With the increasing focus on the poor air quality level in National Capital Region of India, this concept paper explores opportunities for businesses to invest their CSR budgets into projects that can help reduce pollution from one specific source of pollution - field burning - while also tapping into the revenue and employment generation potential of these opportunities. A win-win scenario for all stakeholders through sustainable development.
April 2010 DFID CIMMYT Case Study Zero Till WheatCSISA
Zero-tillage wheat cultivation was introduced in India to reduce costs for farmers while preserving the environment. Through partnerships between 1997-2004, an estimated 620,000 farmers adopted no-till wheat production on 1.76 million hectares, increasing incomes by $180-340 per household annually. Key factors in widespread adoption included the development of affordable no-till seed drills, farmer training programs, and support from national agricultural research champions. Zero-tillage increased wheat yields and farmer profits while lowering greenhouse gas emissions and improving soil and water resources.
Agriculture can take several forms including commercial farming which aims to make a profit, sedentary farming where people permanently settle to farm the land, and shifting farming where farmers move areas. Arable farming involves growing crops while pastoral farming focuses on rearing animals. Political factors also influence farming through policies like set-aside which pays farmers not to use some lands, production quotas from the EU, and subsidies to support farmers.
Second green revolution for sustainable agriculture development Devegowda S R
The document discusses the need for a second green revolution in India to promote sustainable agriculture. It notes that while the first green revolution greatly increased food production, it had several shortcomings like benefiting large farmers more than small farmers. Current issues affecting Indian agriculture include overdependence on monsoons, declining investment, and growing rural poverty. The document argues that the second green revolution should focus on expanding irrigation, increasing coverage of crops beyond rice and wheat, ensuring adequate inputs and credit, improving rural infrastructure and human resources, and boosting agricultural marketing. This will help address issues of sustainability and make agriculture less vulnerable to climate impacts.
This document discusses techniques to enhance agricultural productivity in India. It begins by outlining some distressing facts about Indian agriculture, such as declining food grain availability and increasing indebtedness of farmer households. It then proposes several solutions in key areas needing intervention:
1) Proper utilization of small land holdings through cooperative farming and division of profit laws.
2) Improving irrigation through techniques like open hydroponics, trace irrigation, and improving water storage.
3) Using alternative pest control methods like sterile insect technique to reduce pesticide use.
4) Improving storage to address significant post-harvest losses through private storage models.
Agriculture is the backbone of modern Indiapixxy23
Agriculture is considered the backbone of Indian economy. Despite the fact that in the last 6 decades of planned development era since India became a Republic, a tremendous success India has achieved in the field of industries, agriculture and allied activities of agriculture still continues to provide employment to around 65 per cent of the total workforce.
Do not forget agriculture...!!!! because it is the backbone of India...
Without agriculture nothing is possible!!!!
Agriculture is the backbone of modern india !!!!
This document defines and describes various types of agriculture. It begins by explaining how nomadic humans settled and began growing crops, establishing the origins of agriculture. Key types of agriculture discussed include subsistence farming, where farmers focus on growing enough food for their families; intensive cultivation, using high amounts of labor, capital and technology; and extensive cultivation, utilizing large areas of land with low labor and capital inputs. The document also outlines plantation farming, organic farming, mixed farming, truck farming, dairy farming, and cooperative farming. Each type is concisely defined.
April 2010 DFID CIMMYT Case Study Zero Till WheatCSISA
Zero-tillage wheat cultivation was introduced in India to reduce costs for farmers while preserving the environment. Through partnerships between 1997-2004, an estimated 620,000 farmers adopted no-till wheat production on 1.76 million hectares, increasing incomes by $180-340 per household annually. Key factors in widespread adoption included the development of affordable no-till seed drills, farmer training programs, and support from national agricultural research champions. Zero-tillage increased wheat yields and farmer profits while lowering greenhouse gas emissions and improving soil and water resources.
Agriculture can take several forms including commercial farming which aims to make a profit, sedentary farming where people permanently settle to farm the land, and shifting farming where farmers move areas. Arable farming involves growing crops while pastoral farming focuses on rearing animals. Political factors also influence farming through policies like set-aside which pays farmers not to use some lands, production quotas from the EU, and subsidies to support farmers.
Second green revolution for sustainable agriculture development Devegowda S R
The document discusses the need for a second green revolution in India to promote sustainable agriculture. It notes that while the first green revolution greatly increased food production, it had several shortcomings like benefiting large farmers more than small farmers. Current issues affecting Indian agriculture include overdependence on monsoons, declining investment, and growing rural poverty. The document argues that the second green revolution should focus on expanding irrigation, increasing coverage of crops beyond rice and wheat, ensuring adequate inputs and credit, improving rural infrastructure and human resources, and boosting agricultural marketing. This will help address issues of sustainability and make agriculture less vulnerable to climate impacts.
This document discusses techniques to enhance agricultural productivity in India. It begins by outlining some distressing facts about Indian agriculture, such as declining food grain availability and increasing indebtedness of farmer households. It then proposes several solutions in key areas needing intervention:
1) Proper utilization of small land holdings through cooperative farming and division of profit laws.
2) Improving irrigation through techniques like open hydroponics, trace irrigation, and improving water storage.
3) Using alternative pest control methods like sterile insect technique to reduce pesticide use.
4) Improving storage to address significant post-harvest losses through private storage models.
Agriculture is the backbone of modern Indiapixxy23
Agriculture is considered the backbone of Indian economy. Despite the fact that in the last 6 decades of planned development era since India became a Republic, a tremendous success India has achieved in the field of industries, agriculture and allied activities of agriculture still continues to provide employment to around 65 per cent of the total workforce.
Do not forget agriculture...!!!! because it is the backbone of India...
Without agriculture nothing is possible!!!!
Agriculture is the backbone of modern india !!!!
This document defines and describes various types of agriculture. It begins by explaining how nomadic humans settled and began growing crops, establishing the origins of agriculture. Key types of agriculture discussed include subsistence farming, where farmers focus on growing enough food for their families; intensive cultivation, using high amounts of labor, capital and technology; and extensive cultivation, utilizing large areas of land with low labor and capital inputs. The document also outlines plantation farming, organic farming, mixed farming, truck farming, dairy farming, and cooperative farming. Each type is concisely defined.
