Seppo Kaitala#, Pasi Ylöstalo#

Kimmo Tikka&

#Finnish Environment Institute, Marine Research Centre, SYKE& Finnish Meteorological Institute, FMI

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Visualization of Ferrybox,

glider and research vessel

observations with Ocean Data

View software

FMI 6th FerryBox Workshop 8-9 September 2014, Marine Systems Institute, Tallinn

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Ocean Data View softwareOriginally from SeaDataNetproject

ODV format and software alsoused in EMODnet project

ODV format is also recommended in other projact such as Jerico

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From SDN portal you can fetch the data in ODV format

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Finnmaid bottle samples in 2008

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Combining R/V Aranda and Finnmaid ferrybox flowdata for the year 2014 (especially May)

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Data interpolation with ODV-DIVA option

Transpaper ferry data for the Gulf of Bothnia

2012-2014, salinity and temperature

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Transpaper ferry data for the

Bothnian Sea 2012-2014, salinity

and and chlorophyll fluorescence

Glider data visualization in Groom

experiment 13-17, Sep., 2013.

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MS Silja Opera: Water samples from mid-April till mid-October, 2005, by Pasi Ylöstalo et al.

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Neva Bay: Spatial and seasonal variation of temperature, salinity, Chla, and various nutrient fractions: TN, DIN, TON, TP, DIP, and TOP

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Neva Bay: Spatial and seasonal variation of aCDOM(350), SCDOM(300-700), DOC, aCDOM*(350), DON, and molar DOC/DON. Potential phosphorus limitation is defined to conditions where molar DIN/DIP ratio > 16 (blue line) and DIP concentration < 0.2 µM (redline) according to Fisher et al, 1992

Visualization of operational HBM model

3th July, 2014

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Conclusions

ODV is excellent tool for visualization of oceanographic monitoring data

ODV should be used to evaluate different kind of data sources in combination

Regional cooperation is needed for data handling, evaluation and visualization

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Thank You for Your

attention

☺