未来土地利用变化对洪水淹没面积的影响——以缅甸巴固河流域为例

Shin Yonehara, A. Kawasaki, W. Takeuchi
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引用次数: 1

摘要

洪水管理是东南亚最紧迫的问题之一。本研究将GIS土地利用预测与统计模型、降雨径流模型和水力模型相结合,在局部尺度上分析未来城市化和森林砍伐对洪水脆弱性的影响。基于土地利用情景,进行了洪水模拟。结果表明,城市化、森林砍伐和农田开发实际上会增加洪峰流量,而造林则会减少洪峰流量。结果表明,最坏情景与最佳情景的差值分别为3.68km和0.5m。该结果在不确定的未来表现出最大的差异。这一综合方案将从减少灾害风险的角度支持土地开发计划或政策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Future Land Use Change on Flood Inundation Area: Case study in the Bago River basin, Myanmar
Flood management is one of the most urgent problems in Southeast Asia. In this research, land use projection by GIS and statistical model, rainfall-runoff model and hydraulic model were integrated to analyze the impact of future urbanization and deforestation on flood vulnerability in a local scale. Based on land use scenarios, flood simulation was conducted. The results show that urbanization, deforestation and development of croplands will actually increase peak discharge during flood while reforestation will reduce it. Furthermore, the difference between the worst and best scenarios was estimated as 3.68km in inundated area and approximately 0.5m in flood depth in the study area. This result shows maximum difference in uncertain future. This integrated scheme would support land development plan or policy from the viewpoint of disaster risk reduction.
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