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Showing posts with label ICT. Show all posts
Showing posts with label ICT. Show all posts
Friday, March 31, 2023
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Sunday, May 1, 2016
Documenting illegal land occupancy using drones
Unmanned aerial vehicles have the potential to empower indigenous communities to become equal partners in the efforts to safeguard their territories and natural resources.
Throughout the Americas, indigenous forest communities’ territories face intensifying threats, as global demand increases for land and forest resources. Non-indigenous settlers and loggers illegally enter indigenous territories to poach valuable timber or to burn and clear large swaths of forest. Emerging technologies, such as unmanned aerial vehicles (UAVs) – also known as drones – offer an unprecedented opportunity to empower communities to defend their territories and natural resources. UAV technology allows them to monitor their land in real time, obtain visual evidence of any trespass, and make claims based on this evidence.
Some of Panama’s indigenous communities already make use of UAVs to protect the rainforest. Nearly 70% of Panama’s remaining intact rainforest is governed by indigenous peoples. Indigenous communities see the forest as part of their culture and heritage, respecting and understanding its value and safeguarding it for future generations. Newcomers to the area tend to see the rainforest as something to be exploited in the short-term, particularly for felling valuable old-growth hardwoods and clearing forested areas for cattle ranching.
Panama’s indigenous communities began using UAVs in 2015 with the support of the Rainforest Foundation US and Tushevs Aerials. Tushevs Aerials is a small organisation that designs and builds UAVs and processes data into maps or digital 3D models. It provides training in any aspect of UAV construction, operation, and data use. Since the beginning of this project UAVs have successfully been used to document illegitimate land occupancy and illegal land occupancy and illegal logging by non-indigenous groups.
The rampant deforestation in the Darien region of Panama perfectly illustrates this dynamic. Islands of rainforest have managed to resist outside pressure from settlers, thanks to the indigenous communities that inhabit and protect them. With the use of a custom-built fixed wing UAV, the Emberá peoples – near the community of Puerto Indio – could spot and survey over 200 hectares of converted forest that has been illegally occupied by cattle ranchers. The communities’ leaders were stunned to witness the extent of the damage. Prior to seeing the aerial imagery, they had thought that there were only about 50 hectares destroyed by illegal ranching.
The occupation and conversion of forested areas occurred several kilometres away from where the indigenous community lives. But because of tensions with the settlers, who are often armed and confrontational, they had not been able to enter the area and document the illegal ranching practices. Using the UAV allowed them to quickly and safely gather data that evidenced the trespass of their territories.
Tino Quintana, the cacique or traditional chief of the 440,000 hectares’ traditional territory, took the lead on presenting the results of the UAV survey to members of several other Emberá communities. These communities are now working together by using aerial imagery documentation to register official complaints with the regional authorities. The government has promised to remove the settlers, and the Emberá communities plan to reforest the area.
Governments are often faced with resource shortages, and are frequently unable to respond to all requests for intervention. Spatially explicit UAV documentation of illegal logging and land occupancy helps government agencies prioritise their efforts, ensuring that a week-long field inspection will collect enough evidence to justify government intervention.
This experience generated further interest in UAV technology among indigenous communities in eastern Panama, inspiring other leaders to ask for UAV support. The Emberá and Wounaan General Congress, which oversees thousands of hectares of rainforest across 27 distinct territories, was given a DJI Phantom 3 Professional quadcopter by the Rainforest Foundation in November 2015. Wounaan leaders flew this UAV within the district of Platanares on the Pacific coast of Panama. The geo-referenced images proved that 10 hectares had recently been burned for cattle grazing in the middle of their territory.
Diogracio Puchicama, a Wounaan indigenous leader, who has been threatened by illegal loggers and settlers for several years, because of his efforts to protect 20,000 hectares of rainforest along the Pacific coast, submitted the UAV-generated documentation to the environmental authorities. Impressed by the accurate geo-referencing of the images documenting forest destruction, the Ministry of Environment promised to be more present in the area and enforce the law.
In late January 2016, Diogracio reported that the authorities had been patrolling the district of Platanares constantly, and that most of the settlers had been at least temporarily removed. ‘I have been denouncing illegal loggers in Platanares for over five years, and the authorities have done nothing, not moved a finger,’ Diogracio Puchicama noted. ‘Now, after they have realised that we have the drone, they are doing their job and enforcing the law. It’s a good sign.’
Emberá and Wounaan communities are planning in partnership with the Rainforest Foundation US and the Food and Agriculture Organisation (FAO) of the United Nations to fly UAVs in at least six more indigenous communities in Panama. They will use the imagery to raise awareness among local communities of the ongoing illegal and un-monitored forest destruction within their traditional territories and the need to document and denounce this destruction to the authorities. They will also use the aerial photographs to help Panamanians understand how important forests are, and the essential role that indigenous peoples have played in keeping them intact.
The experience from Panama illustrates that UAVs have the potential to alter the power balance in favour of indigenous communities’ own ability to protect, monitor, and report on their lands, territories, and natural resources. This technology empowers indigenous people to play an active role in safeguarding their lands and to become equal partners – rather than just beneficiaries – to government and civil society agencies, which are involved in conservation and rights’ protection.
Indigenous peoples’ communities, organisations, and their civil society partners in the region and beyond are now very interested in adopting UAVs for conservation or for the protection of indigenous rights and territories. There are further discussions with the Mesoamerican Alliance of Peoples and Forests regarding the use of UAVs in Central America and with an indigenous network in Bolivia. Indigenous communities in Guyana and Indonesia are already using UAVs for land mapping. Also in Africa the Shompole Maasai community in Kenya and a forester in the Democratic Republic of the Congo are interested in using the technology. This shows that the interest in UAVs is growing all around the globe for monitoring illegal land use in indigenous territory.
Nina Kantcheva Tushev (nina.kant@gmail.com) is co-founder of Tushevs Aerials and indigenous peoples’ rights advisor at the UNDP. Tom Bewick (tombewick@rffny.org) is program manager at the Rainforest Foundation US. And Cameron Ellis (jamescameronellis@gmail.com) is principal at Groundtruth Geographics.
Video that demonstrates how Dayaks in Indonesia make use of UAVs.
https://goo.gl/u8Bv2v
Article and video outlining a training in the use of UAVs with indigenous communities in Peru.
https://goo.gl/jhoMFJ
Throughout the Americas, indigenous forest communities’ territories face intensifying threats, as global demand increases for land and forest resources. Non-indigenous settlers and loggers illegally enter indigenous territories to poach valuable timber or to burn and clear large swaths of forest. Emerging technologies, such as unmanned aerial vehicles (UAVs) – also known as drones – offer an unprecedented opportunity to empower communities to defend their territories and natural resources. UAV technology allows them to monitor their land in real time, obtain visual evidence of any trespass, and make claims based on this evidence.
Some of Panama’s indigenous communities already make use of UAVs to protect the rainforest. Nearly 70% of Panama’s remaining intact rainforest is governed by indigenous peoples. Indigenous communities see the forest as part of their culture and heritage, respecting and understanding its value and safeguarding it for future generations. Newcomers to the area tend to see the rainforest as something to be exploited in the short-term, particularly for felling valuable old-growth hardwoods and clearing forested areas for cattle ranching.
Panama’s indigenous communities began using UAVs in 2015 with the support of the Rainforest Foundation US and Tushevs Aerials. Tushevs Aerials is a small organisation that designs and builds UAVs and processes data into maps or digital 3D models. It provides training in any aspect of UAV construction, operation, and data use. Since the beginning of this project UAVs have successfully been used to document illegitimate land occupancy and illegal land occupancy and illegal logging by non-indigenous groups.
Armed settlers
The rampant deforestation in the Darien region of Panama perfectly illustrates this dynamic. Islands of rainforest have managed to resist outside pressure from settlers, thanks to the indigenous communities that inhabit and protect them. With the use of a custom-built fixed wing UAV, the Emberá peoples – near the community of Puerto Indio – could spot and survey over 200 hectares of converted forest that has been illegally occupied by cattle ranchers. The communities’ leaders were stunned to witness the extent of the damage. Prior to seeing the aerial imagery, they had thought that there were only about 50 hectares destroyed by illegal ranching.
The occupation and conversion of forested areas occurred several kilometres away from where the indigenous community lives. But because of tensions with the settlers, who are often armed and confrontational, they had not been able to enter the area and document the illegal ranching practices. Using the UAV allowed them to quickly and safely gather data that evidenced the trespass of their territories.
Tino Quintana, the cacique or traditional chief of the 440,000 hectares’ traditional territory, took the lead on presenting the results of the UAV survey to members of several other Emberá communities. These communities are now working together by using aerial imagery documentation to register official complaints with the regional authorities. The government has promised to remove the settlers, and the Emberá communities plan to reforest the area.
