Agricultural developmental programmes and policiesNeha Goswami
This document discusses several key agricultural developmental programmes and policies in India, including the National Food Security Mission, National Mission on Sustainable Agriculture, National Mission on Oilseeds & Oil Palm, National Mission on Agricultural Extension & Technology, Mission of Integrated Development of Horticulture, National Crop Insurance Scheme, and Integrated Scheme on Agriculture Marketing. The overall goal of these programmes and policies is to promote sustainable agricultural development in India through initiatives such as increasing crop yields, expanding cultivation, improving market access for farmers, and providing crop insurance.
Innovations in agricultural extension: What can Ethiopia learn from global ex...ILRI
Presented by Ranjitha Puskur, Ponniah Anandajayasekeram and Sindu Workneh at the MoARD Workshop on “Improving Agricultural Extension Service Delivery Approaches”, Addis Ababa, Ethiopia, 22 June 2006.
Bangladesh has a long history of agricultural extension services to support its smallholder farmers. The agricultural extension system in Bangladesh aims to improve food security and farm incomes through increasing productivity, diversifying crops, and linking farmers to markets. It utilizes a pluralistic, decentralized approach involving public agencies, NGOs, private providers and farmer groups. The national extension policy focuses on location-specific strategies and targeting marginalized smallholders through integrated approaches, value chain development, and capacity building of extension agents. The goals are to sustainably increase production and farm incomes while addressing poverty, nutrition, and climate challenges facing Bangladeshi agriculture.
The document lists and describes various farm management tools used at Sadiq Poultry Farm, including infrared laser thermometers to check temperatures, pH meters to check water pH, anemometers to measure wind speed, and lux meters to check light intensity. Other tools listed are vernier calipers to measure objects, weighing balances to check bird weights, chlorine and pH test kits to check water quality, and automatic injector syringes and spray pumps for bird injections and shed spraying.
This document discusses pluralism in agricultural extension systems. Pluralistic extension involves multiple providers of extension services, often with different funding sources and approaches. This can raise issues around coordination, roles, and competition/collaboration. The document provides examples of pluralistic extension in Ghana, the United States, and other countries. It also discusses reasons why multiple extension actors emerge and how pluralism affects extension management and implementation, such as the need for coordination between different groups.
This professional system of extension is based on frequent training of extension workers and regular field visits for onward guiding the farmers in agricultural production and raising their income by providing appropriate plans for country development.
The document summarizes a master's seminar presentation on attracting youth back to agriculture through the ARYA (Attracting Rural Youth in Agriculture) program. The presentation discusses factors causing rural youth to leave agriculture, outlines the objectives and operational mechanism of the ARYA program, and reviews the status and achievements of projects under the program so far, including the establishment of over 900 enterprise units benefiting thousands of rural youth. It also presents a SWOT analysis of rural youth and challenges to empowering and retaining them in agriculture. The conclusion emphasizes the need for strategic policy efforts to make agriculture a more attractive profession for youth.
The document discusses farming systems research and extension (FSR/E). It defines FSR/E as an approach that views the entire farm as a system and considers interactions within it. Key features include taking a holistic, interdisciplinary, farmer participatory approach to problem solving. The goal is to develop sustainable farm household systems. Some challenges to implementing FSR/E include institutional conflicts, defining homogenous client groups, lack of flexible resources and qualified staff, and higher costs.
Agricultural developmental programmes and policiesNeha Goswami
This document discusses several key agricultural developmental programmes and policies in India, including the National Food Security Mission, National Mission on Sustainable Agriculture, National Mission on Oilseeds & Oil Palm, National Mission on Agricultural Extension & Technology, Mission of Integrated Development of Horticulture, National Crop Insurance Scheme, and Integrated Scheme on Agriculture Marketing. The overall goal of these programmes and policies is to promote sustainable agricultural development in India through initiatives such as increasing crop yields, expanding cultivation, improving market access for farmers, and providing crop insurance.
Innovations in agricultural extension: What can Ethiopia learn from global ex...ILRI
Presented by Ranjitha Puskur, Ponniah Anandajayasekeram and Sindu Workneh at the MoARD Workshop on “Improving Agricultural Extension Service Delivery Approaches”, Addis Ababa, Ethiopia, 22 June 2006.
Bangladesh has a long history of agricultural extension services to support its smallholder farmers. The agricultural extension system in Bangladesh aims to improve food security and farm incomes through increasing productivity, diversifying crops, and linking farmers to markets. It utilizes a pluralistic, decentralized approach involving public agencies, NGOs, private providers and farmer groups. The national extension policy focuses on location-specific strategies and targeting marginalized smallholders through integrated approaches, value chain development, and capacity building of extension agents. The goals are to sustainably increase production and farm incomes while addressing poverty, nutrition, and climate challenges facing Bangladeshi agriculture.
The document lists and describes various farm management tools used at Sadiq Poultry Farm, including infrared laser thermometers to check temperatures, pH meters to check water pH, anemometers to measure wind speed, and lux meters to check light intensity. Other tools listed are vernier calipers to measure objects, weighing balances to check bird weights, chlorine and pH test kits to check water quality, and automatic injector syringes and spray pumps for bird injections and shed spraying.
This document discusses pluralism in agricultural extension systems. Pluralistic extension involves multiple providers of extension services, often with different funding sources and approaches. This can raise issues around coordination, roles, and competition/collaboration. The document provides examples of pluralistic extension in Ghana, the United States, and other countries. It also discusses reasons why multiple extension actors emerge and how pluralism affects extension management and implementation, such as the need for coordination between different groups.
This professional system of extension is based on frequent training of extension workers and regular field visits for onward guiding the farmers in agricultural production and raising their income by providing appropriate plans for country development.
The document summarizes a master's seminar presentation on attracting youth back to agriculture through the ARYA (Attracting Rural Youth in Agriculture) program. The presentation discusses factors causing rural youth to leave agriculture, outlines the objectives and operational mechanism of the ARYA program, and reviews the status and achievements of projects under the program so far, including the establishment of over 900 enterprise units benefiting thousands of rural youth. It also presents a SWOT analysis of rural youth and challenges to empowering and retaining them in agriculture. The conclusion emphasizes the need for strategic policy efforts to make agriculture a more attractive profession for youth.
The document discusses farming systems research and extension (FSR/E). It defines FSR/E as an approach that views the entire farm as a system and considers interactions within it. Key features include taking a holistic, interdisciplinary, farmer participatory approach to problem solving. The goal is to develop sustainable farm household systems. Some challenges to implementing FSR/E include institutional conflicts, defining homogenous client groups, lack of flexible resources and qualified staff, and higher costs.
The document discusses agricultural value chains. A value chain describes the range of activities and actors involved in bringing an agricultural product from production to final consumption, with value added at each stage. It analyzes the factors that influence performance at each stage, from input suppliers to final buyers. Value chain analysis is a useful tool to understand trends, identify problems and opportunities for improvement, and inform policy interventions.
Participatory Rangeland management practice in Ethiopiazula27
This document summarizes a participatory rangeland management project piloted in the lowlands of Bale, Ethiopia from July 2012 to May 2013. The project aimed to improve pastoral livelihoods and rangeland productivity. Key outputs included establishing rangeland management institutions in 4 kebeles, developing rangeland management plans, and finalizing a participatory rangeland management manual. Activities involved resource mapping, stakeholder analysis, capacity building, and the development of bylaws and management agreements. The project also identified livelihood opportunities including livestock trading, gum and resin production, and honey processing, and established groups to develop these activities.
This document discusses extension education, including its meaning, nature, scope, importance, and leadership. It defines extension as stretching out education to rural areas through non-formal means, with the goal of sustainable improvement in quality of life. Extension aims to develop human capabilities through changing knowledge, skills, attitudes, and behaviors. It is important as it respects individuals, speeds adoption of innovations, and provides feedback to researchers. Extension covers various disciplines and uses different approaches like decentralized and market-led models. ICT tools are also helping extension reach more farmers. The role of extension is to facilitate learning through demonstrations and participation.
