Sericulture provides significant opportunities for empowering women through employment and income generation. It involves various steps from mulberry cultivation to silk fabric production that women can participate in, such as mulberry leaf plucking, silkworm rearing, cocoon harvesting, and silk reeling. These activities do not require heavy physical labor and can be done alongside domestic duties. As a result, sericulture helps improve women's socioeconomic status and independence. However, women face some constraints like lack of access to resources, training, and marketing support. Still, as women's involvement in sericulture grows, it leads to greater empowerment and development outcomes for women and their communities.
This document discusses sericulture, the production of raw silk by raising silkworms. It provides definitions of sericulture and describes the history and origins of silk production in China and its introduction to India. It discusses the various species of silkworm used, including Bombyx mori, and the different types of silk produced. The stages of silk production from egg laying to cocoon harvesting are outlined. Common silkworm diseases and their management are also covered. Finally, it provides an overview of tools and materials used, the distribution and production of silk globally, and the advantages and disadvantages of silk.
This document discusses sericulture and silkworm identification. It begins by defining sericulture and moriculture. It then describes the five major types of silkworms used for commercial silk production - mulberry, tasar, oak tasar, eri, and muga. Each type of silkworm is discussed in 1-2 paragraphs, including what they feed on and where they are produced. The stages of silk production from egg to cocoon harvesting are summarized. Global silk production percentages by country are listed. Finally, it outlines some opportunities in sericulture like employment, profits, technology, and demand.
The document discusses sericulture, the production of silk through silkworm farming. It outlines the history and global production of silk, with China and India as top producers. The document describes the life cycle of the silkworm and production process from feeding to spinning cocoons. It also discusses different types of silks including mulberry, tasar, eri, muga and spider silk. The document notes that sericulture provides employment and economic opportunities in rural areas. It also summarizes non-farm activities in rural India which provide supplementary income beyond agriculture.
Brief Introduction to Sericulture, lifecyle of silk worm, types of silk, processing silk production and its marketing, government scheme of production of mulberry and silkworm.
This document provides an overview of a seminar on sericulture and silkworm rearing economics. It discusses the history and process of silk production, including the various types of silkworms used (mulberry, eri, muga, tasar, oak tasar). It also summarizes the life cycle of the mulberry silkworm and requirements for rearing, such as temperature, space, and food (mulberry leaves). The document is intended to inform attendees of the seminar on topics within sericulture.
Sericulture is the rearing of silkworms for the production of raw silk. India is the second largest producer of silk after China. There are five major types of silkworms reared - mulberry, tasar, oak tasar, eri, and muga. Mulberry silkworm feeds solely on mulberry leaves while others feed on different host plants. Sericulture involves various stages from silkworm egg production to cocoon harvesting. It is an important cottage industry providing livelihoods but also poses some health hazards to workers. Central Silk Board oversees the sericulture industry in India.
Sericulture is the cultivation of silkworms to produce silk. The most widely used silkworm is Bombyx mori, which was first domestically raised in China thousands of years ago. Today, China and India are the world's largest silk producers, responsible for over 60% of global production annually. Sericulture is important in other countries as well, serving as a cottage industry.
Sericulture is the science of rearing silkworms for silk production. There are three main branches of sericulture: mulberry cultivation, silkworm rearing from egg to larval stage, and silk reeling and weaving from cocoon onwards. Silk is a natural protein fiber secreted by silkworms in the form of a long thread that makes up their cocoon, which protects the pupa inside. Silk is composed of two proteins, fibroin and sericin, and has properties such as being crystalline, homogenous in structure, hygroscopic, light in weight, the strongest and longest of natural fibers, soft and lustrous, takes dyes well, is elastic and has high tensile
This document discusses sericulture, the production of raw silk by raising silkworms. It provides definitions of sericulture and describes the history and origins of silk production in China and its introduction to India. It discusses the various species of silkworm used, including Bombyx mori, and the different types of silk produced. The stages of silk production from egg laying to cocoon harvesting are outlined. Common silkworm diseases and their management are also covered. Finally, it provides an overview of tools and materials used, the distribution and production of silk globally, and the advantages and disadvantages of silk.
This document discusses sericulture and silkworm identification. It begins by defining sericulture and moriculture. It then describes the five major types of silkworms used for commercial silk production - mulberry, tasar, oak tasar, eri, and muga. Each type of silkworm is discussed in 1-2 paragraphs, including what they feed on and where they are produced. The stages of silk production from egg to cocoon harvesting are summarized. Global silk production percentages by country are listed. Finally, it outlines some opportunities in sericulture like employment, profits, technology, and demand.