Documenting evidence
Governments are often faced with resource shortages, and are frequently unable to respond to all requests for intervention. Spatially explicit UAV documentation of illegal logging and land occupancy helps government agencies prioritise their efforts, ensuring that a week-long field inspection will collect enough evidence to justify government intervention.
This experience generated further interest in UAV technology among indigenous communities in eastern Panama, inspiring other leaders to ask for UAV support. The Emberá and Wounaan General Congress, which oversees thousands of hectares of rainforest across 27 distinct territories, was given a DJI Phantom 3 Professional quadcopter by the Rainforest Foundation in November 2015. Wounaan leaders flew this UAV within the district of Platanares on the Pacific coast of Panama. The geo-referenced images proved that 10 hectares had recently been burned for cattle grazing in the middle of their territory.
Diogracio Puchicama, a Wounaan indigenous leader, who has been threatened by illegal loggers and settlers for several years, because of his efforts to protect 20,000 hectares of rainforest along the Pacific coast, submitted the UAV-generated documentation to the environmental authorities. Impressed by the accurate geo-referencing of the images documenting forest destruction, the Ministry of Environment promised to be more present in the area and enforce the law.
In late January 2016, Diogracio reported that the authorities had been patrolling the district of Platanares constantly, and that most of the settlers had been at least temporarily removed. ‘I have been denouncing illegal loggers in Platanares for over five years, and the authorities have done nothing, not moved a finger,’ Diogracio Puchicama noted. ‘Now, after they have realised that we have the drone, they are doing their job and enforcing the law. It’s a good sign.’
Protection of indigenous rights
Emberá and Wounaan communities are planning in partnership with the Rainforest Foundation US and the Food and Agriculture Organisation (FAO) of the United Nations to fly UAVs in at least six more indigenous communities in Panama. They will use the imagery to raise awareness among local communities of the ongoing illegal and un-monitored forest destruction within their traditional territories and the need to document and denounce this destruction to the authorities. They will also use the aerial photographs to help Panamanians understand how important forests are, and the essential role that indigenous peoples have played in keeping them intact.
The experience from Panama illustrates that UAVs have the potential to alter the power balance in favour of indigenous communities’ own ability to protect, monitor, and report on their lands, territories, and natural resources. This technology empowers indigenous people to play an active role in safeguarding their lands and to become equal partners – rather than just beneficiaries – to government and civil society agencies, which are involved in conservation and rights’ protection.
Indigenous peoples’ communities, organisations, and their civil society partners in the region and beyond are now very interested in adopting UAVs for conservation or for the protection of indigenous rights and territories. There are further discussions with the Mesoamerican Alliance of Peoples and Forests regarding the use of UAVs in Central America and with an indigenous network in Bolivia. Indigenous communities in Guyana and Indonesia are already using UAVs for land mapping. Also in Africa the Shompole Maasai community in Kenya and a forester in the Democratic Republic of the Congo are interested in using the technology. This shows that the interest in UAVs is growing all around the globe for monitoring illegal land use in indigenous territory.
About the authors:
Nina Kantcheva Tushev (nina.kant@gmail.com) is co-founder of Tushevs Aerials and indigenous peoples’ rights advisor at the UNDP. Tom Bewick (tombewick@rffny.org) is program manager at the Rainforest Foundation US. And Cameron Ellis (jamescameronellis@gmail.com) is principal at Groundtruth Geographics.
Related Links:
Video that demonstrates how Dayaks in Indonesia make use of UAVs.
https://goo.gl/u8Bv2v
Article and video outlining a training in the use of UAVs with indigenous communities in Peru.
https://goo.gl/jhoMFJ
Source: ICT Update # 82
#UAV4Good #landrightsnow #indigenousrights @ICT_Update on #Drones for #Agriculture https://t.co/gwItjPO5tg #UAV pic.twitter.com/wbUhwwlli4— Drones 4 Agriculture (@UAV4Ag) April 30, 2016
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Thursday, April 28, 2016
Drones for Agriculture - Long awaited ICTUpdate issue now released
Interested in the topic? Follow @uav4ag on Twitter and join the community on www.uav4ag.orgLatest issue of @ICT_Update on #drones for #agriculture now available https://t.co/gwItjPO5tg | #ICT4Ag #PrecisionAg pic.twitter.com/6UV1d3XJxg— Drones 4 Agriculture (@UAV4Ag) April 28, 2016
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Friday, March 4, 2016
IWD2016 - From GPS to drones – women leading the way
Tanzanian entrepreneur Rose Funja believes that information and communication technologies (ICTs) hold the key to a better future for young women, especially in the agriculture sector. Setting an example to them all, she has launched a start-up that links small-scale farmers to financial institutions – and is now turning her thoughts to drones.
An ICT start-up that grew out of a CTA hackathon contest is poised to help solve one of the most intractable problems facing farmers in Tanzania – how to show banks that they own the land they farm, so that they can secure loans using it as collateral.
Behind AgrInfo, which uses geographical information system technology to map information about farmland and the crops it produces, is dynamic ICT specialist and entrepreneur Rose Funja. The idea came to her and her partner Grace Makanyaga as a solution for tree farmers, but the young women quickly realised there was potential for scaling out the concept to reach other producers. In many parts of Tanzania, land ownership is unrecorded, aside from in village customary documents, making it difficult for farmers to obtain credit.
"We all know that for a smallholder farmer, the farm is their major asset," said Funja. "AgrInfo profiles the farmer and the farming business – the farm, the location, the size, the produce – and posts this data on an online platform, then gives access to this to financial services who use it to assess the creditworthiness of the farmers and give them loans."
The business concept received a major boost when AgrInfo won the runner-up prize in the CTA AgriHack Talent Programme for East Africa in 2013, a contest based on the idea of a hackathon – a gathering that brings together computer programmers for a short period of time to develop an ICT application or platform that addresses a specific challenge.
In the run-up to the tournament finals, Funja and Makanyaga received technical support to develop their idea, as well as advice on how to draw up a business model, how to approach investors and how to pitch their idea to the judges and the audience. After the hackathon, a follow-up phase offered incubation and mentoring from a local ICT innovation hub, together with smartphones and a cash prize of €4,000, which proved invaluable as a first investment.
"The help of CTA and the training we received took our idea to a whole new set of levels," said Funja. "That's when everything started rolling out, and it's been a roller coaster ever since."
Rose and her new business partner – Makanyaga is no longer closely involved in the start-up – are currently running a marketing campaign to explain the AgrInfo service to farmers, mainly targeting producer organisations. The service works on a subscription basis, with the charge added to producer-organisation membership fees for farmers who decide to sign up.
The cost of the service is deliberately pitched at an affordable price, and Funja predicts that it will pay for itself in terms of better access to credit for farmers, so that they can expand operations.
"We go and collect the GPS coordinates for a farm and check the ownership," she explained. "We couple that with an assessment of what is produced on the farm, as a basis for a credit analysis. We also update the data as time goes on, which will increase a farm's credit worthiness. So if a farm increases from one to five hectares, for example, the bank sees the growth and will be more willing to make a loan."
Future plans involve extending the database model to cover the entire value chain, connecting farmers with farm supplies, extension workers, weather forecasts and a host of other value-added data, including information on markets.
Always on the lookout for new horizons, Funja is currently exploring the idea of offering a drone service to monitor land maintenance, aimed at reducing damage by fires. Firebreaks – cleared pathways between land boundaries of between 1 and 5 metres – can be effective in preventing fire from spreading from one farm to another, but keeping them from becoming overgrown can be a challenge, and each year hundreds of hectares of farmland are burned.
Funja is firmly convinced that ICTs are the way forward for development in Africa, and especially for women. She is co-founder of a network in Tanzania that promotes women's involvement in ICTs. Called She Codes for Change, the organisation recently ran a month-long ICT boot camp for girls aged 14–19, introducing them to technologies such as web applications, video-game design and electronics.
"ICTs can definitely open up new opportunities for women and I think it's important for them to venture into technology at an early age," said Funja, who in 2014 spent six weeks in New York after being selected as young female leader for US President Obama's project, the Young African Leaders Initiative. She is also director of ICT at the University of Bagamoyo, and as a result of her contacts with farmers for AgrInfo she has recently entered the sector herself, cultivating sesame.
"What I would like to see is women becoming more educated in using technology for socio-economic purposes, instead of just social engagement. So rather than seeing mobile phones and the Internet as a way of spending time on social media, I would like them to understand that it can be a very valuable tool to help them improve their livelihoods, for example by enabling them to sell their crops for a better price by accessing information about markets."
An ICT start-up that grew out of a CTA hackathon contest is poised to help solve one of the most intractable problems facing farmers in Tanzania – how to show banks that they own the land they farm, so that they can secure loans using it as collateral.
Behind AgrInfo, which uses geographical information system technology to map information about farmland and the crops it produces, is dynamic ICT specialist and entrepreneur Rose Funja. The idea came to her and her partner Grace Makanyaga as a solution for tree farmers, but the young women quickly realised there was potential for scaling out the concept to reach other producers. In many parts of Tanzania, land ownership is unrecorded, aside from in village customary documents, making it difficult for farmers to obtain credit.
