| Abstrak/Abstract |
Flooding is a process that occurs from many factors interrelated each other to form a complex relationship. Situated within an area characterized by mountainous topography, land use for intensive vegetable farming activities, and high rainfall, the Upper Serayu River Basin provides an interesting case study to investigate the multifaceted nature of flood events. This paper investigates the complex and multifaceted relationships that exist in the upstream Serayu River Basin in flood-prone areas, aiming to reveal the complexities that drive flood events. The method used in this study is to compare the flood vulnerability results analysis with the flood events in the upstream Serayu River Basin. The results show that the determination of flood vulnerability using land cover, land system, and maximum daily rainfall factors has not given an optimal analysis. Adding the slope factor to the flood analysis gives better and more accurate results, even though the slope factor has been represented by the land system. © 2025 Institute of Physics Publishing. All rights reserved. |
