I’ve been asked to be an editor of the environment and natural resources sector page of the GBI blog, so I’m writing a few words by way of introduction.  My name is John Waugh.  I live in the rural Virginia Piedmont, and have three decades of experience in natural resource management, running the gamut of conservation. I started out as a firefighter for the US Forest Service and US National Park Service (a little shout out to the old Flathead IR and the Arrowhead Hotshots). By turns I became a technician on fire ecology studies, a Park Ranger, and then, as a Peace Corps Volunteer, the manager of two World Wildlife Fund projects in West Africa.  This was followed by a long sojourn at the International Union for Conservation of Nature (IUCN), where I helped to develop a marine program, managed UN relations, and represented the conservation community at a range of intergovernmental processes addressing biodiversity conservation.  Work has taken me to over sixty countries on every continent except Antarctica.  For the past several years, I’ve been working as a private consultant conducting program evaluations, developing and implementing projects, and providing advice on conservation strategies and planning.

Through all of this, I’ve been watching with interest the liberating role that technology can play in natural resource management.  Recently I returned to Liberia after a 24 year absence to assist a USAID funded project on land rights and community forestry.  In a meeting with government community leaders, I experienced a moment of cognitive dissonance when cellphone calls interrupted the flow of the discussion.  24 years ago, it would have been impossible for community leaders to consult with their base while sitting in a meeting in Monrovia.  When technology can facilitate information exchange in real time, participation becomes a real possibility.

I recently completed a participatory GIS project with colleagues in the Cook Islands (I know, I know – you go bust your butt for 30 years and you too may get your chance!).  The goal was to facilitate community-based climate adaptation planning using maps.  We superimposed data collected by the community using handheld GPS units with satellite imagery, existing government map layers, and climate models, and  produced custom maps as the starting point for adaptation planning.  Sally Duncan and Denise Lach of Oregon State University describe what can happen: “the deliberative interactions … altered the power held in the privileged knowledge of scientists….GIS technology routinely used to generate such interactions, [can] potentially contribute to the development of new knowledge communities, in which public participation, scientific research, local/traditional ecological knowledge, and technology combine to change the nature and the locus of power in natural-resource management. …”

Of course technology can just as easily be used to achieve the opposite results.  The potential is huge and the change is rapid.  I look forward to exchanging views with the GBI Portal readers on opportunities, and on good practices, for the use of technology for NRM.

I also blog (intermittently) at www.green-hand.net, where you’re welcome to visit and chew the fat.

The Center for Global Development, released a paper indicating that mobile phones can impact literacy skills, and a sustainable model  may have been found. The paper is the result of an evaluation of a mobile education program, called Project ABC in Niger.

Projet d’Alphabetisation a Base Cellulaire, or Project ABC, works with non-formal education centers established by the Catholic Relief Services Niger Food Security and Nutrition Program (2007-2011), is funded by USAID/Food for Peace, and is implemented with CARE and Helen Keller International.

The project uses multimedia phones that have been programmed with a digital curriculum in the local languages of Hausa and Zarma, and incorporates a practical literacy component tied to obtaining market information via text message.

In the first year of ABC, participants learn basic cell phone technology, including SMS. In the second year, interactive multimedia phones and a digital curriculum that includes phonetic activities and varied texts are used to further develop literacy skills. Participants also use skills in literacy, numeracy, and basic cell phone technology in a companion program that teaches them how to request and retrieve market information via SMS.

According to the report:

Overall, students demonstrated substantial  improvements in literacy and numeracy test scores, suggesting that the adult education curriculum is effective in increasing learning. Students in mobile phone villages showed substantial additional gains in literacy and numeracy exam scores.

There is also evidence of persistent impacts: eight months after the end of the first year of classes, students in ABC villages retained what they had learned better than the non-ABC students. These effects do not appear to be driven by differences in the class time devoted to students, teacher experience or teacher and student attendance. Rather they can be partly explained by the effectiveness of mobile phones as an educational tool: Students in ABC villages used mobile phones more frequently to make calls, write SMS and search for price information as compared to their nonmobile phone counterparts. The program suggests that simple and relatively cheaper information and communication technology can serve as an effective and sustainable educational tool for rural populations.