"We all know that for a smallholder farmer, the farm is their major asset," said Funja. "AgrInfo profiles the farmer and the farming business – the farm, the location, the size, the produce – and posts this data on an online platform, then gives access to this to financial services who use it to assess the creditworthiness of the farmers and give them loans."
The business concept received a major boost when AgrInfo won the runner-up prize in the CTA AgriHack Talent Programme for East Africa in 2013, a contest based on the idea of a hackathon – a gathering that brings together computer programmers for a short period of time to develop an ICT application or platform that addresses a specific challenge.
Refining the business model
"The help of CTA and the training we received took our idea to a whole new set of levels," said Funja. "That's when everything started rolling out, and it's been a roller coaster ever since."
Rose and her new business partner – Makanyaga is no longer closely involved in the start-up – are currently running a marketing campaign to explain the AgrInfo service to farmers, mainly targeting producer organisations. The service works on a subscription basis, with the charge added to producer-organisation membership fees for farmers who decide to sign up.
The cost of the service is deliberately pitched at an affordable price, and Funja predicts that it will pay for itself in terms of better access to credit for farmers, so that they can expand operations.
"We go and collect the GPS coordinates for a farm and check the ownership," she explained. "We couple that with an assessment of what is produced on the farm, as a basis for a credit analysis. We also update the data as time goes on, which will increase a farm's credit worthiness. So if a farm increases from one to five hectares, for example, the bank sees the growth and will be more willing to make a loan."
Future plans involve extending the database model to cover the entire value chain, connecting farmers with farm supplies, extension workers, weather forecasts and a host of other value-added data, including information on markets.
Always on the lookout for new horizons, Funja is currently exploring the idea of offering a drone service to monitor land maintenance, aimed at reducing damage by fires. Firebreaks – cleared pathways between land boundaries of between 1 and 5 metres – can be effective in preventing fire from spreading from one farm to another, but keeping them from becoming overgrown can be a challenge, and each year hundreds of hectares of farmland are burned.
An ICT boot camp for girls
"ICTs can definitely open up new opportunities for women and I think it's important for them to venture into technology at an early age," said Funja, who in 2014 spent six weeks in New York after being selected as young female leader for US President Obama's project, the Young African Leaders Initiative. She is also director of ICT at the University of Bagamoyo, and as a result of her contacts with farmers for AgrInfo she has recently entered the sector herself, cultivating sesame.
"What I would like to see is women becoming more educated in using technology for socio-economic purposes, instead of just social engagement. So rather than seeing mobile phones and the Internet as a way of spending time on social media, I would like them to understand that it can be a very valuable tool to help them improve their livelihoods, for example by enabling them to sell their crops for a better price by accessing information about markets."
Saturday, February 20, 2016
ICTs improving family farming
ICTs are helping millions of smallholder family farmers in developing countries gain better access to information, tools and technology that can transform their livelihoods. Indeed, ICTs help family farmers sell and market their produce, boost their ability to cope with dwindling access to water, land and soil nutrients, and deal with the extreme climate events, pests and diseases that affect their crops. If more of these ICT solutions are tailored to the needs of smallholder family farmers and put within their reach – especially the women farmers who form the bulk of this group – then their agriculture can rapidly move from being a subsistence activity to a successful and sustainable business.
Agriculture is becoming more market oriented globally. Individual family farmers, however, are finding it increasingly difficult to participate in markets – not only in national and international markets, but even in local ones. Smallholder farmers have small amounts of farm produce to market but often do not have access to systems of communication, finance and transport. If they could somehow aggregate their produce and collectively synchronise their production and marketing systems, then they would be able to enter these markets more easily as a collective.
ICTs can help smallholder farmers improve their production systems so they can fetch better prices, avoid gluts and have the critical mass to grow market-led crops. Conventionally, this is done by cooperatives and farmer organisations, which bring together farmers. These organisations help reduce weaknesses in the value chain. In most developing countries, however, these organisations are weak and often face constraints in planning and monitoring production systems and setting up logistics for an efficient marketing system.
Some cooperatives have tried to overcome these constraints by even taking control of the land of participating farmers. This approach, however, diminishes the opportunity for family farmers to participate in the decision-making processes that impact their livelihoods, and so ultimately this approach has failed.
ICTs now provide the potential to overcome these constraints. They can help smallholder family farmers coordinate their planning and monitoring of production and marketing systems by virtually aggregating data, without cooperatives having to take over the land or do the decision making for their farms. Access to credit, financial and insurance services for smallholder family farmers has been a major constraint to improving their farming and incomes. With the increasing availability of mobile phones and the internet, smallholder farmers can now access financial services much more easily.
ICTs also allow family farmers to see their farm processes from many different viewpoints, and this enables them to make more sound economic and environmental decisions. At the same time, access to ICTs and information increases their technological literacy. A farmers’ organisation that uses ICTs can now support individual farmers by suggesting what crops they should grow, and where, when and how to market them with these ICT-run systems. These systems can also help farmers organise and plan inputs for their farms. Connectivity also gives smallholders easy access to knowledge-based services that help farmers to solve farming problems.
Cloud-based data, application services and the wide availability of smartphones and ‘phablets’ have made precision technology – such as mapping systems with high resolution and three-dimensional maps – more widely available to these farmers. Once the privilege of large farms, smallholders can now use these tools too to measure soil moisture and nutrients, for example, or environmental carbon dioxide.
The sensors used to make these measurements can be linked to GPS systems and incorporated into sensor networks that can help farmers monitor the well-being of their crops at a micro level. The use of drones and digital cameras are enabling farmers to use very low-cost remote sensing to monitor their crops. With close monitoring, farmers can use water and soil nutrients more effectively and sustainably. This, in turn, improves the resilience of their farming system.
Many smallholder farmers have difficulty securing their rights to land and other resources. Many family farms have tenancy agreements. But they keep poor records of allotment, ownership and tenancy. Cadastral surveys containing maps and records can now be made, managed and publicly accessed more easily at a lower cost using geographical information systems in the public domain. As a result, farmers can obtain the proper records for their farms and use them to get mortgages, bank loans and compensation. When records become available in the public domain, farmers’ rights to land and other resources such as water become more secure.
Like society in general, ICTs are ushering in a new paradigm for farming and agriculture. The flow and use of information and knowledge in this paradigm resembles that of a network and therefore calls for new forms of collaboration and partnership.
ICTs have huge potential to provide knowledge-based services to farmers and others earning their livelihoods in activities related to agriculture, such as agri-businesses, agro-industries and financial services. In the near future, these services will be provided largely by micro, small and medium enterprises to farmers in villages and entrepreneurs who operate in local, national and even international markets. Governments and the public sector in most countries are now the major generators, managers and disseminators of organised data and information related to agriculture.
Governments are also responsible for agricultural development, research, innovation and extension. New forms of collaboration and partnerships are now needed between the public and private sectors to adapt to changing circumstances in the agricultural sector – changes in which governments and the public sector provide data and information, while the private sector provides the knowledge services.
Much of the data in the future will be generated and shared by communities. For farming and agriculture, this will occur through agricultural communities that contribute to agricultural commodity chains in terms of input, farming, processing, marketing and consumption. Fields and farms, and all the related processes, will generate huge sets of data – ‘big’ data that will need to be processed instantaneously.
Individual farmers are being given the ability to create and manage sophisticated information and knowledge thanks to low-cost connectivity, massive computing power accessible through cloud computing with shareable tools, applications and intelligently linked content and data. This ‘democratisation’ of science will draw farmers into agricultural research, innovation and development processes. This could transform the entire structure of agricultural research and innovation systems, especially for smallholder family farmers, whose specific needs seem to have been ignored by current technological innovations.
There are now a large number of ICTs within reach of family farmers that would help them to improve their farming practices. Technological trends indicate that many more innovations are in the making as well. However, their availability is still too widely dispersed. Individual technologies and tools are not integrated yet in ways that would help smallholder family farmers improve their farming practices.
For example, there are applications that enable farmers to do online banking but which are not linked to farmers’ needs, such as credits through mortgages and crop insurance. To make ICTs even more widely available, institutions, their policies, the governance of information flows and the way they organise their work all need to undergo major transformation.
This new paradigm calls for new policies, and new regulatory mechanisms and laws. Old institutions need to be revamped; new institutions and organisations need to be established; and government work processes need to be restructured. The main concern of governments should be to provide not only data and information but also the infrastructure and investment that promote new capacities and the integration of information systems and services.
Source: ICTUpdate
Accessing markets through cooperation
Agriculture is becoming more market oriented globally. Individual family farmers, however, are finding it increasingly difficult to participate in markets – not only in national and international markets, but even in local ones. Smallholder farmers have small amounts of farm produce to market but often do not have access to systems of communication, finance and transport. If they could somehow aggregate their produce and collectively synchronise their production and marketing systems, then they would be able to enter these markets more easily as a collective.
