This document discusses internet governance and the digital divide in Afghanistan. It provides statistics on internet and mobile phone usage, showing that 89% of the population has mobile coverage but only 75% of subscribers are male. Bridging the digital divide is important for social mobility, democracy, economic growth and health. However, connecting the unconnected faces challenges including security issues, low literacy, lack of electricity, high prices, lack of relevant content, and gender-based access differences. Overcoming the digital divide requires addressing obstacles related to physical, financial, socio-demographic, cognitive, design, institutional, political and cultural access.
Internet governance and digital divide Ahmad Waleed Khaliqi Shamsullah Sham...Ahmad Waleed Khaliqi
AfSIG 2017 was the first edition of Afghanistan School on Internet Governance Organized by National IT Professionals Association of Afghanistan (NITPAA)
This document discusses information and communication technology (ICT) infrastructure in Africa and its role in electronic health (eHealth). It outlines that Africa has experienced rapid growth in mobile phone and broadband connectivity but still lags behind other regions. The document advocates for a paradigm shift where ICT is integrated into health policies to support eHealth applications like telemedicine, databases, and public health information. Challenges include developing applications and financing, but opportunities exist to leverage existing mobile networks and satellite connectivity. International organizations like the ITU and WHO are working with countries to promote eHealth in Africa.
This document discusses the use of information and communication technologies (ICT) to support agriculture in India. It notes that while internet and smartphone usage is growing in India, digital infrastructure remains limited, especially in rural areas. ICT can help farmers access better inputs, data, analytics, transactions, and markets to improve farming practices and double incomes. However, silos of data and lack of interoperability currently challenge ICT's potential in agriculture. The document proposes an e-agriculture platform and strategy to coordinate efforts, foster partnerships, and create an enabling environment for ICT to benefit agriculture development goals in a sustainable way.
This document discusses the growing use of information and communication technologies (ICTs) in the agriculture sector in Africa. It outlines how ICTs can enhance agricultural productivity, provide market information services, enable communication and extension, and support innovation through technology hubs. Examples of ICT applications that empower smallholder farmers include participatory geographic information systems, participatory video, and capacity building. The document also notes that while ICTs show potential, realizing this potential will require public-private partnerships to strengthen infrastructure, capacity building, and support for scaling up innovations.
ICT-mediated knowledge services for farmers and agricultural extension: Case ...IAALD Community
This document summarizes several ICT-mediated knowledge services projects for farmers in India. It discusses 6 select projects analyzed between 2005-2006 that showed a top-down approach with little input from end users. It also describes later collaborative efforts between research institutions to develop knowledge management systems, content on crop models, and question/answer and advisory services using technologies like Agropedia, aAQUA, and WebGIS maps. The overall aim was to better link agricultural education, research and extension with farmers through ICT.
Digital India is a initiative by the Government of India to provide electronic access to government services to citizens by improving online infrastructure and internet connectivity. It was launched on July 1, 2015 with the goal of empowering citizens. Key goals include connecting 250,000 schools with broadband internet, setting up public WiFi hotspots, and training rural citizens for IT sector jobs. However, there are still challenges to overcome such as fully establishing optic fiber networks and acquiring needed skills labor.
In that study we want to show how Information and Communication Technologies could help to reduce the information asymmetry in the agricultural sector and naturally improve farmer's profitability and productivity. India has a pressing need to raise food production and agricultural productivity to satisfy his population growh of which around one-fifth is malnourished. Thanks the develop of project like this and improving some fundamental information and payment services and get a better efficinecy in the supply chian other than other services, we expected to growth the indian agricultural production and meet the population's nutritional need.
This document discusses internet governance and the digital divide in Afghanistan. It provides statistics on internet and mobile phone usage, showing that 89% of the population has mobile coverage but only 75% of subscribers are male. Bridging the digital divide is important for social mobility, democracy, economic growth and health. However, connecting the unconnected faces challenges including security issues, low literacy, lack of electricity, high prices, lack of relevant content, and gender-based access differences. Overcoming the digital divide requires addressing obstacles related to physical, financial, socio-demographic, cognitive, design, institutional, political and cultural access.
Internet governance and digital divide Ahmad Waleed Khaliqi Shamsullah Sham...Ahmad Waleed Khaliqi
AfSIG 2017 was the first edition of Afghanistan School on Internet Governance Organized by National IT Professionals Association of Afghanistan (NITPAA)
This document discusses information and communication technology (ICT) infrastructure in Africa and its role in electronic health (eHealth). It outlines that Africa has experienced rapid growth in mobile phone and broadband connectivity but still lags behind other regions. The document advocates for a paradigm shift where ICT is integrated into health policies to support eHealth applications like telemedicine, databases, and public health information. Challenges include developing applications and financing, but opportunities exist to leverage existing mobile networks and satellite connectivity. International organizations like the ITU and WHO are working with countries to promote eHealth in Africa.
This document discusses the use of information and communication technologies (ICT) to support agriculture in India. It notes that while internet and smartphone usage is growing in India, digital infrastructure remains limited, especially in rural areas. ICT can help farmers access better inputs, data, analytics, transactions, and markets to improve farming practices and double incomes. However, silos of data and lack of interoperability currently challenge ICT's potential in agriculture. The document proposes an e-agriculture platform and strategy to coordinate efforts, foster partnerships, and create an enabling environment for ICT to benefit agriculture development goals in a sustainable way.
