Civic ecosystem responses to compound crises: evidence from Syria

Abstract Compound crises have attracted growing interest from scholars and policymakers in recent years. Little attention, however, has been directed to the social relations that emerge from and respond to such phenomena. This paper closes the gap by investigating the emergence, impact, and limitations of the civic ecosystem that responded to the earthquakes in northwest Syria in 2023, an area already affected by protracted armed conflict, mass displacement, and humanitarian emergency. We combine ideas from complex adaptive systems theory, civic ecosystems scholarship, and the literature on compound crises to analyse primary data and evidence collected through key informant interviews, a focus group discussion, and participatory observation. The paper contends that compound crises present distinctive challenges and opportunities that civic ecosystems are particularly adept at addressing and exploiting. We show how they evolve through adaptive cycles of learning and innovation across multiple co‐occurring shocks. One implication of the argument is the need to apply systems theory to understand how systems can tackle, rather than only produce, complex social problems such as compound crises.

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Publication Details

Journal
Disasters
Published
2026-09-21
DOI
https://doi.org/10.1111/disa.70070
Primary Topic
Transboundary Water Resource Management
Type
article
Field-Weighted Citation Impact
0.00
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article

Civic ecosystem responses to compound crises: evidence from Syria

Marika Theros, Zedoun Alzoubi, Munzer Alkhalil, Iavor Rangelov et al.
Disasters
Transboundary Water Resource Management
article

Civic ecosystem responses to compound crises: evidence from Syria

Marika Theros, Zedoun Alzoubi, Munzer Alkhalil, Iavor Rangelov, Rim Turkmani, Mazen Gharibah, Zaki Mehchy
article en

Abstract

Abstract Compound crises have attracted growing interest from scholars and policymakers in recent years. Little attention, however, has been directed to the social relations that emerge from and respond to such phenomena. This paper closes the gap by investigating the emergence, impact, and limitations of the civic ecosystem that responded to the earthquakes in northwest Syria in 2023, an area already affected by protracted armed conflict, mass displacement, and humanitarian emergency. We combine ideas from complex adaptive systems theory, civic ecosystems scholarship, and the literature on compound crises to analyse primary data and evidence collected through key informant interviews, a focus group discussion, and participatory observation. The paper contends that compound crises present distinctive challenges and opportunities that civic ecosystems are particularly adept at addressing and exploiting. We show how they evolve through adaptive cycles of learning and innovation across multiple co‐occurring shocks. One implication of the argument is the need to apply systems theory to understand how systems can tackle, rather than only produce, complex social problems such as compound crises.

DisastersVol. 50(4)
Ideas Foundation (GB), Local Government Improvement and Development (GB), London School of Economics and Political Science (GB)
Climate action
Openalex Percentile: Top 21%
Transboundary Water Resource Management
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Civic ecosystem responses to compound crises: evidence from Syria — Marika Theros, Zedoun Alzoubi, et al. · Disasters (2026) | TGRS Research Map | TGRS