Netafim - NOAH19 Tel Aviv
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Industrial Digitisation / AgTech: Company presentation by Gal Yareden, SVP Corporate Commercial Solutions at Netafim at the NOAH Conference 2019 in Tel Aviv, Hangar 11, 10-11 April 2019.
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Netafim irrigation india pvt ltd
Netafim India is a wholly owned subsidiary of Netafim, a global leader in smart irrigation solutions. Established in 1997 in India, Netafim India manufactures micro-irrigation, greenhouse, and field automation solutions through three plants and over 1,000 employees. It serves over 6.5 lakh farming families across 20 lakh acres of land in India. Netafim India faces competition from other irrigation companies in India like Jain Irrigation and Nagarjuna group.
Opportunities in agriculture Sector
India is a nation of youth, based on United Nations data, India’s populationhas crossed 141 crores, there are more than 65% of population below theage of 35 presently in the country.
Agriculture provides employment to 58% workforce of India andcontributes to more than 18% of India’s GDP.
Feeding the people will never face a recession or a slowdown. Economistshave pointed out that agriculture is four times more effective than othersectors in reducing poverty. It can even be a gold mine for young entrepreneurs.
Agriculture Sector Role in Economy & Providing
EmploymentE-fasal is endeavouring to create an alternate model of "Factory to
Farm" ( input linkage) and "Farm to Factory" ( output linkage) model
wherein we are building a robust network of agro solution centers ,
called Harit Vyapar KendraThe first-time entrepreneurs in this business are fully supported by the E-FASAL team
to make their business successful. In order to enable the businessman to, facilitate to
getting licenses, give them authorisation for selling products, provide loan facility,
provide minimum two marketing executives, training is given under a systematic
program for new techniques, tools, and expertise.The Certificate Course by E-FASAL Training Institute - Karmasetu is designed to fill the
gap of practical skill requirements of the industry and students for self & job
employmentParticipants are getting placement by acquiring practical skill qualification as per market
demand.
1. Crop based PoP Technical Training
2. Personal Mentor
3. Mock Interview
4. Group Discussion
5. Real Time Projects
6. Computer Training
7. Soft skill development
8. Personality Development
9. Resume Preparation
The placement-oriented training courses are as follows-
Due to this, employment opportunities increase and the salary package becomes
according to other sectors of the market.
Opportunities with
impact of climate change in rainfed agriculture
This document summarizes a master's seminar on the impact of climate change on rainfed agriculture. It discusses how climate change affects agricultural production through higher temperatures and changing precipitation patterns. Key impacts include reduced soil productivity, increased water demand and pest populations, and decreased crop yields. The document also outlines strategies for agricultural adaptation, including developing resistant crop varieties, improved water and land management, and crop diversification. Overall, the seminar evaluated how climate change threatens rainfed agriculture systems and policies needed to help farmers adapt.
Digital india in agriculture
This document discusses the role of digital agriculture within India's Digital India initiative. It defines digital agriculture as using ICT and data to support farming. The study examines the impact of digitalization on India's agricultural sector through secondary sources. Key objectives are to study the impact of digitalization and government schemes promoting it. Digital technologies like IoT, sensors, big data analytics and AI are improving access to information on soil, crops and equipment. Government schemes promote precision farming, insurance, markets and financial inclusion. Digital trends include vertical farming, supply chain innovation, and use of drones and remote sensing. The conclusion states that a comprehensive digital platform can help improve yields and meet growing food demand in India.
Agriculture 4.0
The document discusses using information and communication technologies (ICT) to address challenges in Sri Lankan agriculture. It outlines existing ICT initiatives including websites, publications, radio/TV programs, and mobile apps. Trends toward precision agriculture using drones and sensors are discussed. The concept of "Agriculture 4.0" is introduced, which utilizes integrated modern technologies like IoT. Future initiatives proposed include precision farming, smart farming/IoT, digitalization, and an e-agriculture strategy to make agriculture more productive, efficient, and environmentally sustainable through information sharing.
