流域水资源规划关键技术理论与实践

流域水资源规划关键技术理论与实践 pdf epub mobi txt 电子书 下载 2026

出版者:黄河水利出版社
作者:黄晓荣
出品人:
页数:212
译者:
出版时间:2007-5
价格:30.00元
装帧:
isbn号码:9787807342045
丛书系列:
图书标签:
  • 流域管理
  • 水资源规划
  • 水资源优化配置
  • 水文模型
  • 水资源评价
  • 水资源可持续利用
  • 规划技术
  • 实践案例
  • 水资源工程
  • 生态水文
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具体描述

《流域水资源规划关键技术理论与实践》内容共7章,包括流域水资源规划概述、水资源调查评价、基于水资源约束条件下经济结构的确定、流域生态环境需水量研究、水资源合理配置研究、流域水资源合理配置评价研究、黄河流域水资源配置方案评价。可供从事流域规划及管理工作的相关人员阅读参考。

《河流的脉搏:水资源可持续利用的智慧与挑战》 内容概要: 在地球水循环的宏大叙事中,河流扮演着至关重要的角色,它们是生命之源,滋养着万物,也承载着人类文明的发展。然而,随着人口增长、经济发展以及气候变化带来的挑战,河流面临着前所未有的压力。水资源短缺、水体污染、生态系统退化等问题日益凸显,如何实现水资源的永续利用,成为摆在我们面前的一道严峻考题。《河流的脉搏:水资源可持续利用的智慧与挑战》一书,正是聚焦于这一核心议题,深入探讨了在复杂多变的现实情境下,我们应当如何理解、管理和利用河流资源,以期走向可持续发展的未来。 本书并非停留在理论的层面,而是着眼于现实的复杂性,将科学的洞察、工程的实践、管理的策略以及人文的关怀融为一体。它首先从宏观视角审视全球及区域水资源分布的格局,分析影响水资源供需的关键因素,例如降水变化、蒸发蒸腾、地下水补给以及人类活动的强度等。在此基础上,本书系统梳理了水资源量化评估的方法和技术,包括水文统计分析、水文模型模拟、遥感技术在水文监测中的应用等,旨在为读者提供一套理解和掌握流域水资源现状的科学工具。 进一步地,本书深入剖析了河流生态系统健康状况的评估体系。河流不仅是水的通道,更是丰富多样的生物栖息地。水质、水量、水流形态、底质以及生物群落之间的相互作用,共同构成了河流生态的完整图景。本书详细介绍了评价河流生态健康的关键指标,如生物多样性指数、水生生物的敏感性评价、水体富营养化程度等,并探讨了如何通过监测和分析这些指标,识别河流面临的生态压力,为后续的生态修复和保护提供科学依据。 在管理层面,本书着重阐述了现代水资源管理的核心理念与实践。它强调了“综合流域管理”(Integrated River Basin Management)的必要性,即打破行政区划的壁垒,从整个流域的视角出发,统筹协调水资源开发、利用、节约、保护、修复等各项活动。书中详细介绍了综合流域管理的关键组成部分,包括水资源供需平衡分析、水权制度的建立与优化、水价改革的策略、水量分配的原则与方法、以及跨界河流的水资源合作机制等。这些内容旨在为读者提供一套系统性的管理框架,以应对流域内复杂的水事矛盾和利益冲突。 特别值得关注的是,本书 devotes significant space to the challenges and strategies for enhancing water use efficiency and promoting water conservation. It goes beyond simply calling for less water usage, but rather explores innovative technologies and management practices that can achieve the same or even better outcomes with less water. This includes sections on advanced irrigation techniques, industrial water recycling and reuse, municipal water-saving measures, and the development of water-efficient industrial processes. The book also highlights the economic and social benefits of water conservation, framing it not just as an environmental imperative, but as a strategic investment in long-term prosperity. Furthermore, the book tackles the complex issue of water pollution and its mitigation. It provides a comprehensive overview of various sources of water pollution, including industrial discharge, agricultural runoff, and domestic wastewater, and discusses the ecological and human health impacts of different pollutants. The subsequent chapters delve into a range of pollution control strategies, from end-of-pipe treatment technologies to source reduction and integrated pollution prevention measures. The importance of public participation and regulatory frameworks in controlling water pollution is also emphasized. Recognizing the profound impact of climate change on water resources, the book dedicates substantial attention to climate change adaptation and resilience in water management. It explains how changing precipitation patterns, increased frequency of extreme weather events like floods and droughts, and rising temperatures are altering water availability and demand. The book then explores adaptive strategies, such as developing drought-resistant crops, enhancing water storage capacity, improving flood forecasting and warning systems, and implementing nature-based solutions for climate adaptation. It advocates for a proactive and flexible approach to water management in the face of climate uncertainty. Beyond the technical and managerial aspects, 《河流的脉搏》 also acknowledges the socio-economic and ethical dimensions of water resource management. It discusses the concept of "water security," which encompasses not only the physical availability of water but also equitable access, affordability, and the absence of conflict over water resources. The book examines the role of governance, public engagement, and stakeholder participation in ensuring fair and sustainable water allocation, particularly for vulnerable communities. It also touches upon the cultural significance of rivers and water in different societies, underscoring the need for management approaches that respect local values and traditions. The concluding sections of the book synthesize these various threads, offering a forward-looking perspective on the future of water resource management. It discusses emerging trends, such as the integration of artificial intelligence and big data analytics in hydrological forecasting and water management, the growing importance of nature-based solutions, and the need for transdisciplinary approaches that bridge scientific research, policy-making, and practical implementation. Ultimately, the book aims to equip readers – whether they are policymakers, engineers, researchers, or concerned citizens – with the knowledge and insights necessary to navigate the intricate challenges of water resource management and contribute to a future where rivers continue to pulse with life and vitality.

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