Market-led extension focuses on identifying customer needs before offering services. It is demand-driven, client-oriented, and aims to provide high returns for farmers. Agricultural extension personnel play key roles like conducting SWOT analyses of markets, organizing farmer groups, establishing marketing linkages, and acquiring market intelligence. Challenges include the large size of extension systems, integrating information technology, diverse farm conditions, and improving market intelligence and extension reforms. Effective market-led extension produces based on demand, works with efficient farmer groups, uses various market information sources, and improves communication within marketing channels. Reforms are needed to empower farmers with market knowledge and provide competitive marketing options and infrastructure investments.
The document discusses market led agriculture, including its evolution, key concepts, dimensions, institutions, issues and policies. It provides an introduction to market led agriculture and how the focus has shifted from production-led agriculture to making farmers producers and sellers. It outlines the objectives and roles of extension workers in market led agriculture. It also discusses some of the key institutions, issues around quality standards, infrastructure and information gaps, and different government policy initiatives and future directions.
The Intensive Agricultural District Programme (IADP) was launched in 1960 with Ford Foundation assistance to rapidly increase agricultural production in pilot districts. It aimed to concentrate financial, technical, and administrative resources to achieve a self-sustaining increase in productivity. The program was initially implemented in 140 blocks across 7 states and later expanded. Key activities included supplying credit, inputs, marketing support, infrastructure, and education. Implementation involved preparatory and operational phases with farm and village planning. The program was financed through contributions from Ford Foundation, GOI, and state governments and evaluated for effectiveness. Significant achievements included improved productivity benefiting farmers while limitations included a narrow scope and over-reliance on external resources.
1) Farm mechanization in India faces problems due to small land holdings, lack of knowledge and financial constraints among small farmers. Government initiatives to promote mechanization include training programs and subsidies.
2) The average farm power availability in India is 1.5 kW/ha but varies widely between states. States with higher availability such as Punjab have much higher agricultural productivity. In Assam, availability is only 0.8 kW/ha, below the national average.
3) Strategies to increase farm mechanization in India include developing equipment suitable for different terrains, establishing farm machinery banks, increasing average power availability, and strengthening collaboration between farmers and researchers.
The document discusses sustainable agriculture. It defines sustainable agriculture as farming practices that are ecologically sound, economically viable, and socially beneficial. Some key techniques of sustainable agriculture mentioned are crop rotation, mixed cropping, intercropping, and cover cropping. These techniques help ensure healthy soil and crop growth without depleting resources. The document also includes images showing examples of crop rotation, mixed cropping, intercropping, and cover cropping.
Rural development and agricultural extension aims to improve livelihoods in rural areas. Extension provides critical knowledge to increase productivity and sustainability in agriculture. It helps farmers adopt new technologies and practices on a voluntary basis to boost production and incomes. When agriculture is successful, it drives economic growth and creates jobs in rural communities. Extension also develops other sectors like education, infrastructure, nutrition, health, housing and water supply to improve quality of life. The strategies involve technological reforms, organizational development, and transforming social and economic relationships to benefit disadvantaged groups. Overall, a strong extension system supports rural development by empowering communities and applying a bottom-up approach.
Agriculture began around 10,000 years ago when nomadic hunter-gatherers settled and began cultivating plants and domesticating animals. This led to the development of civilizations with division of labor. Important early centers of agriculture emerged independently in several regions including China, India, the Near East, and Mesoamerica where crops like millet, rice, wheat, maize were domesticated. Over time agricultural practices advanced, but population growth created food supply challenges addressed by the Green Revolution through high-yielding varieties and modern inputs. Today major international research organizations continue working to develop new technologies and improve global food security.
This document lists several agricultural development programs implemented in India between 1960-2000 including:
- The Intensive Agriculture Development Program (IADP) launched in 1960 to provide loans, seeds, and tools to farmers.
- The High Yielding Variety Program (HYVP) launched in 1966 to increase food grain productivity through adoption of improved varieties and inputs.
- The Small Farmers Development Agency (SFDA) and Marginal Farmers and Agricultural Labor Agency (MFALA) launched in 1973 and 1974 respectively to provide technical and financial assistance to small and marginal farmers.
Innovation systems approach for agricultural transformationILRI
This document discusses innovation systems and their importance for agricultural transformation. It defines innovation as the application of new knowledge to improve performance. An innovation system is a network of organizations and individuals involved in knowledge creation and use for social and economic benefit. Innovation capacity refers to the patterns of interaction between actors and the policies that support knowledge exchange, technological change, and learning. The innovation systems approach aims to develop local capacity for problem identification and solution generation through partnerships between various stakeholders. Three key points are made: 1) Technologies alone are not enough - partnerships are vital for innovation; 2) Innovation capacity depends on social arrangements that facilitate knowledge sharing; 3) The roles of various actors and nature of their linkages must be considered to strengthen innovation processes.
This document provides an overview of farm inputs and management in India. It discusses key agricultural inputs such as seeds, fertilizers, and pesticides. For seeds, it summarizes India's seed industry size, key players, seed replacement rates, export and import policies. For fertilizers, it outlines consumption trends, production, the role of subsidies, and challenges around nutrient use efficiency. For pesticides, it briefly discusses India's pesticide industry and market distribution by product categories. The document aims to educate about the various agricultural inputs and management practices important for Indian agriculture.
Rapid rural appraisal A Presentation By Mr Allah Dad khanMr.Allah Dad Khan
This document outlines the key information to gather and principles to follow when conducting field research on agricultural systems. Researchers should observe patterns of crop production, land use, and farmer behavior. They should converse with farmers to understand their concerns and views. Researchers must carefully record all information and notes taken in the field. Developing agricultural maps is an effective way to systematically record basic data about crop types, field sizes, irrigation, soils, and other field characteristics observed in the area under study.
Agricultural Marketing and Economic DevelopmentFazlul Hoque
This document discusses the importance and history of agricultural marketing. It outlines key benefits including increased farm income, market widening, and employment creation. It also examines factors that influence marketable surplus such as farm size, production levels, and consumption habits. Finally, it provides characteristics of ideal marketing systems, including pricing efficiency based on transportation and storage costs.
The document discusses new trends in agricultural extension, including a shift from top-down to bottom-up and production-led to market-led approaches. It outlines the need for market-led extension to help farmers understand market demands and consumer preferences in order to improve livelihoods. Examples of innovative market-led extension approaches provided include market intelligence, contract farming, and direct marketing. The challenges and dimensions of market-led extension are also summarized, along with some successful farmer entrepreneurs utilizing these approaches.
1) Market-led extension aims to make agriculture more market-oriented by providing farmers with market information and linking them to buyers. This helps farmers sell their produce remuneratively.
2) Key aspects of market-led extension include market analysis, intelligence gathering, forming farmer groups, and establishing marketing linkages between farmers, markets and processors.
3) While production has increased in India, connecting farmers to profitable markets remains a challenge. Extension needs to focus on empowering farmers with various marketing skills and consultancy beyond just production advice.
Problem of agricultural marketing in indiaSouvik Roy
The passage discusses the modern farm laws introduced by the Modi government in India to address issues with the existing Agricultural Produce Market Regulation Acts (APMC Acts). The new laws allow farmers to sell their produce outside of state-regulated mandis without taxes and fees, giving farmers more market access and options to get a fair price. This reduces the pressure on farmers by providing a more competitive market outside of the inefficiencies of the APMC system, including interference by middlemen and increasing corruption.
The document discusses various problems faced in agricultural marketing in India, including a large number of middlemen reducing farmers' profits, small landholdings, forced sales, lack of transportation and storage facilities, and issues with the APMC Acts. It provides suggestions to improve the situation such as establishing regulated markets, improving marketing channels through direct sales, contract farming, improving grading/standardization, handling/packing, transportation, and providing market information, training and credit access to farmers. Amending the APMC Acts and increasing government investment in agricultural infrastructure are also recommended.
