Appendix 10 List Of Scientific Papers - Aanderaa 4330 Operating Manual

Appendix 10 List of scientific papers

Commercially available oxygen optodes for oceanographic application were introduced by AADI in 2002. The long-term stability (years) and reliability of
these sensors have revolutionized oxygen measurements and several thousand are in use in applications ranging from streams to the deepest ocean
trenches (11 000 m), from fish farms to waste water, from polar ice to hydrothermal vents. This document gives examples of published scientific
investigations in which AADI optodes have played a central role.
The basic technique of the AADI Oxygen Ooptode, an evaluation of its functioning in aquatic environments and multivariate investigations on sensor
cross-sensitivity were presented in Tengberg et al (2006). Other studies include use on autonomous Argo floats Joos et al (2003), Körtzinger et al (2004
and 2005), Johnson et al. (2010) and gliders (Nicholoson et al., 2008), long-term monitoring in coastal environments with high bio-fouling (Martini et al.,
2007), on coastal buoys (Jannasch et al., 2008), on Ferry box systems (Hydes et al., 2009), on cabled CTD instruments for profiling down to 6000 m
including suggestions for improved calibrations, pressure effect and compensation for slow response (Uchida et al., 2008) and in chemical sensor
networks (Johnson et al., 2007). Drazen et al. (2005) presented a novel technique to measure respiration rates of deep sea fish and Sommer et al (2008)
described an automatic system to regulate oxygen levels and to measure sediment-water fluxes during in-situ sediment incubation at vent sites. Also
Examples of scientific papers in which AADI optodes have been used and evaluated
(Last updated in January 2012)
page 84 of 93
TD 269 OPERATING MANUAL
OXYGEN OPTODE 4330, 4831, 4835
June 2017