This document provides cotton statistics for India from 1950-2008. It includes data on area, production and yield for major cotton producing states. It also includes information on cotton imports and exports, world cotton production, minimum support prices, cotton consumption and balance sheets. The document is a compilation of cotton statistics intended to help those involved in cotton research, production, marketing and policymaking. It provides time-series data in tables organized by chapter at the all-India and state levels.
1. The text summarizes key information about India's cotton and other fiber industries, including their history, current state, and future trends.
2. India is currently the largest producer and consumer of cotton in the world, producing over 6 million metric tons annually. Other major fiber industries discussed include jute, silk, and wool.
3. The future of India's fiber industries looks promising, with cotton production projected to increase to over 7 million metric tons by 2030. Growth is also expected in other fibers like jute, aided by innovative new applications and government support schemes.
The document provides an overview of edible oilseeds in India. It discusses the types of oilseeds grown, including major crops like soybean, groundnut, and mustard. It notes that India is the world's 4th largest producer but also the largest importer of vegetable oils, with domestic production meeting only 40% of demand. Factors that triggered growth in the past 25 years include increasing consumption, supportive government policies like the National Mission on Oilseeds and Oil Palm, and high international prices. The sector is expected to continue expanding production and reducing imports in the coming decades.
Gokul Industries began as a small cotton trading business started in 1970 by Govindji Dattani. In 1999, he established Gokul Industries Ginners & Cotton Merchant, a cotton ginning and pressing factory in Taraghdi, drawing on his 25 years of experience in the cotton industry. Gokul Industries is a small-scale production unit that gins and presses raw cotton using advanced machinery to increase output and convenience of transport. The company aims to manufacture high quality cotton bales and seeds for customers.
A feasibility study report on Contract Farming as part of Agro Promotion Sche...IOSRJBM
This document provides details about a proposed contract farming project in Indore District, India. It discusses the objectives of the Government of India's agricultural marketing infrastructure scheme, which includes promoting grading/standardization to increase farmers' incomes. The proposed project involves constructing storage, processing, and quality testing facilities to support contract farming between a seed company and local farmers. Key project details include the 40,000 sq ft storage area, quality testing equipment, 6,000 MT annual processing capacity, and total estimated cost of 174 lakhs. The document analyzes the market potential due to Indore's role in soybean and proximity to markets.
Lot of factors, ranging from climate variability, frequent natural disasters, uncertainties in yields
and prices, weak rural infrastructure, imperfect markets and lack of financial services including limited span
and design of risk mitigation instruments such as credit and insurance have affected Indian agriculture which in
turn has affected the farmer’s livelihood and incomes in India.
In order to avoid the agriculture risks government and private insurance company are introducing varieties of
insurance scheme. These schemes will reduce the financial loss occurred through weather vagaries in
agriculture sectors. In the present day’s insurance can be divided into two categories namely Crop insurance
and weather index based insurance. The present article mainly focuses on impact assessment of weather index
based insurance in Karnataka. The primary data was collected through random questionnaire and the
secondary data regarding weather index based insurance of five districts namely Chitradurga, Dharwad,
Shimog, Davangere and Tumkur were collected from Agriculture Insurance Company of India Limited.
Comparative study was made between these data to know the impact of WIBI on cotton farmers.
Effect of Manual Screw Press Utilization on Output, Income, and Standard of L...BRNSS Publication Hub
The study assessed the effect of utilization of manual screw press for gari production on output, income, and standard of living of gari processors in four local government areas across the agricultural development program zones in Kwara state, Nigeria. Using multistage sampling technique and a semi-structured questionnaire as instrument, data for the study were collected from a sample of 384 gari processors who use the screw press in the state. Descriptive statistics, namely frequency count, percentages, and mean were used for analysis of generated field data. The study revealed a 35.5% increase in gari production was achieved with the utilization of the screw press for gari production. Furthermore, average annual income from gari processing after utilization went from N809662 to N1249375; 35.19% increase. Furthermore, average household properties owned by processors went from 2.31 before utilization to 3.24 after utilization which is an increase of 28.7%. The study concluded that utilization of manual screw press by gari producers in Kwara state has led to increased output, a higher income, and a better standard of living for gari producers. These increases would most probably lead to increase in their probability of escaping poverty, and in the long run, would lead to sustainable food security for the country.
A feasibility study report on Contract Farming as part of Agro Promotion Sche...IOSRJBM
This document provides details about a proposed contract farming project in Indore District, India. It discusses the objectives of the Government of India's agricultural marketing scheme, including promoting infrastructure and market access for small farmers. The proposed project involves constructing storage, processing, and quality testing facilities to support contract farming between a seed company and local farmers. Specifics of the contract farming arrangement and facilities are described. The document evaluates the market potential given Indore's agricultural industry and proximity to markets. Finally, it provides cost estimates for developing the required infrastructure.
Presented at the Pulses for Sustainable Agriculture and Human Health” on 31 May-1 June 2016 at NASC, New Delhi, India. The conference was jointly organised by the International Food Policy Research Institute (IFPRI), National Academy of Agricultural Sciences (NAAS), TCi of Cornell University (TCi-CU) and Agriculture Today.
1. The text summarizes key information about India's cotton and other fiber industries, including their history, current state, and future trends.
2. India is currently the largest producer and consumer of cotton in the world, producing over 6 million metric tons annually. Other major fiber industries discussed include jute, silk, and wool.
3. The future of India's fiber industries looks promising, with cotton production projected to increase to over 7 million metric tons by 2030. Growth is also expected in other fibers like jute, aided by innovative new applications and government support schemes.
The document provides an overview of edible oilseeds in India. It discusses the types of oilseeds grown, including major crops like soybean, groundnut, and mustard. It notes that India is the world's 4th largest producer but also the largest importer of vegetable oils, with domestic production meeting only 40% of demand. Factors that triggered growth in the past 25 years include increasing consumption, supportive government policies like the National Mission on Oilseeds and Oil Palm, and high international prices. The sector is expected to continue expanding production and reducing imports in the coming decades.
Gokul Industries began as a small cotton trading business started in 1970 by Govindji Dattani. In 1999, he established Gokul Industries Ginners & Cotton Merchant, a cotton ginning and pressing factory in Taraghdi, drawing on his 25 years of experience in the cotton industry. Gokul Industries is a small-scale production unit that gins and presses raw cotton using advanced machinery to increase output and convenience of transport. The company aims to manufacture high quality cotton bales and seeds for customers.
A feasibility study report on Contract Farming as part of Agro Promotion Sche...IOSRJBM
This document provides details about a proposed contract farming project in Indore District, India. It discusses the objectives of the Government of India's agricultural marketing infrastructure scheme, which includes promoting grading/standardization to increase farmers' incomes. The proposed project involves constructing storage, processing, and quality testing facilities to support contract farming between a seed company and local farmers. Key project details include the 40,000 sq ft storage area, quality testing equipment, 6,000 MT annual processing capacity, and total estimated cost of 174 lakhs. The document analyzes the market potential due to Indore's role in soybean and proximity to markets.
Lot of factors, ranging from climate variability, frequent natural disasters, uncertainties in yields
and prices, weak rural infrastructure, imperfect markets and lack of financial services including limited span
and design of risk mitigation instruments such as credit and insurance have affected Indian agriculture which in
turn has affected the farmer’s livelihood and incomes in India.
In order to avoid the agriculture risks government and private insurance company are introducing varieties of
insurance scheme. These schemes will reduce the financial loss occurred through weather vagaries in
agriculture sectors. In the present day’s insurance can be divided into two categories namely Crop insurance
and weather index based insurance. The present article mainly focuses on impact assessment of weather index
based insurance in Karnataka. The primary data was collected through random questionnaire and the
secondary data regarding weather index based insurance of five districts namely Chitradurga, Dharwad,
Shimog, Davangere and Tumkur were collected from Agriculture Insurance Company of India Limited.
Comparative study was made between these data to know the impact of WIBI on cotton farmers.
Effect of Manual Screw Press Utilization on Output, Income, and Standard of L...BRNSS Publication Hub
The study assessed the effect of utilization of manual screw press for gari production on output, income, and standard of living of gari processors in four local government areas across the agricultural development program zones in Kwara state, Nigeria. Using multistage sampling technique and a semi-structured questionnaire as instrument, data for the study were collected from a sample of 384 gari processors who use the screw press in the state. Descriptive statistics, namely frequency count, percentages, and mean were used for analysis of generated field data. The study revealed a 35.5% increase in gari production was achieved with the utilization of the screw press for gari production. Furthermore, average annual income from gari processing after utilization went from N809662 to N1249375; 35.19% increase. Furthermore, average household properties owned by processors went from 2.31 before utilization to 3.24 after utilization which is an increase of 28.7%. The study concluded that utilization of manual screw press by gari producers in Kwara state has led to increased output, a higher income, and a better standard of living for gari producers. These increases would most probably lead to increase in their probability of escaping poverty, and in the long run, would lead to sustainable food security for the country.
A feasibility study report on Contract Farming as part of Agro Promotion Sche...IOSRJBM
This document provides details about a proposed contract farming project in Indore District, India. It discusses the objectives of the Government of India's agricultural marketing scheme, including promoting infrastructure and market access for small farmers. The proposed project involves constructing storage, processing, and quality testing facilities to support contract farming between a seed company and local farmers. Specifics of the contract farming arrangement and facilities are described. The document evaluates the market potential given Indore's agricultural industry and proximity to markets. Finally, it provides cost estimates for developing the required infrastructure.
Presented at the Pulses for Sustainable Agriculture and Human Health” on 31 May-1 June 2016 at NASC, New Delhi, India. The conference was jointly organised by the International Food Policy Research Institute (IFPRI), National Academy of Agricultural Sciences (NAAS), TCi of Cornell University (TCi-CU) and Agriculture Today.
This document summarizes a study on the profitability and production efficiency of small-scale maize production in Niger State, Nigeria. The study found that maize production was profitable, with an average net farm income of 48,109 Naira per hectare. Production costs were 77.9% of total costs, with labor as the largest cost. The production efficiency index of 2.50 indicated that returns exceeded costs by 150%, showing profitability. While profitable, the study recommended increasing farm size and production to enhance profits further. Improving access to farmland, education, credit, and extension services were also suggested to improve profitability of small-scale maize production in the area.
The document provides information on fertilizers and agrochemicals. It discusses the global and Indian scenarios, key classifications and roles of fertilizers. The fertilizer industry in India is growing and the government provides various subsidies and schemes to promote the sector. New developments include nano urea which reduces the need for conventional urea. The document also covers the global and Indian agrochemical markets, key drivers, policies and recent trends like a focus on biopesticides and new product launches.
Lower and/or inappropriate usages of improved agricultural technologies are among the major of causes for decline of production and productivity of wheat as compared to the potential in Ethiopia. This study aims to measure the status and extent of improved wheat technology adoption and identify its determinants among wheat producing smallholder farmers’ in Sekela district of West Gojjam zone of Ethiopia. Multi-stage sampling techniques used to select 204wheat producing farmers. The study primarily used collected primary data for 2017/18 production year using structured questionnaire. In order to analyze the data, both descriptive statistics and econometrics techniques such as double hurdle model are applied. The result shows that family size, availability of oxen and attitude towards risk affected positively adoption status of wheat production. While, farming experience, and off-farm income affected the extent of improved wheat variety adoption. On the other hand, farm size and cultivated farm land affected negatively the extent of improved wheat varieties adoption. Based on the result, the study recommended that the above factors should be considered both at stages in evaluating strategies aimed at promoting wheat production and productivity of the study area.
This document summarizes the challenges and prospects for maize market development in Nepal. It provides an overview of maize production trends, the maize seed sector, and key challenges across the value chain from inputs to post-harvest handling and selling. These challenges include a lack of adapted varieties, weak private sector capacity, and poor infrastructure. The document then outlines CIMMYT's approach to maize market development, which involves establishing institutional mechanisms, implementing improved seed and fertilizer technologies, and scaling technologies through market promotion strategies. It details core components and interventions along the research, production, marketing, and policy dimensions to strengthen the seed system and link farmers to output markets.
Trends In Area Production And Productivity of Groundnut In India: Issues & Ch...QUESTJOURNAL
ABSTRACT: India has been ranking among top three producers of Groundnut in the world, Gujarat, Madhya Pradesh, Tamilnadu being the major producing states in the country. However, there has been a consistent fluctuation in the area and production over the years and across the states. The paper aims to examine the trends in area under cultivation, production and productivity of Groundnut in India by deploying orthogonal polynomial technique on the time series data of fifty years. It also analyses the area and productivity effect as preliminary determinants of production. The major issues and challenges relating to production and productivity of Groundnut have also been dealt with. Concluding remarks suggest some recommendations for augmenting the overall production and its consistency.
The study examined the efficiency of sorghum production in Maharashtra State, India. The technical, allocative and economic efficiencies of farmers producing sorghum were analysed from 100 randomly selected sorghum farmers. The maximum likelihood estimates of the stochastic frontier production function was used for the analysis, and the result revealed that farm size, labour, fertilizer and chemicals were significantly and positively related to sorghum output. The technical efficiency (TE) scores ranged from 0.28-0.94 with a mean TE of 0.67, implying that there is a scope for increasing technical efficiency in sorghum production by 33% in the short-run. The allocative efficiency index ranged from 0.11-0.90 with a mean of 0.54, implying that the average farm has the scope of increasing allocative efficiency by 46% in the short-run. The economic efficiency index ranged from 0.09-0.75 with a mean of 0.37, indicating wide efficiency differential between average farmers and the economically efficient farmers. The result of the stochastic frontier production function analysis showed that the variance parameters that is the sigma squared (ɗ2) and the gamma (ϒ) were statistically significant at 1% level of sorghum production
Various changes in the Indian spending patterns as well as consumption boom in the nation have given maize products increased applicability and hence the demand for maize products is ascending. Maize processing in India is fragmented and quite unorganized which limits us to capture the exact size of the industry. Industry in the past has grown at a healthy rate .
Maize Processing Industry in India, maize processing plant project report, maize Processing Projects, maize processing unit project report, maize processing value added products, Maize Processing Wet Milling, maize product manufacturing plant project report, maize production and processing, maize production in India, Maize Production Technologies in India, maize products and uses, maize products machinery, maize products manufacturers, maize products, manufacturing plant, maize products pdf, Maize Starch & Derivatives, maize starch industry in India, maize starch manufacturing machine, maize starch manufacturing plant, maize starch manufacturing process, Maize Starch Modified Starch, maize starch plant machinery, maize starch project profile, Maize Starches and starch derivatives, Modified corn starch, Most Profitable Food Processing Business Ideas, Most Profitable maize Processing Business Ideas, Multifarious uses of Starch and its Derivatives, new small scale ideas in maize processing industry, opportunities for the Indian Maize starch industry, Pre-Investment Feasibility Study on maize processing plant, products from maize processing, Project Profile on The Establishment of maize corn Producing Plant, Project profiles on maize processing plant, project report maize starch plant, Project Report on maize and it’s by products, Project report on maize processing industries, Small Scale Food Processing Projects, Small Scale maize Processing Projects, Sorbitol from Maize Starch, Starch Corn Derivatives, starch from maize project report, Starch production from Maize, Starting a Food Processing Business, Starting a maize Processing Business, Techno-Economic feasibility study on maize processing unit, Value-added maize products from Agro Corn, yellow maize animal feed, Corn Germ Oil Extraction, Corn gluten meal production, Corn or Maize Oil production, dextrose from maize, High-Fructose Corn Syrup (HFCS), Liquid Glucose from maize, Processing maize flour
India Maize Summit 2015 - Session 2 - Dr subbaiah, Govt of karnataka, on Init...NCDEX Ltd.
- India is the 6th largest producer and 5th largest consumer of maize in the world. Karnataka ranks first in India in area under maize cultivation.
- Karnataka produces around 3.43 million tonnes of maize annually, second only to Andhra Pradesh. Maize production in these two states accounts for 38% of India's total production.
- Strategies to increase maize production in Karnataka include the use of high-yielding disease resistant varieties, integrated nutrient management, irrigation during critical growth stages, and promoting contract farming.
India Maize Summit 2015 - Session 1 - Sharad khurana, Pioneer, Indian Dairy I...NCDEX Ltd.
This document summarizes key information from a presentation on the Indian maize industry and outlook. It discusses:
1) Maize is the 3rd most important cereal crop in India and acreage and production have consistently increased, with productivity also gradually rising.
2) Demand for maize is expected to increase significantly by 2050 due to population growth, rising meat and dairy consumption, and biofuel usage. This will likely result in a large import requirement for developing countries.