The document discusses agricultural value chains. A value chain describes the range of activities and actors involved in bringing an agricultural product from production to final consumption, with value added at each stage. It analyzes the factors that influence performance at each stage, from input suppliers to final buyers. Value chain analysis is a useful tool to understand trends, identify problems and opportunities for improvement, and inform policy interventions.
Participatory Rangeland management practice in Ethiopiazula27
This document summarizes a participatory rangeland management project piloted in the lowlands of Bale, Ethiopia from July 2012 to May 2013. The project aimed to improve pastoral livelihoods and rangeland productivity. Key outputs included establishing rangeland management institutions in 4 kebeles, developing rangeland management plans, and finalizing a participatory rangeland management manual. Activities involved resource mapping, stakeholder analysis, capacity building, and the development of bylaws and management agreements. The project also identified livelihood opportunities including livestock trading, gum and resin production, and honey processing, and established groups to develop these activities.
This document discusses extension education, including its meaning, nature, scope, importance, and leadership. It defines extension as stretching out education to rural areas through non-formal means, with the goal of sustainable improvement in quality of life. Extension aims to develop human capabilities through changing knowledge, skills, attitudes, and behaviors. It is important as it respects individuals, speeds adoption of innovations, and provides feedback to researchers. Extension covers various disciplines and uses different approaches like decentralized and market-led models. ICT tools are also helping extension reach more farmers. The role of extension is to facilitate learning through demonstrations and participation.
Market-led extension focuses on identifying customer needs before offering services. It is demand-driven, client-oriented, and aims to provide high returns for farmers. Agricultural extension personnel play key roles like conducting SWOT analyses of markets, organizing farmer groups, establishing marketing linkages, and acquiring market intelligence. Challenges include the large size of extension systems, integrating information technology, diverse farm conditions, and improving market intelligence and extension reforms. Effective market-led extension produces based on demand, works with efficient farmer groups, uses various market information sources, and improves communication within marketing channels. Reforms are needed to empower farmers with market knowledge and provide competitive marketing options and infrastructure investments.
The document discusses market led agriculture, including its evolution, key concepts, dimensions, institutions, issues and policies. It provides an introduction to market led agriculture and how the focus has shifted from production-led agriculture to making farmers producers and sellers. It outlines the objectives and roles of extension workers in market led agriculture. It also discusses some of the key institutions, issues around quality standards, infrastructure and information gaps, and different government policy initiatives and future directions.
The Intensive Agricultural District Programme (IADP) was launched in 1960 with Ford Foundation assistance to rapidly increase agricultural production in pilot districts. It aimed to concentrate financial, technical, and administrative resources to achieve a self-sustaining increase in productivity. The program was initially implemented in 140 blocks across 7 states and later expanded. Key activities included supplying credit, inputs, marketing support, infrastructure, and education. Implementation involved preparatory and operational phases with farm and village planning. The program was financed through contributions from Ford Foundation, GOI, and state governments and evaluated for effectiveness. Significant achievements included improved productivity benefiting farmers while limitations included a narrow scope and over-reliance on external resources.
1) Farm mechanization in India faces problems due to small land holdings, lack of knowledge and financial constraints among small farmers. Government initiatives to promote mechanization include training programs and subsidies.
2) The average farm power availability in India is 1.5 kW/ha but varies widely between states. States with higher availability such as Punjab have much higher agricultural productivity. In Assam, availability is only 0.8 kW/ha, below the national average.
3) Strategies to increase farm mechanization in India include developing equipment suitable for different terrains, establishing farm machinery banks, increasing average power availability, and strengthening collaboration between farmers and researchers.
The document discusses sustainable agriculture. It defines sustainable agriculture as farming practices that are ecologically sound, economically viable, and socially beneficial. Some key techniques of sustainable agriculture mentioned are crop rotation, mixed cropping, intercropping, and cover cropping. These techniques help ensure healthy soil and crop growth without depleting resources. The document also includes images showing examples of crop rotation, mixed cropping, intercropping, and cover cropping.
Rural development and agricultural extension aims to improve livelihoods in rural areas. Extension provides critical knowledge to increase productivity and sustainability in agriculture. It helps farmers adopt new technologies and practices on a voluntary basis to boost production and incomes. When agriculture is successful, it drives economic growth and creates jobs in rural communities. Extension also develops other sectors like education, infrastructure, nutrition, health, housing and water supply to improve quality of life. The strategies involve technological reforms, organizational development, and transforming social and economic relationships to benefit disadvantaged groups. Overall, a strong extension system supports rural development by empowering communities and applying a bottom-up approach.
Agriculture began around 10,000 years ago when nomadic hunter-gatherers settled and began cultivating plants and domesticating animals. This led to the development of civilizations with division of labor. Important early centers of agriculture emerged independently in several regions including China, India, the Near East, and Mesoamerica where crops like millet, rice, wheat, maize were domesticated. Over time agricultural practices advanced, but population growth created food supply challenges addressed by the Green Revolution through high-yielding varieties and modern inputs. Today major international research organizations continue working to develop new technologies and improve global food security.
This document lists several agricultural development programs implemented in India between 1960-2000 including:
- The Intensive Agriculture Development Program (IADP) launched in 1960 to provide loans, seeds, and tools to farmers.
- The High Yielding Variety Program (HYVP) launched in 1966 to increase food grain productivity through adoption of improved varieties and inputs.
- The Small Farmers Development Agency (SFDA) and Marginal Farmers and Agricultural Labor Agency (MFALA) launched in 1973 and 1974 respectively to provide technical and financial assistance to small and marginal farmers.
Innovation systems approach for agricultural transformationILRI
This document discusses innovation systems and their importance for agricultural transformation. It defines innovation as the application of new knowledge to improve performance. An innovation system is a network of organizations and individuals involved in knowledge creation and use for social and economic benefit. Innovation capacity refers to the patterns of interaction between actors and the policies that support knowledge exchange, technological change, and learning. The innovation systems approach aims to develop local capacity for problem identification and solution generation through partnerships between various stakeholders. Three key points are made: 1) Technologies alone are not enough - partnerships are vital for innovation; 2) Innovation capacity depends on social arrangements that facilitate knowledge sharing; 3) The roles of various actors and nature of their linkages must be considered to strengthen innovation processes.
This document provides an overview of farm inputs and management in India. It discusses key agricultural inputs such as seeds, fertilizers, and pesticides. For seeds, it summarizes India's seed industry size, key players, seed replacement rates, export and import policies. For fertilizers, it outlines consumption trends, production, the role of subsidies, and challenges around nutrient use efficiency. For pesticides, it briefly discusses India's pesticide industry and market distribution by product categories. The document aims to educate about the various agricultural inputs and management practices important for Indian agriculture.
Rapid rural appraisal A Presentation By Mr Allah Dad khanMr.Allah Dad Khan
This document outlines the key information to gather and principles to follow when conducting field research on agricultural systems. Researchers should observe patterns of crop production, land use, and farmer behavior. They should converse with farmers to understand their concerns and views. Researchers must carefully record all information and notes taken in the field. Developing agricultural maps is an effective way to systematically record basic data about crop types, field sizes, irrigation, soils, and other field characteristics observed in the area under study.
Agricultural Marketing and Economic DevelopmentFazlul Hoque
This document discusses the importance and history of agricultural marketing. It outlines key benefits including increased farm income, market widening, and employment creation. It also examines factors that influence marketable surplus such as farm size, production levels, and consumption habits. Finally, it provides characteristics of ideal marketing systems, including pricing efficiency based on transportation and storage costs.
The document discusses new trends in agricultural extension, including a shift from top-down to bottom-up and production-led to market-led approaches. It outlines the need for market-led extension to help farmers understand market demands and consumer preferences in order to improve livelihoods. Examples of innovative market-led extension approaches provided include market intelligence, contract farming, and direct marketing. The challenges and dimensions of market-led extension are also summarized, along with some successful farmer entrepreneurs utilizing these approaches.