E learning for Agriculture and Rural Development
E-learning shows promise for addressing knowledge needs in agriculture but faces challenges. It involves the electronic delivery of educational content like online lectures, demonstrations, readings and exercises. It allows flexible access to experts and information. Examples in agriculture include Open Academy for Philippine Agriculture, Cereal Knowledge Bank, and TARAhaat in India. However, barriers include lack of internet access in rural areas, difficulty developing content, and sustaining programs over time. Overall, e-learning has potential if these issues are addressed, but fully realizing its benefits will require efforts to close technology divides.
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Alternate weting and drying AWD, technology for rice
1) The document discusses the alternate wetting and drying (AWD) method for rice cultivation, which involves allowing the rice fields to partially dry out before re-flooding. This can reduce water use by 30-50% without affecting yields.
2) AWD is implemented by installing perforated tubes in rice fields to monitor water levels. Irrigation is provided when the water level reaches 15cm below the soil surface.
3) Field tests in Bangladesh found that AWD required 4-5 irrigations compared to 8-9 under traditional continuous flooding. This technique could significantly reduce fuel and pumping costs while lessening environmental impacts like groundwater depletion and arsenic contamination.
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Netafim irrigation india pvt ltd
Netafim India is a wholly owned subsidiary of Netafim, a global leader in smart irrigation solutions. Established in 1997 in India, Netafim India manufactures micro-irrigation, greenhouse, and field automation solutions through three plants and over 1,000 employees. It serves over 6.5 lakh farming families across 20 lakh acres of land in India. Netafim India faces competition from other irrigation companies in India like Jain Irrigation and Nagarjuna group.
Opportunities in agriculture Sector
India is a nation of youth, based on United Nations data, India’s populationhas crossed 141 crores, there are more than 65% of population below theage of 35 presently in the country.
Agriculture provides employment to 58% workforce of India andcontributes to more than 18% of India’s GDP.
Feeding the people will never face a recession or a slowdown. Economistshave pointed out that agriculture is four times more effective than othersectors in reducing poverty. It can even be a gold mine for young entrepreneurs.
Agriculture Sector Role in Economy & Providing
EmploymentE-fasal is endeavouring to create an alternate model of "Factory to
Farm" ( input linkage) and "Farm to Factory" ( output linkage) model
wherein we are building a robust network of agro solution centers ,
called Harit Vyapar KendraThe first-time entrepreneurs in this business are fully supported by the E-FASAL team
to make their business successful. In order to enable the businessman to, facilitate to
getting licenses, give them authorisation for selling products, provide loan facility,
provide minimum two marketing executives, training is given under a systematic
program for new techniques, tools, and expertise.The Certificate Course by E-FASAL Training Institute - Karmasetu is designed to fill the
gap of practical skill requirements of the industry and students for self & job
employmentParticipants are getting placement by acquiring practical skill qualification as per market
demand.
1. Crop based PoP Technical Training
2. Personal Mentor
3. Mock Interview
4. Group Discussion
5. Real Time Projects
6. Computer Training
7. Soft skill development
8. Personality Development
9. Resume Preparation
The placement-oriented training courses are as follows-
Due to this, employment opportunities increase and the salary package becomes
according to other sectors of the market.
Opportunities with
impact of climate change in rainfed agriculture
This document summarizes a master's seminar on the impact of climate change on rainfed agriculture. It discusses how climate change affects agricultural production through higher temperatures and changing precipitation patterns. Key impacts include reduced soil productivity, increased water demand and pest populations, and decreased crop yields. The document also outlines strategies for agricultural adaptation, including developing resistant crop varieties, improved water and land management, and crop diversification. Overall, the seminar evaluated how climate change threatens rainfed agriculture systems and policies needed to help farmers adapt.
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This document discusses the role of digital agriculture within India's Digital India initiative. It defines digital agriculture as using ICT and data to support farming. The study examines the impact of digitalization on India's agricultural sector through secondary sources. Key objectives are to study the impact of digitalization and government schemes promoting it. Digital technologies like IoT, sensors, big data analytics and AI are improving access to information on soil, crops and equipment. Government schemes promote precision farming, insurance, markets and financial inclusion. Digital trends include vertical farming, supply chain innovation, and use of drones and remote sensing. The conclusion states that a comprehensive digital platform can help improve yields and meet growing food demand in India.