According to Isbrandt, the program is operational in 56 literacy centers in the rural regions of Dosso and Zinder, in primarily agricultural villages. As is the case in most rural settings in West Africa, local language reading materials are otherwise scarce. Participants in the program include 1,400 learners, half of whom are women

References

Aker, Jenny C., Christopher Knoll and Travis J. Lybert, “ABC, 123: The Impact of a Mobile Phone Literacy Program on Educational Outcomes,” Center for Global Development Working Paper, September 2010

Isbrandt, Scott (2009) Cell Phone in West Africa: Improving Literacy and Agricultural Market Systems. Retrieved September 1, 2010.

IFC, a member of the World Bank Group, and the Soros Economic Development Fund have announced they will  invested $1.25 million of equity into Esoko, a Ghanaian technology firm. The investment in Esoko will give small holder African farmers and businesses timely crop information that can be shared via text messaging, enabling farmers to increase their incomes.


Mobile phones allows farmers to access crucial crop and market informaiton

Esoko’s software takes advantage of rapidly growing mobile-phone usage in Africa.  The technology allows farmers affordable and timely access to market information that can help them negotiate better prices and improve the timing of getting their crops to market.

“Our platform was developed by African software engineers here in Accra, Ghana, and has been a totally local, market-driven initiative,” said Esoko CEO Mark Davies. “IFC and SEDF have a strong track record of helping local companies get the funding and advice needed to expand into new regions and markets. With their support we hope to export this African technology all around the world.”

Esoko’s software allows different parties in the agricultural value chain to exchange real-time market information.  Farmers receive current demands, prices of crops, and the location of seeds and fertilizers directly on their mobile phones.  Businesses can track how their products are used and market themselves to new customers.  Associations and governments can share critical information with thousands using a simple bulk-text messaging feature.  Esoko’s technology is being used in nine African countries and expanding quickly.

“SEDF’s investment helps break the information barrier for African farmers so they can generate more income,” said Stewart J. Paperin, president of the Soros Economic Development Fund, a nonprofit investment fund that works to alleviate poverty and community deterioration.  “A more transparent marketplace enables farmers to negotiate fair prices, improve their timing on getting goods to market, and move between markets to sell products.”


Farmers receive relevant information directly to their phone

Esoko is also publishing the first commodities indices in Africa, a powerful tool in helping ensure that farmers are fairly compensated for their crops, as formal commodity exchanges are very rare on the continent.  The company is initially publishing two indices that provide prices for 12 agriculture commodities in seven markets in Ghana.

“African technology firms are innovating and expanding beyond their domestic markets and we see a great opportunity to help ensure they have the proper financing for long-term growth,” said Kent Lupberger, Global Head of IFC Techonology, Media, and Telecom.

“Esoko is giving people practical tools to improve their lives and lift themselves out of poverty.”

This working paper by Jenny C. Aker and Isaac M. Mbiti for the Center for Global Development examines the growth of mobile phone technology over the past decade and considers its potential impacts upon quality of life in low-income countries, with a particular focus on sub-Saharan Africa. An overview of the patterns and determinants of mobile phone coverage in sub-Saharan Africa is first presented followed by a description of the characteristics of primary and secondary mobile phone adopters on the continent. The paper also discusses the channels through which mobile phone technology can impact development outcomes, both as a positive externality of the communication sector and as part of mobile phone-based development projects, and analyze existing evidence.

While current research suggests that mobile phone coverage and adoption have had positive impacts on agricultural and labor market efficiency and welfare in certain countries, the paper notes that the empirical evidence is still somewhat limited. The paper also argues that mobile phone technology cannot serve as the “silver bullet” for development in sub-Saharan Africa, and that careful impact evaluations of mobile phone development projects are required to better understand their impacts upon economic and social outcomes. The paper also notes the need for mobile phone technology to work in partnership with other public good provision and investment.

For more information and to view the working paper please click here.

