Equipment and Methods 
Marine Physics: 
Typ S/N | Calibration Date 
CTD 1 ” SBE9 P21787-0577 
Deck Unit SBE11 P31787-0526 
T-Sensor SBE3 2584 07.10.15 
C-Sensor SBE4 08.10.15 
O2-Sensor ' SBE43 25.06.15 
Fluorometer ; WetlabECO 4390 20.06.11 
Altimeter ' 978 
Rosette Sampler Nr. 1 12 x 101 
. . . Sonde_1\CON Files\Sonde1 151008 WetLabs3427 Ox31 
Configuration File 
52_AN.xmicon _ 
CTD 2 (back-up system) 
Deck Unit 
T-Sensor 
C-Sensor 
D2-Sensor 
SBE9 |_83014 
SBE11 P25457-0585 
SBE3 2808 25.04.16 
SBE4 2602 ' 25.04.16 
SBE43 3152 25.06.15 
Vessel mounted sensors: 
‘ Thermosal ' SBE21 ' 2148425-3315_ !' July 2016 
“Fluorimeter for turbidity and 15 
| Fluorimeter for turbidity and 10 AU Turner 
| chlorophyll 
On this cruise CTD 1 was used only! 
Nutrients: 
Oxygen determination according to Winkler-Carpenter by means of a SIS Dissolved 
Oxygen Analyser (DOA) with photometric end point determination at selected depths. 
Continuous pH determination via the sea water pipe. 
Continuous phosphate, silicate, nitrite, and nitrate determination bv MiniMon via the sea 
water pipe and daily reference samples. 
Determination of the pH value (CTD samples and continuously). 
Determination of depth of visibility by means of a Secchi disk at daylight stations. 
Filtration of surface water samples and freezing of the glass fiber filters for the 
determination of chlorophyll according to Jeffrey and Humphrey after the cruise. 
The determination of alkalinity of sea water was not feasible due to a malfunction of the 
instrument. Only the first two stations could be sampled. 
Radiochemistry: 
2 x 35 | surface water for the extraction of strontium-90 after the cruise. 
One liter surface samples for the analysis of tritium after the cruise. 
270 | samples taken at selected stations at great depths for the determination of 
strontium and tritium after the cruise and of cesium on board. 
One 600 | surface water samples for test purposes after the cruise.