1) Market-led extension aims to make agriculture more market-oriented by providing farmers with market information and linking them to buyers. This helps farmers sell their produce remuneratively.
2) Key aspects of market-led extension include market analysis, intelligence gathering, forming farmer groups, and establishing marketing linkages between farmers, markets and processors.
3) While production has increased in India, connecting farmers to profitable markets remains a challenge. Extension needs to focus on empowering farmers with various marketing skills and consultancy beyond just production advice.
Problem of agricultural marketing in indiaSouvik Roy
The passage discusses the modern farm laws introduced by the Modi government in India to address issues with the existing Agricultural Produce Market Regulation Acts (APMC Acts). The new laws allow farmers to sell their produce outside of state-regulated mandis without taxes and fees, giving farmers more market access and options to get a fair price. This reduces the pressure on farmers by providing a more competitive market outside of the inefficiencies of the APMC system, including interference by middlemen and increasing corruption.
The document discusses various problems faced in agricultural marketing in India, including a large number of middlemen reducing farmers' profits, small landholdings, forced sales, lack of transportation and storage facilities, and issues with the APMC Acts. It provides suggestions to improve the situation such as establishing regulated markets, improving marketing channels through direct sales, contract farming, improving grading/standardization, handling/packing, transportation, and providing market information, training and credit access to farmers. Amending the APMC Acts and increasing government investment in agricultural infrastructure are also recommended.
The document summarizes ITC's e-Choupal initiative in India, which places computers with internet access in rural villages. The e-Choupals serve as both social gathering places and e-commerce hubs. The initiative began as an effort to improve the procurement of crops like soy, but has grown significantly. Key aspects of the model include using local farmers as "sanchalaks" or coordinators to run the village e-Choupal and build trust. The e-Choupals provide farmers information to get better prices for their crops and access other services, improving their income and productivity while generating profit for ITC.
The document summarizes the selection of priority value chains for a climate-friendly agribusiness project in Lao PDR. Rice and vegetables were selected based on 14 criteria in two categories: farmer inclusion/sustainability and value chain structure. For rice, strengths included potential outreach to farmers, increased incomes, and alignment with government priorities. Weaknesses included environmental impacts of production methods. For vegetables, strengths were income potential from domestic and export markets and social inclusion of women. The analysis found potential to improve post-harvest handling and market access for both commodities.
This document summarizes a study on the value chain analysis of coconut production and marketing in the state of Orissa, India. The study examined the various market channels through which coconut moves from farmers to consumers. It found that marketing channels are well established, moving from farmers to vendors to aggregators and finally to retailers and consumers. While the channels provide adequate capacity to handle supply and demand, little value addition is done at each stage. The study suggests promoting coconut-based industries through collaboration between state and central agencies to improve farmer incomes and increase value addition from the crop in Orissa.
This document proposes an "Integrated Corporate and Cooperative System" to address issues facing Indian agriculture. It would create agricultural management systems based on corporate and cooperative models. This would reduce intermediaries, increase production and incomes, and create transparent distribution networks. Key elements include resource management through scientific practices and cooperatives, farmer training and skills development, and providing entrepreneurship opportunities to create a balanced economy. The system aims to be scalable, sustainable, and improve livelihoods through increased incomes, storage, and transport quality while reducing environmental impacts. Challenges include land laws and risk/failure of policies, though modern techniques, education, and integrating programs could help overcome issues.
Rural development aims to improve living conditions in rural areas through agriculture development and other initiatives. It targets improvements in human resources, land reforms, infrastructure, poverty alleviation, and local resources. Rural development includes short, medium, and long-term credit from various sources for productive and unproductive purposes. It also involves agriculture marketing through assembly, storage, processing, transport, and distribution of commodities. Government interventions include market regulation, infrastructure, cooperatives, minimum prices, grading, and information dissemination to support rural development.
1. The document discusses agro-processing industries in India and their importance in the economy. It notes that agro-processing can help generate employment, improve rural incomes, and make India a major global player in processed foods and other agricultural products.
2. However, agro-processing in India remains underdeveloped, with only 3% of the workforce employed in the sector compared to 14% in developed countries. There are also regional disparities and constraints that have prevented balanced development.
3. The document examines issues that need to be addressed to promote growth of agro-processing industries, such as improving farmers' productivity and industry efficiency, increasing capacity utilization, developing organized markets and supply chains, and creating food
Contract farming can help increase farmer incomes in India by better linking them to markets and addressing issues like lack of capital, infrastructure, and technical knowledge. Under contract farming, a company agrees to purchase crops from farmers at a predetermined price in exchange for providing inputs, training, and buying the harvest. This benefits both farmers through guaranteed sales and prices, and companies by ensuring supply. However, risks exist like uncertainty in new crops, market changes, or companies not upholding contracts. Future strategies include improving farmer bargaining power and ensuring contracts are participatory and transparent. Case studies show companies partnering with governments and farmers groups have successfully increased crop productivity and farmer incomes through contract farming.
This document proposes an agribusiness model to boost agricultural productivity in India by acquiring small and fragmented lands from farmers through leasing. A management system involving various departments like finance, research & development, negotiations would increase yields through improved techniques and maximize profits. Farmers would organize into a cooperative and benefit from higher incomes, knowledge sharing, reduced costs. Risks around production, markets and environment are mitigated through insurance, diversification and building resilience.
capacity building in agricultural trade2rishabhkumar
international trade barriers both tariff and non-tariff.
Indian perspective
Trade competitiveness of rice
Case study on India-Pakistan bilateral trade in agriculture
The document discusses agricultural value chains and value chain finance. It makes several key points:
1. Agricultural value chains involve a series of actors from input suppliers to producers, processors, exporters, and buyers to bring agricultural products to market. Strong value chains require cooperation between these actors.
2. Financing is a challenge all along the agricultural value chain, from input suppliers to farmers to traders. Financial institutions have been reluctant to finance smallholder farmers due to risks.
3. Alternative approaches to agricultural value chain financing include contract farming, warehouse receipts, and financing larger actors who can then provide credit to smaller players. Public-private partnerships also support agricultural value chain development and financing.
Cooking banana is the main staple crop in Uganda, accounting for 65% of food and 35% of income for smallholders. However, post-harvest losses range from 3-40% due to poor handling, transportation, and pricing issues. This business case proposes reducing these losses and improving marketing through upgrading storage, transport, adopting varieties with longer shelf life, establishing a weight-based pricing system, and staggering production to smooth supply. A cost-benefit analysis found the interventions to be economically viable. The goal is to increase smallholder incomes and supply of cooking bananas in Uganda by 15% and 10% over 10 years.
Cooking banana is the main staple crop in Uganda, accounting for 65% of food and 35% of income for smallholders. However, post-harvest losses range from 3-40% due to poor handling, transportation, and pricing issues. This business case proposes reducing these losses and improving marketing through upgrading storage, transport, adopting varieties with longer shelf life, establishing a weight-based pricing system, and staggering production to smooth supply. A cost-benefit analysis found the interventions to be economically viable. The goal is to increase smallholder incomes and supply of cooking bananas in Uganda by 15% and 10% over 10 years.
Cooking banana is the main staple crop in Uganda, accounting for most of the daily caloric intake. However, post-harvest losses of cooking bananas range from 3-40% due to factors like bruising and theft. This business case proposes reducing these losses and increasing farmer incomes through promoting longer-lasting varieties, staggered harvesting, upgrading storage and transport, and introducing weight-based pricing. A cost-benefit analysis found that these interventions could profitably reduce losses by 10-15% and increase incomes of farmers and other value chain actors by 15% over 10 years, improving food security and livelihoods for hundreds of thousands in Uganda.