Working with diverse partners, the mHealth Alliance (mHA) advances mHealth through research, advocacy, and support for the development of interoperable solutions and sustainable deployment models. The mHA, hosted by the United Nations Foundation, sponsors events and conferences, leads cross-sector mHealth initiatives, and hosts HUB (HealthUnBound), a global online community for resource sharing and collaborative solution generation.

Some FAQs about mHealth

Q. What is mHealth?

A. mHealth stands for mobile-based or mobile-enhanced solutions that deliver health. The ubiquity of mobile devices in the developed or developing world presents the opportunity to improve health outcomes through the delivery of innovative medical and health services with information and communication technologies to the farthest reaches of the globe.

Q. What is the mHealth Alliance vision?

A.  The mHealth Alliance seeks to mobilize innovation to deliver quality health services to the furthest reaches of the wireless networks. At the leading edge of the mHealth ecosystem, they seek to unite existing mHealth projects and guide governments, NGOs, and mobile firms to deliver innovative, interoperable solutions in the exploding mHealth field.

Q.  How did the mHealth Alliance begin?

A. The idea for the mHealth Alliance emanated from a July 2008 conference in Bellagio, Italy, on the future of mHealth, during which participants committed to forming a non-profit mHealth Alliance to maximize the impact of mobile health, especially in emerging economies, by ensuring interoperability and open-standards based solutions.

Launched at the GSM Mobile World Congress in February 2009 by the Rockefeller Foundation, United Nations Foundation, and Vodafone Foundation, the mHA now includes the U.S. President’s Emergency Plan for AIDS Relief (PEPFAR) and the GSM Association among its founding partners.

Q. What are the key areas of focus for the mHealth Alliance in terms of public health problems?

A. The mHA is committed to ensuring the positive impact of mobile/ICT-based services across all health sectors, geographies and communities. The mHA has chosen to focus initially on maternal and child health with the inception and launching of the Maternal mHealth Initiative (MMI), as a way to model the potential of mHealth and developing the necessary reference models and prototype solutions. By focusing on mHealth solutions for the full continuum of maternal care, from pre to post-natal health, the mHA is able to identify a set of common needs that can also be applied to a wide variety of health areas.


Text to Change is very proud to be nominated for the Best Product, Initiative or Service for Underserved segments for the GSMA’s 16th Annual Global Mobile Awards.

The GSMA represents the interests of the worldwide mobile communications industry. Spanning 219 countries, the GSMA unites nearly 800 of the world’s mobile operators, as well as more than 200 companies in the broader mobile ecosystem, including handset makers, software companies, equipment providers, Internet companies, and media and entertainment organisations. The GSMA is focused on innovating, incubating and creating new opportunities for its membership, all with the end goal of driving the growth of the mobile communications industry.

“Our congratulations go to all the nominees in this year’s Global Mobile Awards,” said Rob Conway, CEO of the GSMA. “To get down to just 115 nominees across 10 categories, from more than 470 high calibre entries, certainly presented our judges with a tough challenge this year.  It is a great achievement to be shortlisted among such a high quality field of entrants and we eagerly anticipate the announcement of the winners on Tuesday 15th February 2011 at the Mobile World Congress and look forward to showcasing another great year of innovation for the mobile industry.”

The GSMA today announced the nominees for the 16th Annual Global Mobile Awards. The winners will be announced during an afternoon awards ceremony and evening party to be hosted by the British TV and radio presenter Jonathan Ross on Tuesday 15th February 2011 at the GSMA Mobile World Congress in Barcelona. The full list of categories and nominees for the 2011 Global Mobile Awards is available at:

Check out more of the GSMA nominees on this link

A Peace Corps Volunteer harnesses the power of text messaging for good health

Written by by Shannon Cummings

In a few short years, messaging (also called “SMS” for Short Message Service), has seemingly replaced phone conversations, letter writing and the traditional two cans attached by a long string as the primary form of communication for young people worldwide. Imagine if young texters in the developing world could get quick and accurate answers to their most personal sexual health questions anonymously, by simply sending an SMS. In Namibia, Peace Corps Volunteer Rashid Khan has developed a program that does just that. Khan is harnessing the global texting trend to fight rampant sexual health misinformation that contributes to a towering HIV infection rate and many unwanted pregnancies.

