This document provides a summary of a student's presentation on rural entrepreneurship awareness. It is divided into 10 subjects: Agronomy, Agricultural Extension, Soil Science, Plant Pathology, Entomology, Genetics and Plant Breeding, Plant Physiology, Horticulture, Dairy Sciences and Food Technology, and Agricultural Engineering. For each subject, the student provides observations from village visits, conclusions, suggestions for improvement, and pictures. The document also provides details about the villages and KVK visited and the outline used for each subject section.
The document summarizes a study conducted by the Centre for Agriculture and Rural Development on sustainable agriculture practices in Kunjalakatte village, Karnataka, India. The study found that most farmers used chemical fertilizers and pesticides, reducing soil fertility and crop yields over time. Some farmers used organic methods, maintaining soil fertility and seeing increased yields. The study suggests farmers switch to organic methods, and local governments support farmers through subsidies, awareness programs, and infrastructure like storage facilities. Adopting organic agriculture practices can boost yields while protecting the environment and farmers' health.
The document summarizes work done on farming and livelihood opportunities in Mpowered Village, including objectives, study area, methodology, and key activities. It discusses interventions like promoting drip irrigation and mushroom cultivation to increase farmers' incomes. Drip irrigation was installed on two plots, with findings that villagers lacked knowledge about the method. Mushroom cultivation was demonstrated at a community center, but villagers also lacked knowledge about this. The document recommends training villagers in best agriculture practices to help adoption and increase incomes through sustainable interventions.
The document describes Group 9's project on cooperative and corporate farming. It provides details on 10 group members and defines cooperative farming as a system where farmers pool resources for mutual benefit. The document outlines the objectives, advantages, and disadvantages of cooperative farming, and discusses its status in Pakistan and worldwide. It also defines and compares corporate farming, detailing its objectives, the Corporate Farming Ordinance of 2001, and its current status in Pakistan.
Enhancing farmers' income through organic farming by Dr. L. Jeebit Jeebit Singh
A presentation on opportunities of organic farming to enhance farmers' income. The slides discusses the major issues doubted by many farmers and related parties in adopting the organic farming profitability and sustainability compared to conventional farming.
The Centre for Sustainable Agriculture (CSA) is a non-profit organization based in Telangana, India that works to promote organic and sustainable farming practices. Over the past 10 years, CSA has worked with farmers and state governments in Andhra Pradesh, Telangana, Maharashtra, and Chhattisgarh to establish community-managed sustainable agriculture programs covering over 200,000 hectares. CSA has also helped form 14 agricultural cooperatives with over 1,500 member farmers. The organization provides training, resources and market support to help farmers transition to organic practices and improve their incomes.
This document outlines public policy strategies for shifting towards organic and natural farming in India. It recommends increasing government budget allocations for agriculture to 10-15% to support farmers' labor, resources, and knowledge. Price support, income support, and exempting organic cooperatives from taxation for several years would help ensure farmers' income security. Agricultural research should adopt agroecological perspectives, and extension should shift from information-based to knowledge-based systems involving experienced farmers. Marketing support through state-level commodity boards and infrastructure for storage and processing can help farmers access markets.
The document summarizes a study conducted by the Centre for Agriculture and Rural Development on sustainable agriculture practices in Kunjalakatte village, Karnataka, India. The study found that most farmers used chemical fertilizers and pesticides, reducing soil fertility and crop yields over time. Some farmers used organic methods, maintaining soil fertility and seeing increased yields. The study suggests farmers switch to organic methods, and local governments support farmers through subsidies, awareness programs, and infrastructure like storage facilities. Adopting organic agriculture practices can boost yields while protecting the environment and farmers' health.
The document summarizes work done on farming and livelihood opportunities in Mpowered Village, including objectives, study area, methodology, and key activities. It discusses interventions like promoting drip irrigation and mushroom cultivation to increase farmers' incomes. Drip irrigation was installed on two plots, with findings that villagers lacked knowledge about the method. Mushroom cultivation was demonstrated at a community center, but villagers also lacked knowledge about this. The document recommends training villagers in best agriculture practices to help adoption and increase incomes through sustainable interventions.
The document describes Group 9's project on cooperative and corporate farming. It provides details on 10 group members and defines cooperative farming as a system where farmers pool resources for mutual benefit. The document outlines the objectives, advantages, and disadvantages of cooperative farming, and discusses its status in Pakistan and worldwide. It also defines and compares corporate farming, detailing its objectives, the Corporate Farming Ordinance of 2001, and its current status in Pakistan.
Enhancing farmers' income through organic farming by Dr. L. Jeebit Jeebit Singh
A presentation on opportunities of organic farming to enhance farmers' income. The slides discusses the major issues doubted by many farmers and related parties in adopting the organic farming profitability and sustainability compared to conventional farming.
