Journal Title：Wiley Interdisciplinary Reviews-water

Overview

The award-winning WIREs (Wiley Interdisciplinary Reviews) series combines some of the most powerful features of encyclopedic reference works and review journals in an innovative online format. They are designed to promote a cross-disciplinary research ethos while maintaining the highest scientific and presentational standards, but should be viewed first and foremost as evolving online databases of cutting-edge reviews.

WIREs Water

An important new forum to promote cross-disciplinary understanding of the water environment, and the severe challenges that it faces during the 21st Century

An authoritative, encyclopedic resource addressing key topics from the perspectives of earth sciences, biology, engineering, social sciences, and humanities

High-quality content commissioned from expert contributors and peer-reviewed to a rigorous standard

Content is fully citable, qualifying for abstracting, indexing, and ISI ranking

For more information, please go to wires.wiley.com/water.

Aims and Scope

The scope of WIREs Water is at the interfaces between five very different intellectual themes: the basic science of water, its physics and chemistry, flux, and things that it transfers and transforms; life in water, and the dependence of ecosystems and organisms on water to survive and to thrive; the engineering of water to furnish services and to protect society; the people who live with, experience and manage the water environment; and those interpretations that we, as a society, have brought to water through art, religion, history and which in turn shapes how we come to understand it. These interfaces are not simply designed to be ways of looking at water through what necessarily must be interdisciplinary perspectives. They are also designed to be outward facing in terms of how water can help to understand wider questions concerning our environment and human-environment interactions.

Topics:

Engineering Water

The contributions made by the engineering sciences to the ways in which we engineer and plan water: water, health and sanitation, including water supply, waste and disposal, infectious and waterborne diseases, public health, environmental standards: the sustainable engineering of water, including source protection, water conservation and recycling, resilience to natural hazards, waste and drainage systems, waterproofed urban landscapes, enhancing ecosystems through engineering; planning water including planning concepts, path dependency, retrodiction and prediction, forecasting, holistic analysis of water.

Human Water

Perspectives from the social sciences and humanities on our water condition: water governance, including decision-making processes, rules, customs, laws and accountability in water management; the value of water, including water pricing, more-than-economic valuation of water, hidden and embedded water (e.g. in energy, food), alternative definitions of the ‘clean’ and the ‘safe’; the rights to water, including distributive justice, entitlements and their definition, water conflicts across spatial scales; water as imagined and represented, in the creative arts, across world views, in memory and through communication.

Science of Water

The physics and chemistry of water: hydrological processes throughout the hydrological cycle; stocks and flows of water and the matter that it entrains, transports and deposits, at different spatial and temporal scales; water extremes in stocks and flows and there distributions in space and time; water quality, including solutes, sediment and temperature and its control by water flow pathways and transit times; water and environmental change, including climate, land use and flow regulation.

Water and Life

The ecology and biology of freshwater environments: the nature of freshwater ecosystems, including their structure and organisation, inter-connectivity, emergent properties, sensitivity and resilience; stresses and pressures on ecosystems, at the scales of species, habitats and ecosystems, and including multiple stressors; conservation, management and awareness including restoration, the analysis of ecosystem services, questions of spatial and temporal scale and public engagement with freshwater ecosystems.

概述

屢獲殊榮的 WIREs（Wiley 跨學科評論）系列以創新的在線格式結合了百科全書參考書目和評論期刊的一些最強大的功能。它們旨在促進跨學科研究精神，同時保持最高的科學和展示標準，但首先應將其視為不斷發展的前沿評論在線數據庫。

WIREs Water

一個重要的新論壇，旨在促進對水環境及其在 21 世紀面臨的嚴峻挑戰的跨學科理解

一個權威的百科全書資源，從地球科學、生物學、工程學、社會科學和人文科學的角度解決關鍵主題

由專家貢獻者委托的高質量內容，并按照嚴格的標準進行同行評審

內容完全可引用，符合摘要、索引和 ISI 排名的要求

有關更多信息，請訪問 wires.wiley.com/water。

目標和范圍

WIREs Water 的范圍是五個非常不同的知識之間的接口主題：水的基本科學、物理和化學、通量以及水所傳輸和轉化的物質；水中生命以及生態系統和生物對水的依賴；水的工程服務以及對社會的保護；與水共存、體驗和管理水環境的人們；以及我們作為一個社會通過藝術、宗教、歷史對水的解讀，這些解讀反過來又塑造了我們對水的理解。這些界面不僅僅是通過必然是跨學科的視角來看待水的方式。它們還被設計為面向外部，以說明水如何幫助我們理解有關??我們的環境和人與環境相互作用的更廣泛問題。

主題：

工程水

工程科學對我們設計和規劃水的方式所做的貢獻：水、健康和衛生，包括供水、廢物和處置、傳染性和水傳播疾病、公共衛生、環境標準：可持續的水工程，包括水源保護、水資源保護和回收、抵御自然災害的能力、廢物和排水系統、防水城市景觀、通過工程改善生態系統；規劃水，包括規劃概念、路徑依賴、回溯和預測、預報、水的整體分析。

人類的水

社會科學和人文學科對我們水狀況的看法：水治理，包括決策過程、規則、習俗、法律和水管理問責制；水的價值，包括水價、水的超經濟價值、隱藏和嵌入的水（例如能源、食品中的水）、“清潔”和“安全”的替代定義；水權，包括分配正義、權利及其定義、跨空間尺度的水沖突；在創意藝術、跨世界觀、記憶和通過交流中對水的想象和表現。

水的科學

水的物理和化學：整個水文循環中的水文過程；不同空間和時間尺度上的水的存量和流量以及它所夾帶、運輸和沉積的物質；水的存量和流量的極端值及其在空間和時間上的分布；水質，包括溶質、沉積物和溫度及其通過水流路徑和運輸時間的控制；水和環境變化，包括氣候、土地利用和流量調節。

水和生命

淡水環境的生態學和生物學：淡水生態系統的性質，包括其結構和組織、相互連通性、新興特性、敏感性和恢復力；生態系統的壓力和壓力，包括物種、棲息地和生態系統的尺度，包括多種壓力源；保護、管理和意識，包括恢復、生態系統服務的分析、空間和時間尺度的問題以及公眾對淡水生態系統的參與。

Wiley Interdisciplinary Reviews-water創刊于2014年，由Wiley-Blackwell出版商出版，收稿方向涵蓋Environmental Science - Ecology全領域，在行業領域中學術影響力很大，屬于TOP期刊，國際一流期刊，關注度和專業度非常高，所以對原創文章要求創新性很高，過審難度很高，如果您有志于TOP期刊，建議關注此刊。平均審稿速度 ，影響因子指數6.8，該期刊近期沒有被列入國際期刊預警名單，廣大學者值得一試。