The document discusses sericulture, the production of silk through silkworm farming. It outlines the history and global production of silk, with China and India as top producers. The document describes the life cycle of the silkworm and production process from feeding to spinning cocoons. It also discusses different types of silks including mulberry, tasar, eri, muga and spider silk. The document notes that sericulture provides employment and economic opportunities in rural areas. It also summarizes non-farm activities in rural India which provide supplementary income beyond agriculture.
Brief Introduction to Sericulture, lifecyle of silk worm, types of silk, processing silk production and its marketing, government scheme of production of mulberry and silkworm.
This document provides an overview of a seminar on sericulture and silkworm rearing economics. It discusses the history and process of silk production, including the various types of silkworms used (mulberry, eri, muga, tasar, oak tasar). It also summarizes the life cycle of the mulberry silkworm and requirements for rearing, such as temperature, space, and food (mulberry leaves). The document is intended to inform attendees of the seminar on topics within sericulture.
Sericulture is the rearing of silkworms for the production of raw silk. India is the second largest producer of silk after China. There are five major types of silkworms reared - mulberry, tasar, oak tasar, eri, and muga. Mulberry silkworm feeds solely on mulberry leaves while others feed on different host plants. Sericulture involves various stages from silkworm egg production to cocoon harvesting. It is an important cottage industry providing livelihoods but also poses some health hazards to workers. Central Silk Board oversees the sericulture industry in India.
Sericulture is the cultivation of silkworms to produce silk. The most widely used silkworm is Bombyx mori, which was first domestically raised in China thousands of years ago. Today, China and India are the world's largest silk producers, responsible for over 60% of global production annually. Sericulture is important in other countries as well, serving as a cottage industry.
Sericulture is the science of rearing silkworms for silk production. There are three main branches of sericulture: mulberry cultivation, silkworm rearing from egg to larval stage, and silk reeling and weaving from cocoon onwards. Silk is a natural protein fiber secreted by silkworms in the form of a long thread that makes up their cocoon, which protects the pupa inside. Silk is composed of two proteins, fibroin and sericin, and has properties such as being crystalline, homogenous in structure, hygroscopic, light in weight, the strongest and longest of natural fibers, soft and lustrous, takes dyes well, is elastic and has high tensile
The mulberry silkworm, Bombyx mori, is an economically important insect domesticated for silk production. It was first cultivated in China around 3500 BC to produce silk. As a domesticated insect, it is completely dependent on humans for feeding and reproduction. The larvae feed exclusively on mulberry leaves, while the adult moths do not eat and focus on mating. Silk production remains an important industry in countries like China, India, and Italy, providing income to many families and communities through sericulture.
Notes on "SERICULTURE" for the school , UG and PG Students.PRANJAL SHARMA
Sericulture, the production of raw silk by means of raising caterpillars (larvae), particularly those of the domesticated silkworm (Bombyx mori). ... Care of the silkworm from the egg stage through completion of the cocoon. Production of mulberry trees that provide leaves upon which the worms feed.
Silk is a natural protein fiber, some forms of which can be woven into textiles. The best-known silk is obtained from the cocoons of the larvae of the mulberry silkworm Bombyx mori reared in captivity (sericulture).
Economic value of products of silkworm [autosaved]Jeba Preethi
The document discusses the economic value of silkworms, focusing on four main types: the mulberry silkworm, eri silkworm, tasar silkworm, and muga silkworm. It describes the life cycle of each silkworm, their host plants, and production of silk. The mulberry silkworm is the most important for commercial silk production. It provides two valuable products - silk fibers and gut, which are used in textiles, surgery, and fishing. Sericulture is an important practice for silk production worldwide.
Introduction
Sericulture, or silk farming, is the rearing of silkworms for the production of silk.
Species of silkworm
Mulberry silkworm
Tasar silkworm
Muga silkworm
Eri silkworm
Oak silkworm
Giant silkworm
History
Types of silk
Tasar
Eri
Mulberry
Muga
Life cycle
Advantages
Uses
Diseases
Pebrene
Grasserie
Flacherie
Muscardine
Production of silk India
Research Institutes
Artificial production
In vitro culture of embryo
Tissue culture media- Grace’s medium
Cell line production
Nutrition production
Modern method of apiculture - Apiculture - BeekeepingMuhammad Yousaf
The document discusses the modern methods of apiculture (beekeeping). It describes five key parts: 1) the typical movable hive, which allows beekeeping in different locations; 2) the queen excluder, which prevents the queen from entering the honey storage area; 3) the honey extractor, which uses centrifugal force to remove honey from combs without damage; 4) the uncapping knife, which removes wax seals from honey-filled combs; and 5) other equipment like protective gear for safe bee handling. The typical hive framework includes a stand, bottom board, brood chamber for larvae, supers for extra space, inner cover for ventilation, and a top cover for protection from rain.