The Centre for Sustainable Agriculture (CSA) is a non-profit organization based in Telangana, India that works to promote organic and sustainable farming practices. Over the past 10 years, CSA has worked with farmers and state governments in Andhra Pradesh, Telangana, Maharashtra, and Chhattisgarh to establish community-managed sustainable agriculture programs covering over 200,000 hectares. CSA has also helped form 14 agricultural cooperatives with over 1,500 member farmers. The organization provides training, resources and market support to help farmers transition to organic practices and improve their incomes.
This document outlines public policy strategies for shifting towards organic and natural farming in India. It recommends increasing government budget allocations for agriculture to 10-15% to support farmers' labor, resources, and knowledge. Price support, income support, and exempting organic cooperatives from taxation for several years would help ensure farmers' income security. Agricultural research should adopt agroecological perspectives, and extension should shift from information-based to knowledge-based systems involving experienced farmers. Marketing support through state-level commodity boards and infrastructure for storage and processing can help farmers access markets.
Public policy for shift towards organic/natural farmingRamanjaneyulu GV
This document outlines public policy strategies for shifting towards organic and natural farming in India. It recommends increasing government budget allocations for agriculture to 10-15% to support farmers' labor, resources, and knowledge. Price support, income support, and exempting organic cooperatives from taxation for several years would help ensure farmers' income security. Agricultural research should adopt agroecological perspectives, and extension should shift from information-based to knowledge-based systems involving experienced farmers. Marketing support through state-level commodity boards and infrastructure for storage and processing can help farmers access markets.
This document discusses innovative approaches to green fodder production promotion in India. It notes that fodder production and livestock feeding are critical for dairy development but past promotion efforts faced challenges. A project in Bidar district established fodder nurseries with multiple varieties and trained farmers. This led to increased fodder production area and yield over time among participating farmers. It also motivated other farmers to adopt fodder cultivation through distributing root slips and cuttings, demonstrating horizontal diffusion of the practices. Participating farmers now prefer fodder cultivation due to its benefits.
This document discusses the development of alternative biofuel crops in India by the World Agroforestry Centre. The Centre aims to improve food security and access to affordable energy through their IFAD-ICRAF Biofuel programme, which develops a sustainable biofuel supply chain using smallholder production of alternative crops on marginal lands in Karnataka, India. The programme focuses on agroforestry systems using locally adapted species to maintain soil quality and minimize input needs. It takes a landscape approach and involves private partners and end users to develop the full biofuel value chain.
The document discusses financing for organic supply chains in Thailand using the Bank for Agriculture and Agricultural Cooperatives (BAAC) as a case study. It provides background on organic agriculture development in Thailand. BAAC plays several roles in supporting organic farmers, including providing technical services, financial services, marketing support, and community development programs. BAAC works with various partners along the organic supply chain to facilitate financing. Opportunities for organic agriculture include growing demand for safe food, while challenges include increasing awareness and infrastructure development.
NIRMAN promotes more sustainable sugarcane cultivation practices through their Sustainable Sugarcane Initiative (SSI). SSI aims to improve smallholder farmers' livelihoods by increasing productivity while minimizing water usage and environmental impacts. Key practices include using fewer seedlings from nurseries, wider spacing, organic nutrient management, and intercropping. Farmers adopting SSI have experienced higher yields, reduced costs, and additional incomes from intercrops compared to traditional methods. However, issues remain around timely payments from mills and greater promotion of SSI is needed for wider adoption.
Agricultural development and food security have been the major concerns of India since independence. The emphasis given has, however, varied with the result that the development of the agricultural sector has witnessed its peaks and troughs intermittently. The First Five Year Plan kept at its core the development of agriculture as its primary focus. Despite this, during the Second Plan, India faced severe food shortage. To deal with this problem, in 1958, India invited a team of experts (led by Dr. S.E. Johnson of US Department of Agriculture) to examine the causes of food grain shortages and suggest remedial measures. The team [in its report entitled “India’s Food Problem and Steps to Meet It” (1959)] recommended that India should focus more on those areas where the potential of raising agricultural productivity was high. Consequent to this, some already developed regions were selected for intensive cultivation to grow more food grains. Later in 1960s, two major programmes viz. Intensive Agriculture Area Programme (IAAP, 1961) and Intensive Agriculture District Programme (IADP, 1964) were launched. These two programmes made large investments in irrigation, fertilizer, agricultural R&D, education, and extension services which together led to achieve a period of high growth in productivity and production in Indian agriculture, popularly referred to as the green revolution (GR).
This document provides information about organic agriculture in India. It discusses key topics such as:
- Definitions and principles of organic agriculture according to IFOAM.
- Statistics on the percentage of area under organic farming in different countries worldwide, with Germany having the highest at 8.4%.
- National trends in India, including the total number of organic farmers and top states such as Madhya Pradesh and Himachal Pradesh.
- The need for and process of organic certification to assure consumers that products meet organic standards. This involves accreditation, standards, inspection and certification.
- National Standards for Organic Production in India for crops, livestock management, animal nutrition and prohibited substances.
1) Organic farming in India provides long-term benefits to people and the environment by increasing soil fertility without harming the environment or water quality.
2) Organic farming uses natural fertilizers and pest control methods like compost and crop rotation instead of chemicals.
