@misc{Lahajnar2015,
Title = {Geochemistry and Ecology of the Namibian Upwelling System NAMUFIL: Namibian Upwelling Filament Study - Cruise No. M103 - December 27, 2013 - February 11, 2014 - Walvis Bay (Namibia) - Walvis Bay (Namibia)},
Author = {Lahajnar, Niko and Mohrholz, Volker and Angenendt, Svenja and Ankele, Markus and Annighöfer, Meike and Beier, Sebastian and Birkicht, Matthias and Bohata, Karolina and Brust-Möbius, Juliane and Buchholz, Fritz and Chikwililwa, Chibo and Cordts, Hannah and Dähnke, Kristin and Denda, Anneke and Flohr, Anita and Frame, Caitlin and Geist, Simon and Gerth, Monika and Hansen, Anja and Heene, Toralf and Höring, Flavia and Janssen, Silke and Koppelmann, Rolf and Kunzmann, Andreas and Kretzschmann, Lisett and Martin, Bettina and Mlambo, Lindan and Möbius, Jürgen and Muyongo, Aphary and Nickel, Gerald and Ngutjinazo, Thusnelda and Numwa, Oliver and Ohde, Thomas and Pavloudi, Christina and Paul, Nina and Rejoice N. E., Josephine and Rixen, Tim and Schmidt, Martin and Schukat, Anna and Siegel, Herbert and Simon, Stephanie and Stöber, Anette and Teichert, Lea and Vorrath, Maria-Elena and Wasmund, Norbert and Werner, Thorsten},
Editor = {},
Year = {2015},
Doi = {10.2312/cr_m103},
Abstract = {Cruise M103 NAMUFIL (Namibian Upwelling Filament Study) onboard RV METEOR was dedicated to the GENUS (Geochemistry and Ecology of the Namibian Upwelling System) project (Phase II) and represented the sixth field campaign within this program since 2008. The scientific work focused on the Namibia Benguela region between the Orange River (28.6°S) in the south and the Kunene River (17.25°S) in the north during low to moderate upwelling conditions in the austral summer season and aimed to clarify relationships between climate change, biogeochemical cycles of nutrients, and ecosystem structure in one of the largest upwelling ecosystems. The cruise was divided into two legs: Leg 1 was the synoptic part and designed to study the entire Northern Benguela upwelling area with pre-defined transects and comprised empirical studies of processes and rates of ocean circulation, biogeochemical cycling of nutrients between the water column, biota and the sediments, trophic interactions and energy flows. Leg 2 focused on the ecosystem succession of a filament in order to investigate processes within and across a dynamic water mass. Overall, the cruise was highly successful as we were able to conduct sampling at 86 stations during leg 1 stations and 76 stations during leg 2. In addition to routine shipboard operations such as CTD casts and the deployment of several plankton nets and a multicorer we also recovered and redeployed various short-term and long-term moorings on the 23°S, 20°S and 18°S transects. The filament observations consisted of high resolution transects with towed CTD, multidisciplinary work at stations and a drifter experiment. The M103 filament experiment was the follow-up study of the METEOR expedition M100 in September 2013.},
}
TY - RPRT
AU - Lahajnar, Niko
AU - Mohrholz, Volker
AU - Angenendt, Svenja
AU - Ankele, Markus
AU - Annighöfer, Meike
AU - Beier, Sebastian
AU - Birkicht, Matthias
AU - Bohata, Karolina
AU - Brust-Möbius, Juliane
AU - Buchholz, Fritz
AU - Chikwililwa, Chibo
AU - Cordts, Hannah
AU - Dähnke, Kristin
AU - Denda, Anneke
AU - Flohr, Anita
AU - Frame, Caitlin
AU - Geist, Simon
AU - Gerth, Monika
AU - Hansen, Anja
AU - Heene, Toralf
AU - Höring, Flavia
AU - Janssen, Silke
AU - Koppelmann, Rolf
AU - Kunzmann, Andreas
AU - Kretzschmann, Lisett
AU - Martin, Bettina
AU - Mlambo, Lindan
AU - Möbius, Jürgen
AU - Muyongo, Aphary
AU - Nickel, Gerald
AU - Ngutjinazo, Thusnelda
AU - Numwa, Oliver
AU - Ohde, Thomas
AU - Pavloudi, Christina
AU - Paul, Nina
AU - Rejoice N. E., Josephine
AU - Rixen, Tim
AU - Schmidt, Martin
AU - Schukat, Anna
AU - Siegel, Herbert
AU - Simon, Stephanie
AU - Stöber, Anette
AU - Teichert, Lea
AU - Vorrath, Maria-Elena
AU - Wasmund, Norbert
AU - Werner, Thorsten
TI - Geochemistry and Ecology of the Namibian Upwelling System NAMUFIL: Namibian Upwelling Filament Study - Cruise No. M103 - December 27, 2013 - February 11, 2014 - Walvis Bay (Namibia) - Walvis Bay (Namibia)
PY - 2015
DO - 10.2312/cr_m103
AB - Cruise M103 NAMUFIL (Namibian Upwelling Filament Study) onboard RV METEOR was dedicated to the GENUS (Geochemistry and Ecology of the Namibian Upwelling System) project (Phase II) and represented the sixth field campaign within this program since 2008. The scientific work focused on the Namibia Benguela region between the Orange River (28.6°S) in the south and the Kunene River (17.25°S) in the north during low to moderate upwelling conditions in the austral summer season and aimed to clarify relationships between climate change, biogeochemical cycles of nutrients, and ecosystem structure in one of the largest upwelling ecosystems. The cruise was divided into two legs: Leg 1 was the synoptic part and designed to study the entire Northern Benguela upwelling area with pre-defined transects and comprised empirical studies of processes and rates of ocean circulation, biogeochemical cycling of nutrients between the water column, biota and the sediments, trophic interactions and energy flows. Leg 2 focused on the ecosystem succession of a filament in order to investigate processes within and across a dynamic water mass. Overall, the cruise was highly successful as we were able to conduct sampling at 86 stations during leg 1 stations and 76 stations during leg 2. In addition to routine shipboard operations such as CTD casts and the deployment of several plankton nets and a multicorer we also recovered and redeployed various short-term and long-term moorings on the 23°S, 20°S and 18°S transects. The filament observations consisted of high resolution transects with towed CTD, multidisciplinary work at stations and a drifter experiment. The M103 filament experiment was the follow-up study of the METEOR expedition M100 in September 2013.
ER -