Sericulture is an agro-based industry that involves cultivating mulberry plants to feed silkworms, which produce silk cocoons. It provides significant employment in rural areas and helps alleviate poverty. Sericulture requires low investment but provides high returns. It is suitable for small landholders and employs many women. The industry supports rural development and the livelihoods of weavers.
Sericulture - Post Cocoon Technology / Processing of CocoonsMunesh Sen
The document discusses the post-cocoon processing of different types of silkworm cocoons. It covers steps like sorting, stifling through sun drying or steam, preservation of cocoons, boiling, brushing to find the silk filament, reeling through various methods like charkha or multi-end machines, re-reeling onto larger reels, and finishing to remove defects and produce high quality raw silk skeins and bales. Different techniques are used depending on the type and scale of production.
The document discusses techniques for rearing mulberry silkworms. It describes how silkworm rearing can be done outdoors or indoors. Indoor rearing is preferred and involves maintaining strict hygienic conditions and environmental controls in special rearing houses. Proper disinfection of the rearing equipment and facilities is important to prevent disease. Equipment used includes rearing stands, chopping boards, knives, and various types of mountages for cocoon production. Maintaining ideal temperature and humidity is also key to successful silkworm rearing.
This document summarizes the life cycle and production of silk. It discusses that silk is produced by silkworms, specifically Bombyx mori, which eat mulberry leaves. It describes the five stages of the silkworm's life cycle - egg, larva/caterpillar, pupa, cocoon, and adult moth. It also discusses the history and types of silk production, the rearing process of silkworms, and their diseases.
1. The document discusses the life cycle of the Bombyx mori silkworm, from egg to adult moth. It describes the stages of egg, larva (with 5 instar stages), pupa, and adult.
2. The larva feeds voraciously on mulberry leaves and molts its skin 5 times before spinning a cocoon and entering the pupa stage.
3. The document provides information on the systematic classification of B. mori and includes diagrams illustrating its life cycle. It also gives a brief introduction and history of sericulture, the rearing of silkworms for silk production.
The rearing of silkworms for the production of silk
is called sericulture.
India is the second largest silk producing country in
the world next to China.
Silk is the secretion from the salivary glands which
are found on both sides of the alimentary canal of
silkworm larvae and this secretion hardens into
fine threads called silk.
This document provides information about sericulture (silk farming). It begins with definitions of sericulture and discusses the history and discovery of silk. It then describes the major types of silkworms and their host plants. The document outlines the three divisions of sericulture production - cultivation of host plants, rearing of silkworms, and reeling of cocoons. Details are provided on the life cycle and rearing of the mulberry silkworm. The document concludes with statistics on global silk production and the role of India's silk industry.
silk worm is a holo metabolous insect four stages are there in its life cycle. 1. Egg 2. Larva ( 5 instars) 3. Pupa 4. Adult. rearing of silkworms is called sericulture. Moriculture is the science of mulberry cultivation to rear silk worms for silk production. Bombyx mori feed specifically on mulberry leaves, Different types of silk worms. There are five major types of silk of commercial importance, obtained from different species of silkworms which in turn feed on a number of food plants: Except mulberry, other varieties of silks are generally termed as non mulberry silks. India has the unique distinction of producing all these commercial varieties of silk. SILK WORM TYPES ARE:- 1. Mulberry silk worm. 2. Tasar silk worm. 3. Oak Tasar silk worm. 4. Eri silk worm. 5. Muga silk worm. silk gland is modified salivary gland produces silk, The silk of silkworms is secreted by a pair of labial gland, known as silk glands. The silk glands lie ventral to the alimentary canal. In full grown larvae, these occupy most of the body cavity. The silk glands are tubular in shape with different diameters in different regions. Each gland has 3 distinct regions
Silkworms were first domesticated in China over 5000 years ago.Since then, the silk production capacity of the species has increased nearly tenfold. Silkworm breeding is aimed at the overall improvement of silkworm from an economical point of view. The major objectives of silkworm breeding are improving fecundity (the egg-laying capacity of a breed), the health of larvae, quantity of cocoon and silk production etc.
The document provides information about the life cycle and rearing process of silkworms. It discusses the identification of ripened worms, different mounting methods to transfer worms to frames for cocoon spinning, factors to maintain ideal environmental conditions during spinning, and harvesting of cocoons. The key stages covered are mounting mature silkworms using various techniques like picking, self-mounting, or shaking shoots; maintaining temperature, humidity, and ventilation during spinning; and harvesting cocoons 5-7 days after the start of spinning.
9 chapter silkworm rearing plan , rearing house plan and equipmentsNayana Parameshwaraiah
The document discusses optimal environmental conditions for silkworm rearing. It states that a silkworm rearing house must maintain temperature, humidity, ventilation, and other factors at optimal levels for silkworm growth. Descriptions are provided for different stages of silkworm development, including specifications for young age and late age rearing houses. Requirements for facilities, equipment, and design features that control the indoor environment are outlined.