3) The market for organic food in India is growing 20-22% each year, and some Indian states like Sikkim are working towards becoming completely organic.
1) A school in Tamil Nadu started an initiative to promote organic farming among local farmers by educating students and the community about the benefits of organic practices over chemical-based farming.
2) As part of the initiative, the students learned how to produce organic inputs like compost, pest repellents, and growth promoters. They established a demonstration farm and conducted outreach activities.
3) Workshops were held for local farmers where experts discussed organic techniques. Many farmers have now adopted organic practices and are seeing equivalent or higher yields without chemicals. The initiative aims to continue promoting a transition to sustainable organic agriculture.
This document proposes solutions to boost agricultural productivity in India. It summarizes India's agricultural advantages and challenges, such as fragmented farms, lack of storage facilities, and declining irrigation. It then proposes building workforce through training 80,000 farmers, 30,000 graduates, and 10,000 researchers in modern techniques. Key solutions addressed include constructing food storage infrastructure to reduce waste, establishing food banks for transparency, and using soil stabilization for irrigation efficiency. Implementation involves training delivery through regional languages over 6 months to 1 year, focusing on refrigeration, organic farming, and government policies. The impact would be increased employment, productivity, and food security to boost the economy and farmers' livelihoods.
This document summarizes the rural agricultural work experience and agro-industrial attachment of six students at Dr. KALAM Agricultural College in Bihar. It describes the objectives and process of RAWEP programs, which provide students hands-on experience working with farmers. It also discusses the students' training at the Krishi Vigyan Kendra in Jalalgarh, including common government agriculture schemes, crop diseases and insects, and cultivation of crops like mushrooms and makhana.
Warm Heart was given the opportunity to present the Biochar Project as a complimentary solution to the “Action Plan 2016,” aimed to prevent and resolve smog in Northern Thailand.
The Deputy Governor of Chiang Mai as well as representatives from the forestry department, district offices, ministries of agriculture and energy, Long Khot Police, the British and Austrian Honorary Consuls, and Charoen Pokphand (CP) were shown that biochar is an inexpensive and effective technology that can safely and easily be used by villagers, farmers, and small local government units.
We are happy to announce that as a result of the presentation, Warm Heart is scheduled to provide biochar training to 4 districts including Phrao, Samoeng, Chiang Dao, and Mae Chaem.
Together we will work to reduce smoke and its devastating effects on public health and climate change!
Warm Heart is a grassroots organization that helps Thai villagers in the remote northern district of Phrao, Chiang Mai Province. We organize community projects that provide access to improved education and basic health services, create jobs and sustainable incomes for the poorest in our community, and restore the environment so it will sustain future generations. For more information visit: www.warmheartworldwide.org
The document discusses the need for a second Green Revolution in India to boost agricultural productivity and address ongoing issues like low crop yields, overdependence on monsoon rains, small landholdings, and lack of infrastructure and market access. It proposes a model that focuses on soil testing, using high-quality seeds, organic fertilizer management, improved irrigation techniques, farmer training, food processing, and linking farmers to markets. The goal is to increase annual grain production to 400 million tons through sustainable agricultural practices.
Mushroom cultivation and processing of agricultural productsVaibhav verma
Mushroom cultivation provides opportunities to address issues of increasing population, decreasing agricultural land, and the need for nutritious and affordable food. Mushroom farming can be a profitable business with low investment and space requirements. In India, mushroom production is growing, especially in states like Uttar Pradesh, Tripura and Kerala. Mushroom cultivation requires consideration of factors like water availability, access to raw materials and labor, electricity costs, and provisions for waste disposal and future expansion. Mushrooms provide social, economic and nutritional benefits and their cultivation can generate employment and business opportunities while being environmentally sustainable.
This document summarizes an action research project conducted in the village of Tahtajpur, India. The objectives were to gather first-hand data on village demographics, livelihoods, and dynamics through household surveys, transect walks, and other participatory research methods. Key findings include agriculture being the main livelihood but productivity is declining, irrigation relying on diesel which is problematic in summer, and potential for vegetable and mushroom cultivation. Recommendations focus on training in best agriculture practices, introducing cash crops, and forming a farmers group for economic benefits.
1. The document presents an interim report on a project to improve livestock productivity in Zimbabwe through improved dry season feeding and nutrition.
2. The project aims to address problems communal farmers face like dry season feed shortages and poor quality grazing lands by utilizing locally available feed resources.
3. The report analyzes stakeholders, problems, objectives, and selection of approaches - selecting improving availability and quality of dry season feeds as the key approach. It outlines measures like silage making and utilization of byproducts that will be used to achieve the goal of increasing milk and meat production.
This document discusses ways to increase farming productivity. It describes farming productivity as the ratio of product output to product input, similar to efficiency in engineering. Key ways to increase productivity mentioned include mechanized agriculture using modern machinery, high yield crop varieties from the Green Revolution, proper irrigation, use of pesticides and fertilizers, and using information and communication technologies (ICT) and mobile apps to provide farmers real-time advice and information. The document emphasizes sustainable farming practices, water conservation, supporting local farmers, and developing infrastructure and education to maximize farmer profits and ensure adequate global food supply.