ICTs can help smallholder farmers improve their production systems so they can fetch better prices, avoid gluts and have the critical mass to grow market-led crops. Conventionally, this is done by cooperatives and farmer organisations, which bring together farmers. These organisations help reduce weaknesses in the value chain. In most developing countries, however, these organisations are weak and often face constraints in planning and monitoring production systems and setting up logistics for an efficient marketing system.
Some cooperatives have tried to overcome these constraints by even taking control of the land of participating farmers. This approach, however, diminishes the opportunity for family farmers to participate in the decision-making processes that impact their livelihoods, and so ultimately this approach has failed.
ICTs now provide the potential to overcome these constraints. They can help smallholder family farmers coordinate their planning and monitoring of production and marketing systems by virtually aggregating data, without cooperatives having to take over the land or do the decision making for their farms. Access to credit, financial and insurance services for smallholder family farmers has been a major constraint to improving their farming and incomes. With the increasing availability of mobile phones and the internet, smallholder farmers can now access financial services much more easily.
ICTs also allow family farmers to see their farm processes from many different viewpoints, and this enables them to make more sound economic and environmental decisions. At the same time, access to ICTs and information increases their technological literacy. A farmers’ organisation that uses ICTs can now support individual farmers by suggesting what crops they should grow, and where, when and how to market them with these ICT-run systems. These systems can also help farmers organise and plan inputs for their farms. Connectivity also gives smallholders easy access to knowledge-based services that help farmers to solve farming problems.
Precision technology and land rights
The sensors used to make these measurements can be linked to GPS systems and incorporated into sensor networks that can help farmers monitor the well-being of their crops at a micro level. The use of drones and digital cameras are enabling farmers to use very low-cost remote sensing to monitor their crops. With close monitoring, farmers can use water and soil nutrients more effectively and sustainably. This, in turn, improves the resilience of their farming system.
Many smallholder farmers have difficulty securing their rights to land and other resources. Many family farms have tenancy agreements. But they keep poor records of allotment, ownership and tenancy. Cadastral surveys containing maps and records can now be made, managed and publicly accessed more easily at a lower cost using geographical information systems in the public domain. As a result, farmers can obtain the proper records for their farms and use them to get mortgages, bank loans and compensation. When records become available in the public domain, farmers’ rights to land and other resources such as water become more secure.
A new paradigm for farming
ICTs have huge potential to provide knowledge-based services to farmers and others earning their livelihoods in activities related to agriculture, such as agri-businesses, agro-industries and financial services. In the near future, these services will be provided largely by micro, small and medium enterprises to farmers in villages and entrepreneurs who operate in local, national and even international markets. Governments and the public sector in most countries are now the major generators, managers and disseminators of organised data and information related to agriculture.
Governments are also responsible for agricultural development, research, innovation and extension. New forms of collaboration and partnerships are now needed between the public and private sectors to adapt to changing circumstances in the agricultural sector – changes in which governments and the public sector provide data and information, while the private sector provides the knowledge services.
Much of the data in the future will be generated and shared by communities. For farming and agriculture, this will occur through agricultural communities that contribute to agricultural commodity chains in terms of input, farming, processing, marketing and consumption. Fields and farms, and all the related processes, will generate huge sets of data – ‘big’ data that will need to be processed instantaneously.
Individual farmers are being given the ability to create and manage sophisticated information and knowledge thanks to low-cost connectivity, massive computing power accessible through cloud computing with shareable tools, applications and intelligently linked content and data. This ‘democratisation’ of science will draw farmers into agricultural research, innovation and development processes. This could transform the entire structure of agricultural research and innovation systems, especially for smallholder family farmers, whose specific needs seem to have been ignored by current technological innovations.
There are now a large number of ICTs within reach of family farmers that would help them to improve their farming practices. Technological trends indicate that many more innovations are in the making as well. However, their availability is still too widely dispersed. Individual technologies and tools are not integrated yet in ways that would help smallholder family farmers improve their farming practices.
For example, there are applications that enable farmers to do online banking but which are not linked to farmers’ needs, such as credits through mortgages and crop insurance. To make ICTs even more widely available, institutions, their policies, the governance of information flows and the way they organise their work all need to undergo major transformation.
This new paradigm calls for new policies, and new regulatory mechanisms and laws. Old institutions need to be revamped; new institutions and organisations need to be established; and government work processes need to be restructured. The main concern of governments should be to provide not only data and information but also the infrastructure and investment that promote new capacities and the integration of information systems and services.
Source: ICTUpdate
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Location:
Apia, Samoa
Monday, October 5, 2015
Social media revolutionising rural communities in the Pacific - Pacific Beat - ABC News (Australian Broadcasting Corporation)
Social-media has been called many things -- and now it's being described as a 'life-changing' experience for people living in rural parts of the Pacific.
Increasingly, social media, and the internet in general, is being used to drive agricultural development - with some dramatic impacts.
Speakers: Michael Hailu, director of Technical Centre for Agricultural and Rural Cooperation (CTA); Giacomo Rambaldi, Sr Programme Coordinator, ICTs (CTA, Web2forDev) and Faumuina Felolini Tafunai, Media Specialist (WIBDI).
by Catherine Graue
Source: Pacific Beat | Duration: 5min 42sec
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Thursday, September 17, 2015
Economic and Social Impact of ICT in the Pacific published
Nuku’alofa, 17 June 2015 - A new report has highlighted the impacts of improved access to telecommunications infrastructure and services now being seen across the South Pacific and potential for greater information communications technology (ICT)-enabled development across the region. Click on View more news below to read the full media release, and access the report.
Economic and Social Impact of ICT in the Pacific, launched today in the Tongan capital Nuku’alofa as part of a meeting of Pacific region ICT ministers, examines the economic and social impact of the rapid rise in internet bandwidth, mobile phone usage and telecommunications market liberalisation that has been underway throughout the Pacific Islands region in the past decade. The report includes case studies of the impacts in Fiji, Samoa, Solomon Islands, Tonga and Vanuatu, plus a comparative analysis of lessons learned in recent years, and identifies key opportunities for investment and support for the future.
Launched by Tongan Deputy Prime Minister and Minister Responsible for Information Communications Technology, the Honourable Siaosi Sovaleni, the report’s research was commissioned by the Pacific Region Infrastructure Facility (PRIF), which is financed by the Asian Development Bank, Australian Department of Foreign Affairs & Trade and the New Zealand Ministry of Foreign Affairs and Trade, and whose membership also includes the European Investment Bank, European Union, Japan International Cooperation Agency, and the World Bank Group.
This past decade has seen an extraordinary increase in access to mobile phone services in the region, including to some of the Pacific’s most remote areas and islands, as significantly improved market conditions have encouraged investment by the private sector and existing operators.
“Here in Tonga, where we landed a submarine cable financed by the Asian Development Bank and World Bank in August 2013, we have seen greatly improved access to high-speed Internet (particularly mobile) and falling prices,” said Deputy Prime Minister Sovaleni.
“Yet this report is not just about the technologies themselves; it’s about the impact they are having on our communities and economies, enabling us to leapfrog over more traditional, outdated and expensive systems of the past, and transform our lives.”
The High Commissioner for Australia, Brett Aldam, said Australia was pleased to be co-financing the ICT study through its support for the PRIF, because “Australia recognised the critical need to modernise communications in the Pacific in order to generate increased economic growth and social development.”
Sanjivi Rajasingham, Director of the Pacific Region Infrastructure Facility (PRIF), said the report would help Pacific governments, telecoms operators, regulators and the private sector to identify opportunities for investment in technology-enabled services. This includes a list of 10 specific ‘intervention points’, which include the further strengthening of international connectivity through submarine cables, new pricing structures and competition, to the use of e-government and applications designed to boost tourism and exports, small industries, and innovative job creation.
“As the Pacific has gained access to significantly improved technology, better access, far cheaper mobile phones, calls, text and data, the pace of change in the Pacific has been extraordinary,” said Natasha Beschorner, Senior ICT Policy Specialist at The World Bank and Lead Coordinator of the PRIF ICT Sector Working Group, who introduced the report’s key findings.
“The changes have been widespread across sectors including agriculture, fisheries, tourism, education, health and financial services. “Importantly, this reportshows the opportunities that are now possible in the Pacific, and makes recommendations for governments, policy-makers and the private sector to answer the question, ‘Where to next?’
Changes already seen in the Pacific, which have been highlighted in the Economic and Social Impact of ICT in the Pacific report, include:
Recommendations for governments, policy-makers and development partners for the coming years that are in the report include:
Follow this link to download the Economic and Social Impact of ICT in the Pacific report,
Economic and Social Impact of ICT in the Pacific, launched today in the Tongan capital Nuku’alofa as part of a meeting of Pacific region ICT ministers, examines the economic and social impact of the rapid rise in internet bandwidth, mobile phone usage and telecommunications market liberalisation that has been underway throughout the Pacific Islands region in the past decade. The report includes case studies of the impacts in Fiji, Samoa, Solomon Islands, Tonga and Vanuatu, plus a comparative analysis of lessons learned in recent years, and identifies key opportunities for investment and support for the future.