This document discusses the growing use of information and communication technologies (ICTs) in the agriculture sector in Africa. It outlines how ICTs can enhance agricultural productivity, provide market information services, enable communication and extension, and support innovation through technology hubs. Examples of ICT applications that empower smallholder farmers include participatory geographic information systems, participatory video, and capacity building. The document also notes that while ICTs show potential, realizing this potential will require public-private partnerships to strengthen infrastructure, capacity building, and support for scaling up innovations.
ICT-mediated knowledge services for farmers and agricultural extension: Case ...IAALD Community
This document summarizes several ICT-mediated knowledge services projects for farmers in India. It discusses 6 select projects analyzed between 2005-2006 that showed a top-down approach with little input from end users. It also describes later collaborative efforts between research institutions to develop knowledge management systems, content on crop models, and question/answer and advisory services using technologies like Agropedia, aAQUA, and WebGIS maps. The overall aim was to better link agricultural education, research and extension with farmers through ICT.
Digital India is a initiative by the Government of India to provide electronic access to government services to citizens by improving online infrastructure and internet connectivity. It was launched on July 1, 2015 with the goal of empowering citizens. Key goals include connecting 250,000 schools with broadband internet, setting up public WiFi hotspots, and training rural citizens for IT sector jobs. However, there are still challenges to overcome such as fully establishing optic fiber networks and acquiring needed skills labor.
In that study we want to show how Information and Communication Technologies could help to reduce the information asymmetry in the agricultural sector and naturally improve farmer's profitability and productivity. India has a pressing need to raise food production and agricultural productivity to satisfy his population growh of which around one-fifth is malnourished. Thanks the develop of project like this and improving some fundamental information and payment services and get a better efficinecy in the supply chian other than other services, we expected to growth the indian agricultural production and meet the population's nutritional need.
This document discusses the growth of mobile technology and mobile video in Africa. It notes that while film industries like Nollywood are large, internet connectivity is still limited in Africa. However, mobile technology is growing rapidly, with high mobile subscription rates and increasing smartphone and mobile internet use. The document suggests mobile will become a major platform for video content in Africa, pointing to examples like over 1 million mobile downloads via the MXit platform. It argues more affordable smartphones and data plans could help connect more Africans to local mobile content.
This document summarizes Indonesia's broadband plan from 2014-2019. The plan aims to accelerate broadband development across Indonesia in a comprehensive and integrated manner. Key goals include achieving 100% coverage of telecommunications and internet services in underserved areas, increasing fixed and mobile broadband speeds and coverage nationally, completing the digital television migration, and boosting e-government and ICT literacy. The plan was developed through extensive stakeholder consultation and aims to guide both public and private sector investment and policies to expand broadband infrastructure and adoption across Indonesia.
Mobile networks are the most accessible and affordable form of information and communication technology (ICT) in developing countries in Asia and Africa. Mobile social networks have greater potential than traditional mobile networks due to Metcalfe's and Reed's Laws, which state that the value of networks increases exponentially based on the number of users. The document proposes using open-source, cloud-based mobile social networks that can be accessed exclusively through mobile phones to help mobilize social change. These networks would allow users to connect through intuitive menus using voice and text in local languages and enable customization by non-governmental organizations for community-building around specific causes.
The e-Agriculture Community is a global partnership that facilitates knowledge sharing on the use of ICTs for sustainable agriculture and rural development. It was established in 2006 to empower rural communities and improve food security through online resources, discussions, and events. The community has grown significantly over time and now includes over 12,000 members from 170 countries engaged in exchanging best practices on topics like agriculture value chains, gender, and mobile technologies.
Best Practices of E-facilitators for Social Inclusion in EuropeFundación Esplai
The booklet Best Practices of E-facilitators for Social Inclusion in Europe is the result of the Best practices contest launched in 2014 during the Raise4e-inclusion project (http://raise4einclusion.eu/). This publication shows a variety of training activities carried out in Romania, France, Spain, Italy and Switzerland which were chosen by a jury of experts because of its inclusive, innovative and original character, and also because of their relevant impact at national level. The booklet also includes an assessment of the situation of digital inclusion in several countries.
You can know about Raise4ei-inclusion in:
http://fundacionesplai.org/e-inclusion/raise4e-inclusion/
National Informatics Centre (NIC) of India has extensive experience integrating ICT into agriculture. It launched the DISNIC program in 1987 to develop databases in agriculture, fisheries, and animal husbandry sectors. In 1995, NIC published an "Informatics Blueprint" outlining a strategic plan to use ICT networks like AGRISNET, MARKNET, and others to improve agricultural extension, markets, research, and other areas. NIC has since implemented many programs like RealCraft for fishing vessel registration, the National Animal Disease Reporting System, and the National Agricultural Prices and Marketing Information System to further the use of ICT in agriculture.
MOBILE NETWORK OPERATORS, MARKET, DEVICES AND USERS DATA IN INDONESIA yopy arnoldy
This document summarizes mobile network and smartphone usage statistics in Indonesia. It finds that Telkomsel has the largest market share of subscribers at 40%. Android is the dominant operating system, comprising 53% of smartphones. Samsung is the top selling smartphone manufacturer, and the Samsung Galaxy Y is the best selling individual device. Mobile internet users are predominantly male, aged 18-35, full-time employees with at least a high school education. Gaming, video, and music are the most commonly downloaded content.
The document discusses content management processes in selected m-Agriculture (mobile agriculture) initiatives in India. It summarizes three case studies of m-Agriculture initiatives - Reuters Market Light, IFFCO Kisan Sanchar Limited, and Lifelines. All three initiatives identified farmer information needs through surveys. They sourced content from experts, databases, and organizations. Content was localized and adapted to format/language for farmers. Feedback was obtained through surveys. Key challenges included limiting formats, sourcing experts, regulating access, validating local/quality of content, and evaluating feedback. The initiatives demonstrated potential for disseminating information and connecting experts/farmers at scale through customization and use of different media on mobile platforms.
