Technological Oceanography
Materialtyp:
ArtikelUtgivningsinformation: MDPI - Multidisciplinary Digital Publishing Institute 2024Beskrivning: 1 electronic resource (210 p.)Innehållstyp: - text
- computer
- online resource
- 9783725802234
- 9783725802241
- Black Sea
- Chebyshev–Galerkin spectral method
- Chebyshev–collocation spectral method
- Cox number
- Mesopelagos
- Richardson number
- SMOS validation
- acoustic particle velocity
- analysis of innovations
- carbon flux
- citizen science
- compressed storage
- data assimilation
- depth-separated equation
- dictionary learning
- fine structure
- finite difference method
- greenhouse gases
- interface thickness
- laboratory experiment
- low-cost sensors
- micronekton
- midwater trawls
- mixing efficiency
- ocean acoustic propagation
- ocean circumnavigation
- ocean modelling
- oceanography
- operational forecast
- real-time data transmission
- scientific sailing boat
- sea surface salinity
- sea surface temperature
- ships of opportunity
- sound intensity streamline
- sound speed profile
- sparse representation
- stratified sampling
- sub-Antarctic zone
- temperature-depth profiler
- tethered profiler
- turbulent stirring
- two-dimensional Helmholtz equation
- two-layered fluid
- variational methods
- vector acoustic model
- vertical turbulent mass exchange
- winch
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Advances in our understanding of ocean phenomena would not be possible without innovations. Identifying new phenomena, assessing environmental risks, monitoring and forecasting ocean state, and delivering observational data to modelers all require technological solutions.This Special Issue aims to present an oceanographic perspective on modern technology, allowing for a better understanding of the ocean in all its diversity, taking into account both societal and scientific needs. In this Special Issue, we have collected original papers based on applications of novel approaches in the development of new sensors, observational programs, sampling strategies, and new ocean modeling and data processing techniques. It would be impossible to describe the current state of such a complex and constantly evolving science as technological oceanography in just one volume. The articles presented here are just some examples of modern trends in the development of new technologies in oceanography.
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eng
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