1. Operational Oceanography and Meteorolgy
Murat Elge
Ltjg. TU,Navy.

2. OUTLINES ANALYSIS OF HYDROGRAPHIC FEATURES THROUGH THE BOX
2. ANALYSIS OF VOLUME TRANSPORT

3. TOPIC
Calculating Volume/Mass Transports
by using CTD data through the Box
which is shown on the next slide.

4. LINE 3
LINE 2
LINE1

5. METHOD Geostrophic Method was used in analysis:
First, geopotential anomalies for each station were calculated.
Second, the geostrophic velocities between stations were calculated with respect to deepest cast in each station.
Finally, total volume transport calculated by using geostrophic velocities.

6. HYDROGRAPHIC FEATURES
Temperature profile
Salinity profile
Density Profile
Temperature & Salinity Profile
Spiceness

7. HYDROGRAPHIC FEATURES

8. HYDROGRAPHIC FEATURES

9. HYDROGRAPHIC FEATURES

10. HYDROGRAPHIC FEATURES

11. HYDROGRAPHIC FEATURES

12. VOLUME TRANSPORT ANALYSIS

13. VOLUME TRANSPORT ANALYSIS

14. VOLUME TRANSPORT ANALYSIS

15. VOLUME TRANSPORT ANALYSIS

16. VOLUME TRANSPORT ANALYSIS

17. VOLUME TRANSPORT ANALYSIS

18. VOLUME TRANSPORT ANALYSIS

19. VOLUME TRANSPORT ANALYSIS

20. VOLUME TRANSPORT ANALYSISSv Sv Sv

21. VOLUME TRANSPORT ANALYSIS

22. VOLUME TRANSPORT ANALYSIS
Total volume
transform Sv

23. CONCLUSIONS Conservation of Mass ????
Total volume transport through the box should be zero
Assumptions for Geostrophic method may effect the result
The water depth greater than 1000 db mostly around the box.

24. CONCLUSIONS

25. REFRENCES
Processing of Oceanographic station data by JPOTS editorial Panel
CSIRO Marine Laboratories Report 222, Sea Water , a library of MATLAB Computational Routines for the Properties of sea water.
Data Analysis Methods in Physical Oceanography,Emery & Thomson
Descriptive Physical Oceanography ,Pickard & Emery
Special Thanks to Tarry RAGO

26. QUESTIONS ?