3) Key challenges to meeting this rising demand include low average yields in India compared to other countries, as well as issues around post-harvest management, increasing hybridization rates, and addressing labor shortages.
4) Potential
This document summarizes corn production highlights from various Indian states presented at the India Maize Summit 2015.
Key highlights include:
- Telangana and Andhra Pradesh saw increases in corn area, production, and yield from 2012-2013 to 2013-2014. Coastal Andhra is distinguished as the highest daily corn productivity. Farmers incur costs from weeding and early shoot borers with mixed returns from rainfed vs irrigated crops.
- Bihar saw decreases in production and yield from 2012-2013 to 2013-2014, partly due to conversions of land to wheat. Rabi corn yields over 4000 kg/ha while kharif corn yields around 2000 kg/ha.
- Maharashtra
India is a major producer and exporter of agricultural products globally. Some key points:
- India ranks 2nd in global production of fruits and vegetables and is a leading exporter of items like mangoes and bananas.
- Agricultural exports from India have grown significantly over the past decade, reaching US$38.21 billion in FY2018.
- The food processing industry in India contributes significantly to the economy and food exports. Major segments include dairy, oils and fats, and snacks. Processed food sales are growing rapidly.
- Infrastructure for food processing has expanded, with over 7,800 cold storage facilities and 42 sanctioned mega food parks. The government aims to further increase agricultural exports and processing
India Maize Summit 2015 - Session 1: P K Joshi, International Food Policy Re...NCDEX Ltd.
Global status of maize production
Status of global maize trade
Dynamics of maize production in India
Favorable environment for maize
Challenges to the maize sector
Solutions to address the challenges
The document summarizes child labor issues in the Indian seed industry, particularly in cottonseed production. It finds that the seed industry employs the highest proportion of child labor compared to other sectors in India, with an estimated 4 lakh children below 14 years of age working on cotton and vegetable seed farms. Gujarat and Andhra Pradesh have the largest areas under cottonseed production and also rely heavily on child labor. Children are involved in labor-intensive tasks like hand-pollination and face risks to their health from pesticide exposure. Response from the government and industry to address these issues has been limited.
Think Rice - Think Thailand’ - That was the challenge delivered to the 500-plus delegates, including importers and buyers, attending the 7th Thailand Rice Convention in Bangkok, from May 19-21, 2015.
China is the largest producer of corn seed in the world, accounting for 33% of global production. The US is the second largest producer at 32%. India is the seventh largest producer of corn and sixth largest consumer globally. While China dominates Asia's corn seed market, Southeast Asian countries like India, Indonesia, Nepal, Pakistan, the Philippines, Thailand and Vietnam also account for approximately 40% of Asia's corn seed production. The major corn producing states in India are Uttar Pradesh, Bihar, Rajasthan, Madhya Pradesh and Karnataka.
Theoritical Study on The Impact of Trade Liberalization to The Economic Perfo...inventionjournals
This research purposed to: 1) analyze the full impact of trade liberalization on economic performance of maize in Indonesia. 2) Analyze the impact of external shock for the economic performance of corn in Indonesia on trade liberalization era. This research using secondary data about 1975 – 2014, that gotten from many sources, there are BPS, Kementan, APPI, , FAOSTAT, NASS-USDA, ERS-USDA, Unites States of Cencus Beureau, EPI, and Worldfood. Analyze of data using system of simultaneous equations (2SLS). The results of research show that: 1) when the trade liberalization totally implemented, the world corn import had been increased higher than the increment of world corn export, so the world corn price is increase. For Indonesia, if compared with basic condition, although the world corn price increase but the effect of totally implementation trade liberalization (import corn price equal with world corn price ) so Indonesian import corn price is lower than before, then made the decline of Indonesian corn price and the increment of Indonesian corn import. 2) the increment of corn’s demand from main importer countries and the decrease of corn production from main exporter countries on trade liberalization era cause the increment of world corn price. That increase of world corn price causing the increment of Indonesian corn import price then made increase of Indonesian corn price and decrease of Indonesian corn import price. On the other hand, Indonesian corn production is increase.
The document discusses the future of Indian agriculture and the role of the Indian seed industry. It notes that while food grain and oilseed production has increased substantially over the past 40 years, growth has not been adequate to meet future demand. Key challenges include low productivity compared to other countries, lack of technological interventions, issues with government policies and regulation, and labor shortages. Addressing these challenges will require using superior planting materials, agronomic innovations tailored to specific genotypes, and expanding extension services. Public-private partnerships can help disseminate best practices to farmers and increase yields. The seed industry will play a major role through developing high-yielding varieties and hybrids, utilizing new breeding technologies, and advocating for policy reforms that incent
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was around US$ 150 billion in 2017 and is expected to reach US$ 223 billion by 2021, growing at a CAGR of 12.28%.
- Exports have grown strongly over the years, reaching US$ 39.2 billion in FY2018, and are expected to increase to US$ 82 billion by 2021.
- Cotton production and man-made fibre production have also been increasing steadily to meet growing demand.
- The home textiles industry is expected to grow to US$ 8.2 billion by 2021 from US$ 4.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 36.66 billion in FY17. Total cloth production in India in FY17 was 63.6 billion square metres. The government has undertaken various initiatives like SITP and TUFS to encourage investment and support infrastructure development in the textile industry. Rising income levels and favorable demographics are expected to drive domestic demand for textiles in India.
This document summarizes a study on the profitability and production efficiency of small-scale maize production in Niger State, Nigeria. The study found that maize production was profitable, with an average net farm income of 48,109 Naira per hectare. Production costs were 77.9% of total costs, with labor as the largest cost. The production efficiency index of 2.50 indicated that returns exceeded costs by 150%, showing profitability. While profitable, the study recommended increasing farm size and production to enhance profits further. Improving access to farmland, education, credit, and extension services were also suggested to improve profitability of small-scale maize production in the area.
The document provides information on fertilizers and agrochemicals. It discusses the global and Indian scenarios, key classifications and roles of fertilizers. The fertilizer industry in India is growing and the government provides various subsidies and schemes to promote the sector. New developments include nano urea which reduces the need for conventional urea. The document also covers the global and Indian agrochemical markets, key drivers, policies and recent trends like a focus on biopesticides and new product launches.
Lower and/or inappropriate usages of improved agricultural technologies are among the major of causes for decline of production and productivity of wheat as compared to the potential in Ethiopia. This study aims to measure the status and extent of improved wheat technology adoption and identify its determinants among wheat producing smallholder farmers’ in Sekela district of West Gojjam zone of Ethiopia. Multi-stage sampling techniques used to select 204wheat producing farmers. The study primarily used collected primary data for 2017/18 production year using structured questionnaire. In order to analyze the data, both descriptive statistics and econometrics techniques such as double hurdle model are applied. The result shows that family size, availability of oxen and attitude towards risk affected positively adoption status of wheat production. While, farming experience, and off-farm income affected the extent of improved wheat variety adoption. On the other hand, farm size and cultivated farm land affected negatively the extent of improved wheat varieties adoption. Based on the result, the study recommended that the above factors should be considered both at stages in evaluating strategies aimed at promoting wheat production and productivity of the study area.
This document summarizes the challenges and prospects for maize market development in Nepal. It provides an overview of maize production trends, the maize seed sector, and key challenges across the value chain from inputs to post-harvest handling and selling. These challenges include a lack of adapted varieties, weak private sector capacity, and poor infrastructure. The document then outlines CIMMYT's approach to maize market development, which involves establishing institutional mechanisms, implementing improved seed and fertilizer technologies, and scaling technologies through market promotion strategies. It details core components and interventions along the research, production, marketing, and policy dimensions to strengthen the seed system and link farmers to output markets.
Trends In Area Production And Productivity of Groundnut In India: Issues & Ch...QUESTJOURNAL
ABSTRACT: India has been ranking among top three producers of Groundnut in the world, Gujarat, Madhya Pradesh, Tamilnadu being the major producing states in the country. However, there has been a consistent fluctuation in the area and production over the years and across the states. The paper aims to examine the trends in area under cultivation, production and productivity of Groundnut in India by deploying orthogonal polynomial technique on the time series data of fifty years. It also analyses the area and productivity effect as preliminary determinants of production. The major issues and challenges relating to production and productivity of Groundnut have also been dealt with. Concluding remarks suggest some recommendations for augmenting the overall production and its consistency.
The study examined the efficiency of sorghum production in Maharashtra State, India. The technical, allocative and economic efficiencies of farmers producing sorghum were analysed from 100 randomly selected sorghum farmers. The maximum likelihood estimates of the stochastic frontier production function was used for the analysis, and the result revealed that farm size, labour, fertilizer and chemicals were significantly and positively related to sorghum output. The technical efficiency (TE) scores ranged from 0.28-0.94 with a mean TE of 0.67, implying that there is a scope for increasing technical efficiency in sorghum production by 33% in the short-run. The allocative efficiency index ranged from 0.11-0.90 with a mean of 0.54, implying that the average farm has the scope of increasing allocative efficiency by 46% in the short-run. The economic efficiency index ranged from 0.09-0.75 with a mean of 0.37, indicating wide efficiency differential between average farmers and the economically efficient farmers. The result of the stochastic frontier production function analysis showed that the variance parameters that is the sigma squared (ɗ2) and the gamma (ϒ) were statistically significant at 1% level of sorghum production
Various changes in the Indian spending patterns as well as consumption boom in the nation have given maize products increased applicability and hence the demand for maize products is ascending. Maize processing in India is fragmented and quite unorganized which limits us to capture the exact size of the industry. Industry in the past has grown at a healthy rate .
Maize Processing Industry in India, maize processing plant project report, maize Processing Projects, maize processing unit project report, maize processing value added products, Maize Processing Wet Milling, maize product manufacturing plant project report, maize production and processing, maize production in India, Maize Production Technologies in India, maize products and uses, maize products machinery, maize products manufacturers, maize products, manufacturing plant, maize products pdf, Maize Starch & Derivatives, maize starch industry in India, maize starch manufacturing machine, maize starch manufacturing plant, maize starch manufacturing process, Maize Starch Modified Starch, maize starch plant machinery, maize starch project profile, Maize Starches and starch derivatives, Modified corn starch, Most Profitable Food Processing Business Ideas, Most Profitable maize Processing Business Ideas, Multifarious uses of Starch and its Derivatives, new small scale ideas in maize processing industry, opportunities for the Indian Maize starch industry, Pre-Investment Feasibility Study on maize processing plant, products from maize processing, Project Profile on The Establishment of maize corn Producing Plant, Project profiles on maize processing plant, project report maize starch plant, Project Report on maize and it’s by products, Project report on maize processing industries, Small Scale Food Processing Projects, Small Scale maize Processing Projects, Sorbitol from Maize Starch, Starch Corn Derivatives, starch from maize project report, Starch production from Maize, Starting a Food Processing Business, Starting a maize Processing Business, Techno-Economic feasibility study on maize processing unit, Value-added maize products from Agro Corn, yellow maize animal feed, Corn Germ Oil Extraction, Corn gluten meal production, Corn or Maize Oil production, dextrose from maize, High-Fructose Corn Syrup (HFCS), Liquid Glucose from maize, Processing maize flour
India Maize Summit 2015 - Session 2 - Dr subbaiah, Govt of karnataka, on Init...NCDEX Ltd.
- India is the 6th largest producer and 5th largest consumer of maize in the world. Karnataka ranks first in India in area under maize cultivation.
- Karnataka produces around 3.43 million tonnes of maize annually, second only to Andhra Pradesh. Maize production in these two states accounts for 38% of India's total production.
- Strategies to increase maize production in Karnataka include the use of high-yielding disease resistant varieties, integrated nutrient management, irrigation during critical growth stages, and promoting contract farming.
India Maize Summit 2015 - Session 1 - Sharad khurana, Pioneer, Indian Dairy I...NCDEX Ltd.
This document summarizes key information from a presentation on the Indian maize industry and outlook. It discusses:
1) Maize is the 3rd most important cereal crop in India and acreage and production have consistently increased, with productivity also gradually rising.
2) Demand for maize is expected to increase significantly by 2050 due to population growth, rising meat and dairy consumption, and biofuel usage. This will likely result in a large import requirement for developing countries.
3) Key challenges to meeting this rising demand include low average yields in India compared to other countries, as well as issues around post-harvest management, increasing hybridization rates, and addressing labor shortages.
4) Potential
This document summarizes corn production highlights from various Indian states presented at the India Maize Summit 2015.
Key highlights include:
- Telangana and Andhra Pradesh saw increases in corn area, production, and yield from 2012-2013 to 2013-2014. Coastal Andhra is distinguished as the highest daily corn productivity. Farmers incur costs from weeding and early shoot borers with mixed returns from rainfed vs irrigated crops.
- Bihar saw decreases in production and yield from 2012-2013 to 2013-2014, partly due to conversions of land to wheat. Rabi corn yields over 4000 kg/ha while kharif corn yields around 2000 kg/ha.
- Maharashtra
India is a major producer and exporter of agricultural products globally. Some key points:
- India ranks 2nd in global production of fruits and vegetables and is a leading exporter of items like mangoes and bananas.
- Agricultural exports from India have grown significantly over the past decade, reaching US$38.21 billion in FY2018.
- The food processing industry in India contributes significantly to the economy and food exports. Major segments include dairy, oils and fats, and snacks. Processed food sales are growing rapidly.
- Infrastructure for food processing has expanded, with over 7,800 cold storage facilities and 42 sanctioned mega food parks. The government aims to further increase agricultural exports and processing
India Maize Summit 2015 - Session 1: P K Joshi, International Food Policy Re...NCDEX Ltd.
Global status of maize production
Status of global maize trade
Dynamics of maize production in India
Favorable environment for maize
Challenges to the maize sector
Solutions to address the challenges
The document summarizes child labor issues in the Indian seed industry, particularly in cottonseed production. It finds that the seed industry employs the highest proportion of child labor compared to other sectors in India, with an estimated 4 lakh children below 14 years of age working on cotton and vegetable seed farms. Gujarat and Andhra Pradesh have the largest areas under cottonseed production and also rely heavily on child labor. Children are involved in labor-intensive tasks like hand-pollination and face risks to their health from pesticide exposure. Response from the government and industry to address these issues has been limited.
Think Rice - Think Thailand’ - That was the challenge delivered to the 500-plus delegates, including importers and buyers, attending the 7th Thailand Rice Convention in Bangkok, from May 19-21, 2015.
China is the largest producer of corn seed in the world, accounting for 33% of global production. The US is the second largest producer at 32%. India is the seventh largest producer of corn and sixth largest consumer globally. While China dominates Asia's corn seed market, Southeast Asian countries like India, Indonesia, Nepal, Pakistan, the Philippines, Thailand and Vietnam also account for approximately 40% of Asia's corn seed production. The major corn producing states in India are Uttar Pradesh, Bihar, Rajasthan, Madhya Pradesh and Karnataka.
Theoritical Study on The Impact of Trade Liberalization to The Economic Perfo...inventionjournals
This research purposed to: 1) analyze the full impact of trade liberalization on economic performance of maize in Indonesia. 2) Analyze the impact of external shock for the economic performance of corn in Indonesia on trade liberalization era. This research using secondary data about 1975 – 2014, that gotten from many sources, there are BPS, Kementan, APPI, , FAOSTAT, NASS-USDA, ERS-USDA, Unites States of Cencus Beureau, EPI, and Worldfood. Analyze of data using system of simultaneous equations (2SLS). The results of research show that: 1) when the trade liberalization totally implemented, the world corn import had been increased higher than the increment of world corn export, so the world corn price is increase. For Indonesia, if compared with basic condition, although the world corn price increase but the effect of totally implementation trade liberalization (import corn price equal with world corn price ) so Indonesian import corn price is lower than before, then made the decline of Indonesian corn price and the increment of Indonesian corn import. 2) the increment of corn’s demand from main importer countries and the decrease of corn production from main exporter countries on trade liberalization era cause the increment of world corn price. That increase of world corn price causing the increment of Indonesian corn import price then made increase of Indonesian corn price and decrease of Indonesian corn import price. On the other hand, Indonesian corn production is increase.
The document discusses the future of Indian agriculture and the role of the Indian seed industry. It notes that while food grain and oilseed production has increased substantially over the past 40 years, growth has not been adequate to meet future demand. Key challenges include low productivity compared to other countries, lack of technological interventions, issues with government policies and regulation, and labor shortages. Addressing these challenges will require using superior planting materials, agronomic innovations tailored to specific genotypes, and expanding extension services. Public-private partnerships can help disseminate best practices to farmers and increase yields. The seed industry will play a major role through developing high-yielding varieties and hybrids, utilizing new breeding technologies, and advocating for policy reforms that incent
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was around US$ 150 billion in 2017 and is expected to reach US$ 223 billion by 2021, growing at a CAGR of 12.28%.