Agriculture 4.0
The document discusses using information and communication technologies (ICT) to address challenges in Sri Lankan agriculture. It outlines existing ICT initiatives including websites, publications, radio/TV programs, and mobile apps. Trends toward precision agriculture using drones and sensors are discussed. The concept of "Agriculture 4.0" is introduced, which utilizes integrated modern technologies like IoT. Future initiatives proposed include precision farming, smart farming/IoT, digitalization, and an e-agriculture strategy to make agriculture more productive, efficient, and environmentally sustainable through information sharing.
E learning for Agriculture and Rural Development
E-learning shows promise for addressing knowledge needs in agriculture but faces challenges. It involves the electronic delivery of educational content like online lectures, demonstrations, readings and exercises. It allows flexible access to experts and information. Examples in agriculture include Open Academy for Philippine Agriculture, Cereal Knowledge Bank, and TARAhaat in India. However, barriers include lack of internet access in rural areas, difficulty developing content, and sustaining programs over time. Overall, e-learning has potential if these issues are addressed, but fully realizing its benefits will require efforts to close technology divides.
Crop Diversification: Concepts, scope, opportunities
The ppt presents the concepts of crop diversification, scope and opportunities for crop diversification across the globe in general and India and dryland agriculture in particular.
Alternate weting and drying AWD, technology for rice
1) The document discusses the alternate wetting and drying (AWD) method for rice cultivation, which involves allowing the rice fields to partially dry out before re-flooding. This can reduce water use by 30-50% without affecting yields.
2) AWD is implemented by installing perforated tubes in rice fields to monitor water levels. Irrigation is provided when the water level reaches 15cm below the soil surface.
3) Field tests in Bangladesh found that AWD required 4-5 irrigations compared to 8-9 under traditional continuous flooding. This technique could significantly reduce fuel and pumping costs while lessening environmental impacts like groundwater depletion and arsenic contamination.
Agriculture Intelligence
This document discusses using technology like drones, machine learning, and cloud computing to help address global food challenges. It notes that the world population is projected to reach 9.8 billion by 2050, but currently over 2 billion people are malnourished and 805 million go hungry each night. New technologies can help farmers collect field data to increase crop yields and reduce waste, helping to feed more people. Drones and autonomous tractors can monitor fields and precisely apply inputs. Analyzing agricultural data using machine learning can provide predictions to help farmers and agencies. Embracing these technologies may attract youth back to farming and drive the next agricultural revolution.
Climate resilient agriculture adaptation and mitigation strategies
This document discusses climate resilient agriculture and its importance in India. It provides definitions of key terms like climate resilience, adaptation, and mitigation. It outlines various strategies for climate resilient practices in agriculture, including developing drought/heat tolerant crop varieties, improved water management, and diversifying crops and farm practices. The National Initiative on Climate Resilient Agriculture (NICRA) is described as the major government project focused on building resilience through strategic research, technology demonstrations, and capacity building. Several case studies on awareness, adoption and impact of climate resilient practices by farmers in India are summarized.
Startup india agri start-ups
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2) IARI is supporting agri-startups through its Arise program which provides incubation support like training, mentoring and helping startups pitch to investors.
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Climate smart agriculture 2
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Role of Social media in extension
This document discusses social media in agricultural extension. It defines social media and outlines its key dimensions and principles. Social media can help address challenges in extension like the large number of farmers and few extension workers. It discusses the status and growth of social networking users worldwide. Social media has the potential to develop knowledge, empower farmers, and provide better information access at low cost. Research studies show that farmers have a positive attitude towards social media as a source of agricultural information, though access challenges remain. The conclusion is that social media can help establish important connections between agricultural research, extension, and farmers to make extension more effective.
Modern irrigation techniques
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2. It provides goals for sustainable agriculture systems, including providing profitable farm incomes while promoting environmental stewardship, stable farm families/communities, and reducing inputs.
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The presentation discusses the Green Revolution in agriculture, which refers to a large increase in crop production through the use of modern techniques. It was sparked by scientists like Norman Borlaug who developed high-yielding varieties of major crops that responded well to fertilizers and irrigation. This led to a crop surge starting in the 1960s, boosting food production in countries like India, Mexico, and Bangladesh. While the Green Revolution increased yields and food security, it also led to environmental issues from overuse of chemicals and could leave small farmers unemployed. More sustainable farming methods are now needed.
