for diver safety in the vicinity of Polarstern, and PAM recordings at a separate site 60nm from Polarstern for 12h at 192 kHz. 2005 Polarstern expedition ANT-XXII/3 doi.org/10.2312/BzPM_0533_2006 [...] monitoring. 2014/15 Acoustic mensuration of RV Polarstern during expedition PS89 doi.org/10.2312/BzPM_0689_2015 To capture the sound field of RV Polarstern as experienced by a marine mammal close to [...] this species' behavioural activity. 2010/11 Polarstern expedition ANT-XXVII/2 doi.org/10.2312/BzPM_0634_2011 Field Recordings at Rothera 2009 Polarstern expedition ANT-XXV/2 doi.org/10.2
New findings on the past and future of sea ice cover in the Arctic Scientists and members of the Polarstern crew lift a box corer on board. The box corer was used to recover a sediment core from the ocean [...] doi: 10.1038/s41467-017-00552-1 . Falling sea level caused volcanos to overflow Moments on-board Polarstern: Waves (Photo: Mario Hoppmann) (Photo: Alfred-Wegener-Institut) [06 July 2017] Throughout the last
long-term measurements in Antarctica, ( Neumayer_III ), in the Arctic (AWIPEV ) and on the oceans ( Polarstern ) automatic weather stations (AWS) are in use. The numbers of the AWS-systems and their locations
stringent structuring concept has been implemented in compiling the final expedition reports of "Polarstern" to be published in the "Reports on Polar and Marine Research". Apart from the bibliometric entry
of Sea Research. doi: 10.1016/j.seares.2015.03.004 . Salewski, Christian R.; Löschke, Sina: RV Polarstern - glimpses of its history, Bremerhaven 2015. Salewski, C. (2017): Die stille Frühgeschichte der
period of one year (expedition SWEAP of RV Polarstern). Reliable weather and sea state forecasts and the excellent poor-weather performance of RV Polarstern allow to sucessfully work in such areas. Our [...] ice-covered Arctic Ocean and recovered it in more than 80% sea-ice cover (expedition AURORA of RV Polarstern). The data show that the Arctic ocean exhibits a very low noise level and therefore provides ideal
multi-disciplinary teams. The infrastructure we are using are AWI’s airborne platforms Polar 5/6 and Polarstern, the permanent and summer stations Neumayer III and Kohnen, ice and clean room laboratories, ice