Country and Region: Africa

What is the Spectrum of Public Participation?

Curated on Posted on by Stefaan Verhulst

Post by : “The Spectrum of Public Participation was developed by the International Association of Public Participation (IAP2) to help clarify the role of the public (or community) in planning and decision-making, and how much influence the community has over planning or decision-making processes. It identifies five levels of public participation (or community engagement). The further to the right on the Spectrum, the more influence the community has over decisions, and each level can be appropriate depending on the context. It is important to recognise they are levels; not steps.

For each level it each articulates the public participation goal and the promise to the public….

Spectrum of Public Participation

Using the Spectrum of Public Participation

Many practitioners and organisations find the Spectrum very helpful. The IAP2 claims that the Spectrum is “quickly becoming an international standard” and, while this claim is partly marketing, it certainly has some validity in some sectors. In Australia, the Spectrum forms a basis for many state and federal government guides to community engagement (e.g., Department Environment, Land, Water and Planning, Department of Primary Industries) local government community engagement plans (e.g., City of Newcastle, Latrobe City and the Local Government Association of South Australia ) and a range of other organisations (e.g., Australian Water Recycling Centre of Excellence and Trinity Grammar School).

While not as widely used in other parts of the world, it is still relevant and has been used in a range of contexts (e.g., The United States Environmental Protection Agency, the British Forestry Commission and Vancouver’s Engage City Task Force).

….

Selecting a level

The Spectrum is not a flow chart. They are not steps in a process – starting on the left and working to the right – so selecting a level needs to be based on the specific context.

Higher levels are not necessarily “better”. If an issue is not controversial and does not provoke passionate feelings, a lower level maybe more appropriate, but for issues which are complex and controversial, it can save time in the long run to choose a higher level ….

Selecting a level of participation does not mean that the level cannot change, (e.g., it might be discovered that an issue was more controversial than thought, and so a higher level might be adopted) nor is the selected level the only one that can be used. It can be quite appropriate to provide ways of engaging the community at lower levels than the level selected. For example, some people may not have the time and energy to participate in day long workshop held at the Collaborate level, but might still want to have the opportunity to contribute their ideas.

The level is only part of the picture

Community engagement needs to have strong ethical base. Selecting appropriate levels is important but the way we engage the community and who we engage are also vitally important.

The Spectrum of Public Participation is underpinned by seven values.….

The Spectrum is a useful tool in thinking about, and planning, community engagement that has helped many practitioners in a wide range of contexts. Although there are examples where it has been used poorly, it provides a valuable starting place and can, in fact, be used to challenge poor community engagement practice….(More)”

Fighting Illegal Fishing With Big Data

Curated on Posted on by Stefaan Verhulst

Emily Matchar in Smithsonian: “In many ways, the ocean is the Wild West. The distances are vast, the law enforcement agents few and far between, and the legal jurisdiction often unclear. In this environment, illegal activity flourishes. Illegal fishing is so common that experts estimate as much as a third of fish sold in the U.S. was fished illegally. This illegal fishing decimates the ocean’s already dwindling fish populations and gives rise to modern slavery, where fishermen are tricked onto vessels and forced to work, sometimes for years.

A new use of data technology aims to help curb these abuses by shining a light on the high seas. The technology uses ships’ satellite signals to detect instances of transshipment, when two vessels meet at sea to exchange cargo. As transshipment is a major way illegally caught fish makes it into the legal supply chain, tracking it could potentially help stop the practice.

“[Transshipment] really allows people to do something out of sight,” says David Kroodsma, the research program director at Global Fishing Watch, an online data platform launched by Google in partnership with the nonprofits Oceana and SkyTruth. “It’s something that obscures supply chains. It’s basically being able to do things without any oversight. And that’s a problem when you’re using a shared resource like the oceans.”

Global Fishing Watch analyzed some 21 billion satellite signals broadcast by ships, which are required to carry transceivers for collision avoidance, from between 2012 and 2016. It then used an artificial intelligence system it created to identify which ships were refrigerated cargo vessels (known in the industry as “reefers”). They then verified this information with fishery registries and other sources, eventually identifying 794 reefers—90 percent of the world’s total number of such vessels. They tracked instances where a reefer and a fishing vessel were moving at similar speeds in close proximity, labeling these instances as “likely transshipments,” and also traced instances where reefers were traveling in a way that indicated a rendezvous with a fishing vessel, even if no fishing vessel was present—fishing vessels often turn off their satellite systems when they don’t want to be seen. All in all there were more than 90,000 likely or potential transshipments recorded.

