Enhancing Design Standard of Agricultural Dam to Reduce Flood Risk

The Agricultural Production Infrastructure Design Standard has not been revised for more than 10 years, except the Drainage Part ( 2012), so it needs to be upgraded to respond to changes in the agricultural environment, such as climate change and agricultural system conversion.In many countries such as the United States, Europe, and Japan, standardized codes have been established for the maintenance of agricultural infrastructure.These codes reflect the latest research and technological trends, and they are updated regularly to ensure efficient operation and management.The need for the revision of agricultural infrastructure design standards is necessary to reflect the latest technologies for responding to agricultural disasters (disasters caused by climate change such as droughts and floods), and to strengthen the standards for reducing flood risk.This study aims to revise the overall contents of the design standards for agricultural dams such as climate change response to reduce flood risk, economic feasibility analysis, and new technology introduction, incorporating the deliberations of the Central Construction Deliberation Committee, the construction standards for emergency discharge facilities, smart management, the Huff method, and the AHP method for the economic analysis.

Authors

Publication Details

Journal
International Journal of Civil Infrastructure
Published
2025-01-01
DOI
https://doi.org/10.11159/ijci.2025.005
Primary Topic
Agricultural Systems and Practices
Type
article
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article

Enhancing Design Standard of Agricultural Dam to Reduce Flood Risk

Baeg Lee, Byoung-Han Choi
International Journal of Civil Infrastructure
Agricultural Systems and Practices
article

Enhancing Design Standard of Agricultural Dam to Reduce Flood Risk

Baeg Lee, Byoung-Han Choi
article en

Abstract

The Agricultural Production Infrastructure Design Standard has not been revised for more than 10 years, except the Drainage Part ( 2012), so it needs to be upgraded to respond to changes in the agricultural environment, such as climate change and agricultural system conversion.In many countries such as the United States, Europe, and Japan, standardized codes have been established for the maintenance of agricultural infrastructure.These codes reflect the latest research and technological trends, and they are updated regularly to ensure efficient operation and management.The need for the revision of agricultural infrastructure design standards is necessary to reflect the latest technologies for responding to agricultural disasters (disasters caused by climate change such as droughts and floods), and to strengthen the standards for reducing flood risk.This study aims to revise the overall contents of the design standards for agricultural dams such as climate change response to reduce flood risk, economic feasibility analysis, and new technology introduction, incorporating the deliberations of the Central Construction Deliberation Committee, the construction standards for emergency discharge facilities, smart management, the Huff method, and the AHP method for the economic analysis.

International Journal of Civil InfrastructureVol. 08
Climate action
Openalex Percentile: Top 92%
Agricultural Systems and Practices
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Enhancing Design Standard of Agricultural Dam to Reduce Flood Risk — Baeg Lee, Byoung-Han Choi · International Journal of Civil Infrastructure (2025) | TGRS Research Map | TGRS