AnyJunk, an on-demand rubbish clearance firm in the UK, launched the first iPhone app for waste collection earlier this month. The solid waste management innovation allows users to record videos of their garbage and specify when they want it collected. “The app then automatically picks up their location through the iPhone’s GPS and send an email request to AnyJunk to quote for the clearance.”

Jason Mohr, founder of the cutting-edge waste disposal company, says “the big attraction of the app is it allows customers to get a much more precise quote without having to wait for a truck team to visit in person beforehand.”

The user-friendly app boasts a welcome screen with a button that once touched will enable the recording of a video of your garbage; users are then allowed to select convenient collection times. The more flexible the garbage collection request, the cheaper the service will be.

Despite its efficiency and flexible cost structure, which augurs well for its sustainability, this innovation’s potency, with respect to waste management, is limited to contexts where smart-phones are readily available and public services are high on the agenda.

Learn more about the ‘Junk Removal’ app.

 

Agriculture is particularly vulnerable to the effects of climate change, and this makes finding a balance between increasing food production and limiting greenhouse gas emissions a major challenge.

In fact, there are few global research projects with a focus on reducing agricultural greenhouse gases, compared to the energy and transport sectors. But this could all change for the better.

Over a year and a half ago New Zealand launched the Global Research Alliance on Agricultural Greenhouse Gases, and this year its membership grew to 30 countries. The Alliance aims to coordinate the research of the world’s top scientists in agricultural emissions in a bid to find ways of increasing food production and ensuring food security without increasing greenhouse gas emissions.

The Alliance has successfully increased international cooperation and investment in research for livestock, paddy rice production systems and technologies to limit the loss of carbon and nitrogen from crops and soils.

 

A drawing of a desert with a green tree in the middle

Photo Credit: The Express Tribune

The annual observation of World Day to Combat Desertification is underway amid daunting projections, if immediate mitigation measures are ignored.

Desertification, which is caused by ‘land degradation in dry lands’ (not necessarily the creation of deserts), affects one in three people in some way, and costs the world economy US$42 billion annually. The International Union for Conservation of Nature (IUCN) estimates that almost two billion hectares of land in over 110 countries have been seriously degraded.

Land degradation is heightened by population pressure, intensification of agriculture, water-logging and salinity, among other things. Both water-logging and salinity are caused by poor irrigation and drainage, deforestation, overgrazing, soil erosion and poverty.

But the matter of poverty is two fold, as land degradation pose serious implications for efforts to reduce it and hunger worldwide. The developing world, namely Africa, Asia and Latin America, is home to 90% of those most affected— mostly subsistence farmers. This trend will expand the scarcity of arable lands and water resources, which will increase food insecurity for the most vulnerable. This will also raise political tensions over unequal land distribution across the developing world. A few large landholders own disproportionate hectares of land in predominantly arid countries such as Pakistan.

The UNCCD logo for World Day to Combat Dessertification.

UNCCD logo for World Day to Combat Dessertification

Despite these impending challenges, too few governments have been proactive in informing their citizens. ICTs may be leveraged to improve basic farm extension services to reduce poor soil management, and other agricultural related causes of land degradation. Also, more states should embark on water resources development, water harvesting, well rehabilitation, wildlife restoration and biodiversity maintenance projects to mitigate land desertification and better prepare farmers and others to sustain their livelihoods. The success of any such effort will rest on the degree to which citizens are engaged –the range of ICTs available should certainly be leveraged.

Visit the UNCCD website to learn more about about the day of events.

Climate change is already posing challenges to agricultural productivity worldwide, and the sector is likely to encounter severe water woes as this intensifies. However, water management, which is crucial for sustainable agriculture, improved rural livelihoods and food security, has not yet been sufficiently harnessed and employed across Sub-Saharan Africa.

Consequently, immense opportunities for growth and economic

Picture showing an irrigation system- green plants being watered.

Credit: A Guide To Irrigation Methods — Irrigation Systems

advancement are being missed. Proper irrigation is vital for sustained agricultural growth, according to the FAO. The UN agency says efficient irrigation practices could result in increased crop yields of up to 400%. Yet, farmers across Sub-Saharan Africa, who are most dependent on rainfall, are hamstrung by a landscape with the fewest rainfall monitoring stations in the world, which are also complicated to read. This challenge is compounded by an unreliable climate information dissemination mechanism.

