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Carole Ferret. (2011).19-20, p. 405–458.
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Gomm E. (2016). Zooplankton community assemblages and trophic links in a nearshore zone of the Adélie Basin, East Antarctica. .
Abstract: Distribution, and abundances of the zooplankton community at site Jacobsen (40 m depth) near Dumont d’Urville Station (-66.39oS, 140.00oE) in the East Antarctic, Adélie Basin area are reported. The sampling period went from the 15th November 2015 to the 3rd of February 2016. Samples were taken in the water column over the course of the sea ice break-up and subsequent spring phytoplankton bloom. Environmental variables such as chlorophyll a, air temperature, salinity and temperature in the water column were measured and later sea ice extent and concentration data was acquired to make informed conclusions regarding the presence and abundance of zooplankton species. Oithona similis, Oncaea curvata, and Drescheriella glacialis were species found in high abundances. D. glacialis in particular was found within the sea ice.
Stable isotope analysis was conducted on samples of seawater particulate organic matter (POM), ice core POM, Oithona similis, Oncaea curvata, Pleuragramma antarcticum larvae, and adult Trematomus newnesi, Trematomus bernacchii, and Notothenia coriiceps. Where necessary samples were lipid extracted of lipid corrected to give appropriate ????13C and ????15N values. Known trophic enrichment factors were then used to construct a possible food chain in the lower trophic levels of a coastal Antarctic site.
Programme: 1142
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Robin JP et J Labonne. (2019). Zone Atelier Antarctique et Terres Australes : Bilan et Perspectives. Bachelor's thesis, , .
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Beunon H, Mattielli N, Doucet L-s, Moine B, Guillaume D, Debaille V, Wasilewski B, Gregoire M, Delacour A, Cottin J-y, Delpech G. (2017). Zinc isotope fractionation in upper mantle: new insights from ultra-refractory mantle xenoliths in an oceanic intraplate setting. Bachelor's thesis, , .
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Tourpin S. & Giret A. (1998). Zeolitisation and Ree Basalt Contents in the Kerguelen Islands..
Abstract: Workshop 'Progress in Kerguelen Islands Geology'
Programme: 251
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Gamble, A., Garnier, R. & Boulinier, T. (2017). ZATA-ILTER: Optimization of sampling designs in eco-epidemiologic studies based on the detection of antibodies..
Abstract: Poster presenation at the ZATA-ILTER bi-annual meeting, Nantes, October, 2nd – 4th 2017.
Programme: 1151
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. (2018). Young parents produce offspring with short telomeres: A study in a long-lived bird, the Black-browed Albatross (Thalassarche melanophrys) (Vol. 13).
Keywords: Animal sexual behavior Birds Feathers Foraging Physiological parameters Telomeres Vertebrates Wildlife
Programme: 109
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McGraw K.J., Wakamatsu K., Ito S., Nolan P.M., Jouventin P., Dobson F.S., Austic R.E., Safran R., Siefferman L., Hill G. & Parker R. (2004). You Can't Always Judge a Plumage Pigment by its Color: Carotenoid and Melanin Content of Yellow and Brown Feathers in Swallows, Bluebirds, Penguins, and Domestic Chicks. Condor, 106, 390–395.
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Legrand Michel, Yang Xin, Preunkert Susanne, Theys Nicolas. (2016). Year?round records of sea salt, gaseous, and particulate inorganic bromine in the atmospheric boundary layer at coastal (Dumont d'Urville) and central (Concordia) East Antarctic sites (Vol. 121).
Abstract: Abstract Multiple year?round records of bulