Research on the Synergistic Mechanism of Land Resources Resilience Planning and Emergency Management: A Case Study of Flood Control in the Yellow River Delta Region

Under the backdrop of global climate change, extreme weather events occur frequently, posing a serious threat to infrastructure, the economy, and residents' safety in urban areas. The concept of resilient cities has emerged, referring to cities that have the flexibility and rapid recovery capabilities to withstand and quickly recover from disasters. China's urbanization process is rapid, but its flood control system is still inadequate, and there are deficiencies in the emergency management mechanism, such as the need for improvement in cross-departmental coordination, community participation, and emergency response capabilities. This paper takes the area of the Yellow River Delta as the research object, analyzes the causes of flood risks, and proposes optimization strategies based on an analysis of existing planning and actual conditions. It aims to construct a multi-scale, full-process flood control and prevention planning and design framework, emphasizing the coordinated development of land resource resilience planning and emergency management mechanisms. The goal is to provide theoretical guidance and practical solutions for urban flood control and prevention, enhance urban resilience, ensure residents' safety, and promote sustainable development. The research results not only improve the flood control and prevention capabilities of the Yellow River Delta region but also provide valuable experience for other similar cities.