Contribution of Africa RISING validated technologies, nutrition-education interventions to household nutrition and participatory nutrition-education need assessment with seasonal food availability in Amhara, Oromia and SNNP regions of Ethiopia
Role of Biofortification in Combating Zinc & Iron DeficiencyHimanshu Pandey
Biofortification stands as a pivotal strategy in combating zinc and iron deficiencies, particularly in regions grappling with limited access to diverse diets or nutritional supplements. Large scale occurrences of zinc and iron deficiencies in the Indian population are associated with production of staple food grains low in these nutrients and are recognized as the key factors behind human malnutrition. Biofortified crops not only enhance the nutrient content of staple foods but also integrate vital minerals directly into local food systems, increasing accessibility, especially in remote or rural areas. Moreover, the cultural acceptance of biofortified crops is often high, as they are developed through traditional breeding methods and closely resemble local varieties in taste and appearance. This fosters their adoption by communities, further amplifying their impact. Importantly, biofortification is a cost-effective approach that leverages existing agricultural infrastructure, making it feasible for large-scale implementation.
By providing sustainable sources of zinc and iron, biofortified crops contribute to improving health outcomes, particularly among vulnerable populations such as children and pregnant women. Ultimately, by addressing hidden hunger and bolstering nutritional intake, biofortification plays a vital role in promoting public health and combating malnutrition globally. Biofortified crops offer a sustainable solution to the problem of nutrient deficiencies. Through targeted breeding efforts, crop varieties with elevated levels of zinc and iron can be developed, ensuring that these essential minerals are naturally present in staple foods like rice, wheat, maize, and beans. This approach bypasses the need for external interventions such as nutritional supplements or fortified foods, which may not always be readily available or affordable, especially in rural or underserved areas.
Unveiling The Crucial Role Of Cobalt In PlantHimanshu Pandey
Cobalt is a transition metal located in the fourth row of the periodic table and is a neighbour of iron and nickel. It has been considered as an essential element for prokaryotes, human beings, and other mammals, but its essentiality for plants remains untouched. Co is essential for the growth of many lower plants, such as marine algal species as well as for higher plants in the family Fabaceae or _Leguminosae.
The essentiality to leguminous plants is attributed to its role in nitrogen (N) fixation by symbiotic microbes, primarily rhizobia. Co is an integral component of cobalamin or vitamin B12, which is required by several enzymes involved in N2 fixation. In addition to symbiosis, a group of N2 fixing bacteria known as diazotrophs is able to situate in plant tissue as endophytes or closely associated with roots of plants including economically important crops. Their action in N2 fixation provides crops with the macronutrient of N. Co are a component of several enzymes and proteins, participating in plant metabolism. Plants may exhibit Co deficiency if there is a severe limitation in Co supply. Conversely, Co is toxic to plants at higher concentrations. High levels of Co result in pale-colored leaves, discolored veins, and the loss of leaves and can also cause iron deficiency in plants.
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Public policy for shift towards organic/natural farmingRamanjaneyulu GV
This document outlines public policy strategies for shifting towards organic and natural farming in India. It recommends increasing government budget allocations for agriculture to 10-15% to support farmers' labor, resources, and knowledge. Price support, income support, and exempting organic cooperatives from taxation for several years would help ensure farmers' income security. Agricultural research should adopt agroecological perspectives, and extension should shift from information-based to knowledge-based systems involving experienced farmers. Marketing support through state-level commodity boards and infrastructure for storage and processing can help farmers access markets.
This document discusses innovative approaches to green fodder production promotion in India. It notes that fodder production and livestock feeding are critical for dairy development but past promotion efforts faced challenges. A project in Bidar district established fodder nurseries with multiple varieties and trained farmers. This led to increased fodder production area and yield over time among participating farmers. It also motivated other farmers to adopt fodder cultivation through distributing root slips and cuttings, demonstrating horizontal diffusion of the practices. Participating farmers now prefer fodder cultivation due to its benefits.
This document discusses the development of alternative biofuel crops in India by the World Agroforestry Centre. The Centre aims to improve food security and access to affordable energy through their IFAD-ICRAF Biofuel programme, which develops a sustainable biofuel supply chain using smallholder production of alternative crops on marginal lands in Karnataka, India. The programme focuses on agroforestry systems using locally adapted species to maintain soil quality and minimize input needs. It takes a landscape approach and involves private partners and end users to develop the full biofuel value chain.
The document discusses financing for organic supply chains in Thailand using the Bank for Agriculture and Agricultural Cooperatives (BAAC) as a case study. It provides background on organic agriculture development in Thailand. BAAC plays several roles in supporting organic farmers, including providing technical services, financial services, marketing support, and community development programs. BAAC works with various partners along the organic supply chain to facilitate financing. Opportunities for organic agriculture include growing demand for safe food, while challenges include increasing awareness and infrastructure development.