- Exports have grown strongly over the years, reaching US$ 39.2 billion in FY2018, and are expected to increase to US$ 82 billion by 2021.
- Cotton production and man-made fibre production have also been increasing steadily to meet growing demand.
- The home textiles industry is expected to grow to US$ 8.2 billion by 2021 from US$ 4.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 36.66 billion in FY17. Total cloth production in India in FY17 was 63.6 billion square metres. The government has undertaken various initiatives like SITP and TUFS to encourage investment and support infrastructure development in the textile industry. Rising income levels and favorable demographics are expected to drive domestic demand for textiles in India.
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The domestic textile and apparel industry in India is projected to reach US$ 223 billion by 2021 from US$ 137 billion in 2016 growing at a CAGR of 12.84%.
- Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 36.63 billion in FY17 growing at a CAGR of 12.06%.
- Total cloth production in India has grown to 53.5 billion square metres in FY17 from 64.6 billion square metres in FY16.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Total cloth production in India in FY17 was 63.6 billion square metres. The textile and apparel exports from India is expected to increase to US$ 82 billion by 2021 from US$ 36.66 billion in FY17. The government has undertaken various initiatives like SITP and TUFS to encourage investment and boost production in the textile industry. Rising income levels and growth of the retail sector will drive demand for textiles in India.
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was around US$150 billion as of July 2017 and is expected to reach US$250 billion by 2019 growing at a CAGR of 13.58%.
- Textile and apparel exports from India reached US$37.85 billion in 2018 and are expected to increase to US$82 billion by 2021.
- Cloth production in India stood at 67.45 billion square meters in FY2018 and is expected to increase due to rising domestic demand.
- The cotton and man-made fiber segments have seen rising production levels in recent years
The textile and apparel industry in India is projected to reach US$ 223 billion by 2021 from US$ 150 billion in 2017, growing at a CAGR of 10.14%. Exports have increased from US$ 31.65 billion in FY19 to US$ 39.2 billion in FY18 and are expected to reach US$ 82 billion by 2021. Production of raw materials like cotton have also increased, with cotton production reaching 36.1 million bales in FY19. The domestic demand is expected to further drive the growth of the industry.
The textile and apparel industry in India is projected to reach US$ 223 billion by 2021 from US$ 150 billion in 2017, growing at a CAGR of 10.14%. Exports have increased from US$ 31.65 billion in FY19 to US$ 39.2 billion in FY18 and are expected to reach US$ 82 billion by 2021. Domestic demand is also expected to rise due to increasing income levels, favorable demographics, and a shift toward branded products. Production of raw materials like cotton has increased, with cotton production reaching 36.1 million bales in FY19, and man-made fiber production reaching 1.204 million tonnes in the same period. The industry employs
The document provides an overview of the textiles and apparel industry in India. Some key points:
1) The size of India's textile market was around US$ 150 billion in 2017 and is expected to reach US$ 223 billion by 2021, growing at a CAGR of 12.28%. Exports have also grown strongly over the years reaching US$ 39.20 billion in FY18.
2) Cotton and man-made fibers production have been increasing to meet growing demand. Yarn and fabric production have also increased significantly in recent years.
3) Exports have been a major part of the industry, reaching US$ 24.90 billion in FY19. The home text
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was around US$ 150 billion in 2017 and is expected to reach US$ 223 billion by 2021, growing at a CAGR of 12.28%.
- Exports of textiles from India reached US$ 18.56 billion in FY2019 and are expected to increase to US$ 82 billion by 2021.
- Major segments of the industry include cotton, silk, jute, wool and man-made fibers like polyester and nylon. Cotton accounts for the largest share of yarn and fabric production.
- The government has implemented several
The textile and apparel industry in India is projected to reach US$ 223 billion by 2021 from US$ 150 billion in 2017, growing at a CAGR of 10.14%. Exports of textiles from India reached US$ 31.65 billion in FY19 and are expected to increase to US$ 82 billion by 2021. Production of cotton, the major raw material, reached 36.1 million bales in FY19 while production of man-made fibre reached 1.204 million tonnes. The domestic demand is expected to drive growth in the industry.
The Indian textiles and apparel industry is one of the largest in the world with a growing domestic market size projected to reach $250 billion by 2019. Exports of textiles and apparel from India have also grown strongly over the years to reach $37.85 billion in 2018 and are expected to increase to $82 billion by 2021. Key segments like cotton textiles and readymade garments dominate both domestic production and exports. Rising incomes, favorable demographics and government support through schemes and policies are driving the growth of the Indian textiles and apparel industry.
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was around US$ 150 billion in 2017 and is expected to reach US$ 250 billion by 2019 growing at a CAGR of 13.58%.
- Exports of textiles and apparel from India have grown steadily over the years, reaching US$ 36.63 billion in FY2017.
- Cotton and man-made fibers are the major raw materials in the sector, with cotton production reaching 35.1 million bales in FY2017.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 3.26 billion in FY2019. Cloth production in FY2018 stood at 67.45 billion square metres (provisional). Rising income levels, favourable demographics, and a shift in consumer preferences are expected to drive demand in the domestic market. The government is undertaking various initiatives like increasing investments to encourage private equity and workforce training to support the growth of the industry.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 36.66 billion in FY17. Total cloth production in India in FY17 was 63.6 billion square metres. The government is making large investments and implementing policies to support growth of the domestic textile industry and increase exports through technology upgradation, skill development, and setting up integrated textile parks.
Cotton Scenario of India by vikram rana, DMI, PatnaVikram Rana
Cotton is one of the most important cash crops for India. It is the second largest producer and consumer of cotton globally after China. India accounts for 26% of the world's cotton area and 36% of production. The cotton industry is a major contributor to the Indian economy, providing livelihoods for millions of farmers and others. However, Indian cotton yields remain lower than other major producers like the US. Various government initiatives aim to improve cotton productivity, quality and farmer incomes through contract farming, demonstrations of best practices, and the Technology Mission on Cotton. While organic cotton production remains low in India, there is scope for growth in this sector to meet increasing demand from international retailers.
The text summarizes the Indian textiles and apparel industry. Key points include:
- The domestic textile industry in India is projected to reach $250 billion by 2019 from $150 billion in 2017, growing at a CAGR of 13.58%.
- Textile and apparel exports stood at $39.2 billion in FY18 and are expected to increase to $82 billion by 2021 from $6.3 billion in FY2019.
- Cloth production in FY2018 was 67.45 billion square meters (provisional) and was 5.6 billion square meters (provisional) in FY19.
- Cotton is a major segment in yarn and fabric production,
The document provides an overview of India's agriculture and allied industries sector. Some key points:
- India is a major global producer of various agricultural commodities and has the largest livestock population.
- The food processing industry in India contributes significantly to the country's overall food market and exports. There has been rapid growth in production and sales of processed foods.
- Government schemes and policies aim to boost agricultural exports and farm incomes. Infrastructure development including expansion of cold storage capacity also supports the agriculture sector.
The textile and apparel industry in India is projected to reach US$ 250 billion by 2019 from US$ 150 billion in July 2017. Textile and apparel exports from India are expected to increase to US$ 82 billion by 2021 from US$ 36.66 billion in FY17. Total cloth production in India in FY17 was 63.6 billion square metres. The industry contributes significantly to GDP, manufacturing output, employment and exports of India.
The document provides an overview of the textiles and apparel industry in India. Some key points:
- The size of India's textile market was estimated at $137 billion in 2016 and is expected to reach $226 billion by 2023, growing at a CAGR of 8.7%.
- Textile exports from India stood at $36.63 billion in FY2017 and are projected to increase to $82 billion by 2021.
- Major segments of the industry include cotton, silk, jute, wool, and technical textiles. Cotton accounts for the largest share of fiber, yarn, and fabric production.
- Production of raw cotton, man-made fibers, y
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
How to Manage Reception Report in Odoo 17Celine George
A business may deal with both sales and purchases occasionally. They buy things from vendors and then sell them to their customers. Such dealings can be confusing at times. Because multiple clients may inquire about the same product at the same time, after purchasing those products, customers must be assigned to them. Odoo has a tool called Reception Report that can be used to complete this assignment. By enabling this, a reception report comes automatically after confirming a receipt, from which we can assign products to orders.
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
Andreas Schleicher presents PISA 2022 Volume III - Creative Thinking - 18 Jun...EduSkills OECD
Andreas Schleicher, Director of Education and Skills at the OECD presents at the launch of PISA 2022 Volume III - Creative Minds, Creative Schools on 18 June 2024.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
1. Published by
Directorate of Cotton Development, Mumbai
&
National Center for Integrated Pest
Management, New Delhi
'IT.'f.31:J.'l.
ICAR
2. · Cotton Statistics at a glance
'
Directorate of Cotton Development,
Mumbai
National Centre For Integrated Pest
Management, New Delhi
3. } .
Citation
Anupam Barik (2010) Cotton Statistics at a glance
Directorate of Cotton Development
Ministry ofAgriculture
Government ofIndia
Mumbai, Maharashtra
Edited & Compiled by
Dr. Anupam Barik
Director
Published by
Dr. Anupam Barik, Director, Directorate of Cotton Development,
Ministry ofAgriculture, Government of India, Mumbai
&
Dr.O.M.Bambawale, Director,
National Centre for Integrated Pest Management, New Delhi
For more details Contact:
Dr. Anupam Barik, Director ,Directorate of Cotton Development, Ministry ofAgriculture,
14- Ramji Bhai Kamani Marg, Ballard Estate, Post Box no 1002, Mumbai 400 001,
Tel: 022-22611964
Email : director _docd@rediffmail.com
Printed under National Information System for Pest Management (Bt. Cotton)
(NISPM for Bt. Cotton) funded by Technology Mission Cotton- Mini Mission- II
Technical support and Type set: S.sathyakumar, NCIPM, New Delhi.
Omissions and errors, if any, are not deliberate and are regretted
4. Dr. Gurbachan Singh
Agriculture Commissioner
~~<ffi"
~ ~N<t>l'{
~lj~
{~ ~ tt5<t>IRdl ~)
~ 1l<A, ~ ~-110001
Agriculture Commissioner
Government of India
Ministry of Agriculture
(Department of Agriculture &Cooperation)
Krishi Bhawan, New Delhi-110001
MESSAGE
Cotton accounts for 40% of the total global fibre production and is the most important
fibre in the world. India is a major player with world cotton market in terms of area and
production. India is now the second largest cotton producer, consumer and exporter in the
world. Cotton covers around 7% of the total crop coverage and is second to rice in India.
Cotton textile is one of the largest industries in India. It provides livelihood of 60 million
people depend on cotton cultivation, processing trade and textiles. Textile industry
contributes 4% of GDP, 14% of total industrial product, 20% of total work force, 17% of
country's exports earning and employment to 30 million people.
Government of India, Ministry of Agriculture launched Technology Mission of
Cotton (TMC) in the year 2000 with a set objectives. The impact of4 Mini Missions ofTMC
brought a revolution in Indian cotton in the area of technology generation, increase in
productivity, technology transfer, reducing cost of cultivation & use of pesticides,
improvement in marketing infrastructure & improvement in quality ofIndian cotton.
Publication of the book "Cotton statistics at a glance" is a significant step in
documentation of all the cotton related statistics which reflects the progress of cotton sector
at all India level as well as across the cotton growing states. The present publication will be
very helpful to all those who are associated with cotton research, production, marketing,
processing & policy making.
I appreciate the efforts made by the Director , DOCD, Mumbai and Director, NCIPM,
New Delhi their team of officials for compiling and presenting the cotton statistics in a
systematic manner.
Date: 08-03-2010
Place: New Delhi
1 r 1/
1¥):____----
(Gurbachan Singh)
5. PREFACE
Cotton is an important sector of Indian Agriculture, in respect to share in National
GDP export earning, employment generation. The Directorate of Cotton Development under
the aegis of Department of Agriculture and Cooperation, Ministry of Agriculture is looking
after the developmental aspect of cotton sector and coordinate with all the cotton stake
holders for its further improvement by way of implementing mini mission -II of technology
mission on Cotton.
It gives me the great pleasure in bringing out the publication " Cotton Statistics at a
Glance" for the use by those who are directly or indirectly involved in cotton development
activities. The book containing the All India data on cotton area, production, yield,
consumption pattern, import, export, world cotton scenario, MSP and others will be very
much helpful for day to day references and other official purposes. The book also contain
state-wise cotton statistics data i.e. area, production yield, district I variety wise area,
production, yield, cost of cultivation, Bt cotton varieties I hybrids, etc. which will help to
understand the cotton scenario of individual state in a better manner. Accordingly
developmental plan can be formulated in a particular state I District.
This directorate is thankful to various state Department of Agriculture, CABI, CCI,
DES, CAl, CITI and other organizations for providing the tabulated data in the respective
sector. Director and staff of this Directorate is also grateful to Secretary, Agriculture and
cooperation, Agriculture Commissioner, Joint secretary (Crops), Director (Crops), Additional
Commissioner (Crops) and other senior officers of Ministry of Agriculture, Krishi Bhavan,
New Delhi for their constant encouragement and support to bring out this booklet. The help
and support rendered by the staff members of Directorate of Cotton Development and
National Centre for Integrated Pest Management are also note worthy. I hope the book will
be very much helpful to all the cotton sector stake holders for their references and day to day
use.
Date: 8-3-2010
Place: Mumbai
Dr. Anupam Barik
Director
6. 1-N-D-E-X
Chapter Table No. TITLE OF TABLES Page No
Chapter 1 ALL INDIA 1 - 42
1.1 All India Area, Production and Yield ofCotton from 1950-51 to 2007-08 along
with percentage coverage under frrigation 1
1.2 Area, Production & Yield ofCotton in Andhra Pradesh as estimated by DES
and CAB 2
1.3 Area, Production & Yield ofCotton in Gujarat as estimated by DES and CAB 3
1.4 Area, Production & Yield ofCotton in Haryana as estimated by DES and CAB 3
1.5 Area, Production & Yield in Cotton in Kamataka as estimated by DES and CAB 4
1.6 Area, Production & Yield of Cotton in Madhya Pradesh as estimated
by DES and CAB 4
1.7 Area, Production & Yield ofCotton in Maharashtra as estimated by DES and CAB 5
1.8 Area, Production & Yield ofCotton in Orissa as estimated by DES and CAB 5
1.9 Area, Production & Yield ofCotton in Punjab as estimated by DES and CAB 6
1.10 Area, Production & Yield ofCotton in Rajasthan as estimated by DES and CAB 6
1.11 Area, Production & Yield ofCotton in Tamil Nadu as estimated by DES and CAB 7
1.12 Area, Production & Yield of Cotton in Uttar Pradesh as estimated by DES
andCAB 7
1.13 All India Area, Production & Yield of Cotton as estimated by DES and CAB 8
1.14 Area, Production and Yield ofCotton during 2004-05 and 2005-06 in respect
ofmajor cotton 8
1.15 Staple-wise Estimates ofArea and Production ofCotton from 1997-98
to 1999-2000 9
1.16 Staple-group wise production ofcotton from 1996-97 to 2005-06 10
1.17 Staple-wise mill consumption ofcotton (Non-SSI) 11
1.18 Approximate state-wise land holding under Cotton 12
1.19 State-wise Irrigated and Non-irrigated area/under Cotton 12
1.20 State wise Bt cotton coverage for last six years in India 13
1.21 Crop Calendar ofMajor Crop (Cotton): State-wise and All India 13
1.22 Varieties/hybrids released during last 5 years by AICCIP 14
1.23 Genotype Identified for their tolerance 15
1.24 Cotton Zones in India 15
1.25 Classification ofcottons 16
1.26 CIRCOT norms for cotton properties 16
1.27 Chemical composition ofcotton fibre 17
1.28 State-wise purchases of cotton from 1995-96 to 2006-07 (October to September) 17
7. 1.29 Cotton import in India- 1996-97 onwards 18
1.30 Cotton export in India - 1996-97 onwards 18
1.31 Foreign Trade: Import and Export by Commodities 19
1.32 India's total Import and Exports ofCotton (Raw) 20
1.33 Import ofraw Cotton- Major-Countries (Including Waste) 22
......