This document discusses different types of non-mulberry silks produced by various insects. It classifies them as commercial or non-commercial based on their production levels. The major commercial silks produced are tasar, muga, eri, anaphe, fagara and gonometa silk. These are produced by various lepidopteran insects through metamorphosis. Other insects like raspy crickets, hornets, weaver ants produce silk for purposes like making nests or strengthening wax cells. The document provides details on the production process and host plants for the main commercial silks - tasar, muga, eri and anaphe silk. It also briefly discusses spider silk and its potential
This document provides an overview of industries in India. It discusses how India's main early industry was handicrafts and textiles. Under colonial rule, India struggled to develop other industries. After independence in 1947, India pursued initiatives to promote industrialization. Key requirements for industrialization included machines, electricity, raw materials, transportation facilities, and basic industries producing these necessities. The document then examines several major industries in India like textiles, sugar, iron and steel, chemicals, and automobiles. It provides details on the location, production processes, and importance of these industries.
This document provides an overview of industries in India. It discusses how India's main early industry was handicrafts and textiles. Under colonial rule, India struggled to develop other industries. After independence in 1947, India pursued initiatives to promote industrialization. Key requirements for industrialization included machines, electricity, raw materials, transportation facilities, and basic industries producing these necessities. The document then examines several major industries in India like textiles, sugar, iron and steel, chemicals, and automobiles. It provides details on the location, production processes, and importance of these industries.
The mulberry silkworm, Bombyx mori, is an economically important insect domesticated for silk production. It was first cultivated in China around 3500 BC to produce silk. As a domesticated insect, it is completely dependent on humans for feeding and reproduction. The larvae feed exclusively on mulberry leaves, while the adult moths do not eat and focus on mating. Silk production remains an important industry in countries like China, India, and Italy, providing income to many families and communities through sericulture.
Notes on "SERICULTURE" for the school , UG and PG Students.PRANJAL SHARMA
Sericulture, the production of raw silk by means of raising caterpillars (larvae), particularly those of the domesticated silkworm (Bombyx mori). ... Care of the silkworm from the egg stage through completion of the cocoon. Production of mulberry trees that provide leaves upon which the worms feed.
Silk is a natural protein fiber, some forms of which can be woven into textiles. The best-known silk is obtained from the cocoons of the larvae of the mulberry silkworm Bombyx mori reared in captivity (sericulture).
Economic value of products of silkworm [autosaved]Jeba Preethi
The document discusses the economic value of silkworms, focusing on four main types: the mulberry silkworm, eri silkworm, tasar silkworm, and muga silkworm. It describes the life cycle of each silkworm, their host plants, and production of silk. The mulberry silkworm is the most important for commercial silk production. It provides two valuable products - silk fibers and gut, which are used in textiles, surgery, and fishing. Sericulture is an important practice for silk production worldwide.
Introduction
Sericulture, or silk farming, is the rearing of silkworms for the production of silk.
Species of silkworm
Mulberry silkworm
Tasar silkworm
Muga silkworm
Eri silkworm
Oak silkworm
Giant silkworm
History
Types of silk
Tasar
Eri
Mulberry
Muga
Life cycle
Advantages
Uses
Diseases
Pebrene
Grasserie
Flacherie
Muscardine
Production of silk India
Research Institutes
Artificial production
In vitro culture of embryo
Tissue culture media- Grace’s medium
Cell line production
Nutrition production
Modern method of apiculture - Apiculture - BeekeepingMuhammad Yousaf
The document discusses the modern methods of apiculture (beekeeping). It describes five key parts: 1) the typical movable hive, which allows beekeeping in different locations; 2) the queen excluder, which prevents the queen from entering the honey storage area; 3) the honey extractor, which uses centrifugal force to remove honey from combs without damage; 4) the uncapping knife, which removes wax seals from honey-filled combs; and 5) other equipment like protective gear for safe bee handling. The typical hive framework includes a stand, bottom board, brood chamber for larvae, supers for extra space, inner cover for ventilation, and a top cover for protection from rain.
Sericulture is an agro-based industry that involves cultivating mulberry plants to feed silkworms, which produce silk cocoons. It provides significant employment in rural areas and helps alleviate poverty. Sericulture requires low investment but provides high returns. It is suitable for small landholders and employs many women. The industry supports rural development and the livelihoods of weavers.
Sericulture - Post Cocoon Technology / Processing of CocoonsMunesh Sen
The document discusses the post-cocoon processing of different types of silkworm cocoons. It covers steps like sorting, stifling through sun drying or steam, preservation of cocoons, boiling, brushing to find the silk filament, reeling through various methods like charkha or multi-end machines, re-reeling onto larger reels, and finishing to remove defects and produce high quality raw silk skeins and bales. Different techniques are used depending on the type and scale of production.