Reducing postharvest losses and promoting product differentiation Banana cook...RTBENDURE
Cooking banana is the main staple crop in Uganda, accounting for most of the daily caloric intake. However, post-harvest losses of cooking bananas range from 3-40% due to factors like bruising and spoilage. This business case proposes reducing these losses and improving the cooking banana value chain in Uganda through strategies like promoting longer-shelf life varieties, establishing a weight-based pricing system, and helping farmers space out production to avoid price drops from oversupply. A cost-benefit analysis found that proposed interventions like reducing losses and upgrading storage could increase farmer incomes by 15% and have benefit-cost ratios above 1, indicating economic viability. The goal is to boost incomes for 500,000 farmers and 50,000 other
This document discusses strategies to boost agricultural productivity in India through crop diversification and a cluster cooperative approach. It proposes a four-tier cooperative structure consisting of farmers' unions, district federations, state federations, and a zone-level federation to facilitate crop diversification, input supply, marketing, and risk management. The cooperative model aims to address issues stemming from small landholdings, rain-fed agriculture, lack of credit access, inadequate insurance and supply chain challenges in Indian agriculture. The long-term goal is for the cooperative system to become self-sustaining by increasing productivity, diversifying activities, and reinvesting profits.
The document discusses contract farming and horticulture in India. It defines contract farming as an agreement between farmers and buyers to produce agricultural goods according to set standards, in exchange for support. The objectives of contract farming include reducing procurement loads, promoting rural development, and increasing private investment. Horticulture involves cultivating fruits, vegetables, flowers and other plants. India's horticulture sector has grown significantly and provides employment and income opportunities. Major schemes support the development of horticulture in India.
This document proposes a value delivery network model to improve agricultural productivity in India. It discusses the current challenges facing Indian agriculture such as declining GDP contribution and employment in agriculture. It then outlines the proposed model which would establish zonal committees to oversee regions classified based on soil type and water availability. Villages would be organized into zones monitored by zonal officers. The model aims to increase farmer incomes and empowerment through better access to technology, markets, resources and knowledge. It discusses implementation challenges and expected outcomes like increased production and rural employment.
The fundamental principle of the classical theory is that the economy is self‐regulating. Classical economists maintain that the economy is always capable of achieving the natural level of real GDP, which is the level of real GDP that is obtained when the economy's resources are fully employed.
National output or income was determined by real factors such as capital stock, state of technology, labour supply and in no way was affected by the general price level which was determined by the quantity of money. This classical doctrine is generally referred to as classical dichotomy.
While circumstances arise from time to time that cause the economy to fall below or to exceed the natural level of real GDP, self‐adjustment mechanisms exist within the market system that work to bring the economy back to the natural level of real GDP.
The classical doctrine—that the economy is always at or near the natural level of real GDP (full employment)—is based on two firmly held beliefs:
The assumption of the full employment of labour and other productive resources
Belief that prices, wages, and interest rates are flexible.
The general over production, and hence general unemployment, is impossible.
The normal situation is stable equilibrium at full employment.
The classical economist believe that the policy of laissez-faire guaranteed normal full employment. They had great faith in free and perfect competition, efficacy of the profit motive and price mechanism to remedy the temporary ills of the economic system and ensure full employment.
Prof. Pigou says, “With perfectly free competition, there will always be at work a strong tendency for wage rates to be so related to demand that everybody is employed.”
They treated money as a mere medium of exchange. (Transaction motive)
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Property rights in natural resource management are important because they provide incentives for people to manage natural resources responsibly. When people have an ownership stake in a resource, they are more likely to take steps to protect it, use it sustainably, and share it equitably. Property rights also create a system of accountability, ensuring that those who manage the resource are held responsible for their actions. Finally, property rights can provide a mechanism for resolving disputes over natural resources, promoting the peaceful resolution of conflicts. Property rights also promote economic efficiency by allowing private individuals and companies to reap the benefits of their investments in natural resources. This encourages innovation and technological advances that can improve the management of natural resources. Finally, property rights protect against externalities, such as pollution, by creating incentives to manage resources responsibly.
PERT (Programme Evaluation and Review Technique) was developed in 1956–58 by a research team to help in the planning and scheduling of the US Navy’s Polaris Nuclear Submarine Missile project involving thousands of activities. The objective of the team was to efficiently plan and develop the Polaris missile system.
This technique has proved to be useful for projects that have an element of uncertainty in the estimation of activity duration, as is the case with new types of projects which have never been taken up before.
Project management is important for several reasons:
1. Effective planning: Project management provides a structured approach to planning and executing projects. By defining clear objectives, timelines, and milestones, project managers can ensure that everyone on the team is working towards a common goal and that resources are allocated efficiently.
2. Cost control: Project management helps to control costs by identifying potential cost overruns early on and taking corrective action to prevent them. By keeping a close eye on project finances, project managers can ensure that the project stays within budget.
3. Risk management: Projects are inherently risky, and project management helps to identify, assess, and mitigate risks throughout the project lifecycle. By proactively managing risks, project managers can reduce the likelihood of negative outcomes and ensure that the project is completed successfully.
4. Improved communication: Good project management involves clear communication among team members, stakeholders, and sponsors. This helps to ensure that everyone understands their roles and responsibilities, and that there are no surprises or misunderstandings along the way.
5. Quality control: Project management also focuses on ensuring that the project delivers a high-quality output. By defining quality standards and conducting regular quality checks, project managers can ensure that the final product meets the requirements and expectations of stakeholders.
Property Rights IMPLICATIONS FOR CONSERVATION.pptxSnehal Athawale
Property rights in natural resource management are important because they provide incentives for people to manage natural resources responsibly. When people have an ownership stake in a resource, they are more likely to take steps to protect it, use it sustainably, and share it equitably. Property rights also create a system of accountability, ensuring that those who manage the resource are held responsible for their actions. Finally, property rights can provide a mechanism for resolving disputes over natural resources, promoting the peaceful resolution of conflicts. Property rights also promote economic efficiency by allowing private individuals and companies to reap the benefits of their investments in natural resources. This encourages innovation and technological advances that can improve the management of natural resources. Finally, property rights protect against externalities, such as pollution, by creating incentives to manage resources responsibly.
Supply Chain Management Changing business environment and Present need.pptxSnehal Athawale
Supply chain management (SCM) is the coordination of all activities involved in the planning, sourcing, production, and delivery of products or services to customers. The business environment is constantly changing, and these changes have a significant impact on SCM. Here are some of the ways in which the changing business environment is affecting SCM:
Globalization: The globalization of markets has created new opportunities for businesses to source and sell products across the world. However, it has also made SCM more complex as companies have to deal with multiple suppliers, varying regulations, and cultural differences.
Technology: The use of technology has revolutionized SCM, making it easier to manage processes, track products, and communicate with suppliers and customers. However, it has also created new challenges, such as cybersecurity risks and the need for skilled personnel.
Sustainability: The growing concern for the environment has made sustainability an important consideration in SCM. Companies need to find ways to reduce their carbon footprint, use renewable resources, and minimize waste.
Customer expectations: Customers are becoming more demanding, expecting products to be delivered faster, at lower costs, and with greater customization. This is putting pressure on SCM to be more efficient and flexible.
The present need for SCM is critical, as it enables businesses to compete in today's complex and dynamic environment. SCM helps companies to:
Optimize their operations: SCM helps businesses to streamline their processes, reduce costs, and improve efficiency.
Manage risk: SCM helps companies to identify and manage risks in their supply chain, such as supplier bankruptcy or natural disasters.
Enhance collaboration: SCM facilitates collaboration between different functions within a business and between suppliers and customers, leading to better communication and alignment.
Improve customer service: SCM helps businesses to meet customer demands by delivering products faster, with higher quality, and at lower costs.
Overall, SCM is essential for businesses to remain competitive and adapt to the changing business environment. It enables companies to respond to challenges and opportunities, while improving their efficiency and effectiveness.