Consumer Equity Challenges - ITU Regional Forum on Consumer Information, Prot...Russell Southwood
This presentation looks at: the future market shape with greater emphasis on data; the SDG policy context; the consumer equity challenges; media deficit, media rich and media poor; the strange case of Kathome; and what telecoms regulators can do.
This document discusses the application of information and communication technologies (ICT) in agriculture. It begins by outlining some of the key challenges facing agriculture, such as rising food prices and increasing global population. It then introduces ICT as a potential solution to improve agriculture, noting how technologies like mobile phones and the internet are becoming more accessible even in rural areas. The document provides examples of how different ICT tools can be applied across various agricultural activities from pre-cultivation to post-harvest. It also discusses the development of some agricultural expert systems in India to provide farmers with advice.
Importance of Information Communication Technologies in AgricultureRanjit Subba
This document discusses information and communication technologies (ICTs) and their applications in agriculture. It defines ICTs as electronic tools for storing, processing and disseminating information and communication. Examples provided include TV, radio, email, the internet. The document then provides a brief history of digital transformation from the 1950s to present. It discusses some major ICT initiatives in India for agriculture like Agropedia, Digital Green, and Kisan Mobile Advisory. Potential benefits and limitations of ICTs in agriculture are also summarized.
How ICTs can make a difference to livelihoodsOxfam GB
This document discusses how ICTs can be integrated into Oxfam's livelihood programs. It outlines key principles for success, including considering ICTs as enablers and embedding them in existing processes. It describes a 4-step process for integrating ICTs: 1) understand information and financial services ICTs can provide farmers, 2) identify opportunities for ICT use, 3) analyze the ICT landscape, and 4) identify synergies between opportunities and existing services. Challenges and opportunities for women are discussed. The document also covers mobile data collection tools, remote reporting, and a vision for ICTs in Oxfam's future programs.
07 e agriculture. food security using ict to empower farming communities@pacc...VinothkumaR Ramu
This document discusses using information and communication technologies (ICT) like mobile phones, computers and the internet to empower farming communities through e-agriculture initiatives. It provides examples of e-agriculture projects in India like one implemented in Odisha by Intel Grameen that established local kiosks serving 6,000 farmers, increasing incomes up to 300%. The document also discusses using ICT for e-governance like India's public distribution system tracking food stocks and providing SMS updates to citizens. Overall, the document advocates using ICT to connect rural areas, schools, hospitals and more as part of the World Summit on the Information Society's plan to improve access to technology worldwide by 2015.
This document discusses the role of information technology in Indian agriculture. It outlines how IT can increase food production and productivity through tools like weather forecasting, digital marketplaces, mobile advisory services, greenhouse monitoring technologies, and GPS/GIS systems. The document also examines IT initiatives in India, benefits of IT for farmers, and challenges to expanding agricultural IT, with the goal of improving decision making and farm management through information access.
http://www.ericsson.com/thinkingahead/networked_society
Creating freedom, empowerment and opportunity to transform industries and society while helping find solutions to some of the greatest challenges facing our planet. Get to know the Networked Society essentials.
The document summarizes Taiwan's efforts to develop smart cities through integrating multiple technological solutions. It discusses issues facing modern cities like public safety, traffic, and education resources. Taiwan is using technologies like surveillance systems, smart lighting, electric vehicle sharing, and online education platforms to address these issues. Examples provided include a 170,000 camera surveillance network, smart lighting that also provides charging stations, and a program allowing small rural schools to share educational resources virtually. The goal is to improve quality of life through efficient, sustainable, and innovative smart city initiatives.
The document discusses the e-Agriculture Community of Practice, an international initiative led by the UN Food and Agriculture Organization. The community aims to promote global cooperation on the use of information and communication technologies (ICT) to support agricultural and rural development. It has over 7,000 members from over 150 countries who share resources virtually and through in-person events. Key topics discussed by the community include the role of mobile telephony and public-private partnerships in rural development.
Content management process in selected m-agriculture initiatives in IndiaILRI
The document discusses content management processes in three m-Agriculture initiatives in India: Reuters Market Light, IFFCO Kisan Sanchar Limited, and Lifelines. It describes how each initiative generates, sources, formats, stores, delivers, and gets feedback on agricultural content for farmers. Key challenges discussed include limiting formats, sourcing dispersed content, ensuring access and localisation, maintaining quality, and relying on intermediaries for feedback. The initiatives demonstrate potential for information dissemination, large farmer outreach, facilitating expert-farmer links, customizing information, and using multiple media channels. Success factors identified include bottom-up integration, viability, public-private partnerships, content validation, and entrepreneurship.
ICT in Agriculture – trends & opportunitiesmirjamschaap
This document discusses trends in ICT for agriculture. Mobile technologies are increasingly important, with most agricultural services focusing on information/knowledge sharing (50%) and value chain support (33%). Key ICT services for agriculture include information/knowledge exchange networks, value chain linkages, and financial services. Examples highlighted include Reuters Market Light for price/weather info, Digital Green videos, and M-Farm for market transparency. Lessons learned emphasize focusing on user needs over technology, using appropriate existing infrastructure, and ensuring services are sustainable and scalable.
