“十四五”期间内蒙古水安全保障能力显著提升

Core Viewpoint - Inner Mongolia has significantly improved its water security and disaster prevention capabilities through comprehensive water management strategies, achieving substantial progress in water resource optimization and ecological protection during the "14th Five-Year Plan" period [1][2][3] Group 1: Water Disaster Prevention and Management - The overall water and drought disaster prevention capability in Inner Mongolia has significantly improved, with the completion of 49 dangerous reservoirs' reinforcement projects and the enhancement of flood control systems, achieving an 80.13% compliance rate for river embankments [1] - The monitoring and early warning capabilities have been strengthened, ensuring effective flood emergency response [1] Group 2: Water Resource Optimization and Infrastructure Development - Inner Mongolia has advanced its water resource optimization framework, focusing on modern water network construction and major water diversion projects, resulting in an additional water supply capacity of 600 million cubic meters [2] - The agricultural irrigation infrastructure has been improved, with 520 million acres of irrigation area enhanced through modernization projects [2] Group 3: Water Conservation Efforts - The total water usage in Inner Mongolia has been strictly controlled within 19.63 billion cubic meters, with water consumption per unit of GDP and industrial output decreasing by 14% and 15% respectively compared to 2020 [3] - The region has established 28 water-saving benchmark enterprises and 174 water-saving enterprises, with significant improvements in agricultural water use efficiency [3] Group 4: Ecological Protection and Governance - Inner Mongolia has implemented integrated protection and governance of mountains, rivers, forests, fields, lakes, grasslands, and deserts, leading to a reduction of 20,500 square kilometers in soil erosion area, representing a 3.55% decrease [3] - The ecological environment of rivers and lakes has shown continuous recovery, supported by effective water volume scheduling and management [3]