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1) Integrated watershed management aims to manage water resources in an integrated way across river basins and account for all interests. It involves community participation and addresses social and economic issues.
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Who this workshop is for:
This workshop is for those who wish to understand how to sell ‘new’ products to an ‘old’ world by looking at how ‘traditional’ agriculture and other domains (IoT, Cars, and others) are changing, and what are the new opportunities emerging in the field
After this workshop you will be able to:
- Recognize opportunities in ‘traditional’ industries
- Understand the challenges of presenting innovative products to ‘traditional’ domains
- Foresee the challenges of launching a product in a conservative market
What is covered:
- Getting to know the threats and opportunities in IoF
- Catching up on the latest market dynamics and trends
- Learning the best practices and extensive GTM knowhow, in cracking the way for a successful product launch
In this workshop, Izhar will share his unique perspective on the challenges of introducing new technologies into the ‘traditional’ field of agriculture, that only someone that grew and breathed ‘traditional’ agriculture his entire life has.
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This document discusses climate resilient agriculture and its importance in India. It provides definitions of key terms like climate resilience, adaptation, and mitigation. It outlines various strategies for climate resilient practices in agriculture, including developing drought/heat tolerant crop varieties, improved water management, and diversifying crops and farm practices. The National Initiative on Climate Resilient Agriculture (NICRA) is described as the major government project focused on building resilience through strategic research, technology demonstrations, and capacity building. Several case studies on awareness, adoption and impact of climate resilient practices by farmers in India are summarized.
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Agriculture in developing countries must undergo a significant transformation in order to meet the related challenges of achieving food security and responding to climate change. Projections based on population growth and food consumption patterns indicate that agricultural production will need to increase by at least 70 percent to meet demands by 2050. Most estimates also indicate that climate change is likely to reduce agricultural productivity, production stability and incomes in some areas that already have high levels of food insecurity. Developing climate-smart agriculture is thus crucial to achieving future food security and climate change goals. This seminar describe an approach to deal with the above issue viz. Climate Smart Agriculture (CSA) and also examines some of the key technical, institutional, policy and financial responses required to achieve this transformation. Building on cases from the field, the seminar try to outlines a range of practices, approaches and tools aimed at increase the resilience and productivity of agricultural product systems, while also reducing and removing emissions. A part of the seminar elaborates institutional and policy options available to promote the transition to climate-smart agriculture at the smallholder level. Finally, the paper considers current gaps and makes innovative suggestion regarding the combined use of different sources, financing mechanism and delivery systems.
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This document discusses social media in agricultural extension. It defines social media and outlines its key dimensions and principles. Social media can help address challenges in extension like the large number of farmers and few extension workers. It discusses the status and growth of social networking users worldwide. Social media has the potential to develop knowledge, empower farmers, and provide better information access at low cost. Research studies show that farmers have a positive attitude towards social media as a source of agricultural information, though access challenges remain. The conclusion is that social media can help establish important connections between agricultural research, extension, and farmers to make extension more effective.
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What practical steps can smallholder farmers take to adapt their agricultural practices to secure dependable food supplies and livelihoods? And can they do this while also decreasing greenhouse gas emissions or increasing carbon sequestration, thereby decreasing future climate change?
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Artificial Intelligence (AI): Applications in agriculture
The document discusses the history and applications of artificial intelligence (AI) in agriculture. It defines AI as the theory and development of computer systems able to perform tasks normally requiring human intelligence. The timeline of AI highlights important developments from 1950 to present day. The document outlines different types of AI and discusses 20 applications of AI in agriculture, including decision support systems, precision agriculture, robotics, and use of sensors, machine learning and computer vision. It predicts that AI will have a large impact on agriculture by helping 70 million Indian farmers and adding $9 billion to farmer incomes by 2020.
GHG mitigation potential in rice production
GHG mitigation potential in rice productionCCAFS | CGIAR Research Program on Climate Change, Agriculture and Food Security
Keynote presentation by Dr Reiner Wassmann, International Rice Research Institute (IRRI) at CCAFS webinar 'Exploring GHG mitigation potential in rice production' on 18 September 2014.What is sustainable agriculture ppt By Allah Dad Khan
1. The document discusses sustainable agriculture and defines it as the successful management of resources to satisfy changing human needs while maintaining environmental quality and conserving natural resources.
