Abstract

Abstract. Bauchi for the first time in history experienced a horrific windstorm that lasted for not more than 2 hours, but destroyed more than 20 lives and thousands urban infrastructure. This study examines the monumental damage on buildings and structures as a result of the June, 2018 windstorm disaster event in Bauchi. Handheld GPS was used in taking the location information 1662 structures affected by the windstorm. GIS was used in assessing the spatial pattern and as well mapping the extent of the damage. The results of the Average Nearest Neighbor indicate a clustered pattern with the index (ANN ratio) at 0.30 less than 1%. Similarly, the study reveals that most of the affected structures are residential land use with of 91.2% identified as damaged while the least is the recreational land use with only 0.3% structures identified as damaged by the disaster. On a district level, Jahun is the worst affected district with a total of 46.6% damaged buildings and structures. Finally, variability in annual peak wind gust trend in the last decade suggests the evidence of climate change footprints in Bauchi.

Highlights

  • Disaster, whether natural or man-made could have an adverse effect on the occurring environment

  • The study found that the effects of the windstorm vary greatly according to land use type, the housing design pattern, as well as the topographical nature of a given area

  • On the land use type, residential land use is the worst affected with 91% structures having at least one type of damage or the other from fallen walls, blown off roofs or both damages

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Summary

Introduction

Whether natural or man-made could have an adverse effect on the occurring environment. The magnitude of the effects may be severe depending on the number of lives and properties affected during the event Much attention has been given to extreme weather related disasters such as windstorm, flood and droughts etc. According to NEMA 2014, over 5000 people have been affected by the windstorm in four states in Nigeria (The Nation, 2014)

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