2014 Journal article Legacy File

Damage assessment of lake floods: Insured damage to private property during two lake floods in Sweden 2000/2001

Primary Investigators / Authors

Tonje Grahn; Rolf Nyberg

Document Abstract / Summary Overview

This study analyses empirical data on the direct damage impact of lake floods using insurance claims for 195 private buildings. A relationship between lake water levels and insurance payments is established, but the estimated economic effects are small. Building damage also occurs in fringe areas that are not reached by surface water, which indicates a complex interplay between several factors influencing the degree of damage. Large lake floods occur over an extended time span (months). Their duration, as well as possible wind effects, should be taken into account in flood risk assessment. The slow onset of lake floods facilitates implementation of private damage-reducing measures in addition to public mitigation efforts. Private damage-reducing measures decrease the risk of structural damage to buildings, easing recovery for homeowners and society as a whole. Insurance companies can gain from investing in public flood awareness programmes and by providing information to their insurance holders on how to reduce property vulnerability in emergency situations.

Technical Properties

Accession ID: DOI: 10.1016/j.ijdrr.2014.10.003
Archival Collection: UKZN-IKS
Language Registry: English
Asset Extent / Duration: 10 pages
Publisher: Elsevier
Rights Management Attribution: Elsevier
Licence Data: Elsevier Ltd. All rights reserved.

Co-Authors & Contributors

Tonje Grahn; Rolf Nyberg creator

Taxonomy Classifications

🏷️ Norway 🏷️ Elsevier 🏷️ Tonje Grahn; Rolf Nyberg 🏷️ Lake flood; Flood damage; Insured losses; Damage reduction; Flood assessment; Damage assessment

Subject Keywords

# Lake flood; Flood damage; Insured losses; Damage reduction; Flood assessment; Damage assessment

Geographic Spatial Coverage

πŸ“ EUROPE
Source Scrape Payload File: 641.html
Drupal Original Creation Epoch: 04/11/2018 - 12:15
System Pipeline Port Ingestion Time: 2026-06-18 08:44:18