NIRMAN promotes more sustainable sugarcane cultivation practices through their Sustainable Sugarcane Initiative (SSI). SSI aims to improve smallholder farmers' livelihoods by increasing productivity while minimizing water usage and environmental impacts. Key practices include using fewer seedlings from nurseries, wider spacing, organic nutrient management, and intercropping. Farmers adopting SSI have experienced higher yields, reduced costs, and additional incomes from intercrops compared to traditional methods. However, issues remain around timely payments from mills and greater promotion of SSI is needed for wider adoption.
Agricultural development and food security have been the major concerns of India since independence. The emphasis given has, however, varied with the result that the development of the agricultural sector has witnessed its peaks and troughs intermittently. The First Five Year Plan kept at its core the development of agriculture as its primary focus. Despite this, during the Second Plan, India faced severe food shortage. To deal with this problem, in 1958, India invited a team of experts (led by Dr. S.E. Johnson of US Department of Agriculture) to examine the causes of food grain shortages and suggest remedial measures. The team [in its report entitled “India’s Food Problem and Steps to Meet It” (1959)] recommended that India should focus more on those areas where the potential of raising agricultural productivity was high. Consequent to this, some already developed regions were selected for intensive cultivation to grow more food grains. Later in 1960s, two major programmes viz. Intensive Agriculture Area Programme (IAAP, 1961) and Intensive Agriculture District Programme (IADP, 1964) were launched. These two programmes made large investments in irrigation, fertilizer, agricultural R&D, education, and extension services which together led to achieve a period of high growth in productivity and production in Indian agriculture, popularly referred to as the green revolution (GR).
This document provides information about organic agriculture in India. It discusses key topics such as:
- Definitions and principles of organic agriculture according to IFOAM.
- Statistics on the percentage of area under organic farming in different countries worldwide, with Germany having the highest at 8.4%.
- National trends in India, including the total number of organic farmers and top states such as Madhya Pradesh and Himachal Pradesh.
- The need for and process of organic certification to assure consumers that products meet organic standards. This involves accreditation, standards, inspection and certification.
- National Standards for Organic Production in India for crops, livestock management, animal nutrition and prohibited substances.
1) Organic farming in India provides long-term benefits to people and the environment by increasing soil fertility without harming the environment or water quality.
2) Organic farming uses natural fertilizers and pest control methods like compost and crop rotation instead of chemicals.
3) The market for organic food in India is growing 20-22% each year, and some Indian states like Sikkim are working towards becoming completely organic.
1) A school in Tamil Nadu started an initiative to promote organic farming among local farmers by educating students and the community about the benefits of organic practices over chemical-based farming.
2) As part of the initiative, the students learned how to produce organic inputs like compost, pest repellents, and growth promoters. They established a demonstration farm and conducted outreach activities.
3) Workshops were held for local farmers where experts discussed organic techniques. Many farmers have now adopted organic practices and are seeing equivalent or higher yields without chemicals. The initiative aims to continue promoting a transition to sustainable organic agriculture.
This document proposes solutions to boost agricultural productivity in India. It summarizes India's agricultural advantages and challenges, such as fragmented farms, lack of storage facilities, and declining irrigation. It then proposes building workforce through training 80,000 farmers, 30,000 graduates, and 10,000 researchers in modern techniques. Key solutions addressed include constructing food storage infrastructure to reduce waste, establishing food banks for transparency, and using soil stabilization for irrigation efficiency. Implementation involves training delivery through regional languages over 6 months to 1 year, focusing on refrigeration, organic farming, and government policies. The impact would be increased employment, productivity, and food security to boost the economy and farmers' livelihoods.
This document summarizes the rural agricultural work experience and agro-industrial attachment of six students at Dr. KALAM Agricultural College in Bihar. It describes the objectives and process of RAWEP programs, which provide students hands-on experience working with farmers. It also discusses the students' training at the Krishi Vigyan Kendra in Jalalgarh, including common government agriculture schemes, crop diseases and insects, and cultivation of crops like mushrooms and makhana.
Warm Heart was given the opportunity to present the Biochar Project as a complimentary solution to the “Action Plan 2016,” aimed to prevent and resolve smog in Northern Thailand.
The Deputy Governor of Chiang Mai as well as representatives from the forestry department, district offices, ministries of agriculture and energy, Long Khot Police, the British and Austrian Honorary Consuls, and Charoen Pokphand (CP) were shown that biochar is an inexpensive and effective technology that can safely and easily be used by villagers, farmers, and small local government units.
We are happy to announce that as a result of the presentation, Warm Heart is scheduled to provide biochar training to 4 districts including Phrao, Samoeng, Chiang Dao, and Mae Chaem.
Together we will work to reduce smoke and its devastating effects on public health and climate change!