1.34 Export ofRaw Cotton- Major Countries (Including Waste) 23
1.35 Minimum Support Price ( MSP) ofCotton ( Rs per quintal) over the years. 24
1.36 The world cotton balance sheet (Quantity in Million Metric tons) 25
1.37 Area, Production and Yield in India vis-a-vis major cotton producing countries
and world 26
1.38 Area, Production and Yield in India vis-a-vis major cotton producing countries
and world 27
1.39 Cost ofproducing one hectare of cotton (US$) 28
1.40 Month wise mill consumption ofcotton 29
1.41 Cotton balance sheet for last eight year (in lakh bales) 29
1.42 Compound growth rate ofarea, production, yield of cotton 30
1.43 Species-wise percentage ofcotton in India 30
1.44 Economic threshold levels (ETL) for important insect pests ofcotton 30
1.45 Imports into and Exports from India (Government Sources) 31
1.46 Recommended Bt cotton hybrids for commercial cultivation in India 2005 33
1.47 Evaluation ofBt hybrids in North zone 34
1.48 Center wise performance ofBt cotton hybrids for seed cotton yield (kg/ha)
in Central zone 35
1.49 Centre wise performance ofBt cotton hybrids for seed cotton yield (kg/ha)
in South Zone 37
1.50 Cropping system & Intercropping in Cotton 40
1.51 List ofpesticides I pesticides formulations banned in India 41
1.52 List ofpesticides refused registration 42
1.53 Pesticides restricted for use in India 42
STATE WISE DATA
Chapter-2 PUNJAB 43-52
2.1 Area, production and productivity ofcotton in Punjab state from
(1950-51 to 2006-07) 43
2.2 Variety-wise area (in hectares) Kharif 2007 in Punjab 45
2.3 District wise area, production and yield ofcotton 46
2.4 List ofBt cotton companies/varieties 47
2.5 Economic threshold levels ofmajor insect pest ofcotton 47
8. 2.6 Insecticides recommended for sucking pests on cotton in the Punjab 48
2.7 Insecticides recommended for bollworms and tobacco caterpillar on cotton
in Punjab 49
2.8 Description ofdifferent species ofcotton 50
2.9 List of insect pests attacking cotton in the Punjab 52
Chapter-3 HARYANA 53-62
3.1 Normal and actual rainfall received in Haryana 53
3.2 Year wise Area, Yield and Production of Cotton crop in Haryana 54
3.3 District wise Area, Production and Yield for last five years 55
3.4 Bt. Cotton Coverage for last three years 56
3.5 Growth rate in Area, Production and Yield during last 5 years 56
3.6 List ofreleased Bt. hybrids 56
3.7 Cotton species and production estimates 57
3.8 Breakup ofthe cost ofcultivation per hectare of Cotton 57
3.9 District wise irrigated and non irrigated area under cotton 59
3.10 Area under Prominent Varieties/ Hybrids ofcotton in Haryana 60
3.11 Total requirement ofbreeder and foundation cotton seed 61
3.12 Major Chemical Pesticides used in Cotton 61
3.13 Cotton species-wise area, production and yield 62
Chapter-4 RAJASTHAN 63-73
4.1 Area under American and Desi cotton in Rajasthan state 63
4.2 Production ofAmerican and Desi cotton 63
4.3 Productivity ofAmerican and Desi cotton 64
4.4 Total requirement of Cotton seed vis-a-vis Supply (qtls) 64
4.5 Division wise varieties ofcotton 64
4.6 Area under prominent varieties I hybrids ofCotton (area in ha) in Rajasthan 66
4.7 Cost of Cultivation : Cotton 67
4.8 Major pesticides used in Cotton 67
4.9 Summary Cotton 68
4.10 Bt. Cotton Approval for Kharif 2008 - Rajasthan 70
Chapter-S GUJARAT 74-93
5.1 Gujarat state has been divided in to seven more or less homogeneous
agro-climatic regions based on topography, rainfall and soil. 74
5.2 The land use pattern ofthe state is as follow year 2003-04 75
5.3 Major Agricultural crops of Gujarat 75
5.4 Zone-wise recommended variety ofcotton and their property 76
9. 5.5 Normal and actual rainfall ofthe Gujarat State (2002 to 2007) 78
5.6 Area (lakh ha), Production ( lakh bales) & Yield (kg lint per ha) ofCotton 78
5.7 Cotton spci;ies-wise area over the years 79
5.8 Zone-wise Last five year Area ('oo ha) .of Cotton Crop 79
5.9 District-wise Area, Production & Yield of Irrigated Cotton 81
5.10 District-wise Area, Production & Yield ofUn-irrigated Cotton 82
5.11 Progress in coverage by Hybrids 83
5.12 District-wise Area, Production and Yield ofTotal Cotton in Gujarat 83
5.13 Area under prominent varieties I hybrids of cotton grown 85
5.14 Bt. Cotton packets sold & area in Gujarat 85
I
5.15 Planning & sale ofBt. cotton in Gujarat state 86
5.16 Hybrids ofBt. cotton approved by GEAC in Gujarat 89
5.17 Component wise statement showing estimated cost ofcultivation of
Cotton-Long 91
5.18 Component wise statement showing estimated cost ofcultivation of
Cotton-Medium 92
Chapter-6 MADHYA PRADESH 94 -105
6.1 Month-wise normal & actual rainfall (mm) pattern in Madhya Pradesh 94
6.2 Area, production & yield of cotton over the years 94
6.3 District-wise Irrigated area under cotton in Madhya Pradesh 95
6.4 District-wise area, production and yield of cotton in Madhya Pradesh 95
6.5 Cotton species wise area, production & yield in Madhya Pradesh 97
6.6 Progress in coverage by hybrids in the State I District 98
6.7 Area under prominent varieties/hybrids in Madhya Pradesh 98
6.8 Area under prominent varieties/hybrids in Madhya Pradesh 100
6.9 Major pesticides used in cotton 101
6.10 Total requirement ofcotton seed vis-a-vis supply 104
6.11 Total requirement ofbreeder and foundation cotton seed 104
6.12 Coverage ofBt. cotton over the years in Madhya Pradesh 105
6.13 District-wise Coverage ofBt. cotton in Madhya Pradesh during 2006-07 105
6.14 Company wise sale of Bt. cotton hybrids (hectare) 105
Chapter-7 MAHARASHTRA 106- 114
7.1 Area, production and productivity of cotton in Maharashtra 106
7.2 The region wise area, production and productivity ofcotton 106
7.3 Variety wise area under cotton 107
7.4 District wise area, production and yield ofcotton 108
7.5 Information regarding Bt. Cotton ofMaharashtra 110
10. 7.6 The no ofpacket ofBt Cotton of450 gm. used during last five years 110
7.7 Statement showing variety wise area under cotton since 2002-03 to 2006-07 110
7.8 Statement showing details ofBt. Cotton seed sold and area under Bt Cotton
from 2002-2008 111
7.9 Information about the Commissioner level sale authority to Bt Cotton
Producer/seller in kharif 2007-08; Part-2 112
Chapter-S ORISSA 115-118
8.1 Area, production and yield ofcotton in Orrisa 115
8.2 District wise & year wise ELS cotton area in ha 115
8.3 Area under prominent varieties/hybrids ofcotton 115
8.4 Progress in coverage by hybrids in the Orissa 116
8.5 Cost ofcultivation (CC) per ha & Cost ofproduction (CP) per Qtl. of
Seed Cotton under Rainfed conditions 116
8.6 Normal & Actual Rainfall (mm) received during last five years in Orissa 117
8.7 Cotton species wise area in Ha., production in bales & yield in Kg lint I hect 117
8.8 District wise area production & yield of cotton 118
8.9 Total requirement ofcotton seed vis-a-vis supply 118
Chapter-9 ANDHRAPRADESH 119- 129
9.1 Normal and actual rainfall ( mm) received in the state ofAndhra Pradesh 119
9.2 District-wise area, production and yield ofcotton in Andhra Pradesh 120
9.3 District wise irrigated & un-irrigated area, production & yield of cotton
in Andhra Pradesh 121
9.4 Progress in coverage by Hybrids in the state ofAndhra Pradesh 122
9.5 Area (ha) under prominent varieties/hybrids in Andhra Pradesh 122
9.6 Cost of Cultivation I ha and Cost ofproduction I qtls ofdifferent species
ofcotton (Rs.) 124
9.7 Requirement ofsupply ofcotton seed in Andhra Pradesh 124
9.8 Agency wise supply ofcertified seed ofcotton (Qtls) 125
9.9 Requirement ofBreeder and Foundation seed ofcotton (Qtls) 125
9.10 Regulated Market and Cotton Ginning & Pressing 126
9.11 Major pesticide used in cotton 127
9.12 List ofnotified varieties I hybrids and their important features in the state
ofAndhra Pradesh 128
Chapter-10 KARNATAKA 130-137
10.1 Area, production & yield during last five years in Kamataka 130
10.2 District wise cotton area covered during 2006-07 130
10.3 Cotton species - wise area in lakh ha 131
10.4 District wise area, production and yield ofcotton 131
11. 10.5 Growth in area, production & yield during last five years 132
10.6 Low productivity Districts 132
10.7 High productivity Districts 132
10.8 Cotton area under irrigation and rainfed condition 132
10.9 Average yield of cotton (Ljnt Kgs/ha) 133
10.10 Season wise area coverage 133
10.11 Area under different staple cotton (hectares)- 2005-06 133
10.12 Funds utilization pattern ofMini Mission-II for the last five year 133
10.13 Cotton species - wise area production and yield 133
10.14 Area under prominent varieties I hybrids ofcotton 134
10.15 Progress in coverage by hybrid in the State 134
10.16 District wise area, production and yield ofcotton 135
10.17 Cost ofCultivation ofBt. Cotton (Per Acre) in Kamataka state 136
Chapter-11 TAMILNADU 138- 145
11.1 District wise irrigated and non-irrigated area under cotton ( ha) 138
11.2 District-wise area, production and yield ofcotton in Tamil Nadu 139
11.3 Cotton species wise Area ofcotton in Tamil Nadu ( Ha) 141
11.4 Area under prominent varieties/hybrids in Tamil Nadu 141
11.5 Requirement ofcotton seed vis-avis supply ( Qtls) 141
11.6 Requirement ofBreeder & Foundation seed ( Qtls) 142
11.7 Agency wise supply ofcertified seeds ofcotton 142
11.8 Major Chemical pesticides used in cotton 143
11.9 List ofnotified varieties/hybrids & their characteristics
in Tamil Nadu 144
Chapter-12 APPENDIX 146- 148
12A Weights and Measures 146
12B Simple Conversion Table - Metric Weights and Measures 147
12C List showing Indian cotton equivalent to foreign cotton 148
13. 2
Year Area Production Yield % Coverage under
Irrigation
1 2 3 4 5
1987-88 6.46 6.38 168 32.0
1988-89 7.34 8.74 202 33.0
1989-90 7.69 11.42 252 34.2
1990-91 7.44 9.84 225 32.9
1991-92 7.66 9.71 216 33.3
1992-93 7.54 11.40 257 34.6
1993-94 7.32 10.74 249 34.7
1994-95 7.87 11.89 257 34.2
1995-96 9.04 12.86 242 35.0
1996-97 9.12 14.23 265 35.8
1997-98 8.87 10.85 208 36.8
1998-99 9.34 12.29 224 34.9
1999-00 8.71 11.53 225 35.2
2000-01 8.53 9.52 190 34.3
2001-02 9.13 10.00 186 34.0
2002-03 7.67 8.62 191 33.1
2003-04 7.60 13.73 307 27.1
2004-05 8.79 16.43 318 36.9
2005-06 8.68 18.50 362 NA
2006-07 9.16 20.96 389 NA
2007-08* 9.55 24.30 432 NA
Table 1.2: Area, Production & Yield of Cotton in Andhra Pradesh as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 12.78 25.00 332 25.00 333
1999-2000 10.39 15.95 362 22.50 368
2000-01 10.22 16.63 277 25.25 420
2001-02 11.08 18.77 288 26.75 454
2002-03 8.03 11.61 247 19.75 418
2003-04 8.37 18.9 384 27.40 557
2004-05 11.78 21.9 316 32.50 469
2005-06 10.33 21.08 347 30.00 527
2006-07 9.62 17.43 308 35.00 612
2007-08 10.96 25.78 399 43.00 667
14. 3
Table 1.3: Area, Production & Yield of Cotton in the state of Gujarat as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 16.07 47.50 502 47.50 502
1999-2000 15.39 20.86 230 27.50 304
2000-01 18.15 11.61 122 23.75 250
2001-02 17.49 17.02 165 32.50 328
2002-03 16.34 19.02 212 30.50 317
2003-04 16.41 40.27 417 50.00 516
2004-05 19.06 47.25 421 73.00 651
2005-06 19.06 67.72 604 89.00 794
2006-07 23.9 87.87 625 101.00 718
2007-08 25.16 86.00 581 110.00 743
Table 1.4: Area, Production & Yield of Cotton in the state of Haryana as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 5.82 7.00 204 7.00 204
1999-2000 5.44 13.04 408 10.65 332
2000-01 5.55 13.83 424 10.00 306
2001-02 6.3 7.22 195 5.50 153
2002-03 5.18 10.38 340 8.75 287
2003-04 5.26 14.05 454 11.50 372
2004-05 6.21 20.75 568 15.50 424
2005-06 5.83 14.99 437 14.00 379
2006-07 5.33 17.21 549 16.00 513
2007-08 4.83 18.85 663 16.00 569
Area in lakh ha, Production in lakh bales & yield in kg lint /ka
Source: DES, Ministry of Agriculture and CAB, Ministry of Textile
15. 4
Table 1.5: Area, Production & Yield of Cotton in the state of Karnataka as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 6.08 8.75 244 8.75 245
1999-2000 5.46 6.64 207 7.00 220
2000-01 5.60 9.80 298 7.75 235
2001-02 6.03 6.12 171 7.00 201
2002-03 3.92 4.23 194 5.00 216
2003-04 3.17 2.65 142 4.20 228
2004-05 5.21 6.88 224 8.00 261
2005-06 4.13 5.54 228 6.50 268
2006-07 3.7 4.13 190 6.00 272
2007-08 3.88 4.70 205 8.00 367
Table 1.6 : Area, Production & Yield of Cotton in Madhya Pradesh as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 5.02 18.75 636 18.75 636
1999-2000 4.88 4.17 145 15.50 502
2000-01 4.97 2.45 84 19.25 647
2001-02 5.42 3.94 124 20.00 546
2002-03 5.59 3.79 118 18.00 561
2003-04 5.64 6.39 193 19.65 565
2004-05 5.76 6.26 185 16.00 472
2005-06 6.2 7.45 204 18.00 494
2006-07 6.3 4.47 121 18.00 479
2007-08 6.62 11.73 301 21.00 539
16. 5
Table 1.7 : Area, Production & Yield of Cotton in Maharashtra as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 5.02 18.75 636 26.50 141
1999-2000 4.88 4.17 145 38.00 199
2000-01 4.97 2.45 84 18.25 101
2001-02 5.42 3.94 124 34.25 195
