Climate and Health Vulnerability Assessment: Haiti

Climate and Health Vulnerability Assessment: Haiti

World Bank 2024 74 pages
Summary — This assessment examines climate-related health risks in Haiti and evaluates the health system's adaptive capacity to address climate change impacts. It provides recommendations to enhance health system resilience to climate-related threats.
Key Findings
Full Description
This comprehensive Climate and Health Vulnerability Assessment for Haiti analyzes the country's exposure to climate-related health risks and evaluates the adaptive capacity of its health system. The assessment examines various climate hazards including floods, hurricanes, landslides, droughts, rising temperatures, and wildfires that pose significant threats to public health. The document identifies key health risks stemming from climate change, including nutrition risks, waterborne and water-related diseases, vector-borne diseases like malaria and dengue, heat-related morbidity and mortality, air quality health risks, and mental health impacts. It provides detailed analysis of disease patterns and projections for future climate scenarios. The assessment evaluates Haiti's health system capacity across six building blocks: leadership and governance, health workforce, health information systems, essential medical products and technologies, health service delivery, and financing. It identifies significant gaps in the system's ability to respond to climate-related health threats. Based on the analysis, the document provides specific recommendations to enhance health system resilience, including strengthening governance structures, improving health financing mechanisms, enhancing service delivery capacity, building health workforce capabilities, and developing robust health information systems for climate-health surveillance.
Topics
HealthEnvironmentDisaster Risk Reduction
Geography
National
Time Coverage
2009 — 2050
Keywords
climate change, health vulnerability, haiti, vector-borne diseases, malaria, dengue, health system resilience, adaptation capacity, extreme weather