Warm Heart is a grassroots organization that helps Thai villagers in the remote northern district of Phrao, Chiang Mai Province. We organize community projects that provide access to improved education and basic health services, create jobs and sustainable incomes for the poorest in our community, and restore the environment so it will sustain future generations. For more information visit: www.warmheartworldwide.org
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Mushroom cultivation provides opportunities to address issues of increasing population, decreasing agricultural land, and the need for nutritious and affordable food. Mushroom farming can be a profitable business with low investment and space requirements. In India, mushroom production is growing, especially in states like Uttar Pradesh, Tripura and Kerala. Mushroom cultivation requires consideration of factors like water availability, access to raw materials and labor, electricity costs, and provisions for waste disposal and future expansion. Mushrooms provide social, economic and nutritional benefits and their cultivation can generate employment and business opportunities while being environmentally sustainable.
This document summarizes an action research project conducted in the village of Tahtajpur, India. The objectives were to gather first-hand data on village demographics, livelihoods, and dynamics through household surveys, transect walks, and other participatory research methods. Key findings include agriculture being the main livelihood but productivity is declining, irrigation relying on diesel which is problematic in summer, and potential for vegetable and mushroom cultivation. Recommendations focus on training in best agriculture practices, introducing cash crops, and forming a farmers group for economic benefits.
1. The document presents an interim report on a project to improve livestock productivity in Zimbabwe through improved dry season feeding and nutrition.
2. The project aims to address problems communal farmers face like dry season feed shortages and poor quality grazing lands by utilizing locally available feed resources.
3. The report analyzes stakeholders, problems, objectives, and selection of approaches - selecting improving availability and quality of dry season feeds as the key approach. It outlines measures like silage making and utilization of byproducts that will be used to achieve the goal of increasing milk and meat production.
This document discusses ways to increase farming productivity. It describes farming productivity as the ratio of product output to product input, similar to efficiency in engineering. Key ways to increase productivity mentioned include mechanized agriculture using modern machinery, high yield crop varieties from the Green Revolution, proper irrigation, use of pesticides and fertilizers, and using information and communication technologies (ICT) and mobile apps to provide farmers real-time advice and information. The document emphasizes sustainable farming practices, water conservation, supporting local farmers, and developing infrastructure and education to maximize farmer profits and ensure adequate global food supply.
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Biofortification stands as a pivotal strategy in combating zinc and iron deficiencies, particularly in regions grappling with limited access to diverse diets or nutritional supplements. Large scale occurrences of zinc and iron deficiencies in the Indian population are associated with production of staple food grains low in these nutrients and are recognized as the key factors behind human malnutrition. Biofortified crops not only enhance the nutrient content of staple foods but also integrate vital minerals directly into local food systems, increasing accessibility, especially in remote or rural areas. Moreover, the cultural acceptance of biofortified crops is often high, as they are developed through traditional breeding methods and closely resemble local varieties in taste and appearance. This fosters their adoption by communities, further amplifying their impact. Importantly, biofortification is a cost-effective approach that leverages existing agricultural infrastructure, making it feasible for large-scale implementation.
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Cobalt is a transition metal located in the fourth row of the periodic table and is a neighbour of iron and nickel. It has been considered as an essential element for prokaryotes, human beings, and other mammals, but its essentiality for plants remains untouched. Co is essential for the growth of many lower plants, such as marine algal species as well as for higher plants in the family Fabaceae or _Leguminosae.
The essentiality to leguminous plants is attributed to its role in nitrogen (N) fixation by symbiotic microbes, primarily rhizobia. Co is an integral component of cobalamin or vitamin B12, which is required by several enzymes involved in N2 fixation. In addition to symbiosis, a group of N2 fixing bacteria known as diazotrophs is able to situate in plant tissue as endophytes or closely associated with roots of plants including economically important crops. Their action in N2 fixation provides crops with the macronutrient of N. Co are a component of several enzymes and proteins, participating in plant metabolism. Plants may exhibit Co deficiency if there is a severe limitation in Co supply. Conversely, Co is toxic to plants at higher concentrations. High levels of Co result in pale-colored leaves, discolored veins, and the loss of leaves and can also cause iron deficiency in plants.
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Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
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).
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إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
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تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
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2. THE PRESENTATION IS DIVIDED INTO
FOLLOWING SUBJECT
1. Agronomy
2. Agricultural Extension
3. Soil Science
4. Plant Pathology
5. Entomology
6. Genetics and Plant Breeding
7. Plant Physiology
8. Horticulture
9. Dairy Sciences and Food Technology
10. Agricultural Engineering
3. IMPORTANT INFORMATION ABOUT VILLAGE,
IRRI-SARC AND KVK VISIT
• Name of the village – Dafi, Gajadharpur and Bachhao (near SHOOL TANKESHWAR)
• Name of the KVK visited – Kallipur Varanasi
• Additional visits - I visited IRRI-SARC on 8th of October 2021, Friday.
4. OUTLINE OF EACH SUBJECT
• The presentation deals individually with each subject.
• And it is further divided into following sub-headings –
1. Observation.
2. Conclusion.
3. Suggestions for improvement.
4. And Pictures.
5. AGRONOMY
Observation
• Rice and Wheat are the main crops in Kharif and Rabi season respectively.
• Most serious weeds are Cyperus rotundus and Parthenium hysterophorus.
• Chemical control is the only way of weed control.