Even if these encounters were in fact transshipments, they would not all have been for nefarious purposes. They may have taken place to refuel or load up on supplies. But looking at the patterns of where the potential transshipments happen is revealing. Very few are seen close to the coasts of the U.S., Canada and much of Europe, all places with tight fishery regulations. There are hotspots off the coast of Peru and Argentina, all over Africa, and off the coast of Russia. Some 40 percent of encounters happen in international waters, far enough off the coast that no country has jurisdiction.

The tracked reefers were flying flags from some 40 different countries. But that doesn’t necessarily tell us much about where they really come from. Nearly half of the reefers tracked were flying “flags of convenience,” meaning they’re registered in countries other than where the ship’s owners are from to take advantage of those countries’ lax regulations….(More)”

Read more: http://www.smithsonianmag.com/innovation/fighting-illegal-fishing-big-data-180962321/#7eCwGrGS5v5gWjFz.99
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From Nairobi to Manila, mobile phones are changing the lives of bus riders

Curated on Posted on by Stefaan Verhulst
Shomik Mehnidrata at Transport for Development Blog: “Every day around the world, millions of people rely on buses to get around. In many cities, these services carry the bulk of urban trips, especially in Africa and Latin America. They are known by many different names—matatus, dalalas, minibus taxis, colectivos, diablos rojos, micros, etc.—but all have one thing in common: they are either hardly regulated… or not regulated at all. Although buses play a critical role in the daily life of many urban dwellers, there are a variety of complaints that have spurred calls for improvement and reform.

However, we are now witnessing a different, more organic kind of change that is disrupting the world of informal buses using ubiquitous cheap sensors and mobile technology. One hotbed of innovation is Nairobi, Kenya’s bustling capital. Two years ago, Nairobi made a splash in the world of urban transport by mapping all the routes of informal matatus. Other countries have sought to replicate this model, with open source tools and crowdsourcing supporting similar efforts in Mexico, Manila, and beyond. Back in Nairobi, the Magic Bus app helps commuters use sms services to reserve and pay for seats in matatus; in September 2016, MagicBus’ potential for easing commuter pain in the Kenyan capital was rewarded with a $1 million prize. Other programs implemented in collaboration with insurers and operators are experimenting with on-board sensors to identify and correct dangerous driver behavior such as sudden braking and acceleration. Ma3Route, also in Nairobi (there is a pattern here!) used crowdsourcing to identify dangerous drivers as well as congestion. At the same time, operators are upping their game: using technology to improve system management, control and routing in La Paz, and working with universities to improve their financial planning and capabilities in Cape Town.

Against this backdrop, the question is then: can these ongoing experimental initiatives offer a coherent alternative to formal reform? …(More)”.

Connecting the dots: Building the case for open data to fight corruption

Curated on Posted on by Stefaan Verhulst

Web Foundation: “This research, published with Transparency International, measures the progress made by 5 key countries in implementing the G20 Anti-Corruption Open Data Principles.

These principles, adopted by G20 countries in 2015, committed countries to increasing and improving the publication of public information, driving forward open data as a tool in anti-corruption efforts.

However, this research – looking at Brazil, France, Germany, Indonesia and South Africa – finds a disappointing lack of progress. No country studied has released all the datasets identified as being key to anti-corruption and much of the information is hard to find and hard use.

Key findings:

  • No country released all anti-corruption datasets
  • Quality issues means data is often not useful or useable
  • Much of the data is not published in line with open data standards, making comparability difficult
  • In many countries there is a lack of open data skills among officials in charge of anti-corruption initiatives

Download the overview report here (PDF), and access the individual country case studies Brazil; France; Germany; Indonesia and South Africa… (More)”

Corporate Social Responsibility for a Data Age

Curated on Posted on by Stefaan Verhulst

Stefaan G. Verhulst in the Stanford Social Innovation Review: “Proprietary data can help improve and save lives, but fully harnessing its potential will require a cultural transformation in the way companies, governments, and other organizations treat and act on data….

We live, as it is now common to point out, in an era of big data. The proliferation of apps, social media, and e-commerce platforms, as well as sensor-rich consumer devices like mobile phones, wearable devices, commercial cameras, and even cars generate zettabytes of data about the environment and about us.

Yet much of the most valuable data resides with the private sector—for example, in the form of click histories, online purchases, sensor data, and call data records. This limits its potential to benefit the public and to turn data into a social asset. Consider how data held by business could help improve policy interventions (such as better urban planning) or resiliency at a time of climate change, or help design better public services to increase food security.

Data responsibility suggests steps that organizations can take to break down these private barriers and foster so-called data collaboratives, or ways to share their proprietary data for the public good. For the private sector, data responsibility represents a new type of corporate social responsibility for the 21st century.

While Nepal’s Ncell belongs to a relatively small group of corporations that have shared their data, there are a few encouraging signs that the practice is gaining momentum. In Jakarta, for example, Twitter exchanged some of its data with researchers who used it to gather and display real-time information about massive floods. The resulting website, PetaJakarta.org, enabled better flood assessment and management processes. And in Senegal, the Data for Development project has brought together leading cellular operators to share anonymous data to identify patterns that could help improve health, agriculture, urban planning, energy, and national statistics.

