Completed Climate, Earth & Environment Engineering

Ixchel: Building understanding of the physical, cultural and socio-economic drivers of risk for strengthening resilience in the Guatemalan cordillera

In plain English

AI plain-English summary

In Guatemala’s volcanic highlands, scientists are co-producing an eight-episode television series with indigenous communities to understand why disasters like the 2018 Fuego eruption kill people long after the lava cools. The problem is twofold. First, the region’s geology—earthquakes, eruptions, hurricanes, landslides—creates cascading hazards that physical science alone cannot predict. Second, decades of state violence and discrimination mean that poor indigenous and ladino communities often distrust official warnings and evacuation orders. Western science and local knowledge systems rarely speak to each other, leaving people unprotected. If this research succeeds, it will produce a replicable model for integrating quantitative monitoring with indigenous cosmovisions and artistic storytelling. The television series and radio outreach aim to rebuild trust between communities, emergency managers, and scientists. The practical payoff is clearer communication of risk and culturally appropriate responses—fewer people ignored when the next volcano erupts, fewer bodies uncounted after a landslide. The project is not fundamental science; it is applied, participatory, and designed to change how risk is governed in one of the world’s most hazard-prone regions.

View original technical description
This project is based on in-depth research in rural and indigenous communities in the cordillera of Guatemala (volcanic arc and southern highlands) that are located close to active volcanoes and in the vicinity of Lake Atitlán. This region has an extraordinarily high level of hazard exposure that intersects with, and is exacerbated by, existing forms of socio-economic vulnerability. People die, suffer and lose livelihoods in disasters in part because of Guatemala's geological and climatological conditions that make it prone to earthquakes, volcanic eruptions and hurricanes, as well as frequent landslides during the rainy season. The dynamic and interactive nature of these risks are still poorly understood. There is then an urgent need to gain better understandings of physical processes and, in particular, of multihazard interactions in the Guatemalan context from a scientific perspective. However, this hazard exposure cannot be separated from long histories of landlessness, state-led violence and genocide that manifest themselves today in colonial and discriminatory attitudes towards poor indigenous and mixed race (ladino) Guatemalans. Such attitudes result in failures by authorities to protect, warn, evacuate survivors, exhume and properly count the dead, and to relocate or rehouse people with dignity and in culturally appropriate ways. These experiences also mean that local people often do not trust state agencies or western science, and indigenous peoples also have their own knowledge systems and modes of understanding risk and resilience that they deem to be more reliable. The losses and complexities of recent disasters such as the June 2018 eruption of the Fuego volcano and the building of resilient communities urgently require research that brings physical sciences into dialogue not only with social sciences and humanities, but also with diverse cosmovisions and beliefs. This project involves a close collaboration between physical scientists, social scientists, humanities scholars and Guatemalan community leaders in communities exposed to multiple forms of risk. It is based on a shared commitment to reduce the suffering caused by hazards and disasters but involves people who work with very different epistemic, theoretical and methodological approaches and knowledge frameworks. We ask whether we can better understand risk and do research that is both respectful and useful to local people by putting these different knowledge systems on an equal footing. We will therefore combine quantitative monitoring techniques with artistic and ethnographic work and a range of community engagement activities. The scientific and the cultural will be combined in a 8-episode television series produced in collaboration with local organizations, actors and mediamakers in which the complexity of rural community lives and livelihoods of indigenous peoples living with risk will be ethically represented and followed up by a range of outreach activities in community spaces and on radio, television and social media. We will produce a cultural product that will provoke high levels of audience engagement and debate by scientists, community members, development practitioners, emergency managers and government agents.

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Researchers

Alex Guerra Noriega (Co-Investigator)Andrew Bell (Co-Investigator)Aracely Martinez Rodas (Co-Investigator)Carla Gordillo De Marchena (Co-Investigator)Carlos Alfredo Puac Alvarez (Co-Investigator)Charlotte Gleghorn (Co-Investigator)Claudia Suseth Romero Oliva De Hirschmeier (Co-Investigator)Daniel Nunez (Co-Investigator)Elaine Spiller (Co-Investigator)Eliza Calder (Principal Investigator)Giovanna Gioli (Co-Investigator)Jin Sun (Co-Investigator)Jorge Diego Vasquez Monterroso (Co-Investigator)Julie Cupples (Co-Investigator)Kirsteen Shields (Co-Investigator)Lisa Mackenzie (Co-Investigator)Maria Alejandra Colom Bickford (Co-Investigator)Monica Berger-Gonzalez (Co-Investigator)Mónica Orozco Figueroa (Co-Investigator)Neil Stuart (Co-Investigator)Raquel Ribeiro (Co-Investigator)Raul Armando Salguero Giron (Co-Investigator)Robert Wolpert (Co-Investigator)Rodrigo Veliz (Co-Investigator)Rudiger Escobar-Wolf (Co-Investigator)Ruth Doherty (Co-Investigator)Simon Mudd (Co-Investigator)Soledad Garcia Ferrari (Co-Investigator)Walter Lopez (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

Dynamic Risk at Fuego Volcano: Communities living in a post-eruption but still persistently active context.
Dynamic Risk at Fuego Volcano: Communities living in a post-eruption but still persistently active context
Communication with Hazard Maps in Central America: A multidisciplinary science-media-community network (HazMap_CA)
LAHAR-MM: An integrated approach to LAhar Hazard Assessment and eaRly warning using geophysical Monitoring and numerical Modelling
Real-time low-cost monitoring for hydro-geomorphological risk reduction in Chile

Original classification

Research Grant

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