Canh tác lúa cải tiên_More rice-for-people-more-water-for-the-planet-sriVõ Minh Phúc
The document summarizes the benefits of the System of Rice Intensification (SRI) compared to conventional rice production methods. SRI involves transplanting young seedlings in a spaced out pattern, keeping soil moist but not flooded, and incorporating organic soil amendments. This approach has been shown to increase yields by 47% on average while reducing water use by 40% and costs by 23%. Farmers adopting SRI achieve higher incomes with lower inputs. The document highlights experiences promoting SRI in Mali, Vietnam and India by Africare, Oxfam and WWF respectively, finding more resilient rural households and accelerated national adoption in countries where over two-thirds of rice is produced. SRI represents an opportunity to boost food security and
agricultue-the science,art or occupation concerned with cultivating land, raising crops and feeding, breeding and raising livestock.
the ppt includes:-
1. its importance
2. factors responsible for agriculture
3. types of farming
4. types of crops
5. technological and institutional reforms
6. role of agriculture
i hope the ppt willl be liked by you and will prove to be informative one.
thankyou!
The document outlines several causes of backwardness in Pakistani agriculture:
1) Lack of education among farmers who are unable to adopt modern scientific methods.
2) Poverty and lack of capital prevents farmers from purchasing improved seeds, fertilizers, and machinery.
3) Tradition and small land holdings prevent adoption of modern techniques.
4) Problems like waterlogging, salinity, and soil erosion lower crop yields and arable land.
5) Marketing and transportation difficulties prevent farmers from getting fair prices for their produce.
This document discusses subsistence farming, which provides a sustainable source of food for families or communities. There are two main types - family-based small farms where all produce goes to the immediate family, and community-based somewhat larger farms where most produce is used by the community. Subsistence farms are found in impoverished areas where they support families barely getting by, and also in developed nations where money plays a larger role. Key methods used include intercropping to maximize space, composting to improve soil, and chickens to fertilize land. Water is obtained through rain barrels or natural wells. Some farms earn income through CSAs or farmers markets.
The document discusses different types of agriculture including shifting cultivation, wet rice cultivation, plantation agriculture, and high-tech farming. Shifting cultivation involves clearing small plots of land and farming them until the soil becomes infertile, then moving to another plot. Wet rice cultivation is practiced in Asia and involves growing rice in flooded terraced fields. Plantation agriculture grows cash crops like oil palm on large estates. High-tech farming uses advanced technology like hydroponics, aeroponics, computers and machinery.
ITC Ltd. has pioneered agroforestry practices in India through large-scale commercial plantations that integrate trees and agricultural crops. Their model plants eucalyptus trees in paired rows at high densities of 2000 trees/ha while still allocating 75% of land for crops. This doubles farmers' incomes compared to conventional block planting. Through 158,000 ha of social forestry since 1992, ITC meets its wood needs sustainably while creating rural employment and offsetting carbon emissions. Scaling this agroforestry model across India's 75M ha of rain-fed land could meet pulpwood demand and improve livelihoods through enhanced and stabilized production.
Situation of land holding in India….
Problems….
Solution….
-Multi layer farming….
Project introduction
Selected crop information
Project description
Basic principle of multi-layer farming
Benefits of multi layer farming
Conclusion
The document discusses the promotion of System of Rice Intensification (SRI) in India. It outlines various government and non-government programs that have adopted SRI across different states. It notes that SRI has reached around 0.6% of total rice area in India, showing on average a 15% yield increase. Expanding SRI to 20 million farmers could achieve over 20% of the national food security target. Key constraints to adopting SRI include the need for continuous practice over seasons and lack of weeders. The document calls for a national SRI mission to promote household food security and collaboration between government and civil society to implement SRI at scale.
Agriculture of Gujarat State- Green RevolutionTushar Dholakia
- Agriculture is an important part of the economy in Gujarat state, with around two thirds of the population engaged in farming and relying on it for livelihood.
- The state faces issues from variations in rainfall, including droughts that impact crop growth and floods that can destroy standing crops. Major crops like groundnuts and cotton are affected.
- The government is implementing strategies to improve agriculture, such as providing soil health cards to farmers, promoting irrigation techniques, ensuring access to inputs, and connecting farmers with experts through various programs.
The document discusses different types of agricultural systems including subsistence farming, commercial farming, market gardening, high-tech farming, and plantation agriculture. It also describes factors that influence agriculture such as climate, soil, capital, technology, markets, and government policies. Wet rice cultivation is discussed as an example and involves inputs of climate, soil, labor, capital, and simple tools as well as processes of cultivation. Problems facing subsistence wet rice farmers include small farm size, labor shortages, tenancy issues, poverty, and natural hazards. The green revolution brought improvements like high-yielding varieties of crops but also problems such as high production costs, income gaps, and environmental issues.
FARM PLAN MODELS Of INTEGRATED FARMING SYSTEM For Small and Marginal FarmersSubham Dwivedi
This document describes an integrated farming system model for small and marginal farmers. The model incorporates crop production, dairy farming, horticulture, fisheries, apiary, and vermicomposting on a 1.5 hectare plot of land. The system aims to maximize productivity and profitability through efficient utilization and recycling of resources between the different enterprises. Byproducts from one component are used as inputs for others to minimize waste and optimize resource use. The integrated approach helps farmers meet their food, fodder, and income needs throughout the year in a sustainable manner.
The document summarizes an integrated farming adaptation strategy for small farmers in the Sundarbans coastal region of India. The strategy involves diversifying crops and livestock, constructing water management structures like ponds and canals, and closely integrating different subsystems like aquaculture, orchards, and cattle to make the farms more resilient to environmental stresses. Case studies show this approach has helped extend growing seasons, increase incomes, recycle nutrients, and reduce farmers' dependence on single crops or external inputs. However, watershed-level interventions and government support are also needed to address challenges like salinity intrusion and protect indigenous species.
