Author: Wang Zhi nóng
Publisher:
Publishing Date: 2006-12-01
Features: This book is based on years of research and practice in irrigation water management and management system reform in irrigation districts, reviewing and summarizing the historical evolution of China's irrigation district management system reform. It conducts theoretical analysis of the reform from the perspective of sociology, compares and analyzes the management system reform and main operational modes of grassroots branch and distributary canals in irrigation districts, systematically summarizes the experience and achievements of management system reform in Guanzhong Irrigation District of Shaanxi Province in recent years, and comprehensively introduces the monitoring and evaluation work carried out in the reform, including the indicator system, work procedures, and main achievements of monitoring and evaluation. Finally, based on actual investigation and analysis data, it introduces agricultural water price reform and its management measures. This book can serve as a reference for policy research institutions of government departments at all levels, water affairs administrative departments at all levels, major large, medium, and small irrigation districts across the country, and related personnel. It can also be used as a learning reference book for postgraduate and undergraduate students majoring in water conservancy-related fields.
Reform of irrigation area management system and monitoring and evaluation
📌 Related Posts
News
How long does cohabitation last to be considered normal?
2026-10-03
Literature
Structural dynamics
2026-10-05
Literature
Concrete Structures (Volume 1) Principles of Concrete Structures Design (Third Edition) (Civil Engineering Textbook)
2026-10-11
Literature
Political Economy -- The Capitalist Section
2026-10-18
Literature
Practice and Exploration of Soil and Water Conservation Projects under the Comprehensive Agricultural Development of Shanxi Province
2026-10-19
Literature
Very happy
2026-10-19
Literature
Wastewater Resource Recovery and Wastewater Irrigation Technology Research
2026-10-19
Literature
Hydraulic power generation structure design
2026-10-19