Journal Article
Identifying information voids during weather-related disasters: case studies from the 2024 Europe floods and Florida’s hurricane helene
Santosh Vijaykumar; Michael Craig; Ricardo J. Wray; Xiaoyu Liu; Rachel Mann; Kristofor McCarty; Nidhi Nagabhatla
Natural Hazards · Vol. 122, Issue 6 · 2026
Abstract
Information voids have been anecdotally marked as a precursor to outbreaks of misinformation during health and climate crises but remain an empirically untested phenomenon. Understanding the public’s information needs and identifying voids is critical if disaster risk communication must preserve lives and livelihoods during climate emergencies. This paper conceptualizes and tests a novel survey tool designed to detect information voids across four key dimensions: information quantity, quality, source, and channel. Following major climate emergencies in 2024, a series of quantitative, online cross-sectional surveys were conducted in four countries, with a total of 897 respondents. The study aimed to assess the reliability and sensitivity of the tool in identifying gaps in information during climate crises. Study 1 in Belgium (n = 202) detected information voids across all dimensions after Storm Boris ( p p p