2002-03 5.59 3.79 118 26.00 158
2003-04 5.64 6.39 193 31.00 191
2004-05 5.76 6.26 185 52.00 311
2005-06 6.2 7.45 204 36.00 213
2006-07 6.3 4.47 121 52.00 288
2007-08 6.62 11.73 301 60.00 320
Area in lakh ha, Production in lakh bales & yield in kg lint /ka
Source: DES, Ministry of Agriculture and CAB, Ministry of Textile
Table 1.8 : Area, Production & Yield of Cotton in the state of Orissa as
estimated by DES and CAB
Year Area
As per DES
Production Yield
1998-99 0.29 - -
1999-2000 0.38 0.61 273
2000-01 0.40 0.65 276
2001-02 0.633 0.547 147
2002-03 0.295 0.47 275
2003-04 0.37 0.88 409
2004-05 0.46 1.11 412
2005-06 0.57 1.45 435
2006-07 0.6 1.59 451
2007-08 0.50 1.10 374
17. 6
Table 1.9 : Area, Production & Yield of Cotton in the state of Punjab as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 5.62 5.0 151 5.00 151
1999-2000 4.76 9.52 340 7.85 281
2000-01 4.74 11.99 430 9.50 341
2001-02 6.07 13.07 366 9.25 262
2002-03 4.5 10.83 409 7.50 284
2003-04 4.52 14.78 556 10.35 389
2004-05 5.09 20.87 697 16.50 551
2005-06 5.57 23.95 731 21.00 610
2006-07 5.88 25.44 738 26.00 728
2007-08 6.41 23.30 618 24.00 630
Table 1.10: Area, Production & Yield of Cotton in the state of Rajasthan
as estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 6.45 11.50 303 11.50 303
1999-2000 5.83 9.84 287 13.00 379
2000-01 5.10 8.05 268 10.75 358
2001-02 5.1 2.8 94 7.00 343
2002-03 3.86 5.07 257 5.00 220
2003-04 3.44 7.09 351 9.15 452
2004-05 4.38 7.65 297 11.00 427
2005-06 4.72 8.81 317 11.00 397
2006-07 3.5 8.25 401 8.00 389
2007-08 3.68 9.93 458 9.00 416
Area in lakh ha, Production in lakh bales & yield in kg lint /ka
Source: DES, Ministry of Agriculture and CAB, Ministry of Textile
18. 7
Table 1.11: Area, Production & Yield of Cotton in Tamil Nadu as
estimated by DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 2.43 5.50 384 5.50 385
1999-2000 1.78 3.39 324 5.50 505
2000-01 1.69 3.16 317 5.50 484
2001-02 1.878 3.261 295 5.00 425
2002-03 0.76 1.53 306 3.00 600
2003-04 0.98 1.23 213 3.75 619
2004-05 1.29 1.95 256 5.50 725
2005-06 1.41 2.13 258 5.50 668
2006-07 1.33 1.79 229 5.00 697
2007-08 1.30 3.00 392 5.00 691
Source: DES, Ministry of Agriculture and CAB, Ministry of Textile
Table 1.12: Area, Production & Yield of Cotton in Uttar Pradesh as
estimated by DES and CAB
Year Area
As per DES
Production Yield
1998-99 0.07 - -
1999-2000 0.07 0.01 146
2000-01 0.05 0.05 154
2001-02 0.05 0.05 174
2002-03 0.05 0.04 150
2003-04 0.04 0.04 162
2004-05 0.05 0.05 177
2005-06 0.04 0.05 201
2006-07 0.05 0.06 34
2007-08 - - -
19. 8
Table 1.13: All India Area, Production & Yield of Cotton as estimated by
DES and CAB
Year Area
As per DES As per CAB
Production Yield Production Yield
1998-99 92.87 165.0 302 165.00
1999-2000 87.09 115.3 225 156.00
2000-01 85.34 95.24 190 140.00
2001-02 91.31 99.97 186 158.00
2002-03 76.69 86.24 191 136.00
2003-04 75.98 137.29 307 179.00
2004-05 87.87 164.29 318 243.00
2005-06 86.77 184.99 362 244.00
2006-07 91.58 209.64 389 280.00
2007-08 95.55 243.14 432 310.00
Area in lakh ha, Production in lakh bales & yield in kg lint /ka
Source: DES, Ministry of Agriculture and CAB, Ministry of Textile
Table 1.14: Area, Production and Yield of Cotton during 2005-06 in
respect of major cotton Producing States along with %
Coverage under Irrigation
(Area- Million Hectares, Production – Million Bales of 170 kgs. each, Yield- Kg./Hectare)
State
2005-06 %
Coverage
Under
Irrigation
during
2004-05
Area
% to
all
India
Production
% to
all
India
Cumulative Yield
1 2 3 4 5 6 7 14
Gujarat 1.91 22.00 6.77 36.59 36.59 604 44.7
Maharashtra 2.88 33.18 3.16 17.08 53.68 187 4.2
Punjab 0.56 6.45 2.40 12.97 66.65 731 99.8
Andra Pradesh 1.03 11.87 2.11 11.41 78.05 347 18.0
Haryana 0.58 6.68 1.50 8.11 86.16 437 99.4
Rajasthan 0.47 5.41 0.88 4.76 90.92 317 94.4
Mdhya
Pradesh
0.62 7.14 0.75 4.05 94.97 204 39.2
Karnataka 0.41 4.72 0.55 2.97 97.95 228 15.5
Tamil Nadu 0.14 1.61 0.21 1.14 99.08 258 45.1
Others 0.08 0.92 0.17 0.92 100.00
All India 8.68 100.00 18.50 100.00 362 36.9
20. 9
Table 1.15: Staple-wise Estimates of Area and Production of Cotton from 1997-98 to 1999-2000
(Area : Lakh Hectares, Production : Lakh Bales of 170 kgs each)
Staple Length
Area Production
1997-98
1998-
99
1999-2000 1997-98 1998-99 1999-2000
1 2 3 4 5 6 7
I. Long
i. Superior Long
(27 mm & above)
22.0 25.8 24.0 37.5 47.9 35.8
ii. Long
(24.5mm to 26 mm)
14.2 15.7 14.9 10.9 14.5 15.3
Sub-Total (Long) 36.2 41.5 38.9 48.4 62.4 51.1
II. Medium
i. Superior Medium
(22 mm to 24 mm)
36.7 35.5 32.7 43.9 43.2 44.6
ii. Medium
(20 mm to 21.5 mm)
2.6 2.0 2.0 3.2 2.7 2.5
Sub-
Total(Medium)
39.3 37.5 34.7 47.1 45.9 47.1
III. Short
i. Short
(19 mm & below)
13.2 14.5 13.5 13.1 14.5 17.1
Total 88.7 93.5 87.1 108.6 122.8 115.3
Source: DES, Ministry of Agriculture.
21. 10
Table 1.16: Staple-group wise production of cotton
(Quantity in lakh bales of 170 kgs)
Staple group 1996-97 1997-98 1998-99 1999-00 2000-01 2001-02 2002-03 2003-04 2004-05 2005-06
Short
(below 20.0 mm)
16.25 10.00 11.50 9.50 9.50 9.50 9.00 7.60 7.11 7.00
Medium
(20.5 - 25.5 mm)
82.50 72.00 75.90 136.80 65.00
Medium long
(26 - 27.5mm)
87.54 72.50 77.00 81.50 74.00 42.00
Long
(28.0 - 33.5 mm)
68.45 71.00 71.50 60.00 52.00 61.00 51.00 89.95 94.07 125.00
Extra long
(34 mm & above)
5.66 4.50 5.00 5.00 4.50 5.00 4.00 5.55 5.02 5.00
Total 177.90 158.00 165.00 156.00 140.00 158.00 136.00 179.00 243.00 244.00
Note : Staple-group wise production figure are estimated.
Source: Cotton Corporation of India, Mumbai
22. 11
Table 1.17: Staple-wise mill consumption of cotton (Non-SSI)
Cotton year: October to September (Figures in lakh bales of 170 kgs each)
Staple group 1996-97 1997-98 1998-99 1999-00 2000-01 2001-02 2002-03 2003-04 2004-05
Short (below 20.0 mm) 11.3 8.2 6.13 7.27 9.71 6.96 5.99 5.93 5.16
(7.51) (5.72) (4.21) (4.83) (6.50) (4.73) (4.20) (3.94) (3.15)
Medium (20.5 to 25.5 mm) 53.79 45.04 42.19 47.83 46.05 38.57 38.05 36.29 50.40
(35.76) (31.44) (28.99) (31.76) (30.83) (26.24) (26.72) (24.13) (30.80)
Medium long (26.0 to
27.5mm)
29.62 27.64 25.77 25.82 24.44 23.46 25.10 22.96 22.43
(19.69) (19.30) (17.71) (17.15) (16.37) (15.96) (17.62) (15.27) (13.71)
Long (28.0 to 33.5 mm) 47.63 53.68 58.18 47.31 43.79 47.67 53.02 70.30 71.57
(31.67) (37.48) (39.98) (31.43) (29.32) (32.43) (37.23) (46.74) (43.74)
Extra long (34 mm &
above)
7.24 6.07 5.78 4.28 3.86 4.09 4.17 4.42 4.02
(4.82) (4.24) (3.97) (2.84) (2.58) (2.78) (2.93) (2.94) (2.46)
Total Indian cotton 149.58 140.63 138.05 132.51 127.85 120.75 126.33 139.90 153.58
(99.45) (98.18) (94.86) (87.99) (85.60) (82.14) (88.70) (93.02) (93.86)
Foreign cotton 0.83 2.61 7.48 18.08 21.51 26.25 16.09 10.49 10.05
(0.55) (1.82) (5.14) (12.01) (14.40) (17.86) (11.30) (6.98) (6.14)
Grand total 150.41 143.24 145.53 150.59 149.36 147.00 142.42 150.39 163.63
(100%) (100%) (100%) (100%) (100%) (100%) (100%) (100%) (100%)
SSI Mills 7.50 6.54 6.24 8.37 10.97 11.70 11.63 12.99 16.38
Note: Figure in bracket indicate percentage to the total.
Source: Office of the Textile Commissioner, Mumbai
23. 12
Table 1.18: Approximate state-wise land holding under Cotton
(Figures in number)
Sl.
No.
State Normal
Area in ha.
Total No
of Farmers
Rainfed
area in
ha.
Farmers
Area below
(0-4 ha)
Area
above (4-
10 ha)
1 Andhra Pradesh 947000 758422 766000 720520 37922
2 Gujarat 2000000 1400000 1100000 980000 420000
3 Haryana 13000 282300 51300 248424 33876
4 Karnataka 500000 25000 170000 225000 25000
5 Madhya Pradesh 545000 478201 207000 354377 122279
6 Maharashtra 2889000 2183833 2744000 218383 NIL
7 Orissa 49000 65875 49000 65875 NIL
8 Punjab 545000 243000 - 195000 48000
9 Rajasthan 350000 375000 315000 330000 435000
10 Tamil Nadu 152000 250000 98000 200000 50000
11 Tripura 1000 52680 - - -
12 Uttar Pradesh 15000 35000 - 35000 -
13 West Bengal 3000 15000 3000 15000 -
Total 8009000 6164311 5503300 3587579 1172077
Source: DES, Ministry of Agriculture.
Table 1.19: State-wise Irrigated and Non-irrigated area under cotton
State Irrigated area Rainfed area Total area % of Irrigation
1. Haryana
a) 2004-05 618000 3000 621000 99.52
b) 2005-06 581000 2000 583000 99.66
2. Tamil Nadu
a) 2003-04 43865 53912 97777 44.86
b) 2004-05 58366 70998 129364 45.12
c) 2005-06 50786 76411 127197 39.93
3. Rajasthan
a) 2004-05 713423 24349 437772 94.44
b) 2005-06 447124 24439 471563 94.82
4. Orissa
a) 2004-05 -0- 45930 45930 -
b) 2005-06 -do- 56580 56580 -
5. Gujarath
a) 2003-04 671000 970000 1641000 40.89
b) 2004-05 843400 1062900 1906300 44.24
6. Maharashtra
a) 2003-04 74100 2888300 2962400 2.50
b) 2004-05 78100 2761400 2839500 2.75
7. Karnataka
a) 2003-04 40384 294746 334630 12.07
b) 2004-05 76840 456217 533057 14.4
Source: State Department of Agriculture.
24. 13
Table 1.20: State wise BT cotton coverage for last six years in India
States 2002 2003 2004 2005 2006 2007-08
Andhra Pradesh 0.038 0.054 0.712 0.904 6.570 10.00
Madhya Pradesh 0.014 0.133 0.861 1.362 3.020 4.71
Gujarat 0.091 0.417 1.259 1.493 4.070 13.00
Maharastra 0.120 0.218 1.615 5.088 16.550 25.62
Karnataka 0.021 0.030 0.343 0.293 0.800 1.46
Tamil Nadu 0.003 0.076 0.120 0.170 0.320 0.60
Punjab - - 0.704 2.810 5.57
Haryana - - 0.107 0.420 2.79
Rajasthan - - 0.023 0.050 0.38
Total 0.294 0.931 4.985 10.148 34.610 63.34
Source: State Department of Agriculture.
Table 1.21: Crop Calendar of Major Crop (Cotton): State-wise & All India
States/UTs Period Kharif
Cotton
States/UTs Period Kharif
Cotton
Andhra
Pradesh
Sowing Jun(E)-Jul(E) Punjab Sowing Apr(B)-
Jun(E)
Harvesting Dec(E)-Mar(E) Harvesting Sep(B)-
Dec(E)
Gujarat Sowing May(B)-
May(E)
Rajasthan Sowing Apr(B)-
Jun(E)
Harvesting Oct(B)-Apr(E) Harvesting Nov(B)-
Dec(E)
Haryana Sowing Apr(B)-Apr(M) Uttar
Pradesh
Sowing Apr(B)-
Jun(E)
Harvesting Oct(M)-
Nov(M)
Harvesting Sep(B)-
Nov(E)
Kerala Sowing Jun(B)-Oct(E) West
Bengal
Sowing Oct(B)-
Nov(E)
Harvesting Dec(B)-
Dec(E)
Harvesting Sep(B)-
Sep(E)
Orissa Sowing Jun-Jul All India Sowing Apr-Jul
Harvesting Nov-Dec Harvesting Sep-Dec
Source: DES, Ministry of Agriculture
25. 14
Table 1.22: Varieties/hybrids released during last 5 years by AICCIP
Name of
Variety/Hybrid
Species Year Institution
HD 123 G. arboretum 2000 CCSHAU, Hisar
RS 810 G. hirsutum 2000 RAU, Sriganganagar
L - 603 G. hirsutum 2000 ANGRAU, Guntur
L – 604 G. hirsutum 2000 ANGRAU, Guntur
Arvinda G. arboretum 2000 ANGRAU, Guntur
LAHH-4 G. hir x G. hir 2000 ANGRAU, Guntur
MCU-12 G. hirsutum 2000 TNAU, Coimbatore
SVPR-3 G. hirsutum 2000 TNAU, Coimbatore
ICMF-20 G. hirsutum 2000 ICMF
VICH-9 G. hir x G. hir 2000 Vikram seeds, Ahmedabad
RCH-2 G. hir x G. hir 2000 Rassi seed, Athur
RHB-0388 G. hir x G. bar 2000 MPKV, Rahuri
GR-18 G. arboretum 2001 RAU, Sriganganagar
Vagad Kalyan G. hirsutum 2001 MPUAT, Banswara
G.Cot 18 G. hirsutum 2001 GAU, Surat
G.Cot 21 G. herbaceum 2001 GAU, Surat
AKA-7 G. arboretum 2001 PDKV, Akola
PKV Hy-4 G. hir x G. hir 2001 PDKV, Akola
Pratima G. hirsutum 2001 CICR, Nagpur
Sahana G. hirsutum 2001 UAS, Dharwad
RAMPBS 155 G. hirsutum 2001 UAS, Dharwad
Sumagala G. hirsutum 2001 CICR, Coimbatore
Bunny G. hir x G. hir 2001 Nuziveedu seeds, Secundarabad
H 1117 G. hirsutum 2002 CCSHAU, Hisar
HHH 223 G. hir x G. hir 2002 CCSHAU, Hisar
RS 2013 G. hirsutum 2002 RAU, Shriganganagar
JK 4 G. hirsutum 2002 JNKVV, Khandwa
G.Cot 23 G. herbaceum 2002 GAU, Surat
Phule 492 G. hir x G. hir 2002 MPKV, Rahuri
Phule 388 G.hir x G.bar 2002 MPKV, Rahuri
VICH 5 G. hir x G. hir 2002 Vikram Seeds, Ahmedabad
Veenap G. arboretum 2004 ANGRAU, Mudhol
CSHH-198 G. hir x G. hir 2004 CICR, Sirsa
CISAA-2 (CICR-2) G. arb x G. hir 2004 CICR, Sirsa
PKV DH-1 G. arb x G. hir 2004 PDKV, Akola
PKV Hy-5 G. hir x G. hir 2004 PDKV, Akola
NH-545 G. hirsutum 2004 MAU, Parbhani
Parbhani Turab (PA 255) G. arboretum 2004 MAU, Parbhani
Pratap Kapi (RBDV 7) G. herbaceum 2004 MPKVV, Baswara
26. 15
Table 1.23: Genotype Identified for their Tolerance
Biotic Stress Variety Zone
White fly Abadhita, LK 861, Kanchana, Supriya South Zone
Boll worm Abadhita South Zone
CLCV LHH 144, CSHH 198, RS 810, RS 875, RS 2013,
F 1861, H 1117
North Zone
Fusarium wilt G.Cot 13, Eknath, Rohini Central Zone
Bacterial Blight Arogya Central Zone
Verticillium wilt MCU-5VT, Surabhi South Zone
Source: AICCIP Annual report 2005-06
1.24: Cotton Zones in India
Particulars North Zone Central Zone South Zone
States Punjab, Haryana,
Rajasthan
Maharashtra,
Madhya Pradesh
Gujarat
Andhra Pradesh,
Karnataka, Tamil Nadu
Area 19.13 lakh ha 51.06 lakh ha 17.05 lakh ha
Production 34.5 lakh bales 88.50 lakh bales 39.80 lakh bales
Productivity 416 kg lint per ha 277 kg lint per ha 373 kg lint per ha
Ecology Irrigated (100%) Irrigated, Rainfed Irrigated rainfed
Nature of
Genotype
Varieties Varieties + Hybrids Varieties + Hybrids
Species G. hirsutum
G. arboretum
G. hirsutum, G.
arboretum,Intra
hirsutum, G.
