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Physical Processes in Lakes
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Physical processes are keys for the status of a lake. In this Special Issue, the emphasis is on dissolved oxygen and on exchange of gases, energy and momentum between atmosphere and further mixing and consumption within the water. The studies presented relate to ice-free as well as ice-covered lakes. Field measurements are combined with theoretical approaches.
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Keywords
- 3D modelling
- Acoustic Doppler current profilers
- and sediment heat flux
- anisotropic turbulence
- artificial mixing
- biogenic turbulence
- bubble plume
- bubble plumes
- chlorophyll-a
- Climate Change
- convectively-mixed layer
- dissolved gas
- dissolved oxygen
- diurnal variation
- ebullition
- energy content
- energy fluxes
- Environmental science, engineering & technology
- fractal
- full set of turbulent stresses
- GLM
- Greenhouse gases
- Henry law
- History of engineering & technology
- hourly model
- hydrodynamic model
- ice phenology
- ice-covered lakes
- ice-covered period
- interbeam velocity correlations
- internal waves
- lacustrine waters
- Lakes
- mixing
- multi-scale
- phosphorus
- phosphorus release
- radiatively driven convection
- Reservoirs
- shallow lake
- shallow lakes
- Si3D
- snow-ice cover thickness
- stratification
- surface waves
- Technology, engineering, agriculture
- Technology: general issues
- total gas pressure
- Turbulence
- under-ice irradiance
- Water quality
- water temperature
Links
DOI: 10.3390/books978-3-0365-3697-2Editions