Tag Archive for: agriculture

Integra LLC is thrilled to announce that we will be organizing two sessions at the ICT4Ag conference in Rwanda, November 4-8. Hosted by the Technical Centre for Agricultural and Rural Cooperation (CTA) and the Rwandan Ministry of Agriculture and Animal Resources (MINAGRI), the conference will bring together ICT experts from around the world in support of creating an enabling environment for ICT use in agricultural development. Read more …

USAID Report

A key recommendation by a USAID report that was released in June and titled “Emerging Technology and Practice for Conservation Communications in Africa” is for international development agencies to institutionalize good practice in the use of ICTs for Conservation. The report noted that while the conservation community has a wealth of experience in harnessing ICTs and communications among its many members, the distribution of this expertise is uneven.

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According to a United Nations Environmental Programme –International Water Management Institute report, “An Ecosystems Approach to Water and Food Security”, ecosystem services should be incorporated into food security efforts, as should the proper incentives needed to involve local members of the community.  In part three of our Ecosystem Services series, we take a look at how ecosystems can be better managed and maintained, to play a vital role in nourishing communities around the world. 

As the global population approaches 8 billion people, it will become increasingly difficult to provide a steady supply of food, let alone at a price point the majority of people can afford. In this respect, ecosystems perform a vital function by producing food and providing access to water, thereby increasing food security for communities around the world. For example, it is estimated that a mangrove can yield an annual harvest per hectare of 220 lbs of fish, 44 lbs of shrimp, 33 lbs of crabmeat, 440 lbs of mollusk and 88 lbs of sea cucumber. With food prices predicted to rise an additional 30-50% over the next several decades, ecosystem-provisioning services will be heavily relied upon, particularly in areas of poverty.

In addition to the increased demand on food supply, climate change also has the potential to significantly impact an ecosystem’s ability to produce food, regulate water, and irrigate land (among other functions). Given the provisioning and regulating services ecosystems perform, it is crucial that agricultural areas in particular are managed and maintained to increase resilience and reduce vulnerability to climate change. For example, small-scale rainwater harvesting in Tanzania has improved agricultural production, and increased the water soil capacity, reducing vulnerability to dry spells. When correctly managed, ecosystems have the ability to resist drought and help prepare for water and food shortages that may occur throughout the year.

The Jordan Valley Permaculture Pilot Project, before and after pictures of when the project began, six months later, and three years later (2003(

Jordan Valley Permaculture Pilot Project: start date, 6 months later, three years later
Photo credit: ProAct (2008)

One example of a natural resource management approach to improving ecosystem services is the Jordan Valley Permaculture Project, implemented by the Permaculture Research Institute of Australia. Established in 2008, the project aimed to increase food and water production in the Jordan Valley by rehabilitating the land, known for month-long droughts ranging up to 122 degrees Fahrenheit. In order to improve the health of the ecosystem, a swale system, or land contouring system, was used to help the land trap water in the soil during the winter months to be used during summer droughts. Drought and salt resistant crops were also planted to better trap water in the soil. Using this system over 10 acres of land, the project was able to increase freshwater sources and overall food production. This can act as an important lesson in natural resource management, particularly for dry lands, which support one-third of the global population, up to 44 percent of the world’s cultivated systems, and approximately 50 percent of the world’s livestock.

Not only are ecosystems a vital source of food and water, but for poor and rural populations in particular, they are also a crucial source of income. Better-managed fisheries for example, can increase revenue by improving the fish supply. Water regulation is also very important, to enhance food production and provide water for livestock, fish farms, etc. Whether a community’s food supply is mainly a source of nourishment or a source of income, the livelihood of that population is greatly dependent on a given ecosystem’s ability to function properly. It is therefore very important that community members, farmers and fishermen, are also kept informed about natural resource management tools they can utilize.