Examples like this suggest that proprietary data can help improve and save lives. But to fully harness the potential of data, data holders need to fulfill at least three conditions. I call these the “the three pillars of data responsibility.”…

The difficulty of translating insights into results points to some of the larger social, political, and institutional shifts required to achieve the vision of data responsibility in the 21st century. The move from data shielding to data sharing will require that we make a cultural transformation in the way companies, governments, and other organizations treat and act on data. We must incorporate new levels of pro-activeness, and make often-unfamiliar commitments to transparency and accountability.

By way of conclusion, here are four immediate steps—essential but not exhaustive—we can take to move forward:

  1. Data holders should issue a public commitment to data responsibility so that it becomes the default—an expected, standard behavior within organizations.
  2. Organizations should hire data stewards to determine what and when to share, and how to protect and act on data.
  3. We must develop a data responsibility decision tree to assess the value and risk of corporate data along the data lifecycle.
  4. Above all, we need a data responsibility movement; it is time to demand data responsibility to ensure data improves and safeguards people’s lives…(More)”

The chaos of South Africa’s taxi system is being tackled with open data

Curated on Posted on by Stefaan Verhulst

Lynsey Chutel at Quartz: “On any given day in South Africa’s cities the daily commute can be chaotic and unpredictable. A new open source data platform hopes to bring some order to that—or at least help others get it right.

Contributing to that chaos is a formal public transportation system that is inadequate for a growing urban population and an informal transportation network that whizzes through the streets unregulated. Where Is My Transport has done something unique by finally bringing these two systems together on one map.

Where Is My Transport has mapped Cape Town’s transport systems to create an integrated system, incorporating train, bus and minibus taxi routes. This last one is especially difficult, because the thousands of minibuses that ferry most South Africans are notoriously difficult to pin down.

Minibus taxis seat about 15 people and turn any corner into a bus stop, often halting traffic. They travel within neighborhoods and across the country and are the most affordable means of transport for the majority of South Africans. But they are also often unsafe vehicles, at times involved in horrific road accidents.

Devin De Vries, one of the platform’s co-founders, says he was inspired by the Digital Matatus project in Nairobi. The South African platform differs, however, in that it provides open source information for others who think they may have a solution to South Africa’s troubled public transportation system.

“Transport is a complex ecosystem, and we don’t think any one company will solve it, De Vries told Quartz. “That’s why we made our platform open and hope that many endpoints—apps, websites, et cetera—will draw on the data so people can access it.”

This could lead to trip planning apps like Moovit or Transit for African commuters, or help cities better map their public transportation system, De Vries hopes…(More)”

Embracing Innovation in Government Global Trends

Curated on Posted on by Stefaan Verhulst

Report by the OECD: “Innovation in government is about finding new ways to impact the lives of citizens, and new approaches to activating them as partners to shape the future together. It involves overcoming old structures and modes of thinking and embracing new technologies and ideas. The potential of innovation in government is immense; however, the challenges governments face are significant. Despite this, governments are transforming the way they work to ensure this potential is met….

Since 2014, the OECD Observatory of Public Sector Innovation (OPSI), an OECD Directorate for Public Governance and Territorial Development (GOV) initiative, has been working to identify the key issues for innovation in government and what can be done to achieve greater impact. To learn from governments on the leading edge of this field, OPSI has partnered with the Government of the United Arab Emirates (UAE) and its Mohammed Bin Rashid Centre for Government Innovation (MBRCGI) , as part of the Middle East and North Africa (MENA)-OECD Governance Programme, to conduct a global review of new ways in which governments are transforming their operations and improving the lives of their people, culminating in this report.

Through research and an open Call for Innovations, the review surfaces key trends, challenges, and success factors in innovation today, as well as examples and case studies to illustrate them and recommendations to help support innovation. This report is published in conjunction with the 2017 World Government Summit, which brings together over 100 countries to discuss innovative ways to solve the challenges facing humanity….(More)”

State of Open Corporate Data: Wins and Challenges Ahead

Curated on Posted on by Stefaan Verhulst

Sunlight Foundation: “For many people working to open data and reduce corruption, the past year could be summed up in two words: “Panama Papers.” The transcontinental investigation by a team from International Center of Investigative Journalists (ICIJ) blew open the murky world of offshore company registration. It put corporate transparency high on the agenda of countries all around the world and helped lead to some notable advances in access to official company register data….