The document discusses techniques for rearing mulberry silkworms. It describes how silkworm rearing can be done outdoors or indoors. Indoor rearing is preferred and involves maintaining strict hygienic conditions and environmental controls in special rearing houses. Proper disinfection of the rearing equipment and facilities is important to prevent disease. Equipment used includes rearing stands, chopping boards, knives, and various types of mountages for cocoon production. Maintaining ideal temperature and humidity is also key to successful silkworm rearing.
This document summarizes the life cycle and production of silk. It discusses that silk is produced by silkworms, specifically Bombyx mori, which eat mulberry leaves. It describes the five stages of the silkworm's life cycle - egg, larva/caterpillar, pupa, cocoon, and adult moth. It also discusses the history and types of silk production, the rearing process of silkworms, and their diseases.
1. The document discusses the life cycle of the Bombyx mori silkworm, from egg to adult moth. It describes the stages of egg, larva (with 5 instar stages), pupa, and adult.
2. The larva feeds voraciously on mulberry leaves and molts its skin 5 times before spinning a cocoon and entering the pupa stage.
3. The document provides information on the systematic classification of B. mori and includes diagrams illustrating its life cycle. It also gives a brief introduction and history of sericulture, the rearing of silkworms for silk production.
The rearing of silkworms for the production of silk
is called sericulture.
India is the second largest silk producing country in
the world next to China.
Silk is the secretion from the salivary glands which
are found on both sides of the alimentary canal of
silkworm larvae and this secretion hardens into
fine threads called silk.
This document provides information about sericulture (silk farming). It begins with definitions of sericulture and discusses the history and discovery of silk. It then describes the major types of silkworms and their host plants. The document outlines the three divisions of sericulture production - cultivation of host plants, rearing of silkworms, and reeling of cocoons. Details are provided on the life cycle and rearing of the mulberry silkworm. The document concludes with statistics on global silk production and the role of India's silk industry.
silk worm is a holo metabolous insect four stages are there in its life cycle. 1. Egg 2. Larva ( 5 instars) 3. Pupa 4. Adult. rearing of silkworms is called sericulture. Moriculture is the science of mulberry cultivation to rear silk worms for silk production. Bombyx mori feed specifically on mulberry leaves, Different types of silk worms. There are five major types of silk of commercial importance, obtained from different species of silkworms which in turn feed on a number of food plants: Except mulberry, other varieties of silks are generally termed as non mulberry silks. India has the unique distinction of producing all these commercial varieties of silk. SILK WORM TYPES ARE:- 1. Mulberry silk worm. 2. Tasar silk worm. 3. Oak Tasar silk worm. 4. Eri silk worm. 5. Muga silk worm. silk gland is modified salivary gland produces silk, The silk of silkworms is secreted by a pair of labial gland, known as silk glands. The silk glands lie ventral to the alimentary canal. In full grown larvae, these occupy most of the body cavity. The silk glands are tubular in shape with different diameters in different regions. Each gland has 3 distinct regions
Silkworms were first domesticated in China over 5000 years ago.Since then, the silk production capacity of the species has increased nearly tenfold. Silkworm breeding is aimed at the overall improvement of silkworm from an economical point of view. The major objectives of silkworm breeding are improving fecundity (the egg-laying capacity of a breed), the health of larvae, quantity of cocoon and silk production etc.
The document provides information about the life cycle and rearing process of silkworms. It discusses the identification of ripened worms, different mounting methods to transfer worms to frames for cocoon spinning, factors to maintain ideal environmental conditions during spinning, and harvesting of cocoons. The key stages covered are mounting mature silkworms using various techniques like picking, self-mounting, or shaking shoots; maintaining temperature, humidity, and ventilation during spinning; and harvesting cocoons 5-7 days after the start of spinning.
9 chapter silkworm rearing plan , rearing house plan and equipmentsNayana Parameshwaraiah
The document discusses optimal environmental conditions for silkworm rearing. It states that a silkworm rearing house must maintain temperature, humidity, ventilation, and other factors at optimal levels for silkworm growth. Descriptions are provided for different stages of silkworm development, including specifications for young age and late age rearing houses. Requirements for facilities, equipment, and design features that control the indoor environment are outlined.