As the world continues to rely on the provisioning and regulating services ecosystems provide, it will become increasingly important to ensure the health of ecosystems, and control for environmental degradation wherever possible. Environmental policy tools such as payment for ecosystem services, and economic valuation strategies can assist in this effort by making it easier to provide incentives for this purpose. In the forth blog of our Ecosystem Services series, we will look into how ICTs can help support such policies, involving a variety of players from corporate leaders to local farmers, in natural resource management.

Stay tuned next week for the final blog of our Ecosystem Services series, “ICT for Ecosystem Management and Environmental Policy”.

Photo Credit: The Economist

I participated in a very informative event this week in Washington DC where a researcher was sharing his experience on “Weather-Index based Crop Insurance for Smallholder Farmers in Ethiopia”. As I listened to the discussion as an agricultural information specialist, my concern was what is the role of mobile technologies in this?

According to the researcher, Dr. Shukri Ahmed a Senior Economist, Food and Agriculture Organization (FAO), the concept of crop insurance has a long history from Asia with the leadership of India. However, due to the challenges associated with insurance in general and access to credit to smallholder farmers, the idea somehow waned. But according to Index Insurance Innovation Initiative (I4), there is overwhelming evidence that uninsured risk can drive people into poverty and destitution, especially those in low-wealth agricultural and pastoralist households. There is therefore a re-emergence of insurance for smallholder farmers across the globe.

The speaker gave a detailed background to the study in Ethiopia and the importance of partnership in the design and implementation of the study. The difference, however, with this new approach to crop insurance for smallholder farmers is the use of index (indices) to support the insurance service, and intervention against emergency situation. But at the same time the study is targeting farmers that are relatively better off and who are already engaged in the market but are not investing in insurance due to the anticipated risks. The outcome of the pilot study is expected to help protect the livelihoods of smallholder farmers, who are vulnerable to severe and catastrophic weather risks particularly drought, enhance their access to agricultural inputs, and enable the development of ex-ante market based risk management mechanism which can be scalable in Ethiopia.

Dr. Shukri Ahmed, Senior Economist at the United Nations Food and Agriculture Organization (FAO)

Unbanked or Branchless Services

Adding another concept to an already very complex issue that tries to combine weather, insurance, credit/finance, and smallholder farming, should be carefully considered. But the key question is whether mobile technologies can play a catalytic role in this entire complex system?

Among the reasons for choosing a given area for the pilot study, include availability of Nyala Bank branches, the vulnerability of yields to drought, the availability of nearby weather stations, and the willingness of cooperatives in the area to purchase the new product. As the pilot study progresses, the possibility of scaling the project across the country is high. But what will be the implications for the absence of banks in the rural farming communities in a country that has an approximately one bank loan per 1000 adults? Can Mobile Banking help understand why smallholder farmers under-investment in agriculture?

A success story of mobile banking by  the Dutch-Bangla Bank Limited (DBBL) in Bangladesh was recently highlighted by the GSMA Mobile Money for the Unbanked. Interestingly, the story pointed out how DBBL learnt from Kenya’s famous mobile money program M-PESA. Kilimo Salama (KS) is an innovative index-based insurance product that insures farmers’ inputs (seeds, fertilizer, pesticides), and outputs (crop harvests), in the event of drought or excessive rainfall. It uses weather stations to collect data and implements SMS-based mobile technologies to administer and distribute the payouts. Mobile technologies will not only help with the financial transactions such as seen in Kilimo Salama’s case but also in support of the weather stations for timely and accurate decision making for pay-outs.

My conversation with Dr Shukri about the possibility of integrating mobile money into the project to address the challenge of absence of banks in rural Ethiopia, revealed the huge untapped market for Mobile Banking in that country. However, the success of such services depends on a convincing business case for both the banks and Mobile Network Operators (MNOs). Most importantly, however, is the state of telecommunication infrastructure and regulation in the country. These need to be in place for services and applications to thrive. With this huge investment

Outside Ethiopia, I believe it is time for African countries to take advantage of the increasing mobile phone penetrations in the continent beyond social networking to general development applications such as for agriculture, health, education, and rural development.