India has a growing population and workforce but approximately half of households do not have reliable access to electricity. Intelligent Energy is working to deploy hydrogen fuel cells in India to provide backup power for telecom infrastructure and help connect more of the population through increased mobility and internet access. Reliable decentralized power sources could help power the growing number of mobile devices and support India's growing economy by connecting more people and increasing internet contribution to GDP.
The document discusses the agenda for an upcoming meeting. It will include sessions on ILRI's position regarding the benefits and harms of livestock as well as research gaps. Presentations will cover topics such as climate change, grazing impacts, genetic resources, zoonotic diseases, social issues, and nutrition. The goal is to understand what ILRI thinks about livestock's role and to identify areas where more work is needed.
The document discusses data management principles of exposing, preserving, and protecting research data. It provides an overview of how various organizations like KMIS, RMG, and ICT can help with exposure, preservation, and protection of data. Metadata is important for data access, and there are various international metadata standards. Multiple backup strategies can help protect data from different levels of risk.
This document discusses the growth of mobile technology and mobile video in Africa. It notes that while film industries like Nollywood are large, internet connectivity is still limited in Africa. However, mobile technology is growing rapidly, with high mobile subscription rates and increasing smartphone and mobile internet use. The document suggests mobile will become a major platform for video content in Africa, pointing to examples like over 1 million mobile downloads via the MXit platform. It argues more affordable smartphones and data plans could help connect more Africans to local mobile content.
This document summarizes Indonesia's broadband plan from 2014-2019. The plan aims to accelerate broadband development across Indonesia in a comprehensive and integrated manner. Key goals include achieving 100% coverage of telecommunications and internet services in underserved areas, increasing fixed and mobile broadband speeds and coverage nationally, completing the digital television migration, and boosting e-government and ICT literacy. The plan was developed through extensive stakeholder consultation and aims to guide both public and private sector investment and policies to expand broadband infrastructure and adoption across Indonesia.
Mobile networks are the most accessible and affordable form of information and communication technology (ICT) in developing countries in Asia and Africa. Mobile social networks have greater potential than traditional mobile networks due to Metcalfe's and Reed's Laws, which state that the value of networks increases exponentially based on the number of users. The document proposes using open-source, cloud-based mobile social networks that can be accessed exclusively through mobile phones to help mobilize social change. These networks would allow users to connect through intuitive menus using voice and text in local languages and enable customization by non-governmental organizations for community-building around specific causes.
The e-Agriculture Community is a global partnership that facilitates knowledge sharing on the use of ICTs for sustainable agriculture and rural development. It was established in 2006 to empower rural communities and improve food security through online resources, discussions, and events. The community has grown significantly over time and now includes over 12,000 members from 170 countries engaged in exchanging best practices on topics like agriculture value chains, gender, and mobile technologies.
Best Practices of E-facilitators for Social Inclusion in EuropeFundación Esplai
The booklet Best Practices of E-facilitators for Social Inclusion in Europe is the result of the Best practices contest launched in 2014 during the Raise4e-inclusion project (http://raise4einclusion.eu/). This publication shows a variety of training activities carried out in Romania, France, Spain, Italy and Switzerland which were chosen by a jury of experts because of its inclusive, innovative and original character, and also because of their relevant impact at national level. The booklet also includes an assessment of the situation of digital inclusion in several countries.
You can know about Raise4ei-inclusion in:
http://fundacionesplai.org/e-inclusion/raise4e-inclusion/
National Informatics Centre (NIC) of India has extensive experience integrating ICT into agriculture. It launched the DISNIC program in 1987 to develop databases in agriculture, fisheries, and animal husbandry sectors. In 1995, NIC published an "Informatics Blueprint" outlining a strategic plan to use ICT networks like AGRISNET, MARKNET, and others to improve agricultural extension, markets, research, and other areas. NIC has since implemented many programs like RealCraft for fishing vessel registration, the National Animal Disease Reporting System, and the National Agricultural Prices and Marketing Information System to further the use of ICT in agriculture.
MOBILE NETWORK OPERATORS, MARKET, DEVICES AND USERS DATA IN INDONESIA yopy arnoldy
This document summarizes mobile network and smartphone usage statistics in Indonesia. It finds that Telkomsel has the largest market share of subscribers at 40%. Android is the dominant operating system, comprising 53% of smartphones. Samsung is the top selling smartphone manufacturer, and the Samsung Galaxy Y is the best selling individual device. Mobile internet users are predominantly male, aged 18-35, full-time employees with at least a high school education. Gaming, video, and music are the most commonly downloaded content.
The document discusses content management processes in selected m-Agriculture (mobile agriculture) initiatives in India. It summarizes three case studies of m-Agriculture initiatives - Reuters Market Light, IFFCO Kisan Sanchar Limited, and Lifelines. All three initiatives identified farmer information needs through surveys. They sourced content from experts, databases, and organizations. Content was localized and adapted to format/language for farmers. Feedback was obtained through surveys. Key challenges included limiting formats, sourcing experts, regulating access, validating local/quality of content, and evaluating feedback. The initiatives demonstrated potential for disseminating information and connecting experts/farmers at scale through customization and use of different media on mobile platforms.
Consumer Equity Challenges - ITU Regional Forum on Consumer Information, Prot...Russell Southwood
This presentation looks at: the future market shape with greater emphasis on data; the SDG policy context; the consumer equity challenges; media deficit, media rich and media poor; the strange case of Kathome; and what telecoms regulators can do.
This document discusses the application of information and communication technologies (ICT) in agriculture. It begins by outlining some of the key challenges facing agriculture, such as rising food prices and increasing global population. It then introduces ICT as a potential solution to improve agriculture, noting how technologies like mobile phones and the internet are becoming more accessible even in rural areas. The document provides examples of how different ICT tools can be applied across various agricultural activities from pre-cultivation to post-harvest. It also discusses the development of some agricultural expert systems in India to provide farmers with advice.