Supply Chain Management Approaches Traditional vs Modern SCM.pptxSnehal Athawale
Supply chain management (SCM) refers to the management of the flow of goods and services from the point of origin to the point of consumption. Effective SCM is essential for companies to ensure timely delivery of goods, minimize inventory costs, and improve customer satisfaction. There are two main approaches to SCM: traditional and modern.
Traditional SCM focuses on optimizing the supply chain by minimizing costs and maximizing efficiency. The approach is based on a linear, sequential model that involves sourcing raw materials, transforming them into finished goods, and delivering them to customers. The traditional approach is often associated with a centralized decision-making process, with a strong emphasis on control and coordination. The focus is on reducing costs and improving efficiency through the use of lean production techniques and just-in-time inventory management.
In contrast, modern SCM emphasizes collaboration and flexibility, with a focus on meeting customer needs and achieving sustainability goals. The modern approach is based on a circular, networked model that involves multiple stakeholders working together to create value. The modern approach is often associated with decentralized decision-making processes, with a strong emphasis on collaboration and communication. The focus is on achieving sustainability and resilience through the use of digital technologies, data analytics, and supply chain visibility.
Some of the key differences between traditional and modern SCM include:
Focus: Traditional SCM focuses on reducing costs and improving efficiency, while modern SCM focuses on meeting customer needs and achieving sustainability goals.
Decision-making: Traditional SCM relies on centralized decision-making processes, while modern SCM emphasizes decentralized decision-making processes.
Collaboration: Traditional SCM is based on a linear model that emphasizes control and coordination, while modern SCM is based on a circular model that emphasizes collaboration and communication.
Technology: Modern SCM makes greater use of digital technologies, data analytics, and supply chain visibility to achieve sustainability and resilience.
Overall, while both traditional and modern SCM approaches have their strengths, the modern approach is seen as more effective in meeting the complex challenges of today's global supply chains, including sustainability, flexibility, and resilience.
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Property rights have significant implications for conservation efforts. When people have secure property rights over natural resources, they have an incentive to conserve and sustainably manage those resources over the long term. This can include investing in practices such as reforestation, sustainable agriculture, and fishing practices that conserve and protect natural habitats.
On the other hand, when property rights are insecure, conservation efforts can be more difficult to implement. For example, in areas where land tenure is unclear or contested, conservation organizations may have difficulty working with local communities to establish protected areas or conservation agreements. This can lead to conflict over land and resources, and ultimately hinder conservation efforts.
Secure property rights can also be important for promoting the participation of local communities in conservation efforts. When people have a stake in the management and protection of natural resources, they are more likely to participate in conservation initiatives and support conservation goals. In contrast, if people do not have secure property rights, they may be more likely to engage in unsustainable practices, such as illegal logging or poaching, as they do not have a long-term stake in the health of the resource.
Overall, the implications of property rights for conservation highlight the importance of ensuring that people have secure and well-defined property rights over natural resources, and that conservation efforts are designed to work within existing property rights frameworks. By doing so, it is possible to build a more sustainable and equitable future for both people and the environment.The Meghalaya Community Led Landscape Management Project is an initiative aimed at promoting sustainable management of natural resources in the state of Meghalaya, India. The project is funded by the Global Environment Facility (GEF) and implemented by the Government of Meghalaya, in partnership with the United Nations Development Programme (UNDP).
The main objective of the project is to support community-led approaches to natural resource management in Meghalaya, with a focus on improving livelihoods, reducing poverty, and conserving biodiversity. Specifically, the project aims to:
Improve the management of community forests, including strengthening community institutions and governance structures, promoting sustainable harvesting practices, and increasing community participation in decision-making processes.
Enhance the sustainable management of watersheds, through activities such as rainwater harvesting, soil and water conservation, and the promotion of sustainable agriculture practices.
Support the conservation of biodiversity, by promoting the establishment of protected areas and community-conserved areas, and supporting efforts to reduce threats to biodiversity such as habitat loss and fragmentation.
Increase awareness and knowledge among communities
Property rights play an important role in natural resource management. They define who has the right to access, use, and manage natural resources such as land, water, forests, fisheries, and minerals. Property rights can be held by individuals, communities, or the state.
Secure property rights provide incentives for individuals and communities to invest in the management of natural resources, leading to better outcomes for both people and the environment. When people have secure property rights, they are more likely to invest in sustainable management practices, conserve resources, and prevent degradation.
In contrast, insecure property rights can lead to overexploitation, degradation, and conflict over natural resources. For example, in areas where land tenure is unclear or disputed, people may engage in unsustainable practices such as overgrazing or deforestation, as they do not have the security of knowing that they will benefit from long-term investments in the land. Efforts to strengthen property rights in natural resource management include land titling and registration, community forestry management, and catch-share programs in fisheries. These approaches aim to provide greater clarity and security around property rights, leading to more sustainable and equitable outcomes for all stakeholders.
This document provides an overview of operations research and linear programming techniques. It begins with an introduction to the graphical method for solving linear programming problems with two variables by plotting the feasible region defined by the constraints. It then defines key terms like feasible solutions and optimal solutions. The document provides examples of using the graphical method to find the optimal solution for both maximization and minimization problems. It also discusses special cases that can occur with linear programs, such as alternative optimal solutions, unbounded solutions, infeasible solutions, and degenerate solutions. Finally, it provides an introduction to the concept of duality in linear programming.
The classical doctrine—that the economy is always at or near the natural level of real GDP (full employment)—is based on two firmly held beliefs:
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Objectives are statements which describe what the learner is expected to achieve as a result of instruction.
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Enhancing bargaining power of farmers
1.
2. Dr Panjabrao Deshmukh Krishi Vidtapeeth, Akola
2
Department of Agricultural Economics and Statistics
Post Graduate Institute, Akola.
AG.ECON-591
MASTER SEMINAR
ON
Enhancing Bargaining Power of Farmers in India
Seminar Incharge
Dr. V. K. Khobarkar
(Assistant Professor, Dept.
Agril. Econ. & Stat.)
Research Guide
Dr. S. N. Suryawanshi
(Assistant Professor, Agril. Econ. &
Stat. Section.)
Presented By
Athawale Snehal Shivlal
M.Sc. (Second Year)
Department of Agricultural
Economics And Statistics
3. 3
• To examine the bargaining power of the
farmers in India.
Objective 1
• To assess the effect of Farmers
collectives and market intervention.
Objective 2
4. Points to be discussed…. 4
Introduction
What is bargaining power and
why it is necessary.
Land Holdings
Who are India’s Farmers ?
Need for Reforms
What is to be Done for Strengthening
the Bargaining Position of Farmers in
the Market?
Distribution of average monthly income
per agricultural households by sources
Indebtedness of agricultural
households
Farmers’ Average share in
retail prices
Average Monthly Income
Factors Influences the mark ups on
Farm Gate Prices
Price Formation mark-ups
Importance of Agricultural marketing
The Culmination of Previous
Reform Attempts Successful Farmer Collectives and
Market intervention by the state
governments
• ITC e-Choupal
• e-NAM
• Maha Mango/Maha Grapes/ Maha
Mandarin/Maha Anar of Maharashtra
• Unified Market Platform (UMP) of
Rashtriya e-Market Services (ReMS).
References
5. Introduction
What is Bargaining Power and why it is necessary
Bargaining Power: ‘The power to obtain a concession from another party by threatening to impose a cost, or
withdraw a benefit, if the party does not grant the concession.’ - The emphasis of the definition is on a specific
negotiation among certain parties.
•The condition of the farmers who are facing difficulties due to farmers' bargaining position is still weak when
compared with the sellers.
•Farmers often negotiate prices for their produce from a weaker bargaining position, which stems from a lack of
outside options (in terms of buyers), risk aversion, lack of patience, high transportation costs, and the perishable
nature of the crops.
