Abstract

SummaryDisaster risk management (DRM) seeks to help societies prepare for, mitigate, or recover from the adverse impacts of disasters and climate change. Core to DRM are disaster risk models that rely heavily on geospatial data about the natural and built environments. Developers are increasingly turning to artificial intelligence (AI) to improve the quality of these models. Yet, there is still little understanding of how the extent of hidden geospatial biases affects disaster risk models and how accountability relationships are affected by these emerging actors and methods. In many cases, there is also a disconnect between the algorithm designers and the communities where the research is conducted or algorithms are implemented. This perspective highlights emerging concerns about the use of AI in DRM. We discuss potential concerns and illustrate what must be considered from a data science, ethical, and social perspective to ensure the responsible usage of AI in this field.

Highlights

  • Climate change and population growth in urban areas are increasing the risk of persons and infrastructure to disasters

  • Disaster risk management (DRM) has recognized the potential of artificial intelligence (AI) algorithms to rapidly and accurately process data, and is using AI to develop more accurate risk models and prioritize the distribution of disaster aid.[4]

  • We emphasize the opportunities of turning researchers interested in FAccT and other ethical considerations of AI toward DRM and geospatial data

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Summary

SUMMARY

Disaster risk management (DRM) seeks to help societies prepare for, mitigate, or recover from the adverse impacts of disasters and climate change. Core to DRM are disaster risk models that rely heavily on geospatial data about the natural and built environments. There is still little understanding of how the extent of hidden geospatial biases affects disaster risk models and how accountability relationships are affected by these emerging actors and methods. There is a disconnect between the algorithm designers and the communities where the research is conducted or algorithms are implemented. This perspective highlights emerging concerns about the use of AI in DRM. We discuss potential concerns and illustrate what must be considered from a data science, ethical, and social perspective to ensure the responsible usage of AI in this field

INTRODUCTION
CONCLUSIONS AND OUTLOOK

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