Importance of Information Communication Technologies in AgricultureRanjit Subba
This document discusses information and communication technologies (ICTs) and their applications in agriculture. It defines ICTs as electronic tools for storing, processing and disseminating information and communication. Examples provided include TV, radio, email, the internet. The document then provides a brief history of digital transformation from the 1950s to present. It discusses some major ICT initiatives in India for agriculture like Agropedia, Digital Green, and Kisan Mobile Advisory. Potential benefits and limitations of ICTs in agriculture are also summarized.
How ICTs can make a difference to livelihoodsOxfam GB
This document discusses how ICTs can be integrated into Oxfam's livelihood programs. It outlines key principles for success, including considering ICTs as enablers and embedding them in existing processes. It describes a 4-step process for integrating ICTs: 1) understand information and financial services ICTs can provide farmers, 2) identify opportunities for ICT use, 3) analyze the ICT landscape, and 4) identify synergies between opportunities and existing services. Challenges and opportunities for women are discussed. The document also covers mobile data collection tools, remote reporting, and a vision for ICTs in Oxfam's future programs.
07 e agriculture. food security using ict to empower farming communities@pacc...VinothkumaR Ramu
This document discusses using information and communication technologies (ICT) like mobile phones, computers and the internet to empower farming communities through e-agriculture initiatives. It provides examples of e-agriculture projects in India like one implemented in Odisha by Intel Grameen that established local kiosks serving 6,000 farmers, increasing incomes up to 300%. The document also discusses using ICT for e-governance like India's public distribution system tracking food stocks and providing SMS updates to citizens. Overall, the document advocates using ICT to connect rural areas, schools, hospitals and more as part of the World Summit on the Information Society's plan to improve access to technology worldwide by 2015.
This document discusses the role of information technology in Indian agriculture. It outlines how IT can increase food production and productivity through tools like weather forecasting, digital marketplaces, mobile advisory services, greenhouse monitoring technologies, and GPS/GIS systems. The document also examines IT initiatives in India, benefits of IT for farmers, and challenges to expanding agricultural IT, with the goal of improving decision making and farm management through information access.
http://www.ericsson.com/thinkingahead/networked_society
Creating freedom, empowerment and opportunity to transform industries and society while helping find solutions to some of the greatest challenges facing our planet. Get to know the Networked Society essentials.
The document summarizes Taiwan's efforts to develop smart cities through integrating multiple technological solutions. It discusses issues facing modern cities like public safety, traffic, and education resources. Taiwan is using technologies like surveillance systems, smart lighting, electric vehicle sharing, and online education platforms to address these issues. Examples provided include a 170,000 camera surveillance network, smart lighting that also provides charging stations, and a program allowing small rural schools to share educational resources virtually. The goal is to improve quality of life through efficient, sustainable, and innovative smart city initiatives.
The document discusses the e-Agriculture Community of Practice, an international initiative led by the UN Food and Agriculture Organization. The community aims to promote global cooperation on the use of information and communication technologies (ICT) to support agricultural and rural development. It has over 7,000 members from over 150 countries who share resources virtually and through in-person events. Key topics discussed by the community include the role of mobile telephony and public-private partnerships in rural development.
Content management process in selected m-agriculture initiatives in IndiaILRI
The document discusses content management processes in three m-Agriculture initiatives in India: Reuters Market Light, IFFCO Kisan Sanchar Limited, and Lifelines. It describes how each initiative generates, sources, formats, stores, delivers, and gets feedback on agricultural content for farmers. Key challenges discussed include limiting formats, sourcing dispersed content, ensuring access and localisation, maintaining quality, and relying on intermediaries for feedback. The initiatives demonstrate potential for information dissemination, large farmer outreach, facilitating expert-farmer links, customizing information, and using multiple media channels. Success factors identified include bottom-up integration, viability, public-private partnerships, content validation, and entrepreneurship.
ICT in Agriculture – trends & opportunitiesmirjamschaap
This document discusses trends in ICT for agriculture. Mobile technologies are increasingly important, with most agricultural services focusing on information/knowledge sharing (50%) and value chain support (33%). Key ICT services for agriculture include information/knowledge exchange networks, value chain linkages, and financial services. Examples highlighted include Reuters Market Light for price/weather info, Digital Green videos, and M-Farm for market transparency. Lessons learned emphasize focusing on user needs over technology, using appropriate existing infrastructure, and ensuring services are sustainable and scalable.
India has a growing population and workforce but approximately half of households do not have reliable access to electricity. Intelligent Energy is working to deploy hydrogen fuel cells in India to provide backup power for telecom infrastructure and help connect more of the population through increased mobility and internet access. Reliable decentralized power sources could help power the growing number of mobile devices and support India's growing economy by connecting more people and increasing internet contribution to GDP.
The document discusses the agenda for an upcoming meeting. It will include sessions on ILRI's position regarding the benefits and harms of livestock as well as research gaps. Presentations will cover topics such as climate change, grazing impacts, genetic resources, zoonotic diseases, social issues, and nutrition. The goal is to understand what ILRI thinks about livestock's role and to identify areas where more work is needed.
The document discusses data management principles of exposing, preserving, and protecting research data. It provides an overview of how various organizations like KMIS, RMG, and ICT can help with exposure, preservation, and protection of data. Metadata is important for data access, and there are various international metadata standards. Multiple backup strategies can help protect data from different levels of risk.