To listen to the audio recording of the event, visit Center for Strategic and International Studies (CSIS).

Cover Page of the World Bank Report

Photo Credit: The World Bank

There is no doubt that the current surge in mobile innovations for agricultural development is defying the normal progressive growth of agricultural technologies over the past decades. For centuries, innovations in agricultural technologies have been progressively slow. The emergent of information and communication technologies (ICTs) and their innovative use to support agricultural extension and advisory services has, however, changed the history forever. According to the World Bank report Information and Communications for Development 2012: Maximizing Mobile, close to 6 billion mobile phones are in use today, a jump from less than 1 billion subscriptions in 2003. About 77% of the 6 billion subscriptions is located in the developing nations in which 70% of the world’s poor whose main source of income and employment comes from the agricultural sector.

Agricultural Technologies and the Future In her 1991 paper “Beyond Tractors: The History of Technology in American Agriculture,” Deborah Fitzgerald, Professor of the History of Technology in the Program in Science, Technology, and Society (STS) at MIT, argued that the history of agricultural technology is in a very nascent stage of development, and it is difficult to predict the outlines of a more orderly, systematic future. Barely 20 years after her observation, the developments in mobile technology for agriculture have confirmed her argument. Little is known about any prediction of the current growth of mobile technologies, especially in the world’s poorest regions. It is also becoming more difficult to predict what the market will look like in the next decade given the fast pace at which the technology is growing.  

So Why This Sudden Spurt? The 2nd chapter of the World Bank report referenced above titled “Mobilizing the Agricultural Value Chain” has identified a number of factors that are driving the increased adoption of mobile phones for agriculture in the developing nations:

  • Improved accessibility and affordability through expansion of mobile networks.
  • Increased capacity or bandwidth availability on mobile networks as the technology evolves.
  • Increasing data-enabled mobile devices with increasing affordability.
  • Innovative development of remote wireless sensors and identification technologies.
  • Increasing availability of specialized mobile services targeted to specific agricultural functions.

These and other factors, such as wide ownership of mobile phones, instant and convenient service delivery, increasing functions, and falling prices of mobile handsets, will continue to drive its adoption.    

Looking into the Future of Mobile Innovations for Agriculture

Photo Credit: American Public Health Association

According to USAID, innovations must lead to substantial (not incremental) improvements  in addressing development challenges. But this does not seem to be the case in the mobile agricultural sector. The role of mobile agricultural projects in addressing development challenges in the developing nations is yet to be empirically tested in most countries. Anecdotal results have been reported here and there, but there is little to cite about any substantial impact on agriculture and rural development. An interesting trend with the mobile innovations for agriculture pointed out by the report is that, the applications are usually designed locally and for specific target markets, with localized content specific to the languages, crop types, and farming methods. It continues that while these local designs may offer exciting opportunities for local content and applications development, they may also limit the economies of scale realizable from expanding from pilot programs into mass markets, potentially hindering the spread of new and promising applications and services. So while development practitioners are careful not to repeat the traditional “technology transfer” approach in the ICTs for development sector, they are also faced with the limitations of scalability of the locally developed mobile applications for agriculture.  

Is Reverse Innovation a Possible Solution to Limited Scaling of Locally Developed Mobile Apps? The local app development market in the emerging economies is being boosted by the proliferation of Technology Hubs & Parks in these countries. But what are the approaches to development of applications within these hubs? How can we learn from the past challenges with technology transfer and the current scaling limitations of locally developed apps for agriculture? The concept of reverse innovation developed by Vijay Govindarajan, and Chris Trimble and explained in details with practical applications in their book, “Reverse Innovation: Create Far From Home, Win Everywhere”,  could bring these two challenges together. A key component of the concept is about building Local Growth Teams (LGTs). Within the mobile agricultural sector, LGTs comprising of ICT developers, marketing specialists, and content developers in the emerging economies with strong link with global market could be developed. This will ensure that locally developed ICTs apps with inexpensive models and limited infrastructure to meet the needs of developing nations, can be easily repackaged as low-cost innovative goods for Western buyers. This could address the scaling challenge brought up by the report and at the same time limit the traditional diffusion of technologies from the developed to developing nations.  

