Environmental Fluid Mechanics SCISCIE

Environmental Fluid Mechanics is devoted to the publication of basic and applied studies broadly relating to natural fluid systems, particularly as agents for the transport and dispersion of environmental contamination. Understanding transport and dispersion processes in natural fluid flows, from the microscale to the planetary scale, serves as the basis for the development of models aimed at simulations, predictions, and ultimately sustainable environmental management. Within this scope, the subject areas are diverse and may originate from a variety of scientific and engineering disciplines: civil, mechanical and environmental engineering, meteorology, hydrology, hydraulics, limnology, and oceanography.

The editors welcome reviews and original articles treating the atmosphere (on all spatial scales), surface water (wetlands, rivers, lakes, estuaries and oceans), and laboratory simulations of natural flows (thermals, plumes, jets, etc.). In addition, the journal is a medium for the publication of interdisciplinary studies on the interactions between natural fluid systems and their boundaries (ex. air-water surface exchanges, bottom sedimentation and resuspension, and exchanges between surface and subsurface waters) as well as interactions between fluids and their contents (ex. chemical and biological loads). Articles reporting observational, experimental, modeling and theoretical investigations are all appropriate.

Environmental Fluid Mechanics 致力于出版与自然流体系统广泛相关的基础和应用研究，特别是作为环境污染的传输和分散剂。了解从微观尺度到行星尺度的自然流体流动中的传输和扩散过程，可作为开发旨在模拟、预测和最终可持续环境管理的模型的基础。在此范围内，学科领域多种多样，可能源自各种科学和工程学科：土木、机械和环境工程、气象学、水文学、水力学、湖沼学和海洋学。

编辑欢迎评论和原创文章处理大气（所有空间尺度）、地表水（湿地、河流、湖泊、河口和海洋）以及自然流动的实验室模拟（热气流、羽流、射流等） .此外，该杂志是发表关于自然流体系统及其边界之间的相互作用（例如空气-水表面交换、底部沉积和再悬浮，以及地表水和地下水之间的交换）以及相互作用的跨学科研究的媒介。流体及其内容物之间（例如化学和生物负载）。报道观察、实验、建模和理论研究的文章都是合适的。

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