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In the current study, the researchers tracked the steps that were taken (in the past 20 years after the occurrence of the 921 earthquake) to enhance the safety of students and teachers on campus by rebuilding the schools according to higher standards. Additionally, the researchers analyzed the process of school reconstruction in Taiwan after the Chi-Chi earthquake, as well as the resilience of the rebuilt schools.

This paper collected extensive relevant literature to serve as a basis for data analysis. Subsequently, they examined the conditions of selected schools before and after they were affected by the earthquake, as well as the reconstruction process of these schools. The purposive sampling method was also adopted to assemble a unique and representative sample.

This study concluded a new disaster risk reduction education system in Taiwan, from safe learning facilities, school disaster management and risk reduction and resilience education perspectives. It encouraged school and community collaboration regarding establishing a comprehensive disaster management framework.

The paper kept tracks of how schools recovered and restored after the 921 earthquake based on global disaster management trends and local disaster risk reduction education. It also highlighted the major changes within the school resilience system and the importance of disaster risk reduction education in Taiwan.

The frequency with which hazards turn to disasters is soaring. Besides the factor of climate variation, errors of decision making during planning are the critical factors. Hence, the purpose of this paper is to focus on exploring the relationship between land use planning, development, and disaster management.

This study takes hazardscape as the basis of a dialogue platform for land use planning and disaster management. The first portion of this study is to discuss the needed disaster management items in the planning process through thematic analysis; the second portion is to construct the relationship between disaster management and land use planning by the paired comparison method.

This study proposes the model for integrating planning and disaster management as the foundation of interdisciplinary collaboration. The phase of site choosing and assessment is the most critical point for starting the works of disaster prevention. The major works includes all‐hazard identification/hazardscape analysis and physical vulnerability: damage potential assessment.

This model is helpful to apply to land‐use decision making for evaluating the issues concerning disasters, and avoiding the increasing loss of lives and property. As the next step, attributes of people and environments and assessment techniques from different disciplines can also be included in the model, to achieve the ultimate goal of an environment.

Should disasters strike despite all relevant measures, the associated planning programs monitored and reviewed to enable necessary adjustments.

The scope of disaster impacts has become extensive. It is important that resources can be distributed to the needed places in time, and to prevent a second disaster. The appropriate usage of open contract to disaster management is important; therefore, this study aims to discuss the implication, possible problems and strategies of the current use of open contracts.

Content analysis was used to analyze the operation experiences from contract data collaterally. An in‐depth interview with contract participants was also applied to probe into more issues in practice.

The study targeted emergency supplies and services, focusing on three dimensions: regulation, contract preparation and contract execution, and found that: conflicts and problems exist between current major procurement and disaster management regulations; government must master open contract suppliers; items in the open contract must be concrete and specific; performance bond and default clause would only keep contractors away from any service; missing links are still among audit system, construction estimation, and construction inspection and acceptance in the current open contract system.

The results of this study can be applied to assist governments to review the current implications of open contract, and to construct better systems which meet the features and needs of emergency responses.

Open contract is a very important tool for saving lives during emergencies, although rarely discussed. This study explored current problems and strategies, and can be provided for better future system construction.