Launched by Tongan Deputy Prime Minister and Minister Responsible for Information Communications Technology, the Honourable Siaosi Sovaleni, the report’s research was commissioned by the Pacific Region Infrastructure Facility (PRIF), which is financed by the Asian Development Bank, Australian Department of Foreign Affairs & Trade and the New Zealand Ministry of Foreign Affairs and Trade, and whose membership also includes the European Investment Bank, European Union, Japan International Cooperation Agency, and the World Bank Group.
This past decade has seen an extraordinary increase in access to mobile phone services in the region, including to some of the Pacific’s most remote areas and islands, as significantly improved market conditions have encouraged investment by the private sector and existing operators.
“Here in Tonga, where we landed a submarine cable financed by the Asian Development Bank and World Bank in August 2013, we have seen greatly improved access to high-speed Internet (particularly mobile) and falling prices,” said Deputy Prime Minister Sovaleni.
“Yet this report is not just about the technologies themselves; it’s about the impact they are having on our communities and economies, enabling us to leapfrog over more traditional, outdated and expensive systems of the past, and transform our lives.”
The High Commissioner for Australia, Brett Aldam, said Australia was pleased to be co-financing the ICT study through its support for the PRIF, because “Australia recognised the critical need to modernise communications in the Pacific in order to generate increased economic growth and social development.”
Sanjivi Rajasingham, Director of the Pacific Region Infrastructure Facility (PRIF), said the report would help Pacific governments, telecoms operators, regulators and the private sector to identify opportunities for investment in technology-enabled services. This includes a list of 10 specific ‘intervention points’, which include the further strengthening of international connectivity through submarine cables, new pricing structures and competition, to the use of e-government and applications designed to boost tourism and exports, small industries, and innovative job creation.
“As the Pacific has gained access to significantly improved technology, better access, far cheaper mobile phones, calls, text and data, the pace of change in the Pacific has been extraordinary,” said Natasha Beschorner, Senior ICT Policy Specialist at The World Bank and Lead Coordinator of the PRIF ICT Sector Working Group, who introduced the report’s key findings.
“The changes have been widespread across sectors including agriculture, fisheries, tourism, education, health and financial services. “Importantly, this reportshows the opportunities that are now possible in the Pacific, and makes recommendations for governments, policy-makers and the private sector to answer the question, ‘Where to next?’
Changes already seen in the Pacific, which have been highlighted in the Economic and Social Impact of ICT in the Pacific report, include:
- Mobile coverage across Fiji, Samoa, Solomon Islands, Tonga and Vanuatu has jumped from less than half of the population in 2005 to 93% of the population in 2014.
- The cost of mobile calls declined by one third between 2005 and 2014.
- The percentage of cell phones in Pacific households rose from 49% in 2007 to 93% in 2014.
- International internet bandwidth jumped over 1500% between 2007 and 2014, rising from less than 100 Megabits per second to over 1 Gigabits per second (excluding Fiji, which was already connected to a submarine cable in 2000).
Recommendations for governments, policy-makers and development partners for the coming years that are in the report include:
- Strengthening of government and regulatory agencies to ensure that access to communications technology remains competitive, fairly-priced and accessible to all.
- Development of basic digital literacy amongst the general public.
- Putting the Pacific online: Support for increased communications technology use by governments to deliver services directly to citizens and business.
- Support for applications such as online health, education, trade facilitation services
- Investments in information communications technology skills – including government-industry partnerships – to build employment opportunities that are now possible with the increased availability of affordable broadband internet.
Follow this link to download the Economic and Social Impact of ICT in the Pacific report,
Friday, May 29, 2015
CTA programme wins top UN prize for its youth and ICT work
The Technical Centre for Agricultural and Rural Cooperation (CTA) has been honoured in the prestigious 2015 World Summit on the Information Society (WSIS) Project Prizes. The Centre won the e-agriculture category for its youth and ICT programme – Agriculture, Rural Development and Youth in the Information Society (ARDYIS). The prize was presented in Geneva, Switzerland, during the WSIS Forum 2015, the biggest international event in the ICT for Development calendar.
CTA’s ARDYIS entry was proclaimed winner of the e-agriculture category at the prize-giving ceremony on May 26, following a round of online voting and a review by a panel of experts.
The prize marks the third time that CTA has won a WSIS award.
In 2013, the Centre’s Web 2.0 and Social Media Learning Opportunities programme was also named winner of the WSIS Project Prizes contest in the e-agriculture category.
Jointly with the FLMMA network in 2007 CTA won the WSIS award in the domain of e-culture for its activities in the domain of Participatory 3D Modelling in Fiji.
Each year, a series of WSIS Project Prizes recognises initiatives that help to further the goals of bridging the global digital divide and ensuring wider distribution of the benefits that can be generated by information and communications technology (ICT). Launched by the United Nations in 2011, the awards span 18 categories and offer a platform to showcase success stories and models that can be easily replicated.
The CTA ARDYIS programme, a group of initiatives aimed at 18 to 35-year-olds living in African, Caribbean and Pacific (ACP) countries, seeks to connect young people with ICTs and promote their use for agricultural development and enterprise. Key activities include the Youth in Agriculture Blog Competition (YoBloCo Awards), which has so far attracted nearly 300 agricultural blogs, and the AgriHack Talent contest, which supports the development of ICTs, mobile apps and entrepreneurship in agriculture.
An important feature of the ARDYIS programme is the wide range of activities it uses to raise awareness among young people of the potential for ICTs in agriculture. These include e-debates, workshops, information dissemination and support in developing agricultural ICT applications and other entrepreneurial initiatives.
“ARDYIS is an incredibly dynamic project which has opened opportunities for ACP youth in agriculture through ICTs, and strengthened their capacities in using these tools,” said CTA Director Michael Hailu. “So far, the project has reached young people in more than 40 ACP countries and it has supported the development of dozens of ICT prototypes, targeting different segments of agricultural value chains.”
Receiving the award on behalf of CTA at the WSIS ceremony was Ken Lohento, Programme Coordinator, Information and Communication Technologies (ICTs).
“We are very proud of this prize,” said Lohento, who is leading the ARDYIS programme. “the prize also belongs to all the youth who have been participating in the ARDYIS network and who support us with their ideas and contributions. We thank all the people who voted for us from many countries around the world and the ARDYIS Advisory Committee for its support. CTA will continue to work hard to encourage and support greater youth engagement in ICTs for agriculture.”
CTA’s ARDYIS entry was proclaimed winner of the e-agriculture category at the prize-giving ceremony on May 26, following a round of online voting and a review by a panel of experts.
The prize marks the third time that CTA has won a WSIS award.
In 2013, the Centre’s Web 2.0 and Social Media Learning Opportunities programme was also named winner of the WSIS Project Prizes contest in the e-agriculture category.
Jointly with the FLMMA network in 2007 CTA won the WSIS award in the domain of e-culture for its activities in the domain of Participatory 3D Modelling in Fiji.
Each year, a series of WSIS Project Prizes recognises initiatives that help to further the goals of bridging the global digital divide and ensuring wider distribution of the benefits that can be generated by information and communications technology (ICT). Launched by the United Nations in 2011, the awards span 18 categories and offer a platform to showcase success stories and models that can be easily replicated.
The CTA ARDYIS programme, a group of initiatives aimed at 18 to 35-year-olds living in African, Caribbean and Pacific (ACP) countries, seeks to connect young people with ICTs and promote their use for agricultural development and enterprise. Key activities include the Youth in Agriculture Blog Competition (YoBloCo Awards), which has so far attracted nearly 300 agricultural blogs, and the AgriHack Talent contest, which supports the development of ICTs, mobile apps and entrepreneurship in agriculture.
An important feature of the ARDYIS programme is the wide range of activities it uses to raise awareness among young people of the potential for ICTs in agriculture. These include e-debates, workshops, information dissemination and support in developing agricultural ICT applications and other entrepreneurial initiatives.
“ARDYIS is an incredibly dynamic project which has opened opportunities for ACP youth in agriculture through ICTs, and strengthened their capacities in using these tools,” said CTA Director Michael Hailu. “So far, the project has reached young people in more than 40 ACP countries and it has supported the development of dozens of ICT prototypes, targeting different segments of agricultural value chains.”
Receiving the award on behalf of CTA at the WSIS ceremony was Ken Lohento, Programme Coordinator, Information and Communication Technologies (ICTs).
“We are very proud of this prize,” said Lohento, who is leading the ARDYIS programme. “the prize also belongs to all the youth who have been participating in the ARDYIS network and who support us with their ideas and contributions. We thank all the people who voted for us from many countries around the world and the ARDYIS Advisory Committee for its support. CTA will continue to work hard to encourage and support greater youth engagement in ICTs for agriculture.”
