Zika Communication Mapping Supports National Stakeholders to Navigate the Communication Response

At the height of a public health emergency, social and behavior change communication (SBCC) has a crucial role to play in mitigating negative health outcomes. A key part of an SBCC response to an emergency situation is to understand not only what SBCC activities and campaigns other stakeholders are conducting, but also where those activities are taking place. Beginning in late 2016, the Health Communication Capacity Collaborative (HC3) initiated a Zika communication activity mapping effort in four Latin American countries: El Salvador, Guatemala, Honduras and the Dominican Republic.

To collect the data, HC3, in partnership with the United Nations Children’s Fund (UNICEF), developed an instrument to capture high-level information about the distribution of communication efforts by audience, geographic area, key message/theme and timeline in each country. HC3, UNICEF and the United States Agency for International Development (USAID) then identified 10-15 key organizations in the national Zika response for each country. HC3 led the collection of information on communication activities through an iterative process with each organization.

HC3 used the information gathered from partners to develop a mapping tool to support country-level coordination in Zika communication. This tool utilizes Google MyMaps to create an interactive map for each country, allowing users to visualize the geographic distribution of communication efforts by region. While it did not make use of geo-referenced location points, the map provides a panoramic and interactive view of the efforts of multiple partners.

HC3 also developed an in-depth, online database to complement each map. The databases allow stakeholders to view communication activities in their country, filtered by target audience. Together, these tools provide stakeholders with what is often the missing link during emergency situations – a clear and easily accessible snapshot of communication activities, from which they can build partnerships, streamline efforts and redistribute resources.

These detailed Zika communication activity maps and databases also reveal the strengths and gaps in the current response. In each of the four countries, HC3 presented gap analyses and the online tools to stakeholders, which helped inform the next stages of the communication response. In addition, the databases have helped to inform HC3’s quantitative research on Zika knowledge and actions, complementing the research analysis with background information  on regional communication activities. HC3 will periodically update the tools and analyses, with input from national stakeholders, to continue to facilitate the strategic communication response efforts.

The use of geographic information systems (GIS) was highlighted in a recent HC3 webinar as a way “to improve decision-making, increase efficiency and facilitate greater communication and collaboration.” This is particularly useful in an emergency response, when many international, national and local actors are quickly mobilizing across a given geographic area. In these situations, GIS can be used to help coordinate the communication response across partners and regions to avoid conflicting messages or duplication of efforts.

Click markers on the map above to read Spanish descriptions of communication activities throughout the Dominican Republic.

 

Links to the Zika communication activity maps and databases for each country can be found below:

 

Gap Analysis

As part of the HC3 communication mapping exercise in the four countries, a gap analysis was developed and presented by country coordinators in each country.

Gap Analysis Honduras (Spanish) 

Gap Analysis El Salvador (Spanish) 

Summary Document (Spanish) 

El Salvador Gap Analysis

Gap Analysis Guatemala (Spanish) 

Gap Analysis Dominican Republic (Spanish) 

HC3 Innovation

This article is part of the ongoing HC3 Innovation Series: Leading the Way to Better Social and Behavior Change. HC3 has worked in 34 countries to reduce the burden of vector-borne and infectious diseases, maternal and child mortality, unintended pregnancies and HIV/AIDS. A diverse portfolio and multi-disciplinary team makes HC3 well-positioned to identify and address advanced SBCC challenges and opportunities. This innovation blog series is a look at HC3’s cutting-edge work, in order to spur fresh thinking around SBCC.

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