Presentation at the Workshop on Crop Production Equipment for the System of Rice Intensification (SRI)
Presenter: Ram B. Khadka, Nepal Agricultural Research Council
Title: Performance of the USHA Weeder in Rice and Other Crops in Nepal
Date: November 1, 2014
Venue: ACISAI, Asian Institute of Technology, Thailand
Opportunities for small scale green fodder enterprise in Mulukanoor Women Dai...ILRI
Presented by Thanammal Ravichandran, Andy Hall and Michael Blummel at the Forage as Cash Crop and Opportunities for Green Fodder Enterprise Development Workshop, Kareem Nagar district, India, 4 April 2019
The Sustainable Sugarcane Initiative (SSI) aims to address water scarcity issues affecting sugarcane farmers through promoting cultivation practices that use less water and inputs. SSI was developed based on principles of 'more with less' agriculture after studying existing sustainable practices. Initial results from demonstration plots show improved yields compared to conventional methods while using less water. SSI is being scaled up across major sugarcane states in India through partnerships with stakeholders to improve water productivity in the sugar sector and support farmers.
Speaker: Khidhir Abbas Hameed,
Al Mishkhab Rice Research Station
Title: System of Rice Intensification SRI
Date: December 9, 2020
Organizer: Central and West Asian Rice Center (CWA Rice)
Venue: online
1. Agriculture provides the primary occupation for 70% of Indians and India is the second largest producer of wheat and rice globally.
2. The document outlines different types of farming practiced in India including primitive subsistence farming, intensive farming, and commercial farming.
3. Key crops grown in India are discussed along with their ideal temperature, rainfall, soil conditions, and major producing states. Crops include rice, wheat, maize, pulses, sugarcane, oilseeds, tea, coffee, fruits, vegetables, fibers and rubber.
Crop Diversification : A Paradigm for Sustainable AgricultureNikhil Kumar
This document summarizes a seminar presentation on crop diversification as a paradigm for sustainable agriculture. It discusses how crop diversification can increase farm incomes and stabilize productivity compared to a focus only on intensification during the Green Revolution. It provides background on the agriculture scenarios in India and the state of Bihar specifically. It defines crop diversification and discusses its importance, approaches, determinants, strategies and opportunities. It also outlines constraints to diversification and government policies to support it. Case studies show how diversification has improved yields, incomes, nutrient balances and land use efficiency compared to traditional rice-wheat systems.
The document discusses the issue of crop residue burning in India, particularly in northern states. It notes that rice, wheat, and sugarcane residue are burnt across India, causing pollution and health issues. Punjab alone contributes 65% of rice residue burnt at 34 million metric tons annually. Farmers resort to burning due to short windows between crops and lack of viable alternatives. The document proposes using super straw management systems in harvesters coupled with happy seeders as a solution, and outlines challenges to adoption including apprehensions about yields and limited availability of equipment. It discusses addressing this issue via awareness campaigns and promoting successful use cases.
The document provides details about the hypothetical village of Palampur, where farming is the main economic activity. It describes Palampur's population, infrastructure, agricultural practices, factors of production, and how farming and non-farming activities generate income and employment for villagers. Specifically, it notes that multiple cropping and use of modern farming methods have increased crop yields but may threaten long-term sustainability of the land. It also explains how land ownership affects livelihoods and that small farmers, landless laborers, and non-farm jobs are important for local livelihoods and income.
Canh tác lúa cải tiên_More rice-for-people-more-water-for-the-planet-sriVõ Minh Phúc
The document summarizes the benefits of the System of Rice Intensification (SRI) compared to conventional rice production methods. SRI involves transplanting young seedlings in a spaced out pattern, keeping soil moist but not flooded, and incorporating organic soil amendments. This approach has been shown to increase yields by 47% on average while reducing water use by 40% and costs by 23%. Farmers adopting SRI achieve higher incomes with lower inputs. The document highlights experiences promoting SRI in Mali, Vietnam and India by Africare, Oxfam and WWF respectively, finding more resilient rural households and accelerated national adoption in countries where over two-thirds of rice is produced. SRI represents an opportunity to boost food security and
agricultue-the science,art or occupation concerned with cultivating land, raising crops and feeding, breeding and raising livestock.
the ppt includes:-
1. its importance
2. factors responsible for agriculture
3. types of farming
4. types of crops
5. technological and institutional reforms
6. role of agriculture
i hope the ppt willl be liked by you and will prove to be informative one.
thankyou!
The document outlines several causes of backwardness in Pakistani agriculture:
1) Lack of education among farmers who are unable to adopt modern scientific methods.
2) Poverty and lack of capital prevents farmers from purchasing improved seeds, fertilizers, and machinery.
3) Tradition and small land holdings prevent adoption of modern techniques.
4) Problems like waterlogging, salinity, and soil erosion lower crop yields and arable land.
5) Marketing and transportation difficulties prevent farmers from getting fair prices for their produce.
This document discusses subsistence farming, which provides a sustainable source of food for families or communities. There are two main types - family-based small farms where all produce goes to the immediate family, and community-based somewhat larger farms where most produce is used by the community. Subsistence farms are found in impoverished areas where they support families barely getting by, and also in developed nations where money plays a larger role. Key methods used include intercropping to maximize space, composting to improve soil, and chickens to fertilize land. Water is obtained through rain barrels or natural wells. Some farms earn income through CSAs or farmers markets.
The document discusses different types of agriculture including shifting cultivation, wet rice cultivation, plantation agriculture, and high-tech farming. Shifting cultivation involves clearing small plots of land and farming them until the soil becomes infertile, then moving to another plot. Wet rice cultivation is practiced in Asia and involves growing rice in flooded terraced fields. Plantation agriculture grows cash crops like oil palm on large estates. High-tech farming uses advanced technology like hydroponics, aeroponics, computers and machinery.
ITC Ltd. has pioneered agroforestry practices in India through large-scale commercial plantations that integrate trees and agricultural crops. Their model plants eucalyptus trees in paired rows at high densities of 2000 trees/ha while still allocating 75% of land for crops. This doubles farmers' incomes compared to conventional block planting. Through 158,000 ha of social forestry since 1992, ITC meets its wood needs sustainably while creating rural employment and offsetting carbon emissions. Scaling this agroforestry model across India's 75M ha of rain-fed land could meet pulpwood demand and improve livelihoods through enhanced and stabilized production.