ILRI Partnerships and Communications: The Goods and the badsILRI
The document summarizes various aspects of partnerships and communication at ILRI, noting strengths ("Good"), weaknesses ("Bad"), and lessons ("Lesson") for each. Key areas discussed include media coverage, social media channels, the ILRI website, knowledge repositories, proposal development, intellectual property and contracts, capacity strengthening, regional collective action, ICT tools, and knowledge management within ILRI projects. For each, both positive impacts and challenges are presented, along with recommendations to improve.
Livestock and human health: The good, the bad, the gapsILRI
Livestock can impact human health both positively and negatively. On the negative side, most human diseases originate in animals, emerging infectious diseases tend to be zoonotic, and overuse of drugs in animals can lead to antibiotic resistance in humans. However, animal source foods also provide important nutrition that helps prevent disease. A "One Health" approach is needed to manage complex interconnections between human, animal, and environmental health. Knowledge gaps remain regarding risk assessment, emerging disease management, and applying multisectoral cooperation in practice.
Selecting Rhodes and Napier grass genotypes for dry areasILRI
A poster prepared by Jenni Ponsens, Evans Basweti and Jean Hanson for the ILRI Annual Program Meeting (APM) 2010, held at ILRI campus, Addis Ababa, Ethiopia, April 14-17, 2010.
Spatio-temporal analyses of primary productionILRI
Contribution to the SLP project: ’Identifying livestock-based risk management and coping options to reduce vulnerability to droughts in agro-pastoral and pastoral systems in East and West Africa’
Presentation by Bruno Gérard to the SLP Workshop in Niamey, March 2009.
The document discusses the proposed structure and priorities of the CGIAR Consortium's Megaprograms (MPs). It is proposed that the Consortium will have 7 initial MPs, which may expand to 15, focused on key issues like sustainable agriculture, nutrition, water scarcity, and climate change. The livestock-related proposed MPs include MP3 on staple food productivity increase, which would include a livestock cluster, and MP4 on agriculture, nutrition and health, which would include animal health and food safety research.
This document discusses raising awareness of Napier grass diseases in Eastern Africa and generating information about understanding, identifying, and maintaining resistance to diseases affecting Napier grass. The goal is to build capacity for using Napier grass as livestock feed in the region.
Livestock provide many benefits but also contribute to environmental issues. Livestock are important for the livelihoods of 600 million poor people globally and are responsible for close to 50% of global crop production. However, livestock also contribute to deforestation, use significant water resources, and account for 18% of global greenhouse gas emissions. While livestock have both positive and negative impacts, there are opportunities to reduce their environmental effects through more sustainable practices and better management of demand for their products.
What I have heard …Linking research to address drivers of change in the ESA r...ILRI
The document discusses linking research to address drivers of change in the ESA region. It notes that complex problems require collaboration and collective action. It suggests using an adaptive management approach and scenario analysis to define a conceptual framework for understanding system interactions and the research process. Communities of practice are proposed as an organizing framework. Next steps discussed include adding value to existing projects, developing an open data platform, defining outcomes and timeframes, attracting partners, and identifying concrete contributions and goals for the breakout groups.
Improving livestock water productivity to help satisfy future human dietary r...ILRI
A presentation prepared by Don Peden, Mario Herrero, Girma Taddesse and David Molden for the Stockholm World Water Week workshop on Changing Diets and their Implications for Water, Land and Livelihoods, Stockholm, Sweden, August 20-26, 2006.
Who needs research on drivers of change? A ‘crisis’ perspectiveILRI
Drought conditions are affecting parts of East Africa, while diseases are spreading among livestock. Frequent crises negatively impact people's ability to cope with shocks, and short-term aid fails to address the underlying issues. Over 26.8 million people in East and Southern Africa are affected by natural disasters each year, in addition to 10.8 million affected by conflict. Flagship Program 4 of the International Crops Research Institute for the Semi-Arid Tropics aims to understand the impacts of stress and aid on agricultural and social systems to improve interventions before, during, and after crises and promote increased resilience, and it needs research from Flagship Program 1 on long-term drivers of change to help achieve these goals.
Toward a LWP assessment methodology: a contribution to the Karkheh CPWF workshopILRI
The document discusses assessing livestock water productivity (LWP) in the Nile River Basin. It defines LWP as the ratio of beneficial livestock outputs to the amount of water depleted in producing them. It provides examples of ways to improve LWP, such as using crop residues for feed, improving grazing strategies, and providing drinking water. The document calls for integrated management of water and livestock across river basins to improve productivity and human well-being.
Does linking long term research sites to an ‘observatory of rural change’ mak...ILRI
A presentation prepared by Frank Place for the workshop on Dealing with Drivers of Rapid Change in Africa: Integration of Lessons from Long-term Research on INRM, ILRI, Nairobi, June 12-13, 2008.
This document summarizes a partnership between CABI and IFFCO Kisan Sanchar Limited (IKSL) to provide mobile agro-advisory services to smallholder farmers in India. Through a sustainable business model, IKSL provides voice-based agricultural information to farmers via "Green SIM" cards. CABI supports the initiative by providing high-quality agricultural content and helping to develop IKSL's knowledge repository. The service uses a "push-pull" model, delivering daily voice messages on topics like weather and crops while also offering a helpline for farmers to "pull" expert information. Over 4 million farmers have subscribed to the service, which aims to improve livelihoods by empowering farmers with timely information.