Saturday, October 11, 2014
The film “The enabling power of participatory 3D mapping among the Saramaccan People of Suriname” launched at CWA2014
Fifty years ago, some 5000 Saramaccan people of Suriname had to leave their traditional lands along the Suriname River due to the construction of a major dam. The wounds of this transmigration are still felt today. Meanwhile, the Saramaccans who live in the Upper Suriname River area face new challenges since their territorial rights are not yet officially recognized and road infrastructure to access the area is improving. Creating a 3D model of the area that tells the inside story of their traditions and land use can help them to overcome their sense of being misunderstood by decision-makers and rediscover their voice.
The 15 min video production “The enabling power of participatory 3D mapping among the Saramaccan People of Suriname” has been launched on October 9 at the 13th Caribbean Week of Agriculture in Paramaribo, Suriname. The launch occurred during the session “Maps as media in policy processes: Bringing the 3rd dimension to the negotiating table” in the presence of representatives from the Saramaccan community.
The launch was followed by reflections done by Saramaccan representatives Mr Godfried Adjako, one of the captains of the village of Kaajapati, and Ms Debora Linga who spent her infancy with her grandparents on their farm on the shores of the Brokopondo Reservoir and later on kept visiting them in Ginginston village along the banks of the Upper Suriname River.
Mr Godfried Adjako recalled that in the process of populating the 3D model the community, especially the youth, learned a lot from the elders. “The map now shows our life, the Earth we live on, the Earth we walk on, the Earth without which we cannot live.” “We can use the map to take decisions on where to locate future developments”, he added. Both men and women contributed to the map. “Women know a lot about the surrounding of the villages, while men who use to go hunting, know the most about far away areas.”
Mr Adjako stated that when developing the legend ahead of the mapping exercise, the community decided to omit sensitive and confidential information. Therefore the data contained in the model and currently being digitised by Tropenbos International Suriname (TBI) should be considered as publicly available.
The P3DM process has been a discovery journey for young Debora. “In the 60’s my grandparents had to resettle because their village had been submerged by the rising waters of the Brokopondo Reservoir. They resettled along the Upper Suriname River in a village called Ginginston where I grew up. I could not understand the reason why my grandfather kept on navigating a long way along the river to reach the shores of the lake where he was growing watermelon” she said. “I discovered the reason while chatting with an elder who explained to me that transmigrating families were welcome by Saramaccan villages uphill the lake, but were granted limited access to resources. In fact they were sort of borrowing the land from people who occupied it for generations. Thus they only had access to small farming areas. In Saramaccan this is how you feel: they were living on somebody else’s land.”
Additional references:
The 15 min video production “The enabling power of participatory 3D mapping among the Saramaccan People of Suriname” has been launched on October 9 at the 13th Caribbean Week of Agriculture in Paramaribo, Suriname. The launch occurred during the session “Maps as media in policy processes: Bringing the 3rd dimension to the negotiating table” in the presence of representatives from the Saramaccan community.
The launch was followed by reflections done by Saramaccan representatives Mr Godfried Adjako, one of the captains of the village of Kaajapati, and Ms Debora Linga who spent her infancy with her grandparents on their farm on the shores of the Brokopondo Reservoir and later on kept visiting them in Ginginston village along the banks of the Upper Suriname River.
Mr Godfried Adjako recalled that in the process of populating the 3D model the community, especially the youth, learned a lot from the elders. “The map now shows our life, the Earth we live on, the Earth we walk on, the Earth without which we cannot live.” “We can use the map to take decisions on where to locate future developments”, he added. Both men and women contributed to the map. “Women know a lot about the surrounding of the villages, while men who use to go hunting, know the most about far away areas.”
Mr Adjako stated that when developing the legend ahead of the mapping exercise, the community decided to omit sensitive and confidential information. Therefore the data contained in the model and currently being digitised by Tropenbos International Suriname (TBI) should be considered as publicly available.
The P3DM process has been a discovery journey for young Debora. “In the 60’s my grandparents had to resettle because their village had been submerged by the rising waters of the Brokopondo Reservoir. They resettled along the Upper Suriname River in a village called Ginginston where I grew up. I could not understand the reason why my grandfather kept on navigating a long way along the river to reach the shores of the lake where he was growing watermelon” she said. “I discovered the reason while chatting with an elder who explained to me that transmigrating families were welcome by Saramaccan villages uphill the lake, but were granted limited access to resources. In fact they were sort of borrowing the land from people who occupied it for generations. Thus they only had access to small farming areas. In Saramaccan this is how you feel: they were living on somebody else’s land.”
Additional references:
- Saramakan’s forests: watercourses at the core of a Participatory 3D Modelling exercise along the Upper Suriname River
- CTA-funded 3D map helping tribe document and articulate their traditional knowledge
- Multi-scale modeling of ecosystem services and land-use scenarios in the upper Suriname River basin
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Tuesday, April 15, 2014
Web 2.0 and Social Media Success Stories: Nawsheen Hosenally
Dubbed as the TwitterLady, Nawsheen Hosenally shares the story of her professional career and how skills acquired in mastering Web 2.0 and Social Media have played in a role in shaping it.
At present Nawsheen is working as CT4Ag Assistant at the Technical Centre for Agricultural and Rural Cooperation ACP-EU (CTA) in the Netherlands.
Labels:
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Monday, April 7, 2014
Web 2.0 and Social Media Success Stories: New skills and lifelong changes
Husna Yagoub is from Sudan. She works at CTA as data assistant in the framework of the Knowledge Management & Communication Programme (KMC).
Likewise other CTA staff she has been following the Spring 2014 session of the online course "Innovative Collaboration for Development" run by UNITAR and co-funded by CTA. This is the first distance learning course she has ever attended.
Confronted with great challenges she has been perseverant and kept telling me that - while doing the course - she gained a lot in terms of self-confidence and that she is going to be much more effective on her work.
We decided to capture her thoughts on camera and it's worth listening to her story ...
Visit the Web2forDev Gateway for more information on face to face courses on Web 2.0 and Social Media.
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CTA,
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e-learning,
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Thursday, April 3, 2014
Web 2.0 and Social Media Success Stories: from disseminating agri information to supporting drafting the new constitution
Mr Simunza S. Muyangana is Director at Digital ICE Interactive Media Ltd and founder of BongoHive in Lusaka, Zambia. He is specialised in website development, new media technologies, and web 2.0 and social media training.
On 24-26 March, 2014 a 3-day write-shop took place at CTA in Wageningen in the Netherlands. The purpose of the event was to update the curriculum which is used by CTA and partner organisations to run "Web 2.0 and Social Media Learning Opportunities" in ACP countries. The participants in the write-shop agreed on the need to identify and document success stories resulting from the adoption of Web 20 and Social Media solutions.
In this short video he briefly recalls three success stories. Let's hear his story ...
To know more about Web 2.0 and Social Media Learning Opportunities visit our site www.web2fordev.net
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Zambia
Friday, November 8, 2013
Year 2025 of the @gricultural Revolution
Albert Einstein is quoted having said: “I never think of the future - it comes soon enough.” How true he was!
There is no doubt that the transformative power of ICTs makes us live in exponential times !
Let’s give it a try, and jump to year 2025 of the @gricultural revolution.