• Furrow and Flooding are most common irrigation methods.
• Drainage system is not well planed in village.
• The fate of crop residue are very well planed.
• The growing price of Diesel act as both Friend and Foe.
6. CONCLUSION
• The farmers have so much of experience in farming.
• Some farmers are aware about the term organic farming.
• Irrigation is always given as per the crop’s requirement and the schedule is quite flexible
• The farmers are still not able to use drip and sprinkler.
• And the problem of colonizer.
7. SUGGESTIONS FOR IMPROVEMENT
• They should use Slow Release Nitrogenous Fertilizers such as Neem coated Urea for its better
efficiency.
• I also suggest to use Azolla in the field.
• The farmers should adopt Rain water harvesting for both their field and domestic purpose.
• The government should subsidize the installment of drip and sprinkler unit for the farmers.
• I suggest them to grow catch crops also if they get time between the main crops.
• And the main suggestion is for the better drainage system.
9. SOIL SCIENCE
Observation
• pH of the soil – 7.8
• EC of the soil – 0.37ds/m
• Organic Carbon content – 0.46%
• The above observation is based upon the Soil Health Card.
• Urea, DAP (Dye) and MOP are the most common fertilizers used.
• There is a deficiency of Nitrogen in the soil (104.04kg/ha).
• The soil have optimum soil moisture and the ground water table is around 220-250 feet.
10. CONCLUSION
• They use more amount of chemical fertilizers and less amount of FYM.
• The farmers have SOIL HEATH CARD.
• I found a new technique in my area in RICE production like they do Double Transplanting.
• Soil has a low organic matter, which has started to cause problems for the farmers.
• The farmers don’t want to use Zero Tillage.
• They also don’t want to visit KVK regularly.
11. SUGGESTIONS FOR IMPROVEMENT
• Soil has a low organic matter, which has started to cause problems for the
farmers – so I suggest them to use GOBBAR KHAD for improvement.
• The farmers don’t want to use Zero Tillage- so I tell the advantages of the
zero tillage
• They also don’t want to visit KVK regularly-so I convince them to visit
the near KVK.
12.
13. ENTOMOLOGY
Observation
• The major insect pest are aphid and Rice bug.
• Chemical control is most preferred method for pest control (Farmer point
of view).
• There is no lac and sericulture.
• Apiculture term is familiar to everyone but they don’t want to do.
14. CONCLUSION
• Some Farmers use smoke for the management of Aphids.
• They use Wood Ash as the pest control in vegetables.
• And I found only one farmer who use light trap once.
• Farmers don’t have any knowledge about the IPM.
• They are completely unaware of Trichogramma, which is one of the most important Bio control
agent.
• And the main problem is that they are not awareness about the harmful effects of pesticides.
15. SUGGESTION FOR IMPROVEMENT
• Farmers don’t have any knowledge about the IPM- so I tell them the advantages
• They are completely unaware of Trichogramma, which is one of the most important Bio control
agent- so I tell them to use it
• Awareness drives should be conducted by the KVKs for using Biocontrol and natural enemies of
insect-pests
• The government should give subsidies on the newer classes of insecticides as well.
16. DAIRY SCIENCES AND
FOOD TECHNOLOGY
Observation
• The dairy which I surveyed only have cows.
• And the dairy is well developed.
• There is no good market availability for the dairy farmers.
• The farmers buy new animals from the local people.
Clean milk production Software knowledge
Housing Dairy schemes
17. CONCLUSION
• They use clean utensils for milking.
• The dairy product is sell on the dairy itself and also is distributed all over the locality.
• They workers use potassium permanganate to disinfect their hand before milking
process.
• But the dairy don’t have single buffalo breed.
• The whole system works efficiently although I felt the need for more knowledge
impartation which would further the productivity
18. SUGGESTIONS FOR IMPROVEMENT
• Integration of Dairy with other systems increase efficiency.
• Improvement in the Marketing facility
• promote the Dairy farmers -helping them add value to their produce for
local marginal farmers.
• A more Holistic approach is needed where livestock should be treated
more kindly .
19.
20.
21. GENETICS AND PLANT BREEDING
Observation
• Seed Treatment is usually done by Trichoderma spp. @6g / kg.
• The farmer use some indigenous technique for seed treatment also.
• The major varieties of Rice - Malviya Dhan, Kala Namak and. Wheat – UP 2425
• Vegetables are also grown by the farmers for their personal use.
• IRRI SARC has developed and released several drought-tolerant rice varieties like Sahbhagi
dhan, and DRR dhan 42, 43 and 44 in India.
22. CONCLUSION
• The farmers are aware of the Seed Treatment but they only use
Trichoderma, I also suggest them to use carbendazim @ 2g/ka seed.
• Many private companies are also active on the district, thus giving them
better options.
• Sometimes, good seed are provided from the IAS BHU to farmers.
• The seeds of the State Department are of very low quality and farmers
don’t trust them(This info I get from the local farmer).
23.
