@article{Soto Alonso_Chic Giménez_Mulet Morales_Guillén Aranda_2019, title={Visualization of oceanographic time series through SOS services}, volume={28}, url={https://ojs.revistamapping.com/MAPPING/article/view/166}, abstractNote={<p>The duration of scientific projects (average of 3 years) is a limitation<br>to obtain the long time series that are essential to achieve a good<br>knowledge of oceanographic processes. Permanent marine stations,<br>such as the Coastal Ocean Observatory (COO) of the ICM-CSIC, enable<br>to record measurements of oceanographic parameters in the<br>long term. Since April 2002, a monthly oceanographic cruise has<br>been collecting temperature, salinity, turbidity, fluorescence, and<br>pressure measurements at nine points along two perpendicular<br>profiles in front of Barcelona city. The specifications defined by the<br>Sensor Web Enablement (SWE) technology of the Open Geospatial<br>Consortium (OGC) allow the standardization of the data acquired<br>by the sensors. Specifically, Sensor Observation Service (SOS) establishes<br>the description of the observations and the sensors. Two<br>technologies have been evaluated allowing the implementation<br>of a SOS system concluding that it is necessary to improve them to<br>be more user-friendly. The standardization of the data facilitates its<br>visualization with very useful tools for a first analysis and oceanographic<br>interpretation. This standardization supposes a great effort that<br>is compensated by the interoperability that is achieved.</p>}, number={193}, journal={REVISTA INTERNACIONAL MAPPING}, author={Soto Alonso, Sara and Chic Giménez, Óscar and Mulet Morales, Oriol and Guillén Aranda, Jorge}, year={2019}, month={mar.}, pages={34–43} }