2. It provides goals for sustainable agriculture systems, including providing profitable farm incomes while promoting environmental stewardship, stable farm families/communities, and reducing inputs.
3. The document outlines several practices for sustainable agriculture, such as using cover crops, crop rotation, and integrated pest management, to improve soils and reduce pollution.
21st Century Agriculture.pptx
This document discusses trends and innovations in 21st century agriculture. It begins by describing traditional and modern agricultural practices. It then outlines several emerging technologies driving changes in agriculture, including artificial intelligence/machine learning to improve crop yields, plant genomics to develop more nutritious crops, and harvest monitoring to reduce food waste. Vertical farming is highlighted as a way to grow food in controlled indoor environments. The document also notes impacts of agricultural changes in India like decreased farming and land conversion, before concluding technological innovations will be key to future economic growth.
Concept of Water Management for Crops in Pakistan
"Water Management is the integrated process of intake, conveyance, regulation, measurement, distribution, application and use of irrigation water and drainage of excess water with proper amount and at right time for the purpose of increasing crop production and water economy in conjunction with improved agricultural practices."
climate smart agriculture concept and its application in India
CSA concept as given by FAO and its applocation in india and some initiative taken by Indian government to combat climate change
Green revoulation in agriculture
The presentation discusses the Green Revolution in agriculture, which refers to a large increase in crop production through the use of modern techniques. It was sparked by scientists like Norman Borlaug who developed high-yielding varieties of major crops that responded well to fertilizers and irrigation. This led to a crop surge starting in the 1960s, boosting food production in countries like India, Mexico, and Bangladesh. While the Green Revolution increased yields and food security, it also led to environmental issues from overuse of chemicals and could leave small farmers unemployed. More sustainable farming methods are now needed.
Integrated watershed managment
This document discusses integrated watershed management and rainwater harvesting. It covers India's water resources, watershed development and modeling, integrated watershed management approaches, water conservation techniques, and provides a case study of a successful watershed management project in Jhabua, India. The key points are:
1) Integrated watershed management aims to manage water resources in an integrated way across river basins and account for all interests. It involves community participation and addresses social and economic issues.
2) Watershed modeling uses computer models and remote sensing to help plan and manage limited water resources.
3) A case study of Jhabua, India showed how integrated management including water conservation, reforestation, and
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This document discusses how digital technologies can support the implementation of National Adaptation Plans (NAPs) for agriculture. It outlines four key elements of the NAP process and provides examples of digital solutions that could help with each element. Connectivity across Africa and solutions for limited connectivity are also discussed. The document concludes that improved connectivity, access to data, public-private partnerships, and attention to emerging technologies can help transform agriculture and food systems to achieve climate adaptation goals.
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Who this workshop is for:
This workshop is for those who wish to understand how to sell ‘new’ products to an ‘old’ world by looking at how ‘traditional’ agriculture and other domains (IoT, Cars, and others) are changing, and what are the new opportunities emerging in the field
After this workshop you will be able to:
- Recognize opportunities in ‘traditional’ industries
- Understand the challenges of presenting innovative products to ‘traditional’ domains
- Foresee the challenges of launching a product in a conservative market
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- Getting to know the threats and opportunities in IoF
- Catching up on the latest market dynamics and trends
- Learning the best practices and extensive GTM knowhow, in cracking the way for a successful product launch
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zigbee - Copy.pptx
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AI in Agriculture ppt
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Pacific Regional Agritourism Workshop 2019: Using Satellite Technology to Boo...
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CropTech provides affordable automation systems for home and urban gardens. Growing populations and limited arable land make increasing agricultural efficiency crucial. Urban farming using hydroponics and vertical farms can help address these challenges by producing crops near cities with less water, fertilizer and pesticide use while eliminating transportation costs. CropTech's ResponzIO system monitors and automates hydroponic systems remotely to help urban farmers grow crops more efficiently.
Awit
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Agriculture technology trends 2021: Collaborating tech with agriculture
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This ppt will help you in understanding what is vertical farming and hydroponics which I believe to be the future of agriculture in urban areas.
This presentation won me second prize at my college.Hope it helps you all.
Transforming agrarian economy
This Presentation deals with the topic : Transforming Agrarian Economy . It includes various innovative ideas and solutions from the Science and Technological point of view .