Situation of land holding in India….
Problems….
Solution….
-Multi layer farming….
Project introduction
Selected crop information
Project description
Basic principle of multi-layer farming
Benefits of multi layer farming
Conclusion
The document discusses the promotion of System of Rice Intensification (SRI) in India. It outlines various government and non-government programs that have adopted SRI across different states. It notes that SRI has reached around 0.6% of total rice area in India, showing on average a 15% yield increase. Expanding SRI to 20 million farmers could achieve over 20% of the national food security target. Key constraints to adopting SRI include the need for continuous practice over seasons and lack of weeders. The document calls for a national SRI mission to promote household food security and collaboration between government and civil society to implement SRI at scale.
Agriculture of Gujarat State- Green RevolutionTushar Dholakia
- Agriculture is an important part of the economy in Gujarat state, with around two thirds of the population engaged in farming and relying on it for livelihood.
- The state faces issues from variations in rainfall, including droughts that impact crop growth and floods that can destroy standing crops. Major crops like groundnuts and cotton are affected.
- The government is implementing strategies to improve agriculture, such as providing soil health cards to farmers, promoting irrigation techniques, ensuring access to inputs, and connecting farmers with experts through various programs.
The document discusses different types of agricultural systems including subsistence farming, commercial farming, market gardening, high-tech farming, and plantation agriculture. It also describes factors that influence agriculture such as climate, soil, capital, technology, markets, and government policies. Wet rice cultivation is discussed as an example and involves inputs of climate, soil, labor, capital, and simple tools as well as processes of cultivation. Problems facing subsistence wet rice farmers include small farm size, labor shortages, tenancy issues, poverty, and natural hazards. The green revolution brought improvements like high-yielding varieties of crops but also problems such as high production costs, income gaps, and environmental issues.
FARM PLAN MODELS Of INTEGRATED FARMING SYSTEM For Small and Marginal FarmersSubham Dwivedi
This document describes an integrated farming system model for small and marginal farmers. The model incorporates crop production, dairy farming, horticulture, fisheries, apiary, and vermicomposting on a 1.5 hectare plot of land. The system aims to maximize productivity and profitability through efficient utilization and recycling of resources between the different enterprises. Byproducts from one component are used as inputs for others to minimize waste and optimize resource use. The integrated approach helps farmers meet their food, fodder, and income needs throughout the year in a sustainable manner.
The document summarizes an integrated farming adaptation strategy for small farmers in the Sundarbans coastal region of India. The strategy involves diversifying crops and livestock, constructing water management structures like ponds and canals, and closely integrating different subsystems like aquaculture, orchards, and cattle to make the farms more resilient to environmental stresses. Case studies show this approach has helped extend growing seasons, increase incomes, recycle nutrients, and reduce farmers' dependence on single crops or external inputs. However, watershed-level interventions and government support are also needed to address challenges like salinity intrusion and protect indigenous species.
Presentation at the Workshop on Crop Production Equipment for the System of Rice Intensification (SRI)
Presenter: Ram B. Khadka, Nepal Agricultural Research Council
Title: Performance of the USHA Weeder in Rice and Other Crops in Nepal
Date: November 1, 2014
Venue: ACISAI, Asian Institute of Technology, Thailand
Opportunities for small scale green fodder enterprise in Mulukanoor Women Dai...ILRI
Presented by Thanammal Ravichandran, Andy Hall and Michael Blummel at the Forage as Cash Crop and Opportunities for Green Fodder Enterprise Development Workshop, Kareem Nagar district, India, 4 April 2019
The Sustainable Sugarcane Initiative (SSI) aims to address water scarcity issues affecting sugarcane farmers through promoting cultivation practices that use less water and inputs. SSI was developed based on principles of 'more with less' agriculture after studying existing sustainable practices. Initial results from demonstration plots show improved yields compared to conventional methods while using less water. SSI is being scaled up across major sugarcane states in India through partnerships with stakeholders to improve water productivity in the sugar sector and support farmers.
Speaker: Khidhir Abbas Hameed,
Al Mishkhab Rice Research Station
Title: System of Rice Intensification SRI
Date: December 9, 2020
Organizer: Central and West Asian Rice Center (CWA Rice)
Venue: online
1. Agriculture provides the primary occupation for 70% of Indians and India is the second largest producer of wheat and rice globally.
2. The document outlines different types of farming practiced in India including primitive subsistence farming, intensive farming, and commercial farming.
3. Key crops grown in India are discussed along with their ideal temperature, rainfall, soil conditions, and major producing states. Crops include rice, wheat, maize, pulses, sugarcane, oilseeds, tea, coffee, fruits, vegetables, fibers and rubber.
Crop Diversification : A Paradigm for Sustainable AgricultureNikhil Kumar
This document summarizes a seminar presentation on crop diversification as a paradigm for sustainable agriculture. It discusses how crop diversification can increase farm incomes and stabilize productivity compared to a focus only on intensification during the Green Revolution. It provides background on the agriculture scenarios in India and the state of Bihar specifically. It defines crop diversification and discusses its importance, approaches, determinants, strategies and opportunities. It also outlines constraints to diversification and government policies to support it. Case studies show how diversification has improved yields, incomes, nutrient balances and land use efficiency compared to traditional rice-wheat systems.
The document discusses the issue of crop residue burning in India, particularly in northern states. It notes that rice, wheat, and sugarcane residue are burnt across India, causing pollution and health issues. Punjab alone contributes 65% of rice residue burnt at 34 million metric tons annually. Farmers resort to burning due to short windows between crops and lack of viable alternatives. The document proposes using super straw management systems in harvesters coupled with happy seeders as a solution, and outlines challenges to adoption including apprehensions about yields and limited availability of equipment. It discusses addressing this issue via awareness campaigns and promoting successful use cases.