The document discusses the impact of telecommunication services, especially mobile phones, on rural and low-income populations in India. It provides examples of how telecom has helped provide access to information, generate income opportunities, and improve education and healthcare for those at the bottom of the economic pyramid. Specifically, telecom has enabled real-time access to market prices, weather information, job opportunities. It has reduced transaction costs and reliance on middlemen. Examples from projects in India and other countries illustrate how telecom is empowering rural communities and bridging the digital divide.
This document discusses a global community of practice focused on using information and communication technologies (ICT) for sustainable agriculture and food security called e-Agriculture. It provides statistics on the community's growth and composition. A key topic is how value chains and mobile technologies can benefit smallholder farmers. It also summarizes an online discussion about forming partnerships between mobile network operators and agricultural organizations to provide sustainable and scalable mobile information services for farmers. Challenges in creating such partnerships and mobile agriculture services are also outlined.
SCF Small Cells for Rural and Remote IntroductionSmall Cell Forum
53% of the world's population is still offline, with many living in remote areas without basic infrastructure like electricity or transport. To address this, the ITU aims to connect 60% of the world by 2020. However, connecting rural and remote populations at low cost remains a key challenge. In India, 67% of the population lives rurally, with lower mobile penetration of 57% compared to 167% in urban areas, representing a major growth opportunity. While increased smartphone access has brought more Indians online, consumer goods companies have seen reduced sales as people spend more on phones than products. Small cell solutions can help connect rural and remote populations by providing localized network functions and leveraging various deployment architectures, backhaul solutions, and business cases
Information and Communication Technology in dissemination of Agricultural Tec...Lokesh Waran
Information and Communication Technology in dissemination of Agricultural Technologies
Dr.J.Meenambigai
Associate Professor
Department of agricultural Extension
Faculty of Agriculture
Annamalai University
Chidambaram
Assessing the Impacts and Developing Adaptation Strategies Using Application ...Global Risk Forum GRFDavos
The document summarizes a training session on assessing impacts of and developing adaptation strategies for climate change using electronic governance and information and communication technologies (ICTs). The session objectives are to identify critical parameters for e-governance in rural development, disseminate information for planning using ICTs, and develop an e-governance model. Models from India are presented that use ICTs like wireless networks and hub centers to connect rural communities and provide services like education, healthcare and agriculture support.
ICT for service delivery in Rural India –scope, challenges and present scenarioiosrjce
The present era of globalization is based on knowledge and information as it directly affects the
economic, social, cultural and political activities of all the regions of the world. Governments worldwide have
realized the role that Information and Communication Technologies (ICT’s) can play in socio-economic
development and India is no exception to this. Majority of Indian population resides in rural areas and their
isolation has restricted them from contributing to the national mainstream, adversely affecting the country’s
growth. Even after 60 years of independence, rural India has remained poor while the remaining country has
developed by leaps and bounds. Rural India is regarded information-poor and characterized by severe poverty,
illiteracy, lack of health services, lack of employment and overall backwardness. Only the proper
implementation of ICT’s can play a pivotal role in their overall development, especially in the sectors of health,
education and government services. To supplement ICT service delivery, Government of India has the National
IT Policy in place and is also on the verge of launching the massive Digital India programme. But this requires
dauntless will power & confidence, effective monitoring, local services & technology combined with lots of hard
work.
This document discusses the scope and potential of using information and communication technologies (ICTs) to improve service delivery in rural India. It outlines some of the key challenges, including lack of adequate infrastructure and broadband connectivity in rural areas. It then describes several sectors where ICTs could make a significant impact, such as education through e-learning tools, healthcare via telemedicine and online medical records, agriculture by providing farmers access to market data and best practices, and e-governance to improve access to government services. While India has made efforts such as the National IT Policy and Digital India program, fully realizing ICT's benefits will require addressing issues of affordability, relevance of content, capacity building, and public-private partnerships.
This document discusses how information and communication technologies (ICT) can help achieve food security through rural economic growth. ICT lowers search and transaction costs, improves human capital through social learning, and reduces risk, thereby increasing productivity, investment, and incomes in rural areas. While ICT infrastructure is important, the priority should not be on technologies alone but achieving universal access affordably. New low-cost base station technologies could reach more remote communities profitably. USAID programs like GBI and CORE could help demonstrate and spread these technologies while providing technical assistance to legal/regulatory frameworks and universal service funds.
Agriculture development with computer science and engg.pptBikash Kumar
The document discusses the use of information technology in agriculture. It covers various applications of IT like office automation, wireless technologies, GPS, GIS, computer-controlled devices, mobile apps, RFID, knowledge management systems, e-learning, e-commerce, and computer-aided design and manufacturing. These technologies help improve efficiency across the agricultural sector in areas like farming, water management, harvesting, and food marketing. The overall goal of applying IT is to enhance agricultural and rural development by improving information and communication processes.
ICT (Information & Communication Technology /Technologies) is an umbrella term that includes any communication device or application, encompassing: radio, television, cellular phones, computer and network hardware and software, satellite systems and etc, as well as the various services and applications associated with them, such as videoconferencing and distance learning.
Challenges and Opportunities for ICT Industry in Indonesia 2016Mastel Indonesia
Indonesian society is increasingly connected, with 88.1 million internet users, 63.4 million smartphone users, and 308.2 million mobile phone subscribers. Internet access and social media usage via mobile devices averages 3 hours and 2 hours 52 minutes per day respectively. The telecommunications industry revenue in Indonesia is expected to grow to IDR 140 trillion by 2020, fueled by growth in data services and changes to operator business models. However, challenges remain around infrastructure bottlenecks, the digital divide, developing upstream and downstream industries, workforce skills, and ICT adoption among small- and medium-sized enterprises. Addressing these challenges could allow Indonesia to become the biggest digital economy player in the region.