Big data in precision agriculture
Today the use of data is having a very revolutionized effect with
cultivatable land in decline demand for food increasing from
developing countries farmers.
Farmers who use data are capable of turning ordinary harvests into
bumper crops and profits behind.This is the precision agriculture hub connecting the world’s biggest agricultural businesses farmers and suppliers using integrated software solutions.
Gabriel Youtsey: AgTech18 Conference, Nevada County, CA February, 18
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Understanding scale Clean tech and Agritech verticals
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7 revolutionary tech interventions for agriculture industries
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Why Need for Technology in Agriculture Industries, Why you should choose IConflux as your technology partner for Agritech Development.
IoT for indian agriculture
An overall perspective of the IoT for Indian Agriculture and to leverage the solutions for building the eco-system for Indian Agriculture. Currently being worked through NASSCOM, Bangalore
IoT for indian agriculture
A summary perspective of Indian Agriculture Eco-system that can be benefitted using IoT and what it may take to leverage the IoT.
Digital Innovation Hubs – Digital Transformation of Agriculture at a Regional...
• Build local digital innovation hubs offering innovation services and access
to finance
• Organize regional challenges for initiating new Innovation Experiments
• Conduct multi-actor Innovation Experiments for a digital transformation
• Creating a pan-European network of Digital Innovation Hubs
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Design and Development of IoT and Cloud Based Smart Farming System for Optimu...
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Netafim - NOAH19 Tel Aviv
- 1. The next revolution in agriculture 1 Gal Yarden April, 2019 Growing MUCH More with MUCH Less
- 2. @NOAHConference @noah_conference @noah-conference @NOAHConference FOLLOW USONSOCIAL
- 3. 2 By 2050 +4B People will be under water stress Why the world needs a new way to grow? Food production will need to increase by 60% Less Arable land and less water per person
- 4. 3 Precision Irrigation enables farmers to Grow More With Less Netafim introduced drip irrigation to the world over 50 years ago With drip growers generate higher and better quality yields and saves significant water vs. traditional irrigation Drip is irrigating the plant and not the soil
- 5. Helping the world grow more. 4 > 1Billion $ sales 17manufacturing plants employees ~5,000 irrigation company1#~30% market share 110+countries 29subsidiaries HQ in Israel
- 6. 5 Digital farming is the next revolution in agriculture
- 7. 6 Improving farmers’ decisions making Deliver more value per hectare Higher and better yields Lower cost Traceability - clean and safer food Will keep the young generation at the farm Providing peace of mind The Role of Digital Farming
- 8. Why Now? Growing need for increased yield and efficiency Technology has became… …More advanced …More accessible …More affordable Farmers are getting more advanced and tech-oriented 7
- 9. NetBeat™ The First Irrigation System with a Brain Control Monitor Analyze
- 10. 9 NetBeat™ Monitor - Analyze - Control Cloud-based analytics External sources Mobile or desktop interface Field Sensors Fertigation RTU MCU
- 11. 10 The 5 innovations of NetBeat™ All in one Integrating in real-time monitoring, smart analysis and control Strong “Brain Power” Dynamic crop models for irrigation and fertigation 1 2
- 12. 11
- 13. 12 The 5 innovations of NetBeat™ All in one Integrating in real-time monitoring, smart analysis and control Strong “Brain Power” Dynamic crop models for irrigation and fertigation Cloud technology Allows third party data integration, remote access, support and updates Simple & Intuitive Robust system with user friendly and customer centric interface, from any device Smart irrigation for all addresses all farmers From advanced corporate farms to smallholders 1 2 3 4 5
- 14. 13 The Impact on our customers and the world? Significant increase in Yield 40% water & fertilizers = Half of the size the upper Galilee… Community Irrigation Projects in India 550,000 Dunam 60,000 farmers
- 15. 14 NetBeat™ is an open system A platform for add-on technologies Sensors Imaging Analytics Data Farm Management Input Models
- 16. 15 With NetBeat we will help farmers Grow MUCH more with MUCH less Strong geographical coverage serving millions farmers in more than 110 countries comprehensive offering: Analyze-monitoring-control Over 50 years of experience 20 years of Digital Farming
- 17. 16 Join us for the next revolution in agriculture