• Some other examples of risks that weaken farmers’ bargaining power include the risk of middlemen abandoning the
region in favor of more profitable areas, the risk of future prolonged droughts, and the risk of oversupply of farm
produce. In addition to these risks, farmers face significant institutional and infrastructure-related hurdles in their
pursuit of attractive prices for perishable farm produce. Transportation and storage infrastructures are often lacking or
costly in poorer regions, preventing farmers from taking their produce to distant markets that may offer better prices.
• Even if a farmer does manage to get produce directly to the central markets (locally known as “mandi” in India),
there is no guarantee of receiving a better price because these markets are dominated by large traders and auction-
based sales of agricultural commodities.
• The weak bargaining position of farmers led to farmers underestimated the market mechanism system. Therefore,
we need a study to determine the cause of the weak bargaining position of farmers and how to improve the
bargaining position of farmers to achieve prosperity.
5
6. Land holdings
Who are India’s Farmers ?
Marginal and
small Farms
86.2%
Semi-Medium
and medium
farms
13.2%
Large sized
farms
0.6%
The average size of operational
holding in India is 1.15 ha.
86.2% Marginal and small
farmers (0-2 hectares).
13.2 % Semi- medium and
medium farms . (2-10 hectares).
0.6 % Large farms (10 hectares
and above).
Source : Agricultural Census 2015-16
6
7. 7
There is a disconnect between
agricultural growth and
improvement in farmers’ incomes
The value of agricultural produce at
retail prices is substantially higher than
the prices received by the farmers.
The margins that accrue to
middlemen between direct producer
and consumer are very high.
The increasing capital and credit
intensity of agricultural marketing
technology restricts market access to
small and marginal farmers.
8. The Need for Reform 8
Fragmented Markets
Each market functioned
as a separate entity,
hampering intra and
interstate trade.
Market Fees & Charges
Taxes, various
commissions raised the
cost of the final product,
while reducing the returns
to farmers
Inadequate Infrastructure
Infrastructure in markets
remained underdeveloped
and not in tune with
modern supply chains.
Licensing Barriers
Entry as a licensed agent
was restricted, discouraging
competition and
encouraging cartelisation
Inadequate Credit
Facilities
Informal credit
channels still
dominated formal
credit channels.
02
01
03
04
05
Post Harvest Losses
Inadequate
infrastructure, like Cold
storage led to high post
harvest losses
06
07
High Intermediation Costs
The fragmented system led to high
intermediation costs, raising costs
for consumers, while depressing
prices received by farmers
08
Monopoly by APMC’s
Treated Agri. Marketing as
localised subject, ensuring that
the produce grown in notified
area was only allowed to be sold
within itself
09
Long Marketing Channels
Channels distributing
produce to the consumer
are unnecessarily long
10
Information Asymmetry
Farmers often lacked market
information, which traders &
commission agents withheld
from farmers
10. Average Monthly Income 10
Average monthly income and consumption
expenditure: Average monthly income of the
agricultural households included net receipts from
cultivation, farming of animals, nonfarm business and
income from wages/ salaries. At all-India level,
average monthly income per agricultural household
during the agricultural year July 2012- June 2013 was
estimated as Rs.6426/-. During the reference period,
net receipt from farm business (cultivation and
farming of animals) accounted for 60 percent of the
average monthly income per agricultural household in
the country. Nearly 32 percent of the average monthly
income was contributed by income from wages/
salary. During the same period, the average monthly
consumption expenditure per agricultural household
was Rs.6223/-. There is wide disparity across states,
ranging from Rs. 18,059/- in Punjab to Rs. 3,558 in
Bihar.
Wage
32%
Cultivation
48%
livestock
12%
Non-Farm
8%
Distribution of average monthly income per
agricultural households by sources
wage
cultivation
livestock
non-farm
Source: Assessment survey of Agri. Households, NSSO 2014
11. Average monthly income (Rs.) and consumption expenditure (Rs) per agricultural household for
the agricultural year July 2012-June 2013 for different States/ Group of UTs 11
12. Indebtedness of agricultural households
• The information included all kinds of
outstanding loans irrespective of the
purpose for which loans were taken.
Statement shows the average amount of
outstanding loan per agricultural
household by size class of land possessed
for major States.
• The Statement reveals that about 52 %
of the agricultural households in the
country were estimated to be indebted.
The average amount of outstanding loan
per agricultural household was
Rs.47000/- (approx.).
•Andhra Pradesh had the highest share
of indebted agricultural households in
the country (92.9 percent) followed by
Telangana (89.1 percent) and Tamil Nadu
(82.5 percent).
•The average amount of outstanding loan
was highest for Kerala (Rs.213600/-)
followed by Andhra Pradesh (Rs.123400).
12
13. Farmers’ Average share in retail prices
28
33 33
49
55
60 61 63 65 68
74 75 76
0
10
20
30
40
50
60
70
80
To assess what price the farmers get
as a proportion of the final price paid by
the consumers, i.e., the relative
bargaining power of the farmers in the
price formation process for each
commodity vis-a-vis the traders and the
retailers. The survey findings revealed
that farmers’ average share in retail
prices vary between 28-78 per cent
across the 14 crops covered in the
survey - with a lower share in the case of
perishables (particularly, vegetables like
potato and onion) and higher share in
case of non-perishables (e.g., oilseeds
and spices)
Reserve Bank of India Annual Report 2018-19 :
• The survey covered a total of 9,403 respondents comprising farmers,
traders and retailers spread across the consumption and production
centre.
•The survey was conducted in 85 mandis spread across 16 states to
gather detailed information on price formation in 14 major food crops.
13
14. Factors Influences the mark ups on Farm Gate Prices 14
Farmer
Mandi charges: 0.8 per cent.
Commissions: 1.3 per cent
Loading/Unloading charges: ₹0.4/kg
Packing: ₹0.5/kg
Weighing: ₹0.3/kg
Assaying: ₹0.3/kg
Trader
Membership fee: ₹2412/year
Shop rentals: ₹5106/month
Cess/taxes: ₹0.7/kg
Labour charges: ₹0.4/kg
Transport cost: ₹1.0/kg
Storage cost: ₹1.0/kg
Retailer
Shop rentals: ₹4206/month
Local taxes: 1.2 per cent
Labour charges: ₹1.4/kg
Transport cost: range and per cent of
retailers
0-5 per cent: 75 per cent
6-10 per cent: 21 per cent.
Source : RBI bulletin 2019
15. Price Formation mark-ups
It was found that the mark-ups at the production and consumption centres for the traders and the retailers were
different - retailers’ margins were generally higher than the traders’ margins in consumption centres across
commodities, possibly due to significant product loss at the retail stage, particularly for perishables.Empirical
results suggest that factors contributing to greater efficiency in the supply chain such as better road network,
mandi infrastructure, tele-density to improve flow of information, irrigation facilities to reduce supply
uncertainties, and increase in overall literacy levels in the country enabling greater consumer awareness can
help reduce mark-ups.
Oct 2019
15
16. Importance of Agricultural marketing 16
Advanced agricultural
practices resulted in the
surplus production which
changed the subsistence
face of Indian
agriculture.
01
Approximately 33% of the
output of food grains,
pulses and nearly all of
the productions of cash
crops like cotton,
sugarcane, oilseeds etc.
are marketed as they
remain surplus after
meeting the consumption
needs of the farmers.
02
As agriculture sector
produces raw materials
for many of the other
industries, marketing of
such commercial
products assumes
significance.
03
Increased efficiency of
the marketing
mechanisms would result
in the distribution of
products at lower prices
to consumers having a
direct bearing on
national income.
04
17. What is to be Done for Strengthening the
Bargaining Position of Farmers in the Market?
17
Capacity building
Collectives capacity building
should be the core element for
strengthening the bargaining
position of farmers
Farmers ‘ Awareness
It should be built through
consolidation of their
collective strength
Government Interventions
Consist of framing rules and
regulations, promote
infrastructure development,
administration of prices etc.
Agri-food supply chain
Consolidation of
supply chain can lead
to efficiency gain.
Direct Linkages
Linkages with farm and
alternative markets needs to be
promoted to ensure cultivator
consumer connectivity.