Oversights: Mobile Solutions for R&D and Data Collection? I would like to recap my recent work on “Mapping ICTs Along the Agricultural Value Chain” for USAID’s Global Broadband and Innovations (GBI) program. Two key components of the value chain, which seem to be overlooked, are ICTs for agricultural research and development (R&D), and ICTs for data collection to inform monitoring and evaluation (M&E). Firstly, mobile technologies for agricultural R&D are emerging, but due to the traditional under-estimation and under-investment in agricultural R&D in developing countries, little attention is being paid to its potential. There is huge potential in the use of mobile technologies to support the work of agricultural researchers, agricultural science students, extension staffs, and farmers to facilitate access to scientific knowledge and exchange of information between and among these actors. Unfortunately, this has been overlooked by this important report. Secondly, mobile technologies are being used along the agricultural value chain for data collection in order to inform policy and decision-making. The report did mention briefly the importance of mobile in agricultural data collection, for example the work of Grameen Foundations Community Knowledge Worker (CKW) program in Uganda and the Reuters Market Light (RML) in India. But in addition to these programs, there are host of new mobile applications that are being used in this area that need to be acknowledged. Examples include iFormBuilder, EpiSurveyor, Open data Kit, among others. These new mobile applications are essential for the work of extension staff – both public and private to facilitate their work. Most importantly, timely and accurate data through these applications will lead to actions that will benefit the smallholder farmer in a number of ways, thereby increasing their productivity.

Conclusion The growth of mobile technologies for agriculture has outpaced the speed of past technological developments within the sector. While the invention of tractors in the 1800’s was acclaimed a significant breakthrough for agriculture, not even the green revolution in the 1900’s can be compared to the extensiveness and intensiveness of mobile technologies for agriculture. The World Bank report reference in this post has done excellent job by carefully selecting experts in the field of ICTs for development to delve into a number of cases worth following. Specifically on the second chapter that deals with mobile technologies and agriculture, I believe practitioners, researchers, technology developers, policy makers, and users of agriculture and mobile technologies should look critically into the recommendations given at the end – business models, ICT skills and the supporting infrastructure to insure the growth and sustenance of the revolution.

Headshot of Melanne Verveer

Ambassador-at-Large for Global Women’s Issues, Melanne Verveer. (Photo: US Dept of State)

On Monday, July 23, 2012 the Center for American Progress hosted Ambassador-at-Large for Global Women’s Issues, Melanne Verveer for a discussion on “Women’s Economic Success and Global Growth.” Amb. Verveer’s talk focused on the crucial role women play in sustainable development and economic growth worldwide. US women generate $3.5 trillion yearly, and women’s employment in developing countries contributes more to the global economy than China. By 2050, women will control 2/3 of all spending worldwide. Noting that women traditionally spend their earnings in sectors that create a multiplier effect (i.e., health, education, food), Amb. Verveer emphasized the tremendous consumer power women will wield in global markets. She also highlighted growing research that shows how countries where women’s rights are more closely equal to those of men are more peaceful and prosperous than  countries that ignore, marginalize or limit the role of women.

Amb. Verveer spoke of three main areas the State Department focuses on increasing the role and influence of women: Economic Empowerment, Women in Development, and Peace and Security.  Within the Women in Development sector, three initiatives discussed fit squarely within Integra’s areas of expertise: Feed the Future (Agriculture), Global Climate Change Initiative (Environment) and mWomen (Information and Communications Technology).

Agriculture: Women are vital to agricultural development, often making up the majority of farmers in developing countries and the backbone of agriculture-based economies. FAO reports claim that if men and women farmers had equal access to credit, training, property rights and technical inputs, yields could improve 20 to 30 percent and the number of malnourished people worldwide could be reduced by 150 million people.