The document provides details about the hypothetical village of Palampur, where farming is the main economic activity. It describes Palampur's population, infrastructure, agricultural practices, factors of production, and how farming and non-farming activities generate income and employment for villagers. Specifically, it notes that multiple cropping and use of modern farming methods have increased crop yields but may threaten long-term sustainability of the land. It also explains how land ownership affects livelihoods and that small farmers, landless laborers, and non-farm jobs are important for local livelihoods and income.
A presentation about the System of Rice Intensification by Biksham Gujja, policy adviser, Global Freshwater Programme, WWF-International. Find out more at: http://www.steps-centre.org/ourresearch/sri.html
The Story of Village Palampur is a crucial chapter in the CBSE Class 9 Economics syllabus, focusing on understanding the basic concepts of production and factors of production in an Indian village. Here's a detailed study note:
For more information, visit-www.vavaclasses.com
BENISON MEDIA is in business of Publishing “ Think Grain Think Feed ” – A Monthly magazine for feed and technology related to it. The magazine provides important information related to animal feed and Grain industry starting from feed crop production to feed additives and premixes, processing and storage technology for poultry, dairy and aqua sector.
It provides a comprehensive information on the market and industry, economic and policy issue, scientific advances, new products, latest technology and latest news and analysis on the development in Feed Industry. Our Feed & Grain magazine is circulated among Government officials, Feed industry, agriculture research and academics, feed millers, raw material traders, technology providers, integrator, cooperatives, veterinarians, embassies, trade associations, storage industry professionals, workers and rural institutions etc.
” Think Grain Think Feed ” is a Feed and Grain magazine for the animal feed industry and its suppliers. It carries
29th october ,2015 daily global regional local rice e newsletter by rice plus...Riceplus Magazine
The document is a daily newsletter containing rice news headlines and articles from around the world dated October 29, 2015. Some of the key headlines and articles summarized include:
1) The world's first 'Sustainable Rice' standard was launched with support from UNEP and IRRI. Food company Mars committed to sourcing 100% of its rice sustainably by 2020 in accordance with the new standard.
2) The director general of the International Rice Research Institute (IRRI) received the Order of Sikatuna award, the highest honor the Philippine government can give to a foreign national, in recognition of his support for long-term food security in the Philippines.
3) India's largest basmati rice
1. The document proposes the cultivation of lemon grass across 480 hectares in four districts of Odisha - Koraput, Gajapati, Mayurbhanj and Boudh.
2. It involves setting up 10 clusters of 12 hectares each across the districts. Each cluster will have a distillation unit to process the lemon grass harvest into essential oil.
3. The total project cost is estimated at Rs. 373 lakh which will be funded through the Rashtriya Krishi Vikas Yojana scheme of the Government of India. The project aims to generate livelihood and increase incomes of tribal farmers in the regions.
This document discusses agro-residues, which are byproducts generated from agricultural crops after harvesting. Major agro-residues include rice straw, wheat straw, and bagasse. Currently most agro-residues are burned as waste, but they represent a valuable cellulosic resource that could be utilized in industries like textiles. Bagasse in particular is discussed as one of the most abundant agro-residues generated worldwide from sugarcane processing. Extracting high quality fibers from agro-residues like bagasse could support their use in textiles and provide socio-economic benefits to farmers.
This document discusses the use of greenhouse technology in Jhunjhunudistrict, Rajasthan, India to grow cash and exotic crops. It summarizes the benefits of greenhouse cultivation, including higher yields, higher quality crops that can be grown out of season, and increased incomes for small landholders. It then provides details of a greenhouse project in Jhunjhunu growing capsicum that is expected to produce 150,000 kg of capsicum over 150 days and generate revenue of Rs. 75,00,000.
Different types of farming techniques in India.pdfMitra Sprayers
In this continuation, we’ll discuss the basics of three distinct agricultural methods. Agriculture is crucial to the economy of every nation. Farming includes the production of food and ornamental plants. A tractor sprayer attached to a tractor’s back is called a tractor-mounted sprayer. Farming is the one economic foundation upon which every nation rests. The success or failure of a farm is affected by its location, the market for its products, the availability of skilled workers, and the sophistication of its machinery. An orchard sprayer is a way to go if you want to save time, energy, and resources.
Fertilizers play a dominant role in increasing agricultural productivity in India. Marketing of fertilizers has become vital to the country's economic system. Fertilizers are classified into natural/organic manures and inorganic/chemical fertilizers. Some challenges in marketing fertilizers include balancing farmer and manufacturer needs, supply and demand gaps, and price fluctuations. Effective marketing strategies include market research, product segmentation, distribution through cooperatives, demonstrations, and village adoption programs.
The document discusses challenges to food security in Pakistan. It outlines three pillars of food security - availability, access, and use - and analyzes issues within Pakistan's agricultural system that threaten these pillars. Key issues include water deficit from over-pumping of groundwater and inefficient canal irrigation, preference of cash crops over staple foods, land degradation, and failure to recover saline lands for agriculture. Addressing these long-standing problems through modernized practices, awareness, and policy changes could help Pakistan achieve food self-sufficiency.
Different types of farming techniques in India.pdfMitra Sprayers
In this continuation, we’ll discuss the basics of three distinct agricultural methods. Agriculture is crucial to the economy of every nation. Farming includes the production of food and ornamental plants. A tractor sprayer attached to a tractor’s back is called a tractor-mounted sprayer. Farming is the one economic foundation upon which every nation rests. The success or failure of a farm is affected by its location, the market for its products, the availability of skilled workers, and the sophistication of its machinery. If you’re looking to save time, energy, and resources, an orchard sprayer is a way to go.
CBSE NCERT SOCIAL SCIENCE HISTORY GEOGRAPHY ECONOMICS POLITICAL SCIENCE CLASS 9 CHAPTER the story of village palampur factors of production farming in palampur non farming activities land labour physical capital fixed capital working capital human capital
Different types of farming techniques in India.pptxMitraAgro
In this continuation, we’ll discuss the basics of three distinct agricultural methods. Agriculture is crucial to the economy of every nation. Farming includes the production of food and ornamental plants. A tractor sprayer attached to a tractor’s back is called a tractor-mounted sprayer. Farming is the one economic foundation upon which every nation rests. The success or failure of a farm is affected by its location, the market for its products, the availability of skilled workers, and the sophistication of its machinery. If you’re looking to save time, energy, and resources, an orchard sprayer is the way to go.