The document discusses the use of information and communication technologies (ICT) for rural development. It highlights how mobile telephony is being used in many Asian countries to provide farmers with information through SMS and multimedia messages from public, private, and non-governmental organization initiatives. Mobile telephony can effectively reduce distances and make sharing information and knowledge easier. It also strengthens social networks and empowers individuals. Public-private partnerships are found to complement each other at the community level by providing information and advisory services that address the needs of farmers and rural communities.
ICTs can be used to provide information and communication services to wide users. They facilitate collecting, storing, and analyzing information that can be transmitted electronically. Examples of ICT uses include e-governance projects in India like Gyandoot in Madhya Pradesh, which established internet kiosks to provide government services to rural citizens, reducing time, costs, and improving access to information. ICTs can also connect rural communities, support economic development through initiatives like e-Choupal, and improve education, health, and community development.
The Indigo Trust seeks to connect African smallholder farmers to innovative mobile and internet technologies to spark agricultural development opportunities and reduce poverty. It funds several projects that provide farmers customized information via SMS on topics like dairy cattle management, market prices and weather, and that connect farmers to buyers. Evidence shows ICT can increase agricultural productivity and crop yields. Examples of successful ICT projects include a mobile insurance program for small plots in Africa and a precision farming app in development in Egypt.
Inhibitors and catalysts for Successful Mobile Services Growth in Africa: The...Tendai Marengereke
The document discusses mobile service growth in Kenya. It identifies supportive government policies, private sector investment, and technology incubators as key catalysts. Mobile networks also played a role by expanding infrastructure and lowering costs. A key reason for Kenya's success is its regulator allowing innovation to lead over strict regulation. The government created policies supporting competition and infrastructure sharing, which helped services grow and reach more populations.
A flagship CTO event, this has grown into a platform for knowledge-sharing among peer groups steering ICT projects in e-delivery of health care, education and governance. This Forum echoes the Commonwealth's 2013 theme: The Road Ahead for Africa.
A Proposed Model for Mobile Cloud Computing in Agricultureijsrd.com
This paper presents the recent development and application of mobile phones and cloud computing in agriculture. Basic concepts and technologies associated with mobile phones and cloud computing is highlighted. For better communication, sharing of information and profitability in agriculture, there is need for collaboration of cloud computing and mobile technology. This paper presents a framework in which a farmer can utilize mobile cloud computing on their handsets using various applications, to assist them for relatively better cultivation and marketing. The main application of this proposed framework is focused on to eliminate the problem of data storage, computational processing and sharing of information
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Mobile-enabled service delivery in livestock value chains: a new competence area for ILRI?
1. ILRI APM, Addis Abeba 15th-17th April 2010 Mobile-enabled Service Delivery in Livestock Value Chains A new competence area for ILRI? By: Pier Paolo Ficarelli – Knowldge Management & Information Systems - Asia
2. Thesis Premises/Assumptions: Integrated service provision critical to increase benefits from livestock keeping and system sustainability Information/service gap in rural areas can be bridged through community-based workers. Thesis: Enabled - mobile phone is the digital pathway capable of reaching large number of households and integrating multiple services at a low cost, while increasing farmers convenience and creating a self- employment opportunity for youth in rural areas.
3. What have mobile phones changed in our lives? Ubiquitous reachability Social networking Quick information access Time and travel savings
4. The Digital Divide….. "The spread of mobile cellular services and technologies has made great strides towards connecting the previously unconnected." UN, 2009 “Mobile phones will drive the final nail into the coffin of the $ 100 laptop and spell the demise of telecentre movement” (IAALD, 2009)
5. …….and the Rural Communication Gap in India 3.5 billions people world-wide 50 millions in rural Bangladesh 300 millions in rural India Fastest growth in Africa UN, IAALD 2009
6. Agricultural Extension in the 21st Century? Yes! info dissemination to farmers access to information by farmers farmer-services link No! farmer organisation development technology development farmer field schools May be.. Multi-media (video photo audio) e-learning & mobile library Individual farm data management
7. Mobile-enabled Agro-Services: Why? Only 40% of farmer households access information about agricultural techniques and inputs (India NSS, 2005). Sources of Agricultural Information for Households Other Progressive Farmers 16.7% Input Dealers 13.1% Radio 13.0% Television 9.3% Newspaper 7.0% Extension Worker 5.7% Source: NSS, June, 2005 GoI
13. Mobile-based Agro-Services: Business Model ILRI project/CGIAR Mega Programme Seed Funding Implementing Organisation(NGO/Foundations) Facilita-tion Intermediary Agency Agro-business /Social Enterprise Districts Mobile Service Providers PPP/Partnership Subscriptions to service package Service contract Village – based workers for integrated service delivery Info-Service Package Linkages & Services Public/Private Service Providers/Marketing Agents Connected Producers Self-help groups
15. Mobile-enabled Livestock Services:Why should ILRI engage? Smarter farming = knowledge intensive+speed+customised Digitally-packaged livestock information scanty Integrated service delivery critical in livestock value chains New dissemination path of project results at farmer level Further support service offered by ILRI in the new CGIAR
16. Mobile-enabled Livestock Services: Partners APAARI (Asia) CTA (Africa) ILRI Livestock Value Chain Projects CABI Int. Mobile phone service providers Agricultural input suppliers Partner National NGOs Private IT service providers Local facilitators/coordinators ITC rural kiosk Sanchalak Gopal/Vet.scouts initiatives Livestock associations Dairy co-op Self -help groups