This document discusses different types of non-mulberry silks produced by various insects. It classifies them as commercial or non-commercial based on their production levels. The major commercial silks produced are tasar, muga, eri, anaphe, fagara and gonometa silk. These are produced by various lepidopteran insects through metamorphosis. Other insects like raspy crickets, hornets, weaver ants produce silk for purposes like making nests or strengthening wax cells. The document provides details on the production process and host plants for the main commercial silks - tasar, muga, eri and anaphe silk. It also briefly discusses spider silk and its potential
This document provides an overview of industries in India. It discusses how India's main early industry was handicrafts and textiles. Under colonial rule, India struggled to develop other industries. After independence in 1947, India pursued initiatives to promote industrialization. Key requirements for industrialization included machines, electricity, raw materials, transportation facilities, and basic industries producing these necessities. The document then examines several major industries in India like textiles, sugar, iron and steel, chemicals, and automobiles. It provides details on the location, production processes, and importance of these industries.
This document provides an overview of industries in India. It discusses how India's main early industry was handicrafts and textiles. Under colonial rule, India struggled to develop other industries. After independence in 1947, India pursued initiatives to promote industrialization. Key requirements for industrialization included machines, electricity, raw materials, transportation facilities, and basic industries producing these necessities. The document then examines several major industries in India like textiles, sugar, iron and steel, chemicals, and automobiles. It provides details on the location, production processes, and importance of these industries.
This interview discusses the Indian leather industry and CSIR-CLRI. Some key points:
- India is the second largest producer of leather garments globally after China, with a production capacity of 16 million pieces annually. Major global brands source leather garments from India.
- Leather will continue to be produced as long as animals exist, as leather is a byproduct of the meat industry. CSIR-CLRI works on new product/process technologies and materials to support the industry.
- The leather industry is an important part of the Indian economy, contributing over $12 billion annually. It is one of the top ten foreign exchange earners and provides jobs for 2.5 million people mostly from disadv
The document discusses various topics related to the leather industry including future trends of vegan leather, emerging global trends in leather, exploring sea leatherwear, study of leather fabric, leather made from cactus, leather antiquity, being wholesome, leather machinery exports impacted by COVID-19, leather processing, elevating your career in leather design and technology, future of design education, rejuvenating folk paintings on textile products, environment friendly mushroom leather, empathy as a leadership competency, monpa handmade paper, recycling leather, coir products export opportunities, india edifying cotton demand and supply chain, sustainable agriculture, hemp as a sustainable fibre,
The document discusses viscose filament yarn (VFY), a versatile fiber derived from wood pulp that is commonly known as rayon. VFY has become a popular fashion yarn due to its soft feel and ability to mimic silk. India is a major producer and consumer of VFY, with Grasim Industries being the largest VFY manufacturer in India. Grasim has over 60 years of experience producing VFY through various technologies. Its Raysil brand is a leading fashion yarn made from sustainable wood pulp that provides comfort and luxurious characteristics to fabrics. VFY has played an important role in India's textile industry by adding value and creating fabrics for high-end fashion and women's wear.
Naturally coloured Cotton is quite exciting and is in trend; as it will be purely in its organic form, no dyes and chemicals are used for colouration. The World is moving towards sustainability, vegan, saving of planet movement. There is growing awareness of harmful substances created by humans that are affecting the planet. World is moving from where it started from the root to advances and back to the root. Organic to Organic Journey! Organic Coloured Cotton has a lot of potential, Industry can explore opportunities in furthering research and develop new products! Indian enterprises have a great chance to fill in void Indian Cotton business sectors!!
The document discusses the cotton textile industry of Pakistan. It outlines the key processes involved - from raw cotton being the main material, to carding, spinning, weaving and knitting to produce textile products. It notes the importance of the industry in providing employment, foreign exchange earnings and supporting other industries. However, it also discusses problems faced, including shortage of raw materials, market competition, outdated machinery, and environmental and health issues from overuse of pesticides. The largest cotton textile centers are Karachi and Faisalabad.
This document provides a report on the exports analysis of the Indian textile industry. It begins with an acknowledgement and table of contents. It then discusses the history and growth of the textile industry in India and various other countries. It provides details on the structure of the Indian textile industry and its role in the Indian economy. It also discusses government initiatives to support the industry and analyzes the current scenario and future prospects. In the end, it provides export data analysis and interpretations along with recommendations and conclusions.
This document discusses important manufacturing industries in India including their importance, location factors, and challenges. It covers key industries like textiles (cotton, jute), sugar, and steel. The textile industry contributes significantly to India's economy through employment, production, and exports. The location of textile mills is influenced by raw material availability, markets, and labor. The steel industry is important as its production is linked to development but India's per capita steel consumption remains low. Overall, the document provides an overview of major manufacturing sectors in India and factors influencing their growth.
Handloom sector is contributing to generation rural employment and income increase, alleviating rural poverty, substituting imports, and increasing potentials for exports.The handloom weaving industry is one of the ancient cottage industries in Bangladesh.
sadhana final article on Dumping- Google DocsSadhana Gowda
This document summarizes a research paper on how China's dumping of silk yarn at below-cost prices is affecting India's rural development and silk industry. The paper analyzes the impact of cheap Chinese imports, the effectiveness of antidumping duties imposed by India, and recommends policy measures. It finds that while duties help stabilize domestic prices, Chinese exports continue to push them down. The paper concludes by discussing policy recommendations to strengthen India's silk sector competitiveness and mitigate the problems associated with dumping.