This document provides an overview of agroforestry in Bangladesh. It discusses the characteristics, attributes, components, and types of agroforestry systems. It also covers the historical development of agroforestry in Bangladesh, including the establishment of various programs and research initiatives over time. The document outlines shifting cultivation and the taungya system, and compares their differences. It notes the environmental, economic, and social benefits of agroforestry, as well as some limitations. An introduction to Bangladeshi forests is given, along with the different forest types. Similarities and differences between conventional forests, social forests, and agroforestry are highlighted. The document concludes by discussing the scope for expanding agroforestry in
This document discusses agro-residues and their potential utilization. It defines agro-residues as by-products generated after harvesting and processing agricultural crops. Major agro-residues include rice straw, wheat straw, bagasse, and cornhusk. Currently, most residues are burned or dumped, but they represent an abundant, renewable resource. The document examines using agro-residues for applications like textiles. It highlights bagasse's suitability due to its high cellulose content. Developing agro-residue value chains could provide farmers additional income while benefiting the environment. Further research is needed to extract high quality fibers from residues like bagasse and cornhusk.
The document summarizes income levels, population, and farming practices in a rural site in Ethiopia. It finds that most residents are low-income farmers or factory workers, with farmers earning average annual incomes of 22,000 birr from crops like teff. The population of around 8,000 lives in 264 households and relies on agriculture as the main economic activity and source of income. The document evaluates strengths like fertile land and weaknesses such as lack of infrastructure to propose a three-phase development plan to transform the area into a sustainable, industry-supported community by 2065.
The document proposes installing solar dryers and metal silos in Indian villages to reduce agricultural waste by 30%. Solar dryers and silos could be provided to farmer cooperatives rather than individuals to make better use of the infrastructure. A new organization would need to coordinate funding and production to subsidize costs for farmers and ensure proper training, with costs of $500-1000 for silos and $3000-5000 for dryers capable of lasting 15-20 years. Constraints could include farmers' unwillingness to invest and dryers only working on sunny days.
The word agriculture has been derived from a Latin word agriculture- ager means a field and
cultura means to cultivate. The term agriculture defines to cultivate the fields. The Longman,s
Modern English Dictionary defined the word agriculture as “ the science or the art or practice of
large scale oil cultivation in order to produce crops.”Mc Carty(1970) defines agriculture as “ the
purposeful tending of crops and live stocks.” Thus, the word agriculture includes not only
domestication of plants and animals useful to man but also many of the operation involved in
marketing them. It is revealed that real nature of agriculture is associated both individually and
collectively, with the farming occupation of man. In Mesolithic age about ten thousand years
ago, man began to cultivate land and produced food grains.
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Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
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NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
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Hawk Energy is pleased to present you with the latest energy news
NewBase 20 June 2024 Energy News issue - 1731 by Khaled Al Awadi
Regards.
Founder & S.Editor - NewBase Energy
Khaled M Al Awadi, Energy Consultant
MS & BS Mechanical Engineering (HON), USAGreetings,
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Regards.
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MS & BS Mechanical Engineering (HON), USAGreetings,
Hawk Energy is pleased to present you with the latest energy news
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Viable opportunities in the fight against pollution
1. Viable opportunities in the
fight against pollution
Abstract
Over the past few years, the national capital region has gained notoriety for having hazardous air
quality, especially at the onset of winter. Several measures have been taken to mitigate this annual
phenomenon, including the transformation of the entire public transport system to run solely on
CNG; measures to encourage use of public transport through vehicle rationing & increasing parking
rates; banning of sale of fire-crackers as well as banning of construction & industrial activity.
Despite these measures, on 8 November 2017, Delhi lived up to its billing of most polluted city
on the planeti when pollution surged so high that some monitoring stations reported an Air
Is this the air we want
our loved ones to
breathe?
2. Viable opportunities in the fight against pollution Abstract
2
Quality Index of 999, way above the upper limit of the worst category, Hazardous. That is because
the real problem comes not from within, but beyond the territory being affected – the farms in
neighbouring states of Punjab, Haryana and Western Uttar Pradesh ii. While the north-westerly
winds spread the smog from field burning, the topography of the Indo-Gangetic belt acts as a
basin that traps pollution, with the Himalayan range bordering the plains in the north, acting as a
barrier preventing the particulate pollution from being flushed out of the region.
In 2015, The National Green Tribunal banned crop burning. However, for farmers, a ban on crop
burning is an additional cost imposed on them, with the alternatives to burning being
expensive.
Given that the affected region involves three states, none of the governments cutting across political
parties have been able to address this. “Politicians are wary of trying to prevent crop burning lest
they antagonize the powerful farm lobby, lose electoral support and set off political turmoil
among regional and ethnic interests.”iii
In this stalemate, the end sufferers are citizens – that’s ~ 48 million of us in Delhi NCRiv.
We believe there is a solution out of this stalemate.
And it cannot wait for bureaucracy.
We also believe that there is an opportunity for a sustainable
economic model that can be a win-win situation for everyone.
This concept paper proposes some ideas and concepts to help tackle the root of
the problem. With the financial support and efficiency of corporate project
management, we can help ensure we never ever have toxic fog gain in
our lives.
3. Viable opportunities in the fight against pollution
3
Table of Contents
The root cause: economics behind the burning ................................................ 4
One land, two crops ................................................................................................. 4
Higher yield = more straw ....................................................................................... 4
Side-effects of mechanisation .................................................................................. 4
The economics of rice straw......................................................................................5
A few solutions: making rice straw profitable .................................................. 6
Manure .................................................................................................................... 6
Cultivation of Mushrooms ........................................................................................7
Paper ....................................................................................................................... 8
Art ........................................................................................................................... 9
Furniture ................................................................................................................10
The target audience......................................................................................... 11
The authors.....................................................................................................12
Contact ................................................................................................................... 12
Sources ...........................................................................................................13
4. Viable opportunities in the fight against pollution The root cause: economics behind the burning
4
The root cause: economics behind the burning
One land, two crops
Extensive development of irrigation, assured price (minimum support price) and secured market
(government procurement) have induced farmers to grow paddy and expand the area of cultivation
considerably over time. Consequently, farmers in the traditionally wheat-growing belt of Haryana
and Punjab started cultivating rice and wheat in rotation year after year.