But, as with all challenges in the sector, new technologies are emerging that could provide better information for planning. Rainwatch, a National Oceanic and Atmospheric Administration (NOAA) funded climate information system, seems set to help West African farmers, in particular, to overcome their water management challenges.

NOAA says Rainwatch uses GIS to “monitor monsoon rainfall and tracks season rainfall attributes”. It automatically streamlines rainfall data management, processing and visualization. The user-firendly tool has interactive faces, symbols and self-explanatory names. This simplicity eliminates the need for external assistance, including satellite information, to make use of the tool.

The successful 2009 piloting of the project, coupled with the abundant returns to farmers in Niger last year, a country with chronic water management issues, shows that there is great potential behind scaling-up this project. A key challenge will be getting farmers to use the technology, but the demonstrable benefits will prove to be a strong selling point.

The NOAA funded project received support from the African Center of Meteorological Applications for Development and CIMMS.

Poor access to farm extension services is still a major impediment to agricultural productivity and the improvement of rural livelihoods. But, increasingly, ICTs are playing a central role in enabling and facilitating the provision of demand-driven extension services. This marks a shift from highly inefficient public sector extension delivery models, under which farmers and rural communities had little/no opportunity to articulate their own needs.

Despite the ICT-enabled shift towards more democratic/pluralistic, demand driven and efficient extension services in some places, there is still a far way to go before game changing impacts are made.

A silver laptop with a blank screen and black buttons on bright green grass

CTA/ARDYIS Facebook Photo

Although the use of conventional technologies such as radio and television, and even new ICTs, is commendable, many “model projects” reach too few people and are unsustainable.

But the emergence of multiple players in the evolving extension services landscape—NGOs/CBOs, private sector actors, and farmers as extension service users and sharpers, among others—presents broad opportunities. The main opportunity I foresee is that of a firmer platform for articulating the need for better telecommunications policies, which will benefit extension services and the broader range of development objectives that hinge on access to ICTs.

Consequently, agricultural planners and policy-makers ought not to be particularly concerned with  specifically enabling the integration of ICTs into pro-poor extension service delivery. While that is a desirable objective, it ignores the broader picture—poverty reduction.

Strategic agricultural planning recognize that ICT-based solutions for agricultural problems are not all sector specific. In much the same way that the major agricultural challenges operate on a macro-level, by cutting-across sectors, the solutions must stem from holistic observations and responses.

Indeed, any ICT intervention that improves the livelihoods of the rural poor is likely to have positive (direct and indirect) impacts on agricultural value chain management—planning, productivity, and marketing. This is true to the extent that rural economies are largely agrarian. So, any challenge to improving the general livelihood of the rural poor will adversely affect agricultural productivity— be that challenge inadequate health services, poor resource management, natural disasters, anthropogenic shocks, minimal access to education, financial services and poor infrastructure, etc.

So, strengthening extension services will require tackling more systemic problems… seeing the forest and not just the trees.

 

Woman with a phone with the Esoko app.

Esoko application billboard in Accra, Ghana

The global movement to improve agriculture and natural resources management through ICT takes center stage this week at the fourth InfoDev Global Forum in Helsinki.

Though in its nascent stage, the forum attracts a wide cross-section of attendees (business incubator managers, policy-makers, SMEs, financiers and development agencies)  from around the globe “for a unique South-South and North-South networking and knowledge-sharing experience”.

The four day forum, which ends on June 3, zeros in on mobile applications for agri-businesses and clean technologies. Yesterday, a  high level panel discussion featuring experts from the World Bank, FAO, AgriCord, Uganda and Kenya examined the varied use of mobile technology in agriculture and the management of natural resources, namely forestry. The discussion was a prelude to the launch of a new virtual resource that the experts believe will function as a “living updatable document”.

The e-Sourcebook “Information and Communication Technologies for Agriculture” will be released in October. The resource will feature a plethora of ICT innovations and examine their potential to improve agricultural development.

