厦门市水利局以“天空地一体化”数字监管赋能水土保持提质增效

Core Viewpoint - Xiamen Water Conservancy Bureau is advancing the digital transformation of soil and water conservation management by establishing an integrated "sky-ground" regulatory system, enhancing the quality and efficiency of governance from passive response to proactive prevention [1][2] Group 1: Technological Integration - The bureau has developed a high-precision dynamic monitoring network using satellite remote sensing, drone aerial photography, and ground intelligent terminals, significantly expanding regulatory coverage and improving risk response efficiency [1] - The integration of Geographic Information Systems (GIS), big data analysis, and automatic interpretation of remote sensing images allows for real-time scanning and precise identification of soil erosion risk areas, creating a comprehensive regulatory framework [1] Group 2: Smart Regulatory Platform - The digital regulatory platform has been continuously optimized to integrate multiple data sources, establishing a complete closed-loop management mechanism for monitoring, early warning, and response [1] - The use of mobile intelligent terminals facilitates efficient connection between field verification and internal management, supporting standardized, regulated, and intelligent transformation of regulatory work [1] Group 3: Demonstration and Future Plans - The bureau's practice, titled "Digital Technology Creates a New Paradigm for Soil and Water Conservation 'Sky-Ground' Supervision," has been recognized as a demonstration case for the 2025 Digital Xiamen initiative [2] - Over the past three years, the bureau has conducted more than 4,200 supervisory monitoring activities and effectively verified over 4,300 violations, transitioning the regulatory model from problem-oriented to proactive prevention [2] - Future efforts will focus on deepening the integration of digital technology with soil and water conservation work to strengthen ecological safety and contribute to the city's ecological civilization and high-quality development [2]