A Ardalan, K Holakouie Naieni, Mr Aflatounian, M Nekouie, Re Laporte, Ek Noji,
Volume 1, Issue 1 (3 2005)
Abstract
Background and Objective: On 26 December 2003, an earthquake measuring 6.5 on the Richter scale struck the city of Bam and the surrounding villages. This study was conducted to determine the needs of the affected population on the 19th and 20th days after the quake to help with the prioritization of relief activities and efficient resource allocation.
Materials and Methods: Following a feasibility study on 10 Jan 2004, a team consisting of volunteer students of School of Public Health at KUMS was assembled and trained. Each of the 8 groups consisted of 3-4 students with at least 1 man responsible for security on the field. On the 13th and 14th of January, using a cross-sectional design, 60 clusters including 420 households, 7 households in each cluster, were studied based on a Cluster Geographic-Based Sampling (GBS) Plan.
Results: Fifty-five households (13.1%) had children < 2 years, 81 (19.3 %) had children aged 2-5 years and 68 (16.2 %) contained people more than 65 years old. Thirty-seven households (8.9%, CI 95%: 6.4-11.7%) had changed their residence in Bam from one zone to another the main reason for this was poor environmental health conditions (85%). The main source of health and social messages for families was word of mouth 284 (67.6%). The most commonly needed items were bathrooms (73.8 %, CI 95%: 68.9-78.7%), food (68.8 %, CI 95%: 62.6-75.0%) and warm clothes (67.4 %, CI 95%: 60.9-73.8%). The most frequent illness was acute respiratory infection (59.8 %, CI 95%: 54.3-65.2%). Two hundred households (47.6%, CI 95%: 42.6-52.6%) complained of difficulties in obtaining health and medical services. The main barrier to access was transportation problems due to long distance (38.1%, CI 95%: 35.6-40.6%).
Conclusion: We conclude that relief operations should be continued to provide basic public health facilities. Active delivery of health and medical services should be strengthened, and problems related to reproductive health should not be ignored. The GBS plan is a useful tool in the post-disaster surveys. Using volunteer university students was a rewarding experience and teaching and application of "Disaster Epidemiology" should be improved in this country.
A Ardalan, K Holakouie Naieni, Ek Noji, Re Laporte, Mr Aflatounian, M Nekouie Moghadam,
Volume 2, Issue 3 (24 2006)
Abstract
Background & Objectives: The widely differing casualty rates in earthquakes of similar magnitude indicate a need for assessing the factors that determine the extent of damage to life and property. The present study looks at the structural factors and individual characteristics that had an effect on the risk of death and injury directly caused by the December 2003 earthquake in Bam.
Methods: The study population consisted of the residents of Bam on the 19th and 20th days after the earthquake of December 25, 2003. Using a cluster sampling method based on geographic location, we selected 420 households for study and asked them for information on the family members who were inside their houses at the time of the quake. The information covered the following range of items: occurrence of death or injury leading to ambulatory treatment or hospitalization, and characteristics of the building. We used logistic regression and the software package Stata 8.0 for data analysis.
Results: A total of 2089 individuals, including 1089 men (52.1%) and 1000 women (47.9%) took part in this study. There were 369 cases of death (17.7%, 95%CI=12.6-17.8%), 122 injuries needing hospitalization (5.8%, 95%CI=4.5-7.1%), and 319 cases of injury treated on an ambulatory basis (15.3%, 95%CI=12.6-17.8%), all as a direct result of the earthquake. Factors associated with increased risk of death were building destruction (OR=6.34, 95%CI=3.56-11.29), living in adobe structures (OR=1.87, 95%CI =1.03-3.4), age under 6 years (OR=3.93, 95%CI=2.17-7.11) and age 56-65 years (OR=2.52, 95%CI=1.23-5.15). Risk factors for injuries were the same as for death, with the notable exception of the building material.
Conclusions: This was the first analytic study of the risk factors for earthquake-related deaths in Iran. It revealed that total building destruction, residing in houses built with non-resistant materials, and extremes of age are significant risk factors for death in an earthquake. As for injuries, the risk factors were total building destruction and extremes of age.
