial, astringent.
Root
Antipyretic, anti-inflammatory,
antioxidant.
Flower diuretic, cooling agent
Fruit lotion in chronic ulcer
Seeds skin disease, head ache, laxative
Bark Itch, swelling, ulcer and skin diseases
46. Mulberry
• Scientific name : Morus alba L.
• Family : Moraceae
• Origin : South west asia
• Leaves -> used as feed for silkworm
47. Pilu
• Scientific name : Salvadora persica L.
• Family : Salvadoraeceae.
• Found in Gujarat, Rajasthan, Haryana and Punjab
• Xerophytic nature
• Therapeutic compounds -> salvadoricine, salvadourea, sotisterol, trimethyl
amine, thioglucoside, di-benzyl thiourea, rutin
48. • Branches -> natural toothbrush (miswak)
• Seeds -> soap and detergent industries
• Used as medicine for antiseptics, detergents,
astringents, fluorides, enzyme inhibitors,
dental diseases, anti-tumors, anti-leprosy and
anti-ulcers.
49. Soursop
• Scientific name : Annona muricata L.
• Family: Annonaceae
• Widespread in the tropics and frost free
subtropics of the world
• It has anticancer properties.
50. Plant parts Uses
Leaf Head lice
Fruits
Hematuria, liver problems and
urethritis
Stem bark Antistress activity
51. Noni / Indian mulberry / Nuna
• Scientific name : Morinda citrifolia L.
• Family : Rubiaceae
• Noni is native from Southeast Asia to Australia and is cultivated in
India, the Caribbean, Central and northern, South America (Dixon et
al., 1999; Ross, 2001).
52. • Fruit contains 90% of water (Chunhieng, 2003).
• Fruit protein content is surprisingly high, representing 11.3% of the juice
dry matter
• Main amino acids are aspartic acid, glutamic acid and isoleucine
(Chunhieng, 2003).
• Minerals account for 8.4% of the dry matter
53. • It consist,
• Anti microbial
• Anti cancer
• Anti-oxidant
• Anti-inflammatory