to result in the research having less impact than it could.There is no regional repository of learning or ‘clearinghouse’ for assessing and coordinating humanitarianresearch and evaluation.7.8. ConclusionsBased on the experience with crowd-sourced science briefs,there are a number of preliminary conclusions that couldbe considered for future editions of the GSDR.The “open” character of the exercise meant that theprocess did not create incentives for consensus or“seeking the middle ground”, either with respect toprevailing modes of analysis or the scales (local,national, regional, global) at which issues ought to bediscussed.The open call for science briefs for the present report,combined with minimal quality control and broad openreview, has proven to provide science issues for theattention of policy makers in the HLPF that also differconsiderably from the issues covered in peer-reviewedacademic journals.There is a need to expand outreach efforts, in order togarner more inputs on emerging issues related to theeconomy, social systems, and technological change. Future editions of the GSDR might use opencrowdsourcing and open calls for briefs as a startingpoint for selective, systematic research and analysis.science research in Chinese and Russian languages, inparticular, remain rather inaccessible to the rest of theworld.Additionally, a number of issues arise from the presentchapter which might be considered by the HLPF.Tapping into multiple input channels for all relevantscientific communities across the world could makeavailable to policy-makers a broader spectrum of emergingissues, as well as presenting sustainable developmentchallenges from a range of different perspectives. To thisend, open crowdsourcing can complement traditionalexpert group models and existing UN system mechanismsfor identifying “emerging issues”, in the processstrengthening the science-policy interface.A future mechanism to identify science issues for thedeliberations of the HLPF could be built on various inputchannels, including the diverse landscape of existing UnitedNations system mechanisms, to identify “emerging issues”in various clearly defined areas, as well as to scopeinnovative big data applications for sustainabledevelopment. In this context, the empirical review of timelagsfrom scientific identification of environmental andhealth issues, to policy action, through to policy impacts,provides lessons-learnt and a cautionary note as to thepotential and limitations of any arrangements geared toshorten the science-policy time-lags.In view of the great differences of inputs provided bydifferent language communities, it appears essential topromote multi-lingual input channels. Sustainability152
Chapter 8. New Data Approaches for Monitoring SustainableDevelopment Progress: The Case of AfricaThis chapter covers new data approaches for monitoringsustainable development progress, by focusing on Africa, acontinent that has been continuously challenged in theproduction and use of data in support of its developmentefforts. An analysis of MDG data availability in Africaprovides a clear snapshot of the issues that the datarevolution should address. Only three African countrieshave data on all MDG indicators. 775 Even when data isavailable, its frequency is low for some indicators.Although about three-quarters of African countries havesome data on extreme poverty since 1990, these data isavailable on average only every ten years in the period1990-2012. 776 This is clearly insufficient to address the dataneeds of policy makers. For sustainable developmentindicators, there have been calls to have data availableannually. 777 To address crisis and rapidly evolvingsituations, higher frequency data may be needed.Innovations can assist in many ways. They can automatetedious tasks and thus free up human resources for morechallenging work. Innovations can make data more relevantby increasing its timeliness, its quality and its availabilitywhile cutting costs. The focus of the chapter is oninnovative approaches in generating, collecting, analysingand using data which can be useful to monitor sustainabledevelopment progress and that can provide benefitscompared to traditional data approaches. Here, anapproach is considered innovative if it is recent or still onlyused by a small number of countries.Senegal 782 and S. Tomé and Principe. Non-governmentalorganizations are also investing in this technology. Oxfamhas been conducting surveys using Android smartphoneson people’s knowledge of symptoms of Ebola and how toprevent the disease in Gambia, Guinea Bissau and Senegal.These surveys use the Mobenzi app, 783 which has beendeveloped by a South African company.By using mobile devices, preliminary results of the 2013census in Senegal were available in just three months asopposed to one year in previous censuses. For an HIVsurvey conducted in Botswana in 2013, 784 the time torelease the results was reduced by six months. Apart fromreducing time, the use of mobile devices is paper smart andreduces costs by eliminating printing, transportation andstorage of questionnaires. It also eliminates the cost ofentering the data recorded on paper into a digital form,since with mobile devices the data is directly transmitted tocentral servers. For instance, for a large sample survey ofabout 13,000 households the resulting cost saving has beenestimated at about US$200,000. 785 Two other beneficialfeatures of using mobile devices for census/survey datacollection is the less propensity of data entry errors(because there is one less step in data transcription, a lot oferrors come from data entry from paper to digital formats);and the possibility of doing quick data validations –both inthe field and in headquarters– that allow enumerators tore-visit the household before leaving the area to correctany inconsistencies.8.1. New technologies for data collection8.1.1. Face-to-face data collection with mobile devicesOne of the major issues for large scale and complex datacollection operations, such as censuses and surveys, is thetime lag between data collection and the release of theresults. The use of handheld mobile devices in datacollection has reduced that time lag. In Africa, they wereused initially by researchers and NGOs, in countries likeMozambique, 778 Tanzania and Burkina Faso, but mobilehandheld devices have started to be used in official datacollections in recent years. Mozambique used mobiledevices in its agricultural census as far back as 2009. 779Cape Verde was the first country in Africa to use mobiledevices with geo-positioning for data collection in apopulation census in 2010, 780 but since then thetechnology has expanded to official surveys and censuses inother countries, including Botswana, 781 Côte d’Ivoire,153Box 8-1. Innovative data collection, integration anddissemination in NigeriaThe Nigerian Senior Special Advisor to the President on theMDGs, with support from the Earth Institute’s SustainableEngineering Laboratory, developed the Nigeria MDGInformation System, an online interactive data platformwhich gives the location and status of health, water andeducation facilities. These data were collected by trainedenumerators using Android-based smartphones to collectlocation information using GPS and combined with dataavailable through surveys. Using this system, allgovernment health and education facilities as well as wateraccess points were mapped across Nigeria within a meretwo months. The data are freely available online.
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GLOBAL SUSTAINABLEDEVELOPMENT REPOR
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ForewordIn September 2015, world le
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3.1. Interlinked issues: oceans, se
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Box 5-10. Operationalizing inclusiv
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Figure 8-8. Location of ambulance u
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Hentinnen (DFID); Annabelle Moatty
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Friendship University of Russia, Ru
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List of Abbreviations and AcronymsA
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IRENAIRIISEALISSCITCITU-TIUCNIUUIWM
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USAIDVPoAVSSWBGUWCDRRWEFWFPWMOWTOWW
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Figure ES-0-1. Possible roles for t
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Figure ES-0-2. Links among SDGs thr
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Chapter 1.The Science Policy Interf
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Complex relationship between scienc
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Communication between scientists an
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Hunger andagriculturePovertyWorld B
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