scholarly journals The last mile in school access: Mapping education deserts in developing countries

2021 ◽  
pp. 100064
Author(s):  
Daniel Rodriguez-Segura ◽  
Brian Heseung Kim
Author(s):  
V. Sridhar ◽  
Piyush Jain

This case highlights the challenges faced by organizations in developing countries in getting reliable, high-speed Internet access to support their mission critical web enabled information systems. The case prescribes various measures to optimally use the constrained bandwidth available from service providers. The challenges in defining and monitoring appropriate service level agreements with the service providers are discussed.


2021 ◽  
pp. 237-245
Author(s):  
Alan Fenwick ◽  
Wendie Norris ◽  
Becky McCall

Abstract This book chapter presents the "state of the game" for consumers in different developing countries, describing the reasons for demanding SCI freedom, focusing on bureaucratic delays in drug distribution, establishment of schistosomiasis initiative, eradication of filariasis, lymphatic filariasis, trachoma, schistosomiasis and STH.


Author(s):  
Malebogo Mokeresete ◽  
Bukohwo Michael Esiefarienrhe

Amongst advantages of using Worldwide Interoperability Microwave Access (WiMAX) technology at the last-mile level as access technology include an extensive range of 50 km Line of Sight (LOS), 5 to 15 km Non-Line of Sight and few infrastructure installations compared to other wireless broadband access technologies. Despite positive investments in ICT fibre infrastructure by developing countries, including Botswana, servicing end-users is subjected to high prices and marginalised. The alternative, the Wi-Fi hotspot initiative by the Botswana government, falls far as a solution for last-mile connectivity and access. This study used OPNET simulation modeller 14,5 to investigate whether Botswana’s national broadband project could adopt WiMAX IEEE 802.16e as an access technology. Several developing countries in Africa and the world use WiMAX technology at access level and gain impressive results. The rampant lack of infrastructure development and the need to provide high-speed technology has necessitated such investigation. Therefore, using the simulation method, this paper evaluates the WiMAX IEEE 802.16e/m over three subscriber locations in Botswana. The results obtained indicate that the deployment of the WiMAX IEEE 802.16e standard can solve most of the deployment issues and access at the last-mile level. Although the findings suggest that WiMAX IEEE 802.16e is more suitable for high-density areas, it could also solve rural areas’ infrastructure development challenges and provide required high-speed connectivity access. However, unlike the Wi-Fi initiative, which requires more infrastructure deployment and less on institutional and regulatory frameworks, the deployment of WiMAX IEEE802.16e requires institutional and regulatory standards.


Author(s):  
Haresh C Shah

Over the past few decades, we have seen many joint programmes between developed countries and developing countries to help the latter in managing their earthquake risks. These programmes span the whole spectrum of disciplines from seismology and geology to engineering, social science and economics. Many of these programmes have been effective in raising awareness, in urging governments to work towards risk reduction and in spawning an ‘industry’ of disaster management in many of the developing countries. However, even as these efforts proceed, we have seen death and destruction due to earthquake after earthquake in developing countries, strongly suggesting that the problems for which those assistance programmes were developed are not so effective. Therefore, it is natural to ask why this is happening. Are the assistance programmes reaching the right people? Maybe we are reaching the right people and doing the right type of things in these countries, but we have not allowed enough time for our actions to take effect. Maybe we are reaching the right people and doing the right actions for most of the miles we need to cover in helping communities mitigate their earthquake risks. However, the issue could be whether we are reaching people who represent the ‘last mile’ on this pathway. Here, I explore whether the work that many organizations and countries have done towards earthquake risk reduction over the past few decades in developing countries is appropriate or not. Why do we keep seeing the catastrophes of Sumatra, Chi Chi, Bhuj, Turkey, Algeria and on and on? I will articulate what I think is the problem. My contribution is intended to generate discussions, self-analysis of our approaches, what we are doing right and what we are not doing right. Hopefully such discussions will result in a better connection between the last mile and programmes around the world which are working towards earthquake risk mitigation.


Author(s):  
Irena Gorski ◽  
Joshua T Bram ◽  
Phoebe Canagarajah ◽  
Stephen Suffian ◽  
Khanjan Mehta

Despite high potential, many community health ventures in developing countries fail to evolve beyond the pilot stage. A fundamental problem is that many ventures utilize community health workers (CHWs) as volunteers, but they leave to generate a living income for their families. After ten years of experience running a community health venture in East Africa, while observing other ventures come and go, several factors have emerged as essential for any venture to achieve success. This article presents a methodology to set up a community health venture where CHWs generate income from their work while improving health outcomes for members of their communities. The authors seek to provide individuals working to solve last-mile healthcare challenges with a practical guide for establishing community health systems and navigating the validation, networking, planning, launch, and execution phases. The goal for the ventures developed using this methodology is to operate in an economically sustainable way.


2021 ◽  
Author(s):  
JK. Chemuliti ◽  
KO. Ogolla ◽  
SG. Mbogoh ◽  
KM. Mochabo ◽  
BK Kibore

AbstractNewcastle disease (ND) is the single most important infection of village chicken in smallholder farming systems in developing countries. Vaccines for ND control are available but the delivery of safe and potent vaccines in resource-poor settings remains a big challenge due to difficulties in the maintenance of cold chain. This paper reports the results of a study that was carried out in Kenya to assess the storage and handling practices of Newcastle disease vaccines by agro-veterinary shops (agro-shops) during acquisition, storage, and sale to smallholders’ farmers. Data were collected from one hundred and thirty-two agro-shops using semi-structured questionnaires, observation sheets and actual purchase of vaccines over the counter. The results showed that the majority (82 percent) of the agro-shops had a domestic refrigerator that was connected to the electricity grid but many (61 percent) did not have power backup. Sixty percent of them only stocked thermolabile vaccines. Recurrent power outages (62 percent), high cost of electricity (62 percent), and long-distance to vaccine sources (33 percent) were the most common challenges in vaccine storage and sale. Some agro-shops switched refrigerators on and off while others removed vaccines from refrigerators for overnight stay in cool boxes to minimize electricity costs. In some cases, the sale of vaccines was restricted to market days and late afternoon when ambient temperatures were lower to minimize vaccines storage time and vaccine spoilage respectively. Thermostable vaccines were not stored as recommended by the manufacturer and few agro-shops (23 percent) sold reconstituted vaccines. Most shops adequately packaged thermolabile vaccines in improvised materials during sale. Overall, most of the ND vaccine handling and storage practices in the last mile appeared to aim at safeguarding the safety and potency of vaccines, but further research could elucidate the effects of these practices on the quality and potency of ND vaccines.


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