Sarriot Eric, Morrow Melanie, Langston Anne, Weiss Jennifer, Landegger Justine, Tsuma Laban
ICF International, Center for Design and Research in Sustainable Health and Human Development (CEDARS), Rockville, MD, USA; Maternal and Child Survival Program (MCSP), Washington, DC, USA.
ICF International, Center for Design and Research in Sustainable Health and Human Development (CEDARS), Rockville, MD, USA; World Relief, International Programs, Baltimore, MD, USA; Maternal and Child Survival Program (MCSP), Washington, DC, USA.
Soc Sci Med. 2015 Apr;131:147-55. doi: 10.1016/j.socscimed.2015.03.014. Epub 2015 Mar 7.
Expansion of community health services in Rwanda has come with the national scale up of integrated Community Case Management (iCCM) of malaria, pneumonia and diarrhea. We used a sustainability assessment framework as part of a large-scale project evaluation to identify factors affecting iCCM sustainability (2011). We then (2012) used causal-loop analysis to identify systems determinants of iCCM sustainability from a national systems perspective. This allows us to develop three high-probability future scenarios putting the achievements of community health at risk, and to recommend mitigating strategies. Our causal loop diagram highlights both balancing and reinforcing loops of cause and effect in the national iCCM system. Financial, political and technical scenarios carry high probability for threatening the sustainability through: (1) reduction in performance-based financing resources, (2) political shocks and erosion of political commitment for community health, and (3) insufficient progress in resolving district health systems--"building blocks"--performance gaps. In a complex health system, the consequences of choices may be delayed and hard to predict precisely. Causal loop analysis and scenario mapping make explicit complex cause-and-effects relationships and high probability risks, which need to be anticipated and mitigated.
卢旺达社区卫生服务的扩展伴随着全国范围内疟疾、肺炎和腹泻综合社区病例管理(iCCM)的推广。作为一个大型项目评估的一部分,我们使用了一个可持续性评估框架来确定影响iCCM可持续性的因素(2011年)。然后(2012年),我们使用因果回路分析从国家系统的角度确定iCCM可持续性的系统决定因素。这使我们能够制定三种高概率的未来情景,这些情景会使社区卫生成就面临风险,并推荐缓解策略。我们的因果回路图突出了国家iCCM系统中因果关系的平衡和强化回路。财务、政治和技术情景极有可能通过以下方式威胁可持续性:(1)基于绩效的融资资源减少;(2)政治冲击和对社区卫生政治承诺的削弱;(3)解决地区卫生系统——“基石”——绩效差距方面进展不足。在复杂的卫生系统中,选择的后果可能会延迟出现且难以精确预测。因果回路分析和情景映射明确了复杂的因果关系和高概率风险,这些需要被预见和缓解。
Glob Health Sci Pract. 2014-8-5
BMC Health Serv Res. 2024-3-6
Health Policy Plan. 2022-11-14
Glob Health Sci Pract. 2021-12-31
Global Health. 2021-8-26
BMC Health Serv Res. 2021-4-26