24. SUGGESTIONS FOR IMPROVEMENT
• The government should also set a reasonable price cap on the private
companies to sell their seeds, so that the farmers could easily afford them.
• The state government should pay immediate attention to their seed quality
as the farmers have lost their faith in it.
• I also suggest that use proper drainage system.
26. AGRICULTURE EXTENSION
Observation
• Rice and Wheat is the main crop for farmers in the village.
• They mostly buy seeds from KVK / Private Companies but they don’t trust the seeds distributed by
State Agriculture Department.
• There is growing awareness about SHGs in the village.
• Government schemes for betterment of farmers
• Problems face by farmers in Marketing.
27. CONCLUSION
• The government provides inputs to the SHGs directly, thus boosting farmers to form SHGs
• The seeds and inputs of the private companies are relatively expensive as compared to the
government ones.
• The subsidies are sharply declining and pushing the farmers to open market.
• The inputs distributed by the State department are not reliable(as said by the marginal farmers).
28. SUGGESTIONS FOR IMPROVEMENT
• There should be a price cap on the private companies for selling inputs
• The government should re-structure the State Seed Corporation for its
improvement.
• The government should link the subsidies with Cooperative groups / SHGs
to make sure that farmers are incentivized to form these groups.
30. FARM ENGINEERING
Observation
• Major sources of farm power are Electric Motors, Diesel Engine and Agricultural workers.
• Biogas is used in the surveyed area.
• Disc Plough and Disc Harrow are the mostly owned by local farmers.
• Combine harvester if needed, is provided by the State Agricultural department.
• The irregular Electricity supply and increased Diesel prices are huge problems for farmers.
31. CONCLUSION
• Farmer know about the benefits of Drip and Sprinkler but don’t
install, due to their high initial cost.
• The cost of installing Solar pumps and electricity plants is way too
much in-spite of the heavy subsidies
• The farmers are also aware of the Greenhouse technology but they
have never use it.
32. SUGGESTIONS FOR IMPROVEMENT
• There should be proper Electricity supply during the high demand season.
• The farmers need to avoid unnecessary tillage and adopt Minimum tillage.
• Technical knowledge of the machineries should be given to the farmers by
the KVK from time to time.
• The government need to focus on Biogas plants.
36. PLANT PATHOLOGY
Observation
• False Smut and Blast are the most serious diseases in the Rice field in my surveyed village.
• The farmers are aware of the Seed Treatment but they only use Trichoderma, I also suggest to use
carbendazim @ 2g/ka seed.
• There are various training programs and awareness drives conducted by the KVK and some times
IAS BHU also conduct also some training.
• Mushroom Cultivation is not done by the farmers due to lack of proper market.
37. CONCLUSION
• False Smut has become a major problem in the Varanasi belt.
• There is no proper market available for Mushroom and also there is also huge lack of knowledge
about their production technologies.
• Some farmers have little knowledge about the symptoms of various diseases.
• Few farmers have the knowledge about the importance of Organic Farming.
38. SUGGESTIONS FOR
IMPROVEMENT
• The farmers should regularly consult the KVK for guidance to control diseases.
• The government should promote farmers for Mushroom cultivation by creating marketing
facilities in the district.
• I suggest the farmers to use Lerma Rojo varieties as it provide the resistance to 3 type of rust.
40. HORTICULTURE
Observation
• Farmers grow horticultural crops mainly for themselves or selling in the local mandi.
• Tomato, Beal, Papaya are the major horticultural crops grown.
• Some farmers from the Basaratpur are also cultivating Marigold.
• Horticulture is slowly but steadily being adopted by farmers on commercial scale.
41. CONCLUSION
• Horticulture is done by the farmers for mostly their own consumption.
• Processing of vegetables and fruits; if done , is done by the farmers themselves.
• The Uttar Pradesh Traders Welfare Board promote horticulture by offering a
huge subsidy for cultivation of mango, guava and amla crops.
• The state government is quite serious in helping farmers to adopt Horticulture by
conducting training at KVKs.
42. SUGGESTIONS FOR IMPROVEMENT
• Facilities of good Store Houses is the most essential requirement for
Horticultural crops, as they are mostly perishable in nature.
• The government should also set up floor prices for all horticultural
produce which will boost their cultivation.
• The government should start the awareness for growing organic
vegetables.
• Also government should start a local flower market to support the local
farmers.
44. PLANT PHYSIOLOGY
Observation
• Farmers have a little knowledge about the deficiency of micro nutrients.
• I found Nitrogen deficiency in rice field.
• And tip burning in rice.
• And the soil is also deficient in nitrogen and phosphorus.
45. CONCLUSION
• Many farmers usually apply micro nutrients only when the dealer
recommend them to apply it.
• In the case of PGRs, they are also applied only when the problem
arises.
46. SUGGESTIONS FOR IMPROVEMENT
• The farmers should grow short duration varieties for increasing the
Cropping intensity.
• There should be an awareness drive conducted by KVK for
encouraging more farmers to use PGRs in fruits and vegetables.
• The farmers must follow the recommended fertilizer doses for
micronutrients suggested by the Soil Health Card.