While most companies are created and operated for legitimate economic activity,  there is a small percentage that aren’t. Entities involved in corruption, money laundering, fraud and tax evasion frequently use such companies as vehicles for their criminal activity. “The Idiot’s Guide to Money Laundering from Global Witness” shows how easy it is to use layer after layer of shell companies to hide the identity of the person who controls and benefits from the activities of the network. The World Bank’s “Puppet Masters” report found that over 70% of grand corruption cases, in fact, involved the use of offshore vehicles.

For years, OpenCorporates has advocated for company information to be in the public domain as open data, so it is usable and comparable.  It was the public reaction to Panama Papers, however, that made it clear that due diligence requires global data sets and beneficial registries are key for integrity and progress.

The call for accountability and action was clear from the aftermath of the leak. ICIJ, the journalists involved and advocates have called for tougher action on prosecutions and more transparency measures: open corporate registers and beneficial ownership registers. A series of workshops organized by the B20 showed that business also needed public beneficial ownership registers….

Last year the UK became the first country in the world to collect and publish who controls and benefits from companies in a structured format, and as open data. Just a few days later, we were able to add the information in OpenCorporates. The UK data, therefore, is one of a kind, and has been highly anticipated by transparency skeptics and advocates advocates alike. So fa,r things are looking good. 15 other countries have committed to having a public beneficial ownership register including Nigeria, Afghanistan, Germany, Indonesia, New Zealand and Norway. Denmark has announced its first public beneficial ownership data will be published in June 2017. It’s likely to be open data.

This progress isn’t limited to beneficial ownership. It is also being seen in the opening up of corporate registers . These are what OpenCorporates calls “core company data”. In 2016, more countries started releasing company register as open data, including Japan, with over 4.4 million companies, Israel, Virginia, Slovenia, Texas, Singapore and Bulgaria. We’ve also had a great start to 2017 , with France publishing their central company database as open data on January 5th.

As more states have embracing open data, the USA jumped from average score of 19/100 to 30/100. Singapore rose from 0 to 20. The Slovak Republic from 20 to 40. Bulgaria wet from 35 to 90.  Japan rose from 0 to 70 — the biggest increase of the year….(More)”

Making the Case for Open Contracting in Healthcare Procurement

Curated on Posted on by Stefaan Verhulst

Transparency International “…new report “Making the Case for Open Contracting in Healthcare Procurement”   examines the utility of open contracting in healthcare procurement. The process relies on governments to disclose procurement information to businesses and civil society improves stakeholders’ understanding of procurement processes increasing the integrity, fairness and efficiency of public contracting.

In several countries, including Honduras, Ukraine and Nigeria, corruption was significantly reduced throughout the healthcare procurement process following the implementation of open contracting, according to the report. Click here to download the report”

The tiny digital camera on every smartphone has had real impact on African lives

Curated on Posted on by Stefaan Verhulst

Calestous Juma at Quartz: “…The first major impact of the technology on African users was to expand global connectivity by making it possible for the youth to access information that was collected using the technology via the Internet.

African engineers have been able use such information to design their own technologies suited to local condition. In 2016 Arthur Zhang, a young Cameroonian medical engineering was awarded the $37,000 Africa Prize for Engineering Innovation by the UK Royal Academy of Engineering. Zhang invented the Cardiopad, a tablet computer takes heart readings and sends them to a heart specialist using the Internet.

Zhang was trained in electronic engineering but gained much of the relevant medical knowledge by watching video online, many which had been posted using digital camera. Many more young Africans are following in Zhang footprints in using such material to acquire knowledge that is available through their regular university courses….

In agriculture, farmers can how take diseased images of the leaves of their crops and share them with scientists around the world for identification and advice. Such digital imaging research is an important addition to other agricultural used of mobile phones that constitute low-cost agricultural extension approaches.

Young African engineers are making extensive use of mobile phones for disease diagnosis. Ugandan researchers developed a jacket that diagnoses pneumonia faster than the standard methods used by doctors. Imaging technologies offer additional ways to expand the range of diagnosis for a wide range of diseases.

In low-cost eye are, for example, EyeNetra uses smartphones as a platform to capture the refractive power of the lenses in eyeglasses. EyeNetra is planning to deploy its technology in Nigeria. It has distributed units to be piloted in Gabon, Gambia, Kenya, Morocco, Rwanda, South Africa and Zimbabwe.

There have been concerns that the emerging era of personalized medicine will create a “health divide” between the industrialized and emerging worlds. This is mainly because of human genetic diversity influences the choice of treatment options. Smartphones are becoming as a low-cost way to pre-empt the emergence such a divide.

Climate change is going to force African scientists to study afresh alternations in the microscopic world. With as little as $15 Micro Phone Lens it will soon be possible to turn a regular smartphone into a microscope that capture images and videos at a magnification range of 15-60 times using the phone’s digital zoom feature. The add-on will inspire a new generation of explorers and scientists….(More)”

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