After the harvest of the paddy crop the field needs to be cleared quickly (in less than 10 days) so the
next crop (wheat) can be sown.
Higher yield = more straw
Almost all farmers in Punjab and Haryana grow high-yield varieties of rice and wheat. A rough
estimate based on the grain to straw ratio showed that Punjab with an average rice production of
11.1 million tonnes during 2011-13 generated about 16.6 million tonnes of paddy straw.
Similarly, in Haryana, the average rice output was 1.3 lakh tonnes and it produced about 1.9 lakh
tonnes of straw.v
Side-effects of mechanisation
These States have also experienced a high level of mechanisation of agricultural operations
including harvesting. Combine harvesters have been extensively used for harvesting of paddy and
wheat due to non-availability of labour at the time of harvesting and increase in labour cost.
The combine harvester cuts the crop well above the ground, leaving behind substantial amount of
stubble on the field.
The machine leaves the residues in such a state that it is difficult to
collect them manually.
Farmers have found ways to collect the wheat residue (bhusa) as it is a highly valuable animal feed
and is even traded across districts. Given its economic use, the farmers run a chaff combine (reaper)
after combine harvesting to collect straws, cut stubbles and make into chaff for feeding to animals
directly or mixed with green fodder. So, the burning of wheat residue is not necessary for the
farmers because of the availability of technology and its higher economic value as dry fodder.
5. Viable opportunities in the fight against pollution The root cause: economics behind the burning
5
The economics of rice straw
Rice straw is not used as fodder as it is found to be non-palatable to animals, due to its high silica
content. With a majority of the farmers falling under the small and marginal class – as high as 65%
in Punjabvi, and already reeling under debts – the farmers’ problems are two-fold:
• Collecting and packaging rice straw for storage is expensive.
• The land holdings are too small, making storage of straw unviable.
Because of its little economic value as animal feed and other general uses, farmers are prompted to
burn it on the field instead of incurring a high cost on collecting it,
In fact, field studies show that even though farmers are aware that
the burning of straw is harmful to health, they do not have
alternatives for utilising them effectively. v
6. Viable opportunities in the fight against pollution A few solutions: making rice straw profitable
6
A few solutions: making rice straw profitable
Tackling the problem of collecting rice straw requires a one-time investment in equipment that
ranges from Rs 1 lakh per unit to Rs 4.5 lakh per unit. These units could be a shared resource
between multiple villages and leased out as services.
Storage is the major problem of the rice straw especially if we look at the sheer quantity of straw. To
solve this, it would be better to solve it at the village level instead of looking at it in the aggregate. A
small tract of land would be required at village level, where this straw can be accumulated and
stored.
The following sections present viable solutions for using rice straw, thus incentivising farmers to
invest in the collection and storage of rice straw.
Manure
With the same land being cultivated for multiple crops, there is no time for the land to self-replenish
natural nutrients. As a result, farmers tend to use more of artificial, chemical based fertilizers,
resulting in land fatigue. Rice straw, when reused in the fields will help restore the land’s fertility
and reduce the requirement for fertilizers.
Case study:
Borlaug Institute for South Asia (BISA), has been practising it for the past five years. It is called
conservation agriculture. Under this practice, wheat is sown in straw-covered fields. The straw acts
7. Viable opportunities in the fight against pollution A few solutions: making rice straw profitable
7
as mulch; it conserves moisture and suppresses weeds. Over time the straw degrades and enriches
the soil with organic carbon.
This practice requires modified machines. Conventional combines cut paddy and after separating
the grains, leave trails of piled-up straw in fields. But with a shredder-cum-spreader fitted to the
straw-ejection vent, straw is evenly dispersed. A device called “happy seeder” hitched to a high
horsepower tractor cuts narrow slits of 4-5 cm in the straw-covered fields. Wheat is sown in them
along with fertilizer. With happy seeding, fields do not have to be ploughed and planed. That is a
saving of about Rs 3,000 per acre. vii
Inhibiting factors for implementation:
High initial cost of investment, lack of outreach, poor government assistance
How corporates can help:
1. Sensitisation & outreach: educating farmers of the benefits, cost savings and long-run
land sustainability.
2. Sponsoring initial investments: procuring machines on behalf of farmers; purchasing
machines and leasing them at subsidised rates.
Cultivation of Mushrooms
Rice straw can be used as the basic material for mushroom cultivation. Mushrooms are capable of
breaking down organic material that other microorganisms cannot decompose. The paddy straw
mushroom grows well on rice straw (hence the name!). Cold weather with lot of humidity are ideal
situations for mushrooms to grow. A small quantity of spawn when planted in suitable growing
medium can, within almost six weeks, grow into a highly profitable crop inside a room, where no
other crop would grow.viii Being a high margin product, mushrooms can serve as an additional
revenue stream for farmers.
Case study:
Small farmers in Nagpur have successfully begun growing and profiting from cultivation of
mushrooms. With just Rs10/kg of investment as seed in addition to the straw the farmers sell the
mushrooms at about Rs250/kg.ix
8. Viable opportunities in the fight against pollution A few solutions: making rice straw profitable
8
Inhibiting factors for implementation:
Lack of outreach
How corporates can help:
1. Sensitisation & outreach: educating farmers of the revenue potential, training in
mushroom spawning.
2. Creation of market: facilitating creation of market through fairs, support through
purchase of produce in the initial phase, marketing
Paper
The art of making handmade paper from rice straw has been in practice since ancient times,
perfected by the Chinese. With applications of recycled paper spanning multiple industries including
consumer apparel companies, super markets and just about anyone who packs stuff, this is a market
that is current facing shortage of raw material. While paper industries are typically associated with
their own polluting practices, there are cleaner and environmentally friendly ways of manufacturing
paper.x The conversion of rice straw to pulp also feeds into the papier mâché, providing new sources
of employment and boosting tourism – creating the potential for another channel of employment
and revenue.