herbarium
Interspecific tetraploids
(HB), Intrahirsutum
hybrids, G. Hirsutum. G.
arboretum, G.
herbaceum, G.
barbendense
Pests Heliothis, White
fly, Jassids, Pink
bollworm
Heliothis, White fly,
Jassids, Aphids,
Pink bollworm
Heliothis, White fly,
Jassids, Aphids, Pink
bollworm
Diseases Leaf Curl Virus,
wilt
Wilt Wilt, Foliar disease
Seed Rate High (16-20
kg/ha)
Less (2.5-7.5kg/ha) Less (2.5-7.5 kg/ha)
Sowing
Method
Drill sown Hand dibbling Hand dibbling
Time of
Sowing
April-May June-July July-Aug
Source: CICR, Nagpur
27. 16
Table 1.25: Classification of cottons
2.5% span length Length Uniformity
Category Range in mm Category Range
Short 20.0 and below Poor Below 42
Medium 20.5 to 24.5 Fair 42 to 43
Medium Long 25.0 to 27.0 Average 44 to 45
Long 27.5 to 32.0 Good 46 to 47
Extra- long 32.5 and above Excellent Above 47
Micronaire Value Maturity
Category Range Category Range
Very Fine Below 3.0 Very Immature Below 40
Fine 3.0 to 3.9 Immature 40 to 50
Average 4.0 to 4.9 Average Maturity 51 to 67
Coarse 5.0 to 5.9 Good Maturity 68 to 84
Very Coarse 6.0 and above Very high Maturity Above 84
Bundle Tenacity (g/t)
3.2 mm gauge length
Standard CSP Value
Category Range Count CSP Count CSP
Poor Below 16.0 20s 1870 70s 2295
Low 16.1 to 20.0 30s 1955 80s 2380
Average 20.1 to 23.0 40s 2040 90s 2465
Good 23.1 to 26.0 50s 2125 100s 2550
Very Good 26.1 and above 60s 2210 120s 2720
Table 1.26: CIRCOT norms for cotton properties
Counts TM CSP U% Neps/100m
20 4.25 1870 15.6-17.0 (15.7) 61-140 (102)
30 4.0 1955 17.1-19.0 (18.1) 91-160 (124)
40 4.0 2040 17.7-19.5 (18.4) 101-190(144)
50 4.0 2125 18.1-19.8 (19.0) 116-225 (160)
60 3.75 2210 19.1-20.5 (19.4) 141-225 (200)
80 3.75 2380 20.1-22.0 (21.0) 171-300 (235)
100 3.75 2550 20.6-23.9 (21.6) 226-350 (260)
Source: CIRCOT, Mumbai
28. 17
Table 1.27: Chemical composition of cotton fibre
Constituent
Percentage (dry wt basis)
Typical Range
Cellulose 94 88-96
Protein 1.3 1.1-1.9
Pectic Substances 0.9 0.7-1.2
Ash 1.2 0.7-1.6
Wax 0.6 0.3-1.0
Malic/Citric acid Other Organic acids 0.8 0.5-1.0
Total Sugar 0.3
Other 0.9
Source: CIRCOT, Mumbai
Table 1.28: State-wise Purchases of Cotton from 1995-96 to 2006-07
(October to September)
(Thousand Bales of 170 kgs, each)
State
1995-96
1996-97
1997-98
1998-99
1999-00
2000-01
2001-02
2002-03
2003-04
2004-05
2005-06
2006-07
1 2 3 4 5 6 7 8 9 10 11 12 13
Andhra Pradesh 199 167 182 114 116 175 454 129 182 1211 351 527
Gujarat 232 305 249 172 113 127 236 163 231 489 338 144
Haryana 73 86 34 5 19 34 10 3 11 166 17 15
Karnataka 37 63 35 22 24 19 105 22 11 147 65 12
Madhya Pradesh 224 232 189 35 44 62 63 39 26 154 121 251
Punjab 122 105 24 16 36 62 13 9 24 151 58 43
Rajasthan 123 156 97 63 124 117 67 26 84 281 72 60
Tamil Nadu 2 3 0 2 3 1 0 0 0 0 0 0
Others 5 3 2 2 5 4 19 6 4 24 6 17
Maharashtra 0 0 0 0 25 0 0 203 328 170 325 384
Total 1017 1120 812 431 509 601 967 600 901 2793 1353 1453
Note: The figure given in the table include purchases made under both price support operation
(MSP based) and commercial operation undertaken by the Cotton Corporation of India
Source: Cotton Corporation of India, Ministry of Textiles, Mumbai.
29. 18
Table 1.29: Cotton import in India – 1996-97 onwards
Year Quantity
(in lakh bales of 170 kgs)
Values (Rs./Crores)
1996-97 0.30 56.42
1997-98 4.13 497.93
1998-99 7.87 772.64
1999-00 22.01 1967.92
2000-01 22.13 2029.18
2001-02 25.26 2150.01
2002-03 17.67 1789.92
2003-04 7.21 880.10
2004-05 12.17 1338.04
2005-06 4.00 NA
2006-07 5.50 NA
2007-08 6.50 NA
Source: Cotton Advisory Board for Quantity figures
Table 1.30: Cotton export in India – 1996-97 onwards
Year Quantity
(in lakh bales of 170 kgs)
Values (Rs./Crores)
1996-97 16.82 1655.00
1997-98 3.50 313.62
1998-99 1.01 86.72
1999-00 0.65 52.15
2000-01 0.60 51.43
2001-02 0.50 44.40
2002-03 0.83 66.31
2003-04 12.11 1089.15
2004-05 9.14 657.34
2005-06 47.00 NA
2006-07 58.00 NA
2007-08 85.00 NA
Source: Cotton Advisory Board for Quantity figures
32. 21
Imports Season
(September -August)
Exports
Quantity Value Quantity Values
7.21 N.A. 2003 - 04 13.25 N.A.
12.17 N.A. 2004 - 05 9.14 N.A.
4.00 N.A. 2005 - 06 47.00 N.A.
5.53 N.A. 2006 - 07 58.00 N.A.
In bales of 392 lbs. upto 1961-62 and thereafter in bales of 180 kg. Upto 1972-73 and thereafter in
b/s. of 170 kg.
Source: Directorate General of Commercial Intelligence and Statistics, Culcutta upto 1975-76
From 1976-77 onward Directorate of Cotton Development, Govt. of India, Ministry of Agriculture,
Bombay.
From 1984-85 onwards office of the Textile Commissioner, Bombay.
N.A.= Not Available. # (Oct-Sept)
* Allowed under Advance Licensing against export of yarn & fabrics. Beside one lakh bales of cotton
was allowed for import through CCI for State Co-operative Spg. Mills to supply yarn for Handloom
Sector.
33. 22
Table 1.33: Import of raw Cotton – Major Countries (Including Waste)
(Qty. in tone; Value in Rs. lakh)
Source : Official Indian Textile Statistics 2005-06, Office of Textile Commissioner, Mumbai
Country 2002-03 2003-04 2004-05 2005-06
Qty. Value Qty. Value Qty. Value Qty. Value
USA 74449 37891 92469 54450 45691 28882 22433 19811
Egypt A Rep 25109 20703 33020 26182 20467 16609 25044 24142
Mali 17788 9060 20882 12531 9169 5264 1421 753
Australia 11622 5426 2910 1859 3182 2101 1402 907
Greece 5516 3170 24151 14784 2638 1616 237 219
Brazil 6164 2914 912 517 8614 5556 1113 603
Cameroon 5788 2845 6095 3609 3804 2224 900 461
Tanzania Rep 9918 2583 6351 3758 23444 12746 3020 1492
Nigeria 4947 2091 913 535 1030 526 1338 666
Uzbekistan 4192 1871 5716 3196 4281 2185 3194 1422
Sudan 2920 1666 10644 6980 3716 2787 7403 5837
Turkmenistan 1956 1259 4913 3600 6397 4434 6127 4976
Israel 166 127 912 597 298 316 2220 2077
Indonesia 1235 398 1964 688 1469 699 1438 516
Cote D’lvore 0 0 5294 3249 4847 2976 1634 891
Tajikistan 52 39 2540 1792 1261 931 3104 2561
Iran 249 178 1270 794 285 185 302 247
Bangladesh 431 87 1198 94 11645 888 12106 872
Turkey 822 461 409 282 909 742 540 472
Uganda 712 310 408 374 3459 2295 435 340
Other Countries 59823 30682 28703 17122 35573 19594 3341 1101
Grand Total 233859 123761 251674 156993 192179 113556 98752 70366
34. 23
Table 1.34: Export of Raw Cotton – Major Countries (Including Waste)
(Qty. in ton; Value in Rs. lakh)
Country 2002-03 2003-04 2004-05 2005-06
Qty. Value Qty. Value Qty. Value Qty. Value
Japan 5506 2666 3784 2175 2811 1375 4278 1852
Malaysia 1118 617 435 243 1092 664 1502 761
Belgium 1486 541 164 89 1152 551 747 314
Koreo Rep 881 228 8388 6091 537 376 4145 1825
Nepal 778 224 1399 791 1318 489 2283 573
Indonesia 288 106 14271 6669 5046 2116 26878 12111
France 199 92 185 88 261 125 405 200
Bangladesh 175 83 42757 22708 4683 2643 44660 21507
China Rep 283 73 28071 16283 17208 9057 388045 183749
Chainese Taipei 26 44 13936 5885 21108 8538 23720 10593
Thailand 73 24 7152 3601 5774 2587 21261 9111
German F Rep. 81 24 229 154 272 121 937 352
Turkey 44 21 377 325 69 72 4627 2296
Pakistan 0 0 40485 20161 10157 4593 39411 20073
Mauritious 0 0 4934 2225 7031 4038 9659 4885
Vietnam Soc Rep. 0 0 2686 1198 1284 591 18960 9556
U Arab Emts 0 0 1272 716 27 13 702 365
Philipines 0 0 1222 575 431 186 984 465
Hong Kong 0 0 1169 377 970 1039 17511 7916
Cambodia 0 0 0 0 0 0 1918 858
Other Country 895 305 6688 3883 5406 3084 2169 1073
Grand Total 11833 5048 179604 94237 86637 42258 614802 290435
Source : Official Indian Textile Statistics 2005-06, Office of Textile Commissioner, Mumbai
36. 25
Table 1.36: The world cotton balance sheet
(Quantity in Million Metric tons)
2003-04 04-05 05-06 06-07 07-08
BEGINNING STOCKS
WORLD TOTAL 9.49 8.82 11.77 12.36 12.42
China (Mainland) 2.51 2.46 2.64 4.00 3.46
USA 1.17 0.75 1.20 1.32 2.06
PRODUCTION
WORLD TOTAL 21.13 27.02 25.53 26.67 26.18
China (mainland) 5.29 7.08 6.61 7.97 7.83
USA 3.97 5.06 5.20 4.70 4.22
India 3.04 4.13 4.09 4.76 5.36
Pakistan 1.70 2.44 2.09 2.09 1.92
Uzbekistan 0.89 1.13 1.21 1.17 1.20
Brazil 1.30 1.30 1.03 1.52 1.55
CONSUMPTION
WORLD TOTAL 21.74 23.70 25.04 26.69 26.71
China (Mainland) 7.22 8.30 9.44 10.80 11.12
India 2.99 3.26 3.66 3.93 4.05
Pakistan 2.10 3.32 2.53 2.66 2.52
EU, C.EU. Turkey 2.29 2.33 2.13 2.10 1.91
E.Asia/Australia 1.88 1.99 1.89 1.88 1.82
USA 1.36 1.46 1.28 1.07 1.02
Brazil 0.88 0.93 0.97 0.99 0.99
CIS 0.67 0.61 0.63 0.68 0.67
ENDING STOCKS
WORLD TOTAL 8.82 11.77 12.36 12.42 11.89
China (mainland) 2.47 2.64 4.00 3.46 2.64
USA 0.75 1.20 1.32 2.06 2.23
Source: ICAC, this matter of June 2007
37. 26
Table 1.37: Area, Production and Yield in India vis-à-vis major cotton
producing countries and world
(Area in 000 hectare; Production in ‘000 metric tons; Yield kg lint per hectare)
Country
2002-03 2003-04 2004-05
Area Prod. Yield Area Prod. Yield Area Prod. Yield
India 7571 2312 305 8000 3009 376 9086 3230 355
% to world 25.25 11.98 47.36 24.92 14.60 58.56 26.68 13.38 52.05
Pakistan 2794 1736 621 3040 1734 570 3250 2074 638
Australia 221 386 1751 185 329 1779 300 498 1658
Israel 12 19 1542 10 17 1730 14 25 1786
USA 5025 3747 746 4858 3975 818 5261 4626 879
Egypt 297 290 976 223 198 885 303 295 972
China (Main
Land)
4184 4916 1175 5110 4870 953 5650 6300 1115
Kazakistan 165 114 691 185 130 703 200 136 680
Uzbekistan 1421 1022 719 1394 893 641 1419 1073 756
Turkeministan 490 148 302 480 200 417 525 215 410
Tazikistan 269 165 613 285 172 604 293 177 604
Brazil 735 848 1153 1069 1273 1191 1150 1304 1134
Mexico 42 45 1077 62 68 1093 105 127 1203
Peru 65 42 646 70 45 643 85 55 647
Sudan 158 79 503 179 76 423 197 98 496
Syria 200 235 1174 203 277 1364 211 290 1376
WORLD 29978 19298 644 32097 20610 642 35377 24139 682
Source : Cotton World statistics, November 2004
38. 27
Table 1.38: Area, Production and Yield in India vis-à-vis major cotton
producing countries and world
(Area in 000 hectare; Production in ‘000 metric tons; Yield kg lint per hectare)
Country 2005-06 2006-07 2007-08*
Area Prod. Yield Area Prod. Yield Area Prod. Yield
India 8677 4150 478 9158 4590 501 9585 5642 589
% to world 25.55 16.77 65.57 26.84 18.12 67.43
Pakistan 3100 2089 674 3100 2091 675 3082 1870 607
Australia 326 589 1806 144 274 1909
Israel 10 19 1881 13 21 1676
USA 5586 5201 931 5152 4700 912 4246 4144 976
Egypt 274 202 736 231 213 921
China (Main
Land)
5060 5770 1140 5399 6729 1246 6450 8127 1260
Kazakistan 204 138 676 195 135 691
Uzbekistan 1432 1210 845 1432 1150 803 1450 1102 760
Turkeministan 600 215 358 600 260 433
Tazikistan 255 139 545 260 135 519
Brazil 587 1028 1200 1079 1439 1334 1149 1598 1390
Mexico 127 138 1088 114 143 1253
Peru 85 70 828 94 67 711
Sudan 171 413 415 160 52 327
Syria 218 330 1512 223 220 987
WORLD 33960 24745 729 34115 25335 743
Source : ICAC – Cotton This Month, 1st
June, 2007; * Estimate
39. 28
Table 1.39: Cost of producing One hectare of cotton (US$)
Sr. No. Counrty/Region Presowing Sowing Growing Harvesting Ginning Economic Fixed Total
1 a India, North Zone,
Irrigated
212.96 71.32 196.91 64.24 73.58 619.01
b India, Central Zone,
Irrigated
108.59 119.35 190.98 62.39 66.32 547.63
c India, Central Zone,
Rainfed
76.65 80.98 156.02 45.73 48.48 407.86
d India, South Zone, Rainfed 121.74 109.78 203.00 63.75 67.27 565.54
2 Pakistan (Punjab) 235.95 165.62 429.07 82.62 63.36 73.72 1050.34
3 Australia, Irrigated upland 44.76 48.96 670.72 122.40 367.88 986.85 13.29 2254.86
4 Israel, upland/pima 169.00 544.00 1220.00 747.00 380.00 320.00 570.00 3950.00
5 USA (National average ) 117.67 116.31 554.71 147.30 158.02 253.30 1347.31
7 China (Main Land) 601.90 385.08 410.41 34.50 68.72 181.60 181.60 1863.81
8 Brazil (Cerrado) 195.57 278.62 676.50 109.84 100.96 142.53 85.74 1589.76
9 Mexico (Sonara) 142.36 373.19 773.54 289.52 97.82 327.95 2004.38
10 Peru, Central coast 682.86 97.89 647.71 304.97 167.96 199.20 2100.59
40. 29
Table 1.40: Month wise Mill Consumption of Cotton
(Quantity in Lakh bales)
Month 2004-05 2005-06 2006-07 2007-08
October 12.97 13.97 15.74 16.40
November 12.49 13.60 16.15 15.20
December 13.83 14.75 16.74 16.91
January 13.16 14.84 16.52 16.71
February 12.77 13.80 15.41 16.33
March 13.75 15.49 16.56 16.59
April 13.60 14.87 16.29 16.18
May 14.05 15.30 16.08 17.05
June 13.89 15.17 16.07 16.69
July 14.04 15.77 16.52 16.59
August 15.73 16.30 16.68 15.88
September 13.70 16.23 16.13 15.23
Total 163.98 180.00 194.89 195.74
Source : Office of the Textile Commissioner. Mumbai
Table 1.41: Cotton Balance Sheet for last eight year (in lakh bales)
Source : Office of the Textile Commissioner. Mumbai
2000-01
2001-02
2002-03
2003-04
2004-05
2005-06
2006-07
2007-08
Supply
Opening
Stock
40.50 29.00 40.00 24.00 21.00 72.00 52.00 47.50
Crop 140.00 158.00 136.00 179.00 243.00 241.00 280.00 315.00
Import 22.13 25.26 17.67 7.21 12.00 5.00 5.50 6.50
Total Supply 202.63 212.26 193.67 210.21 276.00 318.00 337.50 369.00
Demand
Mill
Consumption
149.36 147.00 142.00 150.39 163.00 180.00 200.00 203.00
Non-Mill
Consumption
12.70 13.06 14.78 13.71 14.00 19.00 20.00 15.00
SSI
Consumption
10.97 11.70 11.63 13.00 17.00 20.00 15.00 23.00
Export 0.60 0.50 0.84 12.11 10.00 47.00 55.00 85.00
Total
Demand
173.63 172.26 169.67 189.21 204.00 266.00 290.00 326.00
Closing
stock
29.00 40.00 24.00 21.00 72.00 52.00 47.50 43.00
41. 30
Table 1.42: Compound growth rate of area, production, yield of
Cotton
Source : DES Ministry of Agriculture.