Vol. I discusses textiles including manufacturing, fiber types, and classification. Vol. II focuses on the Indian textile industry and Surat market. Surat is the largest producer of sarees in the world, with over 4.7 lakh powerlooms. It faces challenges like labor shortages and lack of branding. However, innovations like the new textiles university and Global Fabric Resource Centre aim to develop skills and introduce new markets.
“A Detail Study of the Cotton Cloth Production by Power Loom in the Easter…Meraj Ashraf
***Objectives of the Research Report:-
• To study the current position and situation of the business.
• To find out the strengths and weaknesses of the cotton cloth business in Eastern UP.
• To identify the key opportunities and threats in the cotton business.
• To find out the problems faced by the employees and employees of the business.
• To explain and study the Marketing Mix (Product, Price, Place and Promotion) of the business.
• To explain the possible ways to eradicate weaknesses and problems in the form of ‘Suggestions and Recommendations’.
***SWOT Analysis:-
***Marketing Mix for the Cotton Cloth:
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2. Sericulture industry which ensures flow of money from affluent to
effluent class of society is one of the unique agro-based industries
which holds a greater promise for the women folk of the country
by way of employing them in its various operations right from
sowing of mulberry seed to the making of fine product – the silk
fabric.
The various components involved in the sericulture provide
greater opportunity for the women to earn their livelihood and
elevate their socio-economic status through income augmentation.
The working proficiency of women folk is perhaps one of the major
attractions provided to them through sericulture and more so the
practice of mulberry cultivation or silkworm rearing does not
involve any drudgery.
3. SERICULTURE
Sericulture is the art and science of rearing the
silkworms for the production of raw silk which is
the yarn obtained from the cocoons spun by the
silkworms. Sericulture is an agro-based rural
industry which is ecologically and economically
sustainable activity especially for the poor, small
and marginal farmers and women stakeholders in
particular.
4. Sericulture is one of the rural based agro industries
with global reach. It is remunerative and employment
oriented enterprise. While providing sustainable
income and employment opportunities to the rural
poor who are the main practitioners, silk production
activity fetches an annual export earnings of more
than US$600 million.
5. Sericulture is a labor intensive industry in all its
phases. It can generate employment up to 11 persons
for every kg of raw silk produced. Out of which more
than 6 persons are women.
More than 60.00 lakh persons are employed as full
time workers in the production chain out of which 35-
40 lakh persons are women (Rama Lakshmi C.S. 2007).
6. Globally, Asia is regarded as the main producer
of silk as it produces over 95 % of the total
global output. The bulk of it is produced in
China, India, Uzbekistan and Brazil.
9. India is the second largest producer of raw silk
after China and the biggest consumer of raw silk
and silk fabrics.
India has been ranked as the second major and
largest raw silk producer in the world as it
contributes about 18% to the total world raw silk
production.
11. 0
1
2
3
4
5
6
7
8
2007-08 2008-09 2009-10 2010-11 2011-12 2012-13
6.12 6.31
6.82
7.25
7.56 7.6
EMPLOYMENT GENERATION
YEAR
M
I
L
L
I
O
N
P
E
R
S
O
N
S
Source :Inserco
16. JAMMU AND KASHMIR
Sericulture continues to be a subsidiary occupation for
around 30000 silkworm rearers in the State. Most of
these rearers belong to marginalized sections of the
society. Annually about 1022 MT of cocoons is
produced in the State.
18. Components of Sericulture
1. Mulberry cultivation
2. Silkworm rearing
3. Post cocoon technology
4. Reeling
5. Weaving
6. Fabric making
19. 1.Mulberry cultivation:
It involves cultivation of food plants for the
silkworm.
2.Silkworm rearing:
Rearing of silkworms for the production of raw
silk .
3.Post cocoon technology:
It includes the operations done after the
formation of cocoon e.g harvesting, deflossing,
sorting etc.
20. 4. Reeling:
It is the process of unwinding the silk filament
from the cocoons.
5.Weaving:
It is the process of making fabric from the silk
threads.
Other post-cocoon processes are twisting,
dyeing, printing and finishing.
21. ROLE OF WOMEN
Women constitute more than 50% of the world’s
population, one third of the labor force, and perform
nearly two thirds of all working hours. It is estimated
that India is the home to 12.7 crores working women
and 90% of them are working in the unorganized sector
(Census of India 2001).