Wednesday, August 1, 2012
Maximizing Mobile, a World Bank Report
Executive summary
This report analyzes the growth and evolution of applications for mobile phones, focusing on their use in agriculture, health and financial services, as well as their impact on employment and government. It also explores the consequences for development of the emerging “app economy”, summarizing current thinking and seeking to inform the debate on the use of mobile phones for development. It’s no longer about the phone itself, but about how it is used, and the content and applications that mobile phones open. Read More (PDF) »Chapter 1: Overview
The report’s opening chapter provides an overview of the broad trends shaping and redefining our understanding of the word “mobile.” Developing countries are increasingly well placed to exploit the benefits of mobile communications, with levels of access rising around the world. The chapter explores how the bond between mobile operators and users is loosening, as computer and internet companies invade the mobile space. Read More (PDF) »Chapter 2: Mobilizing the Agricultural Value Chain
Increasingly, specialized mobile services are providing localized information about price, weather and climate, pest control, cultivation practices, and agricultural extension services. Chapter 2 examines the emerging uses of mobile services in agriculture, as well as remote and satellite technologies that are assisting in food traceability, sensory detection, and status updates from the field. Read More (PDF) »Chapter 3: MHealth
Chapter 3 examines some of the key principles and characteristics of mobile Health (mHealth), and how mobiles are helping transform and enhance the delivery of primary and secondary healthcare services. It reviews on-the-ground implementations of medical healthcare apps to draw key conclusions as to how mHealth can best be implemented to serve the needs of people, as well as identifying the major barriers to be overcome. Read More (PDF) »Chapter 4: Mobile Money for Financial Inclusion
Chapter 4 looks at the use of mobile money as a general platform and critical infrastructure underpinning other economic sectors. It shows the benefits and potential impact of mobile money, especially for promoting financial inclusion. It provides an overview of the key factors driving the growth of mobile money services, the barriers and obstacles hindering their deployment, and emerging issues that the industry will face over the coming years. Read More (PDF) »Chapter 5: Mobile Entrepreneurship And Employment
This chapter explores the enormous potential of mobiles for employment, not solely in terms of job creation, but also their ability to facilitate entrepreneurship – especially in populations otherwise disconnected from the economy, encourage development of transferable technical and business skills, match jobs with workers and create opportunities for microwork. Read More (PDF) »Chapter 6: Making Government Mobile
Governments are beginning to embrace the potential for mobile technology to put public services literally into the pocket of each citizen, create interactive services, and promote accountable and transparent governance. Chapter 6 identifies a range of uses for mobile technology in government that supplement public services, expand their user base, and generate spinoff services. Read More (PDF) »Chapter 7: Policies for Mobile Broadband
The final chapter distinguishes between supply-side policies (which seek to promote the expansion of wireless broadband networks) and demand-side policies (which seek to boost take-up of wireless broadband services) in the mobile broadband ecosystem. The chapter provides policy recommendations for expanding mobile broadband infrastructure that would address the key bottlenecks of both supply and demand sides of mobile broadband. Read More (PDF) »Part II: Key Trends in The Development Of The Mobile Sector
Part II of the report brings together a range of mobile indicators for over 150 economies. It also reviews the main trends shaping the sector, while a new analytical tool is also introduced for tracking the progress of economies at different levels of economic development in widening access, improving supply and stimulating demand for mobile services. Read More (PDF) »Full Report
Labels:
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ICT,
ICT4D,
m-development,
mobile,
mobile devices,
publication,
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WB,
World Bank
Wednesday, June 27, 2012
ICTs: Reducing the Effects of Climate Change on Mozambique's Urban Poor
In Africa, local governments in coastal cities are turning to Information and Communication Technology (ICT), like SMS texting and GIS mapping, to help lessen and, when possible, prevent the severe effects of climate change-induced disasters.
Saturday, June 16, 2012
Digital Habitats - a book worth reading
Written by Etienne Wenger, Nancy White and John D. Smith, the book brings together conceptual thinking, case studies and offers a guide for understanding how technology can help a community do what it wants to do. It gives a glimpse into the future as community and technology continue to affect and influence each other.
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web2fordev
Friday, June 15, 2012
The power of information: Map Kibera uses GIS, SMS, video and the web to gather community data
The Map Kibera project works with young people from one of Africa’s biggest slums. They use GIS, SMS, video and the web to gather data and make it available to the community, where it can be applied to influence policies related to the area.
Located just five kilometres from the capital of Kenya, Nairobi, the residents of Kibera have grown accustomed to the many foreign experts visiting their community to conduct surveys and ask questions for yet another data collection initiative. As one of the largest slum areas in Africa, it draws staff from development organisations, research institutes and NGOs from all over the world.
As all these organisations and researchers generate more and more documents and project reports about Kibera, very little of the information gathered is ever made available to the 250,000 people who live there. Access to the data would give the people of Kibera the chance to present their own view of the living conditions in the community. They would be able to influence public policy to achieve improvements to the facilities that they believe are important.
In 2009, Erica Hagen, a specialist in the use of new media for development, and Mikel Maron, a digital mapping expert, started Map Kibera to help residents use mapping technology to gather information about their community. For the initial phase of the project, they recruited 13 local young people, aged between 19 to 34, including five women and eight men, from each village in Kibera.
The participants received two days training on how to use handheld GPS receivers to gather location data, and an introduction to using the specialised software in a computer lab. The team was supported by five GIS professionals from Nairobi who had volunteered their time. The participants then spent three weeks walking along the roads, pathways and rail tracks with their GPS receivers recoding the location data. They collected more specific information on water and sewage locations, education, religious and business locations, as well as anything else the participants deemed useful.
The team also wanted to add a multimedia aspect to the maps, by including video footage of points of interest from around Kibera, and uploading them to YouTube. Three members of Carolina for Kibera (CFK), affiliated with the University of North Carolina, assisted with the filming and helped to document the map making process using small camcorders.
The young people involved in the project developed a sense of achievement as they learned the new skills, and gained confidence in using new technologies. They also began to see the value of the information they were collecting and to understand the impact it could have on their community. However, it was not so easy to convince other residents.
There was a lot of cynicism in the local community caused by the NGOs who had previously come to Kibera but never shared their information. People were, therefore, reluctant to be filmed and photographed. Although the GPS data gathering was less intrusive, the technology presented other difficulties.
The lack of reliable power and inadequate internet access in Kibera were major challenges, especially when it came to uploading large video files to the web, which can take a long time. The slow internet connection also made it difficult to update security software on the computers, leaving them vulnerable to damaging viruses.
These were challenges that could be overcome in time, but for the project to be a real success, it would have to show that it could provide useful information to the community. The mapping project was, therefore, expanded to incorporate public participation geographic information systems (PPGIS) to gather information on specific issues affecting the residents of Kibera.
The group focused on collecting detailed data on four sectors: health, security, education, and water and sanitation. In February 2010, Map Kibera developed a partnership with UNICEF and added a fifth topic: mapping girls’ security. The aim here was to get the girls’ views on possible threats to their security, along with location information, for use in compiling data on their vulnerability to HIV/Aids.
Nine mappers collected data on the five topics using paper forms, gathering, for example, details of the costs and services offered at clinics and chemists in the area. To further encourage community involvement and get feedback on the information gathered, the team produced printed versions of maps for each area and placed transparencies on top so that residents could make changes and additions as necessary. Map Kibera also involved other interested organisations working in the health and security sectors in the area, including African Medical and Research Foundation and a women's group called Kibera Power Women.
They trained 18 young people to use small ‘ultra-portable’ Flip video cameras and the software to help them share their efforts on the web. This led to Kibera News Network (KNN), a citizen journalism initiative to present features and news stories affecting Kibera, showing positive aspects of the area and providing accurate coverage of negative events.
Mainstream media often focused on the misery and negativity in Kibera. The only events certain to attract mainstream media attention were clashes with the police or when the trains that run along the area’s peripheries were disrupted. Map Kibera attempts to change the perception of Kibera by allowing people to create and share their own stories.
The KNN teams edit the videos themselves and post them on YouTube – giving them a direct and immediate link to a global audience. The videos are also available on the Voice of Kibera, a community news website that also hosts the digital map. Residents can even post their own geo-located stories to the map using SMS.
Map Kibera used the open source tool, Ushahidi, to make the contributions via SMS possible. Ushahidi was initially developed after the 2008 Kenyan elections, to track reports of violence. It is a tool for crowdsourcing information using, e-mail, Twitter and the web as well as SMS. When someone in Kibera contributes an article, an SMS gateway filters the incoming texts according to keywords. Messages with the keyword ‘Kibera’ are fed into the Voice of Kibera website, where they are mapped using GPS coordinates, and approved by the editor before finally appearing on the site.
In 2010, the team founded the GroundTruth Initiative to support Map Kibera and other future projects. In the same year, UN Habitat awarded Map Kibera with a youth fund grant to expand its work to other parts of Nairobi, leading to co-operation with the community in another slum, Mukuru. A group in Mathare Valley, the second-largest slum in Nairobi, was also interested in creating a similar project, and, through funding from Plan International, a team is now collaborating on a participatory development programme there.
The Map Kibera Trust, which has a core membership of 30 young people, is working with similar communities in other parts of Kenya, and in Tanzania. A core aim of the Trust is to not only make people aware of openly available technology and information, but also to train local people to use them to benefit the community. The information now available to the residents of Kibera has caused a shift in power, providing them with reliable data to present their own case, and enabling to directly influence the policies that affect their lives.
By Erica Hagen and Mikel Maron
Article re-published with permission from ICT Update
Erica Hagen is a freelance writer, photographer, videographer and specialist on new media for development.
Mikel Maron is co-director of GroundTruth Initiative, and board member of OpenStreetMap Foundation
Related links
Located just five kilometres from the capital of Kenya, Nairobi, the residents of Kibera have grown accustomed to the many foreign experts visiting their community to conduct surveys and ask questions for yet another data collection initiative. As one of the largest slum areas in Africa, it draws staff from development organisations, research institutes and NGOs from all over the world.
As all these organisations and researchers generate more and more documents and project reports about Kibera, very little of the information gathered is ever made available to the 250,000 people who live there. Access to the data would give the people of Kibera the chance to present their own view of the living conditions in the community. They would be able to influence public policy to achieve improvements to the facilities that they believe are important.
In 2009, Erica Hagen, a specialist in the use of new media for development, and Mikel Maron, a digital mapping expert, started Map Kibera to help residents use mapping technology to gather information about their community. For the initial phase of the project, they recruited 13 local young people, aged between 19 to 34, including five women and eight men, from each village in Kibera.