Table 1.43: Species-wise percentage of cotton in India
Source: State Department of Agriculture
Table 1.44: Economic threshold levels (ETL) for important insect pests of
cotton
Insect pest Age of the crop ETL
Jassids 1-50 1-2 nymphs/leaf
Aphids 1-50 15-20 % infected plants
Whiteflies 35-110 8-10 adults or 20 nymphs/leaf
Thrips 1-30 10 thrips/leaf for 15-20 % infected
plants
Spotted and spiny
bollwarms
35-110 10 % or more of attacked shoots or
reproductive parts
American bollworm 65-110 10 % damaged fruiting structures
Pink bollworm 65-110 10 % or more of attacked both or 8
months/trap/ night for 3 consecutive
days
Stem weevil 25-60 10 % or more plants with galls.
Source: CICR,Nagpur bulletin
Period
Percentage growth /Annum
Area Production Yield
1970-80 2.47 4.55 2.04
1981-90 -1.25 2.80 4.10
1991-2000 2.71 2.29 -0.40
2001-2007 0.86 17.36 16.35
Species 1947 1970 1980 1990 2000 2008
G. arboreum 65 30 20 30 17 4
G. hirsutum 3 53 54 48 69 90
G. herbaceum 32 17 14 12 11 5
G. barbadense - - 11 10 3 1
Total 100 100 100 100 100 100
43. 32
Imports Season
(September -August)
Exports
Quantity Value Quantity Values
25.26 N.A. 2001 - 02 1.00 N.A.
17.67 N.A. 2002 - 03 0.84 N.A.
7.21 N.A. 2003 - 04 13.25 N.A.
12.17 N.A. 2004 - 05 9.14 N.A.
4.00 N.A. 2005 - 06 47.00 N.A.
5.53 N.A. 2006 - 07 58.00 N.A.
In bales of 392 lbs. upto 1961-62 and thereafter in bales of 180 kg. Upto 1972-73 and thereafter in
b/s. of 170 kg.
Source: Directorate General of Commercial Intelligence and Statistics, Culcutta upto 1975-76
From 1976-77 onward Directorate of Cotton Development, Govt. of India, Ministry of Agriculture,
Bombay.
From 1984-85 onwards office of the Textile Commissioner, Bombay.
N.A.= Not Available. # (Oct-Sept)
* Allowed under Advance Licensing against export of yarn & fabrics. Beside one lakh bales of cotton
was allowed for import through CCI for State Co-operative Spg. Mills to supply yarn for Handloom
Sector.
57. 46
Table 2.3: District wise area, production and yield of cotton
(Area in ‘000’ Hect Yield Kg/Hect, Production in ‘000’ Tonnes)
District 2002-03 2003-04 2004-05 2005-06 2006-07
Bathinda A 125 128 141 151 161
Y 472 546 714 741 780
P 347 411 593 659 739
Faridkot A 16 20 21 25 29
Y 271 496 554 736 802
P 25 58 68 108 137
Ferozepur A 121 117 133 140 151
Y 411 639 701 745 729
P 293 440 548 614 648
Ludhiana A 1 1 - 1 2
Y 250 197 - 748 763
P 1 1 - 5 9
Mansa A 70 73 82 91 96
Y 407 572 726 682 717
P 168 246 350 365 405
Moga A 5 4 6 7 7
Y 190 470 565 685 712
P 6 11 20 28 29
Kukatsar A 86 91 105 117 131
Y 399 499 707 788 777
P 202 267 437 542 599
Sangrur A 23 16 19 23 27
Y 281 417 580 502 626
P 38 39 65 68 100
Tarn
Taran
A - - - - 2
Y - - - - 763
P - - - - 9
Patiala A 1 1 1 1 1
Y 311 441 540 529 531
P 2 1 3 3 3
58. 47
Table 2.4: List of Bt Cotton Companies/Varieties
Sr.No. Name of the Firm Name of Bt Hybrid
1. J.K. Agri.Genetics Ltd. Bathinda JK-194 Bt.
2. Nuziveedu Seeds, New Delhi NCS-138, CS-913, NCS- 145(BG-
II), NCS-950
3. Nath Seeds Ltd. Aurangabad NCEH-6
4. Rassi Seeds Pvt. Ltd., Tamil Nadu RCH-134, RCH-317, RCH-308,
RCH-314.
5. Mahyco Seeds Pvt. Ltd., Bathinda MRC-6301, MRC-304, MRC-6025,
MRC-6029, MRC-7017(BG-II),
MRC-7031(BG-II)
6. Ankur Seeds Pvt. Ltd. Nagpur Ankur-651, Ankur-2534, Ankur-
2226
7. Bayer Crop Science Ltd; Chd. IT-905
8. Ganga Kaveri Seeds Pvt, Ltd.,
Hybd
G.K.-206
9. Krishidhan seeds Pvt., Ltd;
Bathinda
KDCHH-9810
10. Ajeet Seeds Ltd; Bathinda ACH-33-2 (BG-II)
11. Namdhari Seeds Pvt. Ltd; Ldh. NAMCOT-402
12. Bioseeds Research India P.Ltd;
(Sriram Fert.& Chem.)
6488 Bt. & 631 Bt.
13. Nandi Seeds Pvt., Ltd; Mahaboob
nagar
SDS-9 & SDS-1368
14. Vibha Agrotech Ltd; Bathinda Sigma and Ole
Table 2.5: Economic threshold levels of major insect pest of cotton
Insect Pest ETL level
Jassid Appearance of 2nd
grade injury – curling and yellowing at
margins in some of the fully formed leaves in the upper
canopy on 50% of plants.
Whitefly Population reaches 6 adults/ leaf in the upper canopy before
10 AM or Appearance of honeydew in 50% of plants
Aphid Appearance of honeydew on 50% of plants
Bollworms
G. hirsutum 5% damage among freshly shed fruiting bodies (squares,
buds, flowers and young bolls) during effective boll formation
period
G. arboreum Initiate spray when 25% plant start producing squares.
Repeat subsequent spray at 10 days interval
59. 48
Table 2.6: Insecticides recommended for sucking pests on cotton in the
Punjab
Sr. No. Insecticide Dose/ha
Jassids
Neonicotinoids group
1 Imidacloprid 200 SL 100 ml
2 Imidacloprid 555 100 ml
3 Imidacloprid 17.8 SL 100 ml
4 Acetamiprid 20 SP 50 g
5 Thiomethoxam 25 WG 100 g
Whitefly
Organophospate group
1 Triazophos 40 EC 1.5 litre
2 Ethion 50 EC 2.0 litre
Mealy bug
Carbamate Group
1 Carbaryl 50 WP 2.5 kg
2 Thiodicarb 75 WP 625 g
Organophosphate group
3 Profenophose 50 EC 1.25 litre
4 Quinalphos 25 EC 2.0 litre
5 Acephate 75 SP 2.0 kg
6 Chlorpyriphos 20 EC 5.0 litre
60. 49
Table 2.7: Insecticides recommended for bollworms and tobacco
caterpillar on cotton in Punjab
Sr. No. Insecticides Dose/ha
Pink and Spotted bollworm
Synthetic parathyroid group
1 Alphamethrin 10 EC 250 ml
2 Cyfluthrion 0.25 SC 750 ml
3 Cypermethrin 10 Ec 500 ml
4 Cypermethrin 25Ec 200 ml
5 Deltamethin 2.8 EC 400 ml
6 Fenpropathrin 10 EC 750 ml
Pink, Spotted and young larva of American bollworm
Carbonate group
1 Carbaryl 50 WP 2.5 kg
2 Thiodicarb 75 WP 625 g
Organo chlorinate group
3 Endosulfan 35 EC 2.5 litre
Organophosphate group
4 Profenophose 50 EC 1.25 litre
5 Monocrotophose 50 EC 1.25 litre
6 Quinalphose 36 SL 2.0 litre
7 Triazophose 40 EC 1.5 litre
8 Ethion 50 ec 2.0 litre
Miscellaneous group
9 Flubendiamide 480 SC 100 ml
Grown up larva of American bollworm
Organophosphate group
1 Acephate 75 SP 2.0 kg
2 Chlorpyriphos 20 EC 5.0 litre
Naturalyte
3 Spinosad 48 SC 150 ml
Oxadiazine
4 Indoxicarb 15 SC 500 ml
5 Indoxicarb 15 EC 500 ml
Tobacco caterpillar
Carbamate group
1 Thiodicarb 75 WP 625 g
Organochlorinate group
2 Endosulfan 35 EC 2.5 litre
Organophosphate group
3 Acephate 75 SP 2.0 kg
4 Chlorpyriphos 20 EC 5.0 litre
5 Quinalphos 25 EC 2.0 litre
Insect Growth regulator
6 Novaluron 10 EC 375 ml
61. 50
Table 2.8: Description of different species of Cotton
Sl. No. Species Distribution Genome Potential characters
Diploid (2n = 26)
1 G. herbaceum Afghanistan A1 Cultivated
2 G. arboretum Indo-Burma,
China and Arab
A2 Cultivated
3 G. africanum Africa A -
4 G. anomalum Africa B1 Resistance to jassids,
mites, bollworms, rust,
high fibre length,
fineness, strength and
maturity, oil
5 G. triphyllum Africa B2 -
6 G. barbosanum Cape Verde B3 -
7 G. captis-viridis Cape Verde B4 -
8 G. sturtianum Australia C1 Fibre strength, fusarium
wilt resistance fibre yield
9 G. nandewarense Australia C1 -
10 G. robinsonii Australia C2 -
11 G. australe Australia C3 Resistance to drought,
high GoT, fibre maturity,
glandless seed
12 G. pilosum Australia C -
13 G. costulatum Australia C5 -
14 G. populifolium Australia C6 -
15 G. cunninghamii Australia C7 -
16 G. pulchellum Australia C8 -
17 G. nelsonii Australia C9 -
18 G. enthyle Australia C -
19 G.
londonederriense
Australia C -
20 G. marchantii Australia C -
21 G. exiguum Australia C -
22 G. rotundifolium Australia C -
23 G. fryxellii Australia C -
24 G. binatum Australia C -
25 G. nobile Australia C -
26 G. thurberi America D1 Resistance to boll
worms, wilt, high fibre
fineness, high lint yield
27 G. armourianum America D2-1 Resistance to jassids,
bollworms, whitefly, fibre
strength
28 G. harknesii America D2-2 Resistance to verticillium
wilt, drought, male
sterility, compact plant
62. 51
Sl. No. Species Distribution Genome Potential characters
type
29 G. klotzschianum America D3-k -
30 G. davidsonii America D3-d Resistance to salinity,
aphid, bacterial blight
31 G. aridium America D4 CMS, drought resistance
32 G. raimondii America D5 Resistance to jassids,
thrips, bollworms,
drought, high fibre
length and strength,
fineness, hairiness, high
GoT
33 G. gossypioides America D6 -
34 G. lobatum America D7 -
35 G. trilobum America D8 CMS
36 G. laxum America D9 -
37 G. turneri America D
38 G. stocksii Arabia E1 Drought resistance, high
fibre length, high GoT
39 G. somalense Arabia E2 Resistance to Heicoverpa
40 G. areysianum Arabia E3 Fibre strength and
elongation, drought
resistance
41 G. incanum Arabia E4 -
42 G. longicalyx Africa F1 High seed index, fibre
strength and fineness
43 G. bickii Australia G1 Glandless seed
Tetraploid (2n = 52)
44 G. hirsutum America (AD)1 Cultivated, Vericillium
wilt resistance
63. 52
Table 2.9: List of insect pests attacking cotton in the Punjab
Insect
species
Scientific name Plant parts
attacked
Present pest
status
SEEDLING STAGE
Cutworm Agrotis ipsilon (Hufnagel) Seedlings Non pest
Field cricket Gryllus sp. Seedlings Non pest
Surface
grasshoppers
Chrotogonus trachypterus
(Blanchard)
Leaves Non pest
COTYLEDON TO VEGETATIVE STAGE
Serpentine leaf
miner
Liriomyza trifolii Burgess Leaves Non pest
Thrips Thrips tabaci Lindemann Leaves Sporadic
VEGETATIVE TO FRUITING STAGE
Jassid Amrasca biguttula biguttula
(Ishida)
Leaves Major
Whitefly Bemisia tabaci (Gennadius) Leaves Major
Aphid Aphis gossypii Glover Leaves, flowers, buds Localized
Mealy bug Phenacoccus solenopsis
Tinsley
Twigs, leaves,
fruiting bodies
Gaining
importance
Tobacco
caterpillar
Spodoptera litura Fabricius Leaves, buds,
flowers, young bolls
Major
Semi looper Anomis flava (Fabricius) Leaves Minor
Leaf roller Sylepta derogate (Fabricius) Leaves Minor
Grey weevil Myllocerus undecimpustulatus
var. maculosus Desbrocher
Leaves, flowers,
roots
Minor
Bihar hairy
caterpillar
Spilosoma oblique Walker Leaves Sporadic
Spotted
bollworm
Earias vitella (Fabricius)
Earias insulana (Boisduval)
Growing shoots,
fruiting bodies
Low incidence
American
bollworm
Helicoverpa armigera
(Hubner)
Leaves, fruiting
bodies
Low incidence
FRUITING STAGE
Pink bollworm Pectinophora gossypiella
(Saunders)
Fruiting bodies Low incidence
Red cotton bug Dysdercus koenigii (Fibricius) Bolls Non pest
Dusky bug Oxycarenus laetus Kirby Open bolls Non pest
64. 53
3. Haryana
Table 3.1: Normal and actual Rainfall received in Haryana
(Rainfall in mm)
Year
Jan Feb Mar Aprl May June July
N A N A N A N A N A N A N A
1998 21.7 1.1 19.4 28.8 13.7 36.8 6.5 16.1 11.9 12.6 51.2 116.0 175.0 211.0
1999 29.5 38.8 19.3 1.9 13.6 1.0 6.5 - 11.0 31.0 50.8 68.7 174.9 149.1
2000 21.6 20.5 19.3 41.0 13.6 4.3 6.5 2.4 12.0 30.0 50.9 87.5 174.8 207.8
2001 21.6 20.1 19.3 7.1 13.6 10.8 6.5 24.7 11.8 62.7 50.9 155.1 174.8 185.8
2002 21.6 12.9 15.5 33.3 14.8 11.5 7.3 2.9 14.2 51.8 48.3 26.7 186.3 26.5
2003 22.2 18.9 17.8 33.8 14.7 6.6 7.3 2.9 14.2 10.2 48.0 47.2 185.0 299.0
2004 22.4 35.5 17.5 2.8 14.7 - 7.3 12.4 14.7 43.7 48.0 71.9 185.0 25.6
2005 21.8 18.4 17.3 38.0 14.8 38.4 7.2 3.7 14.1 8.5 48.0 59.3 185.0 217.3
2006 21.8 2.8 17.3 0.3 14.5 40.0 7.2 0.9 14.1 30.1 48.0 48.0 185.0 152.8
2007 21.8 0.3 17.3 83.8 14.5 51.3 7.2 0.7 14.1 8.1 48.0 78.2 185.4 67.9
Year
Aug Sept Oct Nov Dec State
N A N A N A N A N A N A
1998 166.0 172.7 108.1 196.2 18.4 85.0 3.5 9.4 8.3 - 603 885.7
1999 179.3 100.8 107.9 70.3 18.5 6.1 3.5 - 8.3 0.4 623.1 468.1
2000 179.3 108.1 107.9 34.2 18.5 - 3.5 0.6 8.3 0.4 616.2 536.8
2001 179.3 125.6 107.9 12.8 18.5 10.5 3.5 0.1 8.3 1.5 616.0 617.2
2002 183.3 113.2 96.3 140.1 17.0 1.8 5.0 - 7.4 9.6 617.3 432.3
2003 182.7 172.8 95.3 76.1 17.0 - 5.0 0.5 7.7 13.2 616.9 481.2
2004 184.7 276.7 95.3 28.5 17.0 57.7 5.0 - 7.7 0.3 619.3 555.3
2005 182.7 64.5 95.3 169.9 17.0 - 5.0 0.7 7.7 - 615.9 618.7
2006 182.7 43.5 95.3 51.5 17.0 3.4 5.0 0.6 7.7 2.1 615.6 376.0
2007 182.7 81.8 95.3 41.3 - - - - - - - -
N= Normal A= Actual
65. 54
Table 3.2: Year wise area, Average yield and Production of Cotton crop in Haryana
Year
Area
(000 Hect.)