Environment: Women bear the burdens of climate change disproportionately more than men. Yet women are uniquely empowered to address climate change because of their central role in agriculture, forest management, and running the home (i.e., making crucial energy decisions as pertains to energy sources used in the home).

ICT4D: Increased technological access creates opportunities for financial security and independence. With mobile access, women are able to gain information about the current market, including data on pricing and weather systems, in addition to business insights and trainings, access to support networks, and the ability to transfer and save funds. “The significance of mobile technology cannot be underrated,” said Ambassador Verveer, who emphasized both the economic and social value of mobile technology. While 350 million women still do not have access to cell phones, the State Department is working to bridge this gap in connectivity through various initiatives, including the GSMA mWomen initiative. mWomen is committed to reducing this gender gap in connectivity by 50%.

In each development sector highlighted, Ambassador Verveer reiterated that gender equality is not only smart economics, but in line with US values and “a moral imperative of the 21st Century.” While the State Department and USAID continue to add gender guidance components to trainings and major international initiatives, true change will only be achieved once gender equality becomes institutionalized and integrated across all bureaus. Women’s rights need to be viewed as human rights essential to fostering economic growth, social stability and a more peaceful prosperity worldwide.

 

To view full event video, click here. To read Ambassador Verveer’s article on “Why Women Are a Foreign Policy Issue,” click here

 

In June 2012, the United Nations Conference on Sustainable Development took place in Rio de Janeiro, Brazil. Marking the 20th Anniversary of the Earth Summit, Rio+20 provided an opportunity for the world to reaffirm commitments to poverty erradication, sustainable development and environmental protection. Below, we explore various outcomes of Rio+20:

Rio+20 logo

Photo credit: Voices of Youth

1. New Sustainable Development Goals

As a replacement for the Millennium Development Goals which end in 2015, the governments of Colombia and Guatemala have proposed Sustainable Development Goals. These goals would link environmental and human development concerns within broad categories such as changing consumption patterns, combating poverty, and advancing food security. While negotiations in Rio did not agree to specific themes, terms or commitments, an “open working group” of 30 nations was appointed to determine priorities for the pledge by September 2013.

2. Words, Words, Words

From cries of disgust and disappointment—Greenpeace deemed the summit “a failure of epic proportion” — to careful phrased optimism about sustainable development, Rio+20 was a war of words. Promises were made, fingers pointed, and cries of injustice abound, but in the end the most important words were found within “The Future We Want”.  A non-binding communiqué ratified by all UN members that resulted in no financial commitments or concrete benchmarks.

Instead, much of the conference discourse centered around the dominant buzz word and concept of “the green economy.” We at Integra recently blogged about inclusive green growth efforts and sustainable development initiatives of the World Bank and International Monetary Fund.

Graphic displaying the Zero Hunger Challenge spectrum of milestones

Photo credit: UN

3. An Initiative to End Hunger 

At the conference, UN General Secretary Ban Ki Moon launched the Zero Hunger Challenge, an initiative that aims to put an end to hunger, ensure resilient food systems, increase productivity and income of smallholder farmers, especially women, and eliminate food waste.  The UN campaign is supported by the Food and Agriculture Organisation, the International Fund for Agricultural Development, the World Food Programme, Unicef, the World Bank, and various governments.

 4. An Appreciation for the Energizing and Influential Power of Sideshow Events

More than 3,000 fringe events took place outside of the negotiations, producing significant outputs and exciting commitments. Passionate and innovative individuals, committed grassroots organizations, and forward thinking corporations were able to mold policy and influence international agreements in new and exciting ways. These outside movements energize and influence negotiations, and are an important reminder that individuals still have incredible influence on the state of the world.

5. Innovative Pledges from Unlikely Sources

While government negotiators could not agree to binding pledges, various corporations, individual states and industry groups committed to bold and creative ways of approaching the challenge of sustainable development. Some of the more interesting pledges include:

Grenada announced its transport and electricity sectors will only use clean energy sources by 2030.