This year marks the fourth staging of the bi-annual event, which is functioning within the framework of a joint program with the Government of Finland and Nokia to create sustainable businesses for a knowledge economy. The $17 million program seeks to enhance the competitiveness of the information and communication technologies (ICT) and agribusiness sectors in small and medium sized emerging markets.

A key feature of the two year initiative is the use of mobile technologies to provide content, services and applications for developing countries. This development comes less than a year after global mobile subscriptions topped five billion, according to the International Telecommunication Union (ITU).

Despite improvement in mobile subscriptions, access to fixed phone lines and internet usage, the ITU says one billion people worldwide still lack connection to any kind of ICT. This is particularly problematic for the drive to improve agriculture as  most  people without access to any form of ICT depend on agriculture to some extent  for their livelihoods.

The Global Forum was last held by Brazil in 2009.

Entomologist Richard Mankin examines signals collected by an inexpensive prototype system (on the bench, at his fingertips) for automated insect detection and identification.

Photo Credit: Agricultural Research Service

It may sound a little far fetched for development right now, but using off the shelf components to detect insects by sound could have some important applications in environment, health, and agriculture some day – and these days, “some day” always seems a  little sooner than you would expect.  This could be important for example in identifying the vector of a particularly virulent emerging infectious disease, or in early detection of and rapid response to an invasive forest or agricultural pest.  File it away in the “you never know” drawer.

Researchers collect ‘signals intelligence’ on insect pests.

Or more precisely, swarming micro air vehicles, to create a communications cloud where infrastructure is destroyed during an emergency like an earthquake.  SciDev reports on a Swiss  innovation that hovers at the extreme end of ICT4D – at least for now.  Flying robots could help in disaster rescue – SciDev.Net.

But the same team also produced the awesome SenseFly drone, which costs around 9K and fits in a briefcase.  The possibilities for monitoring and mapping for biodiversity and agriculture appear to be endless. Check out the video.

Lest you think I’m a shill for the Lausanne techies, let me take the opportunity to draw your attention to some homebrew options.  These won’t create the swarming communications cloud suitable for a major disaster, but a lot can happen.

Grassroots Mapping is a network of technology hackers that use balloon and kite mounted digital cameras in mapping, to serve as “community satellites” – a low cost remote sensing alternative to satellite imagery that can get surprisingly good results.  Significantly, the technology is affordable and can be put in the hands of communities for participatory planning, independent monitoring, and access to information – key aspects of our quest for good governance.  The Public Laboratory for Open Technology and Science is a sister initiative working to develop new technologies for grassroots mappers.

I’ve mentioned Participatory GIS – the use of GIS in community mapping – in earlier posts.  PPGIS is a virtual network online consisting of resources and a very active email list to support a peer-to-peer learning network spanning the globe.

So there you have it – we started with a drone swarm and ended up with a kite. The needs of tomorrow (and today) will be well served by one or the other.

As the wise one said, knowledge is knowing that the tomato is a fruit.  Wisdom is knowing not to put it in a fruit salad.

The EU sponsored Technical Center for Agriculture and Rural Cooperation’s ICT update newsletter has a special issue on mobile apps featuring case studies from Africa.

Home – ICT Update, a current awareness bulletin for ACP agriculture.

Apps for Development.

Voting is open for the World Bank’s apps for development competition.

“The Apps for Development Competition aims to bring together the best ideas from both the software developer and the development practitioner communities to create innovative apps using World Bank data.”

I like the idea.  But many of the apps appear to be solutions looking for a problem, probably due to the requirements that entries use World Bank data and address the Millennium Development Goals.  Many entries were not meant to address field-level development needs, which is disappointing. But it is a great initiative, which can be adjusted in future efforts.

The Microsoft sponsored ImagineCup 2011 student IT competition is under way too. Its theme is imagine a world where technology helps solve the toughest problems, also based on the Millennium Development Goals. Deadlines loom so pass the word to interested students.

It will be very interesting to see what comes out of these contests, and if someone can analyze them, see what we can learn about ramping up efforts to develop technologies to solve real-world problems.

Personally, I would like to see the GBI portal become a clearinghouse for practical apps for development – an app store for development, if you will.

Copyright © 2020 Integra Government Services International LLC