The development of a digital NGO mapping platform in Tanzania, as a tool to strengthen civil society engagement, in pursuit of Universal Health Coverage

The role of civil society in economic development, improving livelihoods and in providing pathways towards achieving health for all has become increasingly evident. By mapping these organizations, the scope and scale as well as existing capacities, gaps, and opportunities are brought to light. This paper describes the implementation of a digital mapping platform for NGOs; an interactive site which collects, analyses, and visualizes data from a variety of sources about NGOs in Tanzania, through a series of interactive maps, graphs, and charts. We describe the approach and the technology used to develop the platform and its potential contribution towards improving health outcomes. A situation analysis and needs assessment exercise was conducted in February 2023. The developed system requirement specification document served as the guiding document in the design and development of new modules. Participatory techniques and agile iterative methodologies comprising regular stakeholder engagement were employed. A distributed revision control system was used to keep track of system revisions. The modules were deployed to the production server at the National Internet Data Center (NIDC) server room, followed by a system commissioning activity in October 2023. The NGO Information System, NGO Digital Mapping tool, NGO Analytic tool, NGO Search tool and NGO Opportunities module were designed, developed, and commissioned to support NGO operations in Tanzania. The platform was launched during the annual NGO Forum in Dodoma, Tanzania, on October 5, 2023. The modules are publicly accessible and are housed within the NGO Information System (NIS) platform. Investment in whole-of-society engagement to build health systems resilience for universal health coverage is crucial. Leveraging the unique positioning of NGOs draws us a step closer to the ambitious goal of achieving health for all. Through this one-stop web application system, information on the near real-time status, existing gaps, and opportunities for collaboration to serve communities is readily available for all stakeholders. Wide dissemination and enhancement of utilization of the platform across all sectors is now needed, for data to truly inform action.

Identification of Diachea leucopodia on Strawberry from Greenhouse in Korea

We have detected the slime mold, Diachea leucopodia (GNU06-10) in a strawberry greenhouse located in Sancheong-gun, Gyeongnam. Typical fruiting bodies had developed gregariously on the strawberry leaves, petioles, and plant debris on ground soil habitat, and also surprisingly on plastic pipes and a vinyl covering. Field samples were examined via stereomicroscopy, light microscopy, and SEM for the determination of morphological characteristics. Dark-brown to black spores formed gregariously within the stipitate cylindrical sporangium, and were covered by an iridescent peridium, which may be intact at maturity, or may have disintegrated. The upper portion of the peridium generally breaks up to expose the spores, whereas the lower portion was usually persistent. The results of energy dispersive X-ray spectrometer (EDS) analysis showed that lime was present in the stalk and columella but absent from the spores, capillitium, and peridium. The above characteristics confirm its taxonomic position in the genus Diachea. However, this genus is intermediate in character between the Physarales and Stemonitales of the Myxogastromycetidae. Hence, this genus had been classified as a member of the Stemonitales until the mid-1970's, on the basis of its iridescent peridium and noncalcareous capillitial system, similar to Comatricha of the Stemonitaceae. By way of contrast, emphasis on morphological characteristics, most notably the calcareous stalk and typical columella, places Diachea within the order Physarales. The presence of a phaneroplasmodium during the trophic stage and lime deposition in its sporophores, as was confirmed in this work, supported the inclusion of Diachea in the Physarales, and the noncalcareous capillitial system verified its identification as a member of the Didymiaceae. Further characteristics of the species D. leucopodia include the following: phaneroplasmodium, spore globose 7.5 microm in diameter, very minutely roughened; sporangia 500 microm x 1mm, more or less cylindrical, gregarious, stalked 1.2mm; stalk and columella white.