Unilever promised to cut its greenhouse gas emissions in half by 2020 and find sustainable sources of beef, soy and palm oil to prevent the deforestation now stemming from production of these three major crops.

Eight international development banks agreed to invest $175 billion to sustainable public transport systems over the next decade.

European PVS industries made a commitment to recycle 800,000 tons of PVC each year through the VinylPlus programme.

Microsoft will roll out an internal carbon fee on its operations in more than 100 countries, part of a plan to go carbon-neutral by 2013.

Map of the world in a field

Photo credit: UNEP

The United Nations Environment Programme (UNEP) was strengthened with more funding, stronger powers to initiate scientfic research, a leadership role in coordinating global environmental strategies, and a vote of confidence for the organization’s much publicized transition to a focus on creating a green economy backed by strong social provisions.

 

Relation between Farming, Research, Extension, Gender & ICTs (Photo Credit: Ben Addom)

The main obstacle to food security (the availability, access, and utilization of food) in most agricultural-based developing economies is lack of human, technical and institutional capacity  to produce and distribute the food. In this post, I bring together two arguments as the basis for addressing the challenge of capacity building in agriculture through the emerging value chain approach, and the role Information Communications Technologies (ICTs) can play to increase food security in some of these economies. Below are the arguments:

1)    In the Food and Agriculture Organization’s (FAO) Gender and Rural Employment Policy Brief, No. 4 (2010) issue, the editors asked an important question – whether the agricultural value chain development could be a threat or opportunity for women’s employment? The authors argued that the value chain development can provide opportunities for quality employment for men and women but at the same time perpetuate gender stereotypes that could keep women in lower paid, casual work and not necessarily lead to greater gender equality.

2)    At this years’ International Fund for Agricultural Development (IFAD) annual Governing Council meeting in Rome, the Microsoft founder Bill Gates stated, “One of the most important priorities is connecting the poorest farmers in the world to breakthroughs in agricultural science and technology. Right now, a digital revolution is changing the way farming is done, but poor small farmers aren’t benefiting from it.”

From these two arguments, I discuss below what I believe agricultural value chain is, its relation to gender, the importance of capacity building, and the role of ICTs in strengthening the capacity of the actors to ensure food security.

Agricultural Value Chains

So what is all about the agricultural value chain? Before the 2008 hike in world food prices that created a global crisis and caused economic instability and social unrest across the globe, the agricultural sector was given very little attention by the donor community compared to other sectors like services and industry. With the revelation by the World Bank’s World Development Report (WDR) 2008 that GDP growth originating in agriculture is about four times more effective in raising incomes of extremely poor people than GDP growth originating outside the sector, a new stream of interest emerged to avoid such a global disaster again.

Puzzle pieces representing parts of the ag value chain, fit together

An Agriculture Value Chain Framework (Image Credit: GBI)

The value chain approach to agricultural development is one of the models, which basically places an emphasis on recognizing the relation between the various actors within the agricultural innovation system for smooth flow of resources and value adding process as products move from source of production to consumption. It aims at streamlining production and marketing activities to ensure that resource flow is coordinated and roles are well organized from the farm to the consumer. It identifies a set of actors and their respective activities that are aimed at bringing basic agricultural product from research and development, through production in the field, marketing and value adding processing to the final consumer.

Value Chain and Gender in Agriculture

So how can this model perpetuate gender stereotype? The traditional agricultural innovation system generally operates in isolation in terms of actors allowing them to exchange resources and transact businesses without any definite coordination of activities. As explained by the above policy brief, the modern value chain model may be key to food security, but can also be channels to transfer costs and risks to the weakest nodes, particularly women with the rapidly globalizing agricultural markets where the value chains are often controlled by multinational or national firms and supermarkets. In the modern value chain system, the paper pointed out, men are more concentrated in higher status, more remunerative contract farming, while women predominate as wage laborers in agro-industries. Also women workers are generally segregated in certain nodes of the chain (e.g. processing and packaging) that require relatively unskilled labor, reflecting cultural stereotypes on gender roles and abilities. FAO gender and food security statistics figures show 44.70% in 1950, 45.87% in 1970, 47.34% in 1990, 48.10% in 2000 (estimated) and 48.74% in 2010 (estimated) share of female labor force in total agriculture labor force.