When Khan arrived in country, he immediately became aware of the lack of knowledge and resources Namibian youth had regarding sexual health. “After talking to local youth, both formally and informally, it became very clear that there exist serious misconceptions about pregnancy, sex, circumcision and other important topics,” explained Khan. And he was right—in his region “lack of knowledge” was listed among the top factors driving the HIV infection rate by the 2008 National HIV Sentinel survey. As a whole, the country of Namibia has an 18% HIV infection rate.

After discussing possible ways to address this problem, Khan learned of an automated, menu-based health information system started by two volunteers in the Philippines. This program allows consumers to access an abundance of pre-written health information through text messages. Khan recognized the potential to implement a similar system in Namibia, where cellular phone service is widespread and text messaging in the cheapest and most frequently used way to communicate. Together with Jennifer Moore, a fellow Namibian PC Volunteer, he developed the Health Education Response System (HER) in February of 2009.

Rashid Khan

Optimistic, but not content, Khan realized that “a fully automated system could only address the most basic of questions.” Searching for a more complete solution, he stumbled upon a North Carolina-based text line designed to answer sexual health questions from teenagers called the “Birds and the Bees Text Line.” Realizing that the demand in Namibia was present for such a service, Khan designed software so that by sending a question via SMS, consumers receive a tailored answer from a trained health Volunteer that is both accurate and timely. Additionally, the program was expanded to deliver SMS in a round robin fashion to a pool of 10 Volunteers across the country. Consumers can still view the pre-written content by texting MENU, and then following the directional guide through a menu of choices. A directory of anti-retroviral (ARV) clinics with complete contact information can be accessed by texting “ARV TownName”.

In Namibia, HER has proved transformative. The system’s popularity was evidenced in June of 2009 when nearly 2400 SMSs were processed to and from 325 unique clients. One key feature of the system is the anonymity of the questioner.

“Our goal was to answer the questions people couldn’t ask anyone else—to be a reputable, anonymous source of information,” said Khan.

By filtering all SMSs through a central server so that both Volunteers and consumers are shielded from each other’s phone numbers, anonymity is preserved. This lends itself to frank and open questions that the asker may deem too private, embarrassing or demeaning to ask without the veil of anonymity.

Another powerful attribute of HER is its connection “to a complex monitoring and evaluation system that automatically tracks, compares and reports themes of conversations.” Without identifying the data source, the records can be used as a database to inform other health-related projects of frequently asked questions and common misconceptions. The hope is that this wealth of information will contribute to a more informed and effective fight against the spread of disease bred by ignorance.

On top of all of this, the program has been meticulously designed with sustainability in mind. “Sustainability and replication were goals from the beginning. I designed the software to be installable and maintainable by anyone with minimal training,” Khan said. Not only have Khan and his group been able to secure free service from MTC, Namibia’s largest mobile network, they have also partnered with Lifeline/Childline which provides counseling to clients in need. Lifeline/Childline is in talks to take over the program when Khan completes his service and leaves Namibia.

In June 2009 alone, the HER program system exchanged 2,382 SMSs with 325 unique clients.

Khan’s success implementing HER serves as a model to others motivated to make a difference in their corner of the world. When asked for the advice he would offer someone with an idea to improve his or her community, Khan remarked:

“Dive right in today. Take inspiration and help wherever you find it.”

For more information see the PeaceCorps Press Release on the project here

About this talk:

The world’s population will grow to 9 billion over the next 50 years — and only by raising the living standards of the poorest can we check population growth. This is the paradoxical answer that Hans Rosling unveils at TED@Cannes using colorful new data display technology (you’ll see).