Augmenting Credit Flow
Credit planning, adoption of
region specific strategies,
rationalization of lending policies
bringing down the rate of interest
on farm loan.
18. Successful Farmer Collectives and Market intervention
by the state governments
ITC e-Choupals
e-NAM
Maha Mango/Maha Grapes/Maha Anar of Maharashtra
Unified Market Platform (UMP) in Karnataka
18
19. ITC e-Choupal
International Business
Division of Indian Tobacco
Company (ITC) started
about 6500 e-choupals in
40,000 villages of 10 states
to network villages and
procures agricultural
products for domestic and
export purposes (ITC,
echoupal portal)
ITC e-Choupal, has
empowered 4 million
farmers in India. farmers
increased their sales
realisation by 10 to 15 per
cent and it succeeded in
saving procurement cost
to the tune of 3 to 4 per
cent.
Crop Advisory
Personalized crop
advisory services to
help improve crop
productivity, quality
and farmer incomes
Crop Monitoring
Capturing information of
stage-wise crop
production practices &
crop health. Analysing
the data for improved
efficiency of processes,
customized advisory to
farmers
Farmer Forums
Information sharing
network that
facilitates farmer-
farmer and farmer
expert interactions on
crop production
practices and
marketing
Marketplace for Agri
Inputs Customized
high quality agri-input
recommendations
based on farm data,
weather information,
package of practices
and alignment to
market quality
requirements
19
20. ITC has set up small internet kiosks at the village
level to provide real-time market information related
to prices, availability of inputs, weather data and other
aspects relevant to farmers. Locally identified farmers,
called sanchalaks, manage these kiosks. Farmers can
sell their produce directly to ITC and get cash in ITC
collection centers. It benefits farmers in getting higher
farm gate prices, as ITC could directly procure from the
farmers by removing the intermediaries. It also
benefits the company by reducing its sourcing cost and
gaining wider reach and networks. ITC’s intervention in
supply chain benefits the farmers by increasing their
sales. , ITC has also launched a pilot project, Baareh
Mahine Hariyali, that adds a new dimension to the
complex task of multiplying farmer incomes. The
programme has demonstrated encouraging results
within a short span of time.
20
21. e-NAM
In Chhattisgarh and Andhra Pradesh, for traders participating
in e-NAM, Rs. 0.25 rebate is given in the market fee to be
paid on every purchase of notified agricultural commodities.
In Sandspur Market of Gujarat, 30 per cent exemption in the
total market fee is given to the traders operating through e-
NAM.
In Madhya Pradesh and Uttarakhand, 0.5 per cent to 10 per
cent market fee is waived on e-NAM proceedings
respectively.
These incentives will have their impact on the ultimate
consumer prices in a big way. That the farmers get benefitted
from e-auction is evident from the fact that the arrivals in the
market after introduction of e-NAM have been increasing
steadily.
The value of commodities traded through the unified
platform (e-NAM) has almost doubled from Rs. 6,509 crore in
2014-15 to Rs. 12,597 crore in 2015-16.
Around 1.68 crore farmers registered and Rs. 1.14 lakh crore
of trade value carried out through e-NAMs.
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22. According to Union Budget 2021-22, 1000 more mandis to be integrated with e-NAM to bring transparency and competitiveness.
23. Fruit Crop Total export
from India in
MTs
Value in INR
Lakhs
Area under crop
in Maharashtra
(ha)
Maharashtra’s
Production (MTs)
Major export to Varieties in Demand
Internationally
Mango 36329 31710 4,48,000 6,46,000 Middle East, UK,
Netherlands
Kent, Tomy Atkin,
Alphonso, Kesar
Grapes 156218 155132 35236 9,88,722 Middle East, UK,
Holland, Germany
Thompson seedless,
Emperor, Ruby seedless,
Red globe, Exotic
Mandarin 2527 1015 150786 8,81,478 Middle East Kinnow, Nagpur
Mandarins, Clemetine,
Tangerines
Anar 93673 35613 81376 50,948 Middle East, UK Ganesh, Aarakta
Maha Mango/Maha Grapes/ Maha Mandarin/Maha Anar of Maharashtra
MSAMB is a state level Organization working in the field of export of various fresh fruits, vegetable and
processed food product since last thirty four years. Export can provide better option for the marketing of agro
commodities and provide alternative way of utilization of surplus production. Some of the major Fruit crops
given as below.
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24. The Board has established post-
harvest training centre in
Talegaon near Pune to train the
farmers of different fruit co-
operatives.
The State Marketing Board of
Maharashtra provides handholding to
the entrepreneurial farmers to market
the fruits largely grown in the state
under its brand name, prefixing
“Maha” (short for Maharashtra) to
variety of fruits.
The farmers are organised into co-
operatives and the Board provides the
necessary technical support to them to
grow and market their produce both in
India and abroad.
Cargo hub is established at
Pune, where the farmers bring
their produce for upcountry
sale/export. At the cargo hub,
the produce is graded, packed
and air lifted to different
destinations.
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25. Unified Market Platform (UMP) of Rashtriya e-Market Services (ReMS).
Government of Karnataka had constituted a committee under the chairmanship of the Additional Secretary
to Government, Cooperation Department to explore means to improve the agricultural marketing system,
identify the interventions required in the sector and suggest necessary reforms.
ReMS was set up to implement the Agricultural Marketing Policy as a joint venture company, with Government
of Karnataka and the NeML having shareholding of 50 per cent each.
UMP was established in 2014 by the state government of Karnataka to unify all transactions occurring in the
state’s regulated agricultural wholesale markets to be carried out within a single online platform forming “One
State – Single Market”. By November 2019, 162 of the 164 regulated markets across 30 districts in the state
have been integrated to UMP.
Recently (2021), Around 66 Farmer Producer Organizations (FPOs) supported by Karnataka government and
NABARD were on boarded on the Unified Market Platform (UMP). These FPOs will now be accessible by 44,000
traders registered across 162 markets and will facilitate the trading of more than 60 agricultural commodities.
25
26. References
http://enam.gov.in
http://www.echoupal.com
https://www.msamb.com/Export/ExportSpecifications
http://www.remsl.in/
Agricultural Census 2015-16
Levia, R., Manoj Rajanb, Somya Singhvic, Yanchong Zhenga , (2019) The impact of unifying agricultural wholesale markets
on prices and farmers’ profitability. PNAS vol. 117,no. 5
National Sample Survey Office (2014): Key Indicators of Debt and Investment in India, NSS 70th Round, (January–
December 2013) Report No. NSS KI (70/18.2), Ministry of Statistics and Programme Implementation, National Sample
Survey Office, New Delhi.
Puspitasari, A., (2015), Farmer’s Prosperity: How to Increase Farmer’s Bargain Power (In Islamic Perspective). Procedia -
Social and Behavioral Sciences 211 ( 2015 ) 455 – 460.
Radhakrishna, R., (2020), Presidential Address Towards Inclusive Agricultural Development: Growth Performance,
Welfare Challenges and Policy Innovations. Indian Journal of Agricultural Economics Vol.75, No.1.
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27. References
Ranjan, R., (2017), Challenges to Farm Produce Marketing: A Model of Bargaining between Farmers and Middlemen under
Risk. Journal of Agricultural and Resource Economics 42(3):386–405.
RBI (2019) : Supply Chain Dynamics and Food Inflation in India. RBI Bulletin October 2019.
Reddy, A., S. S. Raju , Arnab Bose (2020), Farmers’ Income, Indebtedness and Agrarian Distress in India. The Microfinance
Review ,Volume XII(1)
Sorrentino A., Russo C., Cacchiarelli, L. (2017), Strengthening Farmers’ Bargaining Power in the New CAP. International
Journal on Food System Dynamics, Proceedings in System Dynamics and Innovation in Food Networks 2017, 123-127.
Union Budget 2021-22: Press Information Bureau Government of India.
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