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Objective: This paper examines the availability of basic and comprehensive emergency obstetric care (EmOC), interventions used to treat direct obstetric complications. Determining what interventions are provided in health facilities is the first priority in analyzing a country's capabilities to treat obstetric emergencies. There are eight key interventions, six constitute basic EmOC and all eight comprehensive EmOC.Methods and Results: Based on data from 24 needs assessments, the following global patterns emerge: comprehensive EmOC facilities are usually available to meet the recommended minimum number for the size of the population, basic EmOC facilities are consistently not available in sufficient numbers, both in countries with high and moderate levels of maternal mortality, and the majority of facilities offering maternity services provide only some interventions indicating an unrealized potential.Conclusion: Upgrading maternities, health centers and hospitals to at least basic EmOC status would be a major contributing step towards maternal mortality reduction in resource-poor countries. [ABSTRACT FROM AUTHOR]

The aim of this paper is to describe different approaches to make emergency obstetric care (EmOC) accessible to women in Mozambique. The definitions of basic (BEmOC) and comprehensive EmOC (CEmOC), proposed by the UN agencies, were adopted by FIGO and by the Mozambican Ministry of Health as a general strategy to reduce maternal mortality. Four projects are presented: (1) Jose´ Macamo and (2) Mavalane Hospitals in Maputo city, (3) Manhic¸a District in Maputo Province and (4) Sofala Province. Jose´ Macamo was staffed by physicians 24 h a day; other hospitals by non-physicians trained in surgical and anesthesiology techniques, as well as nurse-midwives. Jose´ Macamo Hospital provided CEmOC to the city of Maputo and the southern area of Maputo Province. In 2001, this hospital attended 32% of deliveries and 38% of cesarean sections in the city, up from 14 and 2.5%, respectively, in 1998. The Mavalane Hospital failed to provide CEmOC; however, the number of deliveries per year almost doubled. The Manhic¸a hospital carried out 31% of the District's C-sections in 2001, up from 9% in 1998. In Sofala Province, one additional CEmOC and four BEmOCs were installed and case fatality rates decreased. In conclusion, the strategy for ensuring provision of EmOC is feasible even in countries with minimal resources and a scarcity of physicians, such as Mozambique. [Copyright &y& Elsevier]

Background: Geographic proximity to health facilities is a known determinant of access to maternal care. Methods of quantifying geographical access to care have largely ignored the impact of precipitation and flooding. Further, travel has largely been imagined as unimodal where one transport mode is used for entire journeys to seek care. This study proposes a new approach for modeling potential spatio-temporal access by evaluating the impact of precipitation and floods on access to maternal health services using multiple transport modes, in southern Mozambique. Methods: A facility assessment was used to classify 56 health centres. GPS coordinates of the health facilities were acquired from the Ministry of Health while roads were digitized and classified from high-resolution satellite images. Data on the geographic distribution of populations of women of reproductive age, pregnancies and births within the preceding 12 months, and transport options available to pregnant women were collected from a household census. Daily precipitation and flood data were used to model the impact of severe weather on access for a 17-month timeline. Travel times to the nearest health facilities were calculated using the closest facility tool in ArcGIS software. Results: Forty-six and 87 percent of pregnant women lived within a 1-h of the nearest primary care centre using walking or public transport modes respectively. The populations within these catchments dropped by 9 and 5% respectively at the peak of the wet season. For journeys that would have commenced with walking to primary facilities, 64% of women lived within 2 h of life-saving care, while for those that began journeys with public transport, the same 2-hour catchment would have contained 95% of the women population. The population of women within two hours of life-saving care dropped by 9% for secondary facilities and 18% for tertiary facilities during the wet season. Conclusions: Seasonal variation in access to maternal care should not be imagined through a dichotomous and static lens of wet and dry seasons, as access continually fluctuates in both. This new approach for modelling spatiotemporal access allows for the GIS output to be utilized not only for health services planning, but also to aid near real time community-level delivery of maternal health services. [ABSTRACT FROM AUTHOR]