Hans Rosling

About Hans Rosling:

As a doctor and researcher, Hans Rosling identified a new paralytic disease induced by hunger in rural Africa. Now he looks at the bigger picture of social and economic development with his remarkable trend-revealing software. Rosling developed the breakthrough software behind his visualizations through his nonprofit Gapminder, founded with his son and daughter-in-law. The free software — which can be loaded with any data — was purchased by Google in March 2007. (Rosling met the Google founders at TED.)

Rosling began his wide-ranging career as a physician, spending many years in rural Africa tracking a rare paralytic disease (which he named konzo) and discovering its cause: hunger and badly processed cassava. He co-founded Médecins sans Frontièrs (Doctors without Borders) Sweden, wrote a textbook on global health, and as a professor at the Karolinska Institut in Stockholm initiated key international research collaborations. He’s also personally argued with many heads of state, including Fidel Castro.

About this talk:

Hans Rosling reframes 10 years of UN data with his spectacular visuals, lighting up an astonishing — mostly unreported — piece of front-page-worthy good news: We’re winning the war against child mortality. Along the way, he debunks one flawed approach to stats that blots out such vital stories.

Hans Rosling

About Hans Rosling:

As a doctor and researcher, Hans Rosling identified a new paralytic disease induced by hunger in rural Africa. Now he looks at the bigger picture of social and economic development with his remarkable trend-revealing software. Rosling developed the breakthrough software behind his visualizations through his nonprofit Gapminder, founded with his son and daughter-in-law. The free software — which can be loaded with any data — was purchased by Google in March 2007. (Rosling met the Google founders at TED.)

Rosling began his wide-ranging career as a physician, spending many years in rural Africa tracking a rare paralytic disease (which he named konzo) and discovering its cause: hunger and badly processed cassava. He co-founded Médecins sans Frontièrs (Doctors without Borders) Sweden, wrote a textbook on global health, and as a professor at the Karolinska Institut in Stockholm initiated key international research collaborations. He’s also personally argued with many heads of state, including Fidel Castro.

This study conducted by Angelica Valeria Ospina and Richard Heeks for the Center for Development Informatics in 2010, explores the connection and potential that ICTs have for climate change.

Executive Summary:

Amidst the unmistakable signs of a changing climate, the global community is just beginning to understand the potential magnitude and severity of its impacts, not just now but for generations to come. Melting glaciers, displaced populations seeking refuge after floods, crops lost during over-extensive periods of drought, or entire villages devastated by the implacable force of cyclones and hurricanes, are just some of the stories emerging from different corners of the planet; in particular from the poorest, most vulnerable countries of the world.

Emerging evidence indicates that both acute (i.e. extreme weather events) and chronic climate effects (i.e. longer-term changes in the environment) can have serious developmental effects that hit particularly hard those countries that are already experiencing the hardships of poverty and marginalization (IPCC, 2007).

But alongside increasing awareness of the manifestations of climate change and the growing momentum of the debate, the role of information and communication technologies (ICTs) is starting to emerge and to shed light on potentially innovative approaches to respond, prepare for, and adapt to climate change impacts.

Sources in the field started to explore the linkages between the information society and sustainable development in the late 1990s, shifting their focus in the early 2000s from broader global environmental issues to CO2 emissions and mitigation, thus addressing more specifically the role of ICTs in climate change. However, these explorations on the role of ICTs – in the reduction of emissions through smart grids, dematerialization or intelligent transport systems and buildings, among others – have focused mainly on addressing the priorities of developed countries in regards to climate change.

Despite the prevalence of the mitigation lens among available sources, a growing body of literature indicates the emergence of research in the areas of adaptation and climate change strategies, acknowledging the priorities of developing contexts and the potential of ICTs. Experiences from vulnerable communities in Asia, Africa, Latin America and the Caribbean point to the use of applications such as mobile phones, the Internet and community radio as part of climate change responses, including the strengthening of local livelihoods, natural resources management and training, access to relevant information and networking opportunities, and awareness raising, among others.

However, this constitutes a very new field of enquiry where much remains to be explored. Developing country priorities and perspectives need to become a central part of the debate, if the potential of these technologies is to contribute to more holistic, inclusive responses to the challenges posed by the changing climate.

For additional information and the full study click this link.

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