The participants received two days training on how to use handheld GPS receivers to gather location data, and an introduction to using the specialised software in a computer lab. The team was supported by five GIS professionals from Nairobi who had volunteered their time. The participants then spent three weeks walking along the roads, pathways and rail tracks with their GPS receivers recoding the location data. They collected more specific information on water and sewage locations, education, religious and business locations, as well as anything else the participants deemed useful.
Collaboration
Rather than create a stand-alone map, the location data gathered by the project was added to the open source project OpenStreetMap, which is a crowdsourced map made by volunteers around the world. Map Kibera contributed to filling their part of OpenStreetMap, which would also make the information available to more people, and help to raise the profile of the project.The team also wanted to add a multimedia aspect to the maps, by including video footage of points of interest from around Kibera, and uploading them to YouTube. Three members of Carolina for Kibera (CFK), affiliated with the University of North Carolina, assisted with the filming and helped to document the map making process using small camcorders.
The young people involved in the project developed a sense of achievement as they learned the new skills, and gained confidence in using new technologies. They also began to see the value of the information they were collecting and to understand the impact it could have on their community. However, it was not so easy to convince other residents.
There was a lot of cynicism in the local community caused by the NGOs who had previously come to Kibera but never shared their information. People were, therefore, reluctant to be filmed and photographed. Although the GPS data gathering was less intrusive, the technology presented other difficulties.
The lack of reliable power and inadequate internet access in Kibera were major challenges, especially when it came to uploading large video files to the web, which can take a long time. The slow internet connection also made it difficult to update security software on the computers, leaving them vulnerable to damaging viruses.
These were challenges that could be overcome in time, but for the project to be a real success, it would have to show that it could provide useful information to the community. The mapping project was, therefore, expanded to incorporate public participation geographic information systems (PPGIS) to gather information on specific issues affecting the residents of Kibera.
The group focused on collecting detailed data on four sectors: health, security, education, and water and sanitation. In February 2010, Map Kibera developed a partnership with UNICEF and added a fifth topic: mapping girls’ security. The aim here was to get the girls’ views on possible threats to their security, along with location information, for use in compiling data on their vulnerability to HIV/Aids.
Nine mappers collected data on the five topics using paper forms, gathering, for example, details of the costs and services offered at clinics and chemists in the area. To further encourage community involvement and get feedback on the information gathered, the team produced printed versions of maps for each area and placed transparencies on top so that residents could make changes and additions as necessary. Map Kibera also involved other interested organisations working in the health and security sectors in the area, including African Medical and Research Foundation and a women's group called Kibera Power Women.
Positive picture
As well as making the maps and multimedia available online, Map Kibera looked for other ways for the community to use the information gathered. For instance, the video material filmed as part of the mapping exercises could also be used to present news stories of the area. This idea expanded and the team worked with two youth from Kibera, who already had film-making experience.They trained 18 young people to use small ‘ultra-portable’ Flip video cameras and the software to help them share their efforts on the web. This led to Kibera News Network (KNN), a citizen journalism initiative to present features and news stories affecting Kibera, showing positive aspects of the area and providing accurate coverage of negative events.
Mainstream media often focused on the misery and negativity in Kibera. The only events certain to attract mainstream media attention were clashes with the police or when the trains that run along the area’s peripheries were disrupted. Map Kibera attempts to change the perception of Kibera by allowing people to create and share their own stories.
The KNN teams edit the videos themselves and post them on YouTube – giving them a direct and immediate link to a global audience. The videos are also available on the Voice of Kibera, a community news website that also hosts the digital map. Residents can even post their own geo-located stories to the map using SMS.
Map Kibera used the open source tool, Ushahidi, to make the contributions via SMS possible. Ushahidi was initially developed after the 2008 Kenyan elections, to track reports of violence. It is a tool for crowdsourcing information using, e-mail, Twitter and the web as well as SMS. When someone in Kibera contributes an article, an SMS gateway filters the incoming texts according to keywords. Messages with the keyword ‘Kibera’ are fed into the Voice of Kibera website, where they are mapped using GPS coordinates, and approved by the editor before finally appearing on the site.
In 2010, the team founded the GroundTruth Initiative to support Map Kibera and other future projects. In the same year, UN Habitat awarded Map Kibera with a youth fund grant to expand its work to other parts of Nairobi, leading to co-operation with the community in another slum, Mukuru. A group in Mathare Valley, the second-largest slum in Nairobi, was also interested in creating a similar project, and, through funding from Plan International, a team is now collaborating on a participatory development programme there.
The Map Kibera Trust, which has a core membership of 30 young people, is working with similar communities in other parts of Kenya, and in Tanzania. A core aim of the Trust is to not only make people aware of openly available technology and information, but also to train local people to use them to benefit the community. The information now available to the residents of Kibera has caused a shift in power, providing them with reliable data to present their own case, and enabling to directly influence the policies that affect their lives.
By Erica Hagen and Mikel Maron
Article re-published with permission from ICT Update
Erica Hagen is a freelance writer, photographer, videographer and specialist on new media for development.
Mikel Maron is co-director of GroundTruth Initiative, and board member of OpenStreetMap Foundation
Related links
Labels:
advocacy,
Africa,
geoweb,
GIS,
GPS,
ICT,
ICT4D,
Kenya,
kibera,
map kibera,
mapping,
mobile,
online mapping,
pgis,
ppgis,
SMS,
web2.0,
web2fordev
Location:
Kibera, Nairobi, Kenya
Saturday, June 9, 2012
Accelerating Development Using the Web: Empowering Poor and Marginalized Populations
The World Wide Web Foundation has published Accelerating Development Using the Web: Empowering Poor and Marginalized Populations. Supported by the Rockefeller Foundation, the book is a compendium of articles by recognized experts describing the real and potential effects of the World Wide Web in all major aspects of economic and social development.
The book fills a gap in the current store of knowledge by taking a broad view, offering detailed commentary from fourteen experts who are deeply engaged in the field of ICTs for development, many with extensive experience in developing countries, and each able to emphasize the key questions, challenges, and successes unique to their field.
The research unites themes of technological innovation, international development, economic growth, gender equality, linguistic and cultural diversity and community action, with special attention paid to the circumstances surrounding the poor and vulnerable members of the Global Information Society.
Readers will be able to draw parallels across each field and see where similarities in the deployment of ICTs for development exist and where there are divergences.
Labels:
e-learning,
gender,
ICT,
ICT4D,
m-development,
mobile,
web 2.0,
web2,
web2.0,
web2fordev
Monday, February 27, 2012
Aerial Photography and Image Interpretation - third edition published
Extensively revised to address today's technological advances, Aerial Photography and Image Interpretation, Third Edition offers a thorough survey of the technology, techniques, processes, and methods used to create and interpret aerial photographs.
The new edition also covers other forms of remote sensing with topics that include the most current information on orthophotography (including digital), soft copy photogrammetry, digital image capture and interpretation, GPS, GIS, small format aerial photography, statistical analysis and thematic mapping errors, and more.
A basic introduction is also given to nonphotographic and space-based imaging platforms and sensors, including Landsat, lidar, thermal, and multispectral.
This new Third Edition features:
Also available in Kindle edition
Authors:
The late David P. Paine was Professor Emeritus in the Department of Forest Engineering, Resources, and Management at Oregon State University.
James D. Kiser is an Assistant Professor and Head Undergraduate Advisor in the Department of Forest Engineering, Resources, and Management at Oregon State University in Corvallis, Oregon.??He is also a Certified Photogrammetrist.
The new edition also covers other forms of remote sensing with topics that include the most current information on orthophotography (including digital), soft copy photogrammetry, digital image capture and interpretation, GPS, GIS, small format aerial photography, statistical analysis and thematic mapping errors, and more.
A basic introduction is also given to nonphotographic and space-based imaging platforms and sensors, including Landsat, lidar, thermal, and multispectral.
This new Third Edition features:
- Additional coverage of the specialized camera equipment used in aerial photography
- A strong focus on aerial photography and image interpretation, allowing for a much more thorough presentation of the techniques, processes, and methods than is possible in the broader remote sensing texts currently available Straightforward, user-friendly writing style
- Expanded coverage of digital photography
- Test questions and summaries for quick review at the end of each chapter
Also available in Kindle edition
Authors:
The late David P. Paine was Professor Emeritus in the Department of Forest Engineering, Resources, and Management at Oregon State University.
James D. Kiser is an Assistant Professor and Head Undergraduate Advisor in the Department of Forest Engineering, Resources, and Management at Oregon State University in Corvallis, Oregon.??He is also a Certified Photogrammetrist.
Saturday, January 28, 2012
Web 2.0 in Africa - Agriculture and New Technologies - Web2forDev
An eight minute Business Africa/CTA video production documenting actual cases on the use of Web 2.0 applications in the development sector, specifically among farmers in Africa.
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