Average yield
(Kg / Hect)
Production
(in 000 bales (170 kg)
1990-91 491 400 1155
1991-92 505 451 1341
1992-93 533 450 1411
1993-94 563 339 1124
1994-95 556 419 1371
1995-96 652 335 1284
1996-97 653 392 1507
1997-98 632 298 1107
1998-99 583 255 874
1999-2000 544 408 1304
2000-01 555 424 1383
2001-02 630 195 722
2002-03 518 340 1038
2003-04 526 455 1407
2004-05 621 568 2075
2005-06 583 437 1499
2006-07 530 582 1814
2007-08 625 650 2390
67. 56
Table 3.4: Bt. Cotton Coverage for last three years
Sr.
No.
District
Area in Hect.
2004-05 2005-06 2006-07 2007-08
1 Sirsa - 6000 12200 89000
2 Fatehabad - 2000 15500 68000
3 Hisar - 2200 6000 80000
4 Bhiwani - 375 565 11000
5 Jind - 2000 6000 25000
6 Rohtak - 100 1300 3188
7 M/garh - 8 4 250
8 Rewari - 3 0 76
9 Jhajjar - 2 0 139
10 Sonipat - 8 90 305
11 Kaithal - - 0 1728
Total 12696 14659 278686
Table 3.5: Growth rate in Area, Production and Yield during last 5 years
Year
Area/
Growth Rate
Av. Yield/
Growth Rate
Production/
Growth Rate
2001-02 630 (+13.5%) 195 (-54.0%) 722 (-47.8%)
2002-03 518 (-17.8%) 340 (+74.4%) 1038 (+43.8%)
2003-04 526 (+1.5%) 455 (+33.8%) 1407 (+35.5%)
2004-05 621 (+18.1%) 568 (+24.8%) 2075 (+44.5%)
2005-06 583 (-6.1%) 437 (-23.1%) 1499 (-27.8%)
2006-07 530 (-9.1%) 582 (+33.2%) 1814 (+21.0%)
2007-08 (Target) 625 (+17.9%) 650 (+11.7%) 2390 (+31.75%)
Table 3.6: List of released Bt. Hybrids (Commonly grown Bt. Hybrids)
Recommended Bt. hybrids Other Bt. hybrids in cultivation
RCH-317 MRC-7017
RCH-134 MRC-7031
RCH-314 MRC-6069
Rch-308 NCS-145
MRC-6304 NCS-950
MRC-6025 NCS-145
MRC-6301 OM-3
Ankur (A)-651
Ankur (A)-2534
Ankur -2226
NCEH-6
JKCH-1947
NCS-913
NCS-138
68. 57
Table 3.7: Cotton species and production estimates
Variety
2003-04 2004-05 2005-06
A Y P A Y P A Y P
Desi 141 101 333 132 538 418 106 378 238
American 385 473 1072 489 576 1657 477 450 1263
Total 526 454 1405 621 568 2075 583 437 1499
Growth
rate in
% age
+15 +33.8 +35.5 +18.1 +24.8 +44.5 -6.1 -23.1 -27.8
Variety
2006-07 2007-08 2008-09 (Target)
A Y P A Y P A Y P
Desi 84 538 266 44 560 144 150 492 434
American 446 590 1548 442 632 1643 475 700 1956
Total 530 582 1814 486 625 1787 625 650 2390
Growth
rate in
% age
-9.1 +33.2 +21.0 -8.3 +7.38 -1.4 +28.60 +4.00 +33.74
Table 3.8: Breakup of the cost of cultivation per hectare of Cotton
Sl.
No.
Variable Costs Unit Rate (Rs.) Amount
(Rs.)
1. Preparation of land and sowing
(i) Machine Labour 6 hrs 375.00/hr 2250.00
(ii) Human Labour 40 hrs 135.00/day 675.00
(iii) Seed 20 kg 55.00/kg 1100.00
2. Irrigation
(i) By T.W./canal 4
irrigation
@ Rs.169/irri. 676.00
(ii) Human Labour 40 hrs 135.00/day 675.00
3. Fertilizer
(i) N=73 kg @ 10.50/kg - - 766.50
(ii) P=46 kg @ Rs.16.22/kg - - 746.12
(iii) FYM=4 Trolly - - 800.00
(iv) Zink=25 kg @ Rs. 24/kg - - 600.00
(v) Human Labour 40 hrs 135.00/day 675.00
4. Weedicides/Insecticides
Human Labour 3 spray @Rs.450/spray 1350.00
5. Harvesting and Threshing (Tractor & Thresher/Combine Harvester)
(i) Machine Labour - - -
(ii) Human Labour 400 hrs 135.00/day 6750.00
69. 58
Sl.
No.
Variable Costs Unit Rate (Rs.) Amount
(Rs.)
6. Misc. Charges (Human
labour)
(to bring seed, fertilizer,
weedicides and other agri.
Inputs etc.)
64 hrs 135.00/day 1080.00
Sub Total (Variable Cost) 18143.62
7. Interest on working capital @
7.0% for Six months
635.03
Total A (Variable Costs) 18778.65
8.(B) Fixed Costs
(i) Rental value of Own Land 9000.00
(ii) Rent paid for leased in land -
(iii) Land cesses & Taxes -
(iv) Depreciation on implements
& farm building
400.00
(v) Interest on fixed capital @
7.0% for six months
329.00
Sub Total : B 9729.00
9. Total Cost (A&B) 28507.65
10. Value of by-product 30 qtls @
Rs. 40/qtl.
1200.00
11. Yield per hect. 15.87
qtls/hect.
(Triennium ending 2006-07)
-
12. Cost of Production per qtls. 1720.71
13. Management Charges
weather risk incentive to
cultivators @ 15% in the cost
of production per qtl.
258.11
14. Transportation charges and
other incidental charges
20.00
Total (Cost of Production
per Qtl.)
1998.82
Or say Rs.1999.00
70. 59
Table 3.9: District wise irrigated and non irrigated area under cotton
(Area in ‘000’ hectare)
District
2000-01 2001-02 2002-03 2003-04 2004-05 2005-06
I NI T I NI T I NI T I NI T I NI T I NI T
Hisar 142 - 142 166 1 167 142 1 143 142 - 142 153 - 153 150 - 150
Sirsa 200 - 200 215 - 215 166 - 166 162 1 163 199 - 199 209 - 209
Fatehabad 107 1 108 115 - 115 80 - 80 86 1 87 100 1 101 92 1 93
Bhiwani 47 - 47 64 1 65 62 2 64 61 1 62 71 2 73 57 1 58
M.garh 1 - 1 2 - 2 4 - 4 5 - 5 14 - 14 9 - 9
Rewari 2 - 2 2 - 2 2 - 2 4 - 4 8 - 8 6 - 6
Rohtak 13 - 13 14 - 14 13 1 14 12 - 12 13 - 13 12 - 12
Jhajjar 1 - 1 1 - 1 3 1 4 4 - 4 5 - 5 5 - 5
Sonepat 1 - 1 1 - 1 3 - 3 2 - 2 2 - 2 2 - 2
Kaithal 1 - 1 1 - 1 1 - 1 2 - 2 3 - 3 3 - 3
Jind 39 - 39 46 1 47 36 1 37 43 - 43 50 - 50 50 - 50
Total 554 1 555 627 3 630 512 6 518 523 3 526 618 3 621 595 2 597
I = Irrigated NI = Non irrigated T = Total
81. 70
Table 4.10: Bt. Cotton Approval for Kharif 2008 – Rajasthan
I- Approval
II- Approval
Sl.
No.
Name of the Company Name of the hybrid Approved Bt
Packers
1 M/s. Krishidhan seeds Ltd. KDCHH-9810 Bt. (BG-
I)
6000
2 M/s. Bayer Bioscience Pvt. Ltd. IT 905 (BG-I) 6300
3 M/s. Vibha Agrotech Ltd. Sigma Bt &
Ole Bt (BG-I)
9600
18700
Total (3) 2 Bt 28300
4 M/s. Ankur Seeds Pvt.Ltd. Ankur-651 Bt &
Ankur-2534 Bt (BG-I)
Ankur-2226 BG
(BG-I)
30000
2000
48000
Total (4) 3 Bt. 80000
5 M/s. Nath Seeds (Nath
Biogene (I) Ltd.
NCEH-6 Bt.
(BG-I)
4600
6. M/s. Ajeet Seeds Pvt. Ltd. ACH-33-2
(BG-II)
8500
7 M/s. Rasi Seeds Ltd. RCH-314 Bt. (BG-I)
RCH-134 Bt.
(BG-I)
50010
Total (7) 2 Bt. 54010
G. Total 11 Bt. 187710
Sl.
No.
Name of the Company Name of the
hybrid
Approved Bt
Packers
1 M/s. Prabhat Agri Biotech Ltd. PCH-406 8000
2 M/s. Nuziveedu Seeds Ltd. NCS-91 Bt.
NCS-138 Bt
NCS-950 Bt
NCS-145 BG-II
35430
10730
11360
22480
Total (2) 4 Bt. 80000
3 M/s. Mahyco Seeds Ltd. MRC-6301 Bt.
MRC-6029 Bt.
MRC-6025 Bt.
MRC-6029 Bt.
MRC-7031 BG-II
12571
4160
4160
Total (3) 52832
G.Total (11 Bt. hybrids) 140832
82. 71
III- Approval
Sl.
No.
Name of the Company Name of the hybrid Approved Bt
Packets
1 M/s. Bio Seeds Research
India Pvt.Ltd.
6488 Bt.
6317 Bt. (BG-I)
31150
6850
Total 2 Bt. 38000
IV- Approval
Sl.
No.
Name of the Company Name of the hybrid Approved Bt
Packets
1 M/s. Nuziveedu seeds Ltd. NCS-138 Bt.(T.V.606)
NCS-91 Bt. (T.V.101)
NCS-138 Bt. (Shaktiman)
NCS-913 Bt (Dhartigold)
1500
1500
1500
1900
Total 6400
V- Approval
A- Approval for sale under approved name (BG-I)
B-Approval for sale under approved name (BsG-II)
Sl. No. Name of the
Company
Name of the
hybrid
Approved Bt
Packets
1 M/s. Navkar Hybrid
Seeds Ltd.
Navkar-5 Bt.
(BG-I)
1000
Total 1 Bt. 1000
Sl.
No.
Name of the Company Name of the
hybrid
Approved Bt
Packets
1 M/s. Ankur seeds
Pvt.Ltd.
Jassi BG-II 18000
2 M/s. Bio Seeds Research
India Pvt.Ltd.
6488-2 BG-II 2490
3 M/s. Rasi seeds (P) Ltd. RCH-134
BG-II
4000
Total 2 Bt. (BG-II) 24490
83. 72
VI- Approval
Approval for sale under Approved name (BG-I & BG-II)
VII- Approval
Approval for sale under Approved name (BG-I & BG-II)
Sl.No. Name of the
Company
Name of the hybrid Approved Bt
Packets
1 M/s. J.K. Agrigdeneti CS
Ltd.
JKCH 1947 Bt.
(BG-I)
1600
Total (1) 1 Bt. (BG-I) 1600
2 M/s. Vibha Agrotech
Ltd.
VBCH-1006
VBCH-1008
6200
6300
Total 2 Bt (BG-II) 12500
VBCH-1501 BG-II 8550
VBCH-1504
BG-II 7700
Total 2 Bt (BG-II) 16250
Total (2) 4 Bt (2BG-I & 2 BG-II) 28750
3 M/s. Vikram Seeds (P)
Ltd.
VI CH-11 BG
Ashirwad)
(BG-I)
VICH-9 BG II
(BG-II)
2000
1000
Total (3) 2 Bt (1-BGss-sI & 1-BG-
II)
3000
4 M/s. Tulasi Seeds
Pvt.Ltd.
Tulasi-4 BG II
Tulasi-45 BG II
800
200
Total (4) 2 Bt (BG-II) 1100
B. Total (1 to 4) 4 Bt. (BG-I)
5 Bt. (BG-II)
16100 (BG-I)
18350(BG-II)
Sl.No. Name of the Company Name of the
hybrid
Approved Bt
Packets
1 M/s. Kaveri Seeds Company Ltd. KCH 707 BG II
(BG-II)
2900
2 M/s. Namdhari Seeds Pvt.Ltd. NAMCOT 402 Bt.
(BG-I)
950
Total (1+2) 2 Bt.
(1BG-I) & 1
BG-II)
3850
84. 73
VIII- Approval
A-Approval for sale under Approved name (BG-I & BG-II)
B- Approval for sale under Approved name (BG-I)
Stt(V)/P.38-41/dc/23 & 24.6.2008
Sl.
No.
Name of the Company Name of the
hybrid
Approved Bt
Packets
1 M/s. Navkar Hybrid Seeds Ltd. Navkar-5 Bt
(Avtar-05)
500
2 M/s. Nandi Seeds Pvt. Ltd. SDS-1368 Bt
(OM-333)
SDS-9 Bt.
(Manik Bt.)
5050
10000
Total (1 to 3) 3 Bt. 15550
Sl.
No.
Name of the Company Name of the hybrid Approved Bt
Packets
1 M/s. Nandi Seeds Pvt.Ltd. SDS-9 Bt. (BG-I) 300
SDS-1368 Bt.
(BG-1)
300
Total 2 Bt. (BG-I) 600
Sl.No. Name of the
Company
Name of
the hybrid
Approved Bt
Packes
1 M/s. Navkar Hybrid
Seeds Ltd.
Navkar-5 BT.
(Dinakar-55)
2000
85. 74
5. Gujarat
Table 5.1: Agro-climatic regions based on topography, rain fall and soil in
Gujarat
Sr.
No.
Region Districts Rainfall Climate Soils
1. Southern hills Dang & Valsad 1793 Semi arid dry
sub humid
Deep black
and costal
alluvial
2. Southern
Gujarat
Surat, Bharuch 974 ---do--- ---do---
3. Middle Gujarat Vadodara,
Kheda,
Panchmahals
904 Semi arid Medium black
4. North Gujarat Ahmedabad,
Mehsana,
Gandhinagar,
Sabarkantha,
Banaskantha
735 Arid to semi
arid
Grey brown
costal alluvial
5. North West
arid
Kutchh 340 Arid Grey brown
Deltic alluvial.
6. North
Saurashtra
Amreli,
Bhavnager,
Jamnagar,
Rajkot,
Surendranagar
537 Semi arid Medium black
calcareous
7. South
Saurashtra
Junagadh 844 Dry sub humid Costal alluvial
medium black