Capacity Building and Value Chain in Agriculture

The gendered nature of agriculture  – research, extension, and farming (as depicted by the figures in the previous section) does not only show how important it is to consider women in making decisions concerning the global agricultural development but also tells how their involvement will continue to rise despite all the stereotype. For both men and women to benefit from the modern value chain, the public and private sector approaches to agricultural research, development and extension has to be reconsidered. Capacity building for all the stakeholders must be directed at three components:

i) Institutionally, efforts must be made with the current value chain approach to seek gender-oriented, demand-driven research and extension activities. Institutions that give opportunity to stakeholders to contribute, share ideas and engage in constructive discussions will lead to sound innovations. Women put together have voice. Value chain projects must focus on farmer cooperatives with gender specific groups. Involvement of women must not be limited to only farming but extended to research and extension with more females motivated to take up key roles in these institutions.

ii) Humanly, while I believe there is so much efforts to improve the human capacity level of research and extension in some of these economies, my observation is that over 90% of this effort is targeted at the symptoms of the problem instead of the actual root cause. In other words, how much effort is being made to re-evaluate and re-structure the current educational institutions that produce the researchers and extension officers in these economies? That is the root of the problem. In-service training activities are short term strategies. Therefore long term strategies to help overhaul the existing educational systems in some of these economies will help address the human challenge.

iii) To achieve both the human and institutional capacities, there should be regular external technical support with material and human resources through sharing of best practices in agricultural research, extension and farming from other developing economies or developed countries. Efforts must be made also to capitalize on the strengths of receiving economies to be able to give the right technical advice.

ICTs for Capacity Building in Agriculture Value Chains

The second argument above argues that even though there is a digital revolution in farming, smallholder farmers are not benefiting. I will agree with the fact that smallholder farmers in some developing countries have seen increased access to agricultural information for production and marketing in the past decade, but this cannot be likened to a “revolution.” This increased in information to and from farmers cannot be compared to the speed at which the technologies are being developed. So there must be a problem somewhere.

The emerging communication technologies, social media and Web 2.0 tools are of no doubt critical in increasing capacity for timely data gathering, knowledge production, and information exchange even among illiterate farmers in developing economies. But how can this be done to benefit the target clients? Whose responsibility it is to spearhead the digital revolution among the smallholder farmers?

I believe much of the responsibility is on the donor community, the technology developers and the project implementers. As pointed out by the Bill Gates, the  approach being used today to fight against poverty and hunger by the donor community – International Fund for Agriculture Development (IFAD), the World Food Program (WFP), and the Food and Agriculture Organization (FAO) and others is outdated and inefficient.

In other that the new communication tools such as mobile phones – feature and smartphones, iPad and other tablets, social media platforms like Facebook, YouTube, podcasts, audio and video conferencing, etc. to have impact on researchers, extension officers and farmers, new strategies have to be developed. Whether the National Agricultural Extension Services (NAES), the private sector extension services, or national research institutions, once the necessary capacity is built and tools provided, delivering information, technical advice and agricultural skills and training to farmers will follow.

Photo Credit: EasySMS

EasySMS mobile app intends to enable illiterate people to “read” SMS on Windows Phone 7; understand the meaning of each word of the SMS; and write SMS using icons with sound support and SMS recomposition from previous SMSs.

It is a Windows phone application which empowers illiterate people to read, compose, send text messages to their contacts, and helps managing contacts in an innovative and funny way through text-to-speech solutions.