22. It is a very common scene in the rural areas that
women shoulder more responsibility than men. All
household work is done by women. Women do all the
cooking and cleaning of the house, and in their spare
time help men folk with farm work also e.g planting,
hoeing, reaping, carrying grain, winnowing, hulling and
fitting the grain stores.
23. In short they assist men folk in all the agricultural
related operations and components of agriculture and
one such component is sericulture.
Legend has it that none of the agricultural operations
would be complete with out the intervention of women.
24. Having said that women are taking part in various
agricultural operations pertaining to different crops, yet
sericulture venture is unique to all of them in the sense
that women in this venture are employed directly or
indirectly in all its minor and major operations from soil
to silk and from grub to glamour.
25. It has been reported that women contribute
about 50% and 60% of labour to mulberry
cultivation and silkworm rearing, respectively
(Gate, 2001; Goyal, 2007; Kasi, 2011; Panda,
2007; N. Singh, 2006; Srinath, 2008; Thamizoli,
2001; V. Vijayalakshmi, 2002).
26. Sericulture activity %age of women
participation
Mulberry cultivation 49.55
Silkworm rearing 49.67
Seed production 20.46
Reeling 48.81
Throwing 56.66
Weaving 49
Dyeing 65
Spinning 80
Eighty per cent of the sericulture activities except
strenuous and hard jobs like digging, ploughing and
carrying heavy loads, can be carried out by women
independently .
30. When the silkworm matures and time is ripe for spinning the
cocoons, it is again women who are employed for picking the ripe
worms and putting them on the chandrikas (bamboo mountages on
which silkworms are placed when they are just about to spin their
cocoons).
31. When the cocoons are spun by the silkworm it is
time for harvest . Harvesting is done by women
alongside men.
33. Sorting of cocoons is such a job that can be done by
Women along with the household jobs.
34. Coming to the post cocoon technology, the involvement of
women is greater, commencing from deflossing, silk reeling,
weaving, and garment manufacturing industry.
36. Whether it is a charkha, cottage basin, steam filature, or automatic or
semiautomatic reeling, women are preferred due to the dexterity of
their fingers in getting the fine filaments from the cocoons, casting of
the ends, and their patience to work in hot water and seam for long
hours.
38. Women sericulturist from southern India has a story to
tell. Having started from sericulture she is one of the best
entrepreneurs and major stakeholders of Self help groups
in her region. This is what silkworm rearing and mulberry
cultivation has bestowed her with.
39.
40. As women have a crucial role in the activities of
sericulture, it equally creates opportunities and make
them independent socially, economically, politically,
and otherwise (Geetha & Indira, 2010, 2011; Goyal,
2007; Pillai & Shanta, 2011; Thomas, Muradian, de Groot,
& de Ruijter, 2010; Vasanthi, 1992; Vijayanthi, 2002).
41. Although the contribution of women in various operations
of sericulture is enormous yet the contribution of women in
the sector is invisible due to various constraints and they
can be summarized as follows:
● Lack of women oriented approaches in research, planning,
implementation and evaluation of schemes.
● Lack of congenial marketing services in the farm and
non-farm sectors.
42. ● Inadequacy of women extension workers .
●Methodologies, time duration, location of training
programmes put constraints on women’s participation.
●Lack of consistency in the projects implementation.
●Lack of access to infrastructure like land, water,
electricity, machinery, credit for working capital, attitude
of people working in the financial institutions pose
limitations.
43. Despite the constraints, the women participate in the
activities of sericulture, thus provide ample scopes for
their development through awareness, capacity building
through imparting training / demonstration of
technologies, processes, techniques etc. and guiding for
empowerment so that the society will be socioeconomically
uplifted and the country as well as Sericulture is one
among the high income generating industry, hence
promoting women entrepreneurs in Sericulture will lead to
country’s economic development and empowerment of
women.
44. Further empowering the empowered through rich harvest boom.
Even sericulture practice elicits response of taking over to
silkworm rearers by the fellow colleagues………..THE WOMEN
45. Even desks of International sericulture commission are
headed by a lady……..What a promise
48. CONCLUSION
Conclusively I would like to convey a message that
perhaps gone are the days of apathy and shyness and
the way ahead for women in sericulture is full of zeal
and zest.
It is heartening to note that number of women in
sericulture is steadily increasing in recent years
which is perhaps an indicator of gradual acceptance by
the society about their capabilities and as such they
are now involved in income augmentation and decision
making.
49. I feel this change in mind set is certainly not caused by the magic
but has been possible due to persistent and consistent efforts of
the women in the field of sericulture besides her domestic pre-
occupations.
We should at the end make an effort to:
Ear mark more funds for women in sericulture.
Reduce drudgery in mechanization
Give more incentives to women in sericulture
Involve them in planning process.
and above all conduct effective training programmes for their
overall capacity building.