Inhibiting factors for implementation:
High initial cost of investment (a bundler for packaging rice straw), costs of transportation
How corporates can help:
1. Purchase of rice straw: paper manufacturers can purchase the rice straw and use it as
raw material.
2. Training: training in the art of papier mâché.
3. Creation of market: facilitating creation of market through fairs, support through
purchase of handmade paper & handicrafts (for corporate gifting etc.) in the initial phase,
marketing
9. Viable opportunities in the fight against pollution A few solutions: making rice straw profitable
9
A sample of rice straw art (available on etsy)
Art
Rice straw has been used as-is by skilled artisans to create beautiful commercial art.
Case study:
Straw art involves creating paintings by pasting pieces of straw on paper. This is popular in several
parts of the country. A popular cottage industry in Kerala, straw pictures can be found on products
ranging from greeting cards to huge two-dimensional wall hangings. These finely crafted works of
art, the elegant and innovative straw pictures, are promoted as souvenirs by Kerala’ government and
are available throughout the year in handicraft emporia all over the State. xi
10. Viable opportunities in the fight against pollution
10
The straw can be packaged into art kits for children, as is being done by some toy manufacturers as
well. xii
Inhibiting factors for implementation:
High initial cost of investment (a bundler for packaging rice straw), costs of transportation
How corporates can help:
1. Purchase of rice straw: toy manufacturers can purchase the rice straw and use it as raw
material.
2. Training: training in rice straw art & marketing
3. Creation of market: facilitating creation of market through fairs, support through
purchase of art (for corporate gifting etc.) in the initial phase, marketing
Furniture
Case study:
Several companies are now looking at agricultural waste and by-products as construction material.
A California-based company has successfully created particle boards using straw. These materials
have an aesthetic appeal and have been bought by customers globally including Starbucks,
McDonald's, Hilton and Google.xiii
Inhibiting factors for implementation:
High initial cost of investment (a bundler for packaging rice straw), costs of transportation, R&D in
technology for manufacturing
How corporates can help:
1. Purchase of rice straw: companies that manufacture particle boards & MDF can
purchase the rice straw and use it as raw material.
2. Creation of market: support through purchase of furniture (for office interiors etc.) in the
initial phase, marketing
11. Viable opportunities in the fight against pollution The target audience
11
The target audience
The target audience for mushroom cultivation, handmade paper, handicrafts and art, are mainly
women in the village. With the number of educated women in the villages on the rise, this workforce
presents a huge potential waiting to be tapped.
Companies in the manufacturing sector, specifically paper and wood based articles can explore rice
straw as a raw material as a replacement for wood, that is cheaper, abundantly available, and
environmentally more sustainable.
12. Viable opportunities in the fight against pollution The authors
12
The authors
R. Karthik, Senior Research Analyst, Photographer
R. Kasturika, Design Consultant, Storyteller
This concept paper was born out of frustration and as a labour of love for our city and planet (and
our lives!).
As we have seen, fining farmers is not helping. Waiting for politicians to solve the problem – be it at
the centre or the state – may take way too long and we may not have that much of time. Leaving the
country is not going to solve this problem of pollution. Getting an air purifier will only get temporary
relief inside your house but it is not going to solve this problem.
Just hoping the problem will be solved by the government would be taking a very big chance. There
are too many moving parts and vested interests that things may not move fast enough and time is
one thing which is not on our side.
If you are someone who knows anyone who is below the age of 10 or over the
age of 50, this problem affects you.
We can't solve this problem alone. We need your help and you can
help. Please take this document to your CSR, your legislator, court,
anyone who you think can help.
For those who like to get their hands dirty and do something, run
with the ideas. Even if you stop one village from burning fields you
have made a difference.
Contact
9717045170
13. Viable opportunities in the fight against pollution Sources
13
Sources
i Vox | How Delhi became the most polluted city on Earth
https://www.vox.com/energy-and-environment/2017/11/22/16666808/india-air-pollution-new-delhi
ii Hindustan Times | Nasa images show crop burning surged before toxic smog hit Delhi-NCR
http://www.hindustantimes.com/environment/crop-burning-surged-before-pollution-peaked-in-delhi-
ncr-experts/story-J8mwdFWf9CEOF7MvvPcAyN.html
iii Washington Post | Delhi is blanketed with toxic smog. This is why.
https://www.washingtonpost.com/news/monkey-cage/wp/2017/11/11/delhis-been-hit-with-toxic-smog-
why-its-political/?utm_term=.4f380f5c4f72
iv National Capital Region Planning Board
http://ncrpb.nic.in/pdf_files/Annual%20Report%202014-15.pdf
v The Hindu | Straws in the wind
http://www.thehindu.com/opinion/op-ed/Straws-in-the-wind/article16441019.ece
vi The Hindu | The flaming fields of Punjab
http://www.thehindu.com/news/national/other-states/the-flaming-fields-of-
punjab/article19934276.ece
vii Your Story | How the govt and agri scientists in Punjab are showing little enthusiasm for this
pollution-averting practice https://yourstory.com/2016/11/punjab-agriculture-pollution/
viii Krishisewa | Technology for Mushroom Cultivation
http://www.krishisewa.com/articles/production-technology/46-technology-for-mushroom-
cultivation.html
ix The Times of India | Mushrooming innovation
https://timesofindia.indiatimes.com/city/nagpur/Mushrooming-innovation/articleshow/54383451.cms
x National Center for Biotechnology Information | Prospects of rice straw as a raw material for paper
making https://www.ncbi.nlm.nih.gov/pubmed/27543175
xi Kerala Tourism | Souvenirs
https://www.keralatourism.org/shopping-options/shop-hay-art-kerala/29
xii Indiamart | Paddy Straw Art
https://www.indiamart.com/proddetail/paddy-straw-art-5001549573.html
xiii Rice, straw and coconut the new alternatives to wood
http://www.bbc.com/news/business-13299292