The design and development of the app is based on the premise that about 800 million illiterate people are excluded from the benefits of text messaging and most of them reside in rural areas in which mobile phone coverage and ownership is growing rapidly and SMS are cheap or even free. Using a touch screen with simple icons, illiterate users may be able to use their mobile device to navigate through text messages, highlight words from incoming messages, listen to them, and then add them to new messages.

Considering the huge current market size of the users of the application, the developers are very ambitious, optimistic, and believe that their work will lead to the creation of more tools to help illiterate people gain access to information and technology.

Below is the preview of the app:

 

Illiteracy and Smallholder Farming

A major challenge, I believe, facing the ICTs for Agricultural Development Sector in most developing nations is the high illiteracy levels among the smallholder farmers. As a result, the success of this app will be a success to the ICT4Ag community. It is a laudable initiative which is still at the teething stage and needs a lot of support for improvement.

Several discussions, forums, and debates have been taking place over the years to find alternative models to delivering agricultural information to farmers in the developing nations who cannot read or write. At the same time, with the unprecedented growth of mobile phone among these same group of people, it is a great move to take advantage of the technology. The dominant mode at the moment seems to be SMS or text messaging with its two main limitations – the illiteracy barrier and the amount of information that can be transmitted at a time. EasySMS may be able to reduce the former while the latter still stands.

Designing for Today or Tomorrow?

But my question (as derived from the title of this blog) is – what is our priority? To sustainably address the illiteracy problem by educating our rural folks now, so that they can easily access agricultural information tomorrow or to continue investing in applications that help address the challenge of today’s illiterate farmer in accessing the right information? In other words, how can we modify our ICT4Education programs for long term solutions to the illiteracy problem in the rural farming communities in order to impact ICT4Agriculture programs?

I believe it is time for the ICT4Ed and ICT4Ag communities to begin sharing notes. In order for ICT4Ag applications and projects to have tangible impact on the rural farmers, they must get the basic education necessary to use these apps. While the EasySMS app takes an interesting approach that could eventually create a new breed of “literate” rural folks through the use of these visuals (computer icons) and voice support, we should not forget to catch the future literate farmers while they are young. In doing so, we will be on the path of tackling the information barrier through both short term and long term approaches.

Photo Credit: Agronet-Colombia

AGRONET, a National Agricultural Information and Communication Network was developed with the goal to connect small producers in Colombia and reduce the digital divide through public private partnerships and growing broadband penetration in rural municipalities.

A Government of Colombia’s initiative under the Ministry of Agriculture and Rural Development in collaboration with the United Nations Food and Agriculture Organization (FAO). The main aim is to provide information and knowledge on new techniques for sustainable food security and for the diversification of crops in order to improve productivity and opportunities in the market. While the network is aimed at policy makers, other stakeholders in the agricultural chain including small producers are expected to benefit through the platform.

Agronet platform helps in standardizing and integrating resources to offer value-added information and communication services for the agricultural sector using modern and traditional ICTs. The platform also has alliances with several actors in order to integrate other systems of information into the network and expand the content offered.

In order to serve producers with relevant and targeted information, Agronet has developed user profiles of all users based on needs assessment and users’ particular productive activities. Taking advantage of the penetration of mobile technologies in the rural users, new agricultural innovations – technologies and methods are introduced to producers systemically through SMS. Producers receive updates on Agronet’s platform, including changes in its databases and other news and events pertinent to agriculture.

Agronet offers a dedicated space for the agribusiness to view supply and demand, and to publish notices of products and services related to agriculture and agribusiness. The platform also has a digital library, policy documents related to agriculture and food security and other statistical bulletins for students, researchers and policy makers within the agricultural field. Agronet also gives its users the opportunity to train virtually from online courses available on the website. The platform also allows small producers to search for credit information for their farm inputs, market for their produce, and information of other stakeholders.

Over the medium term, Agronet plans to provide a greater wealth of content and information services to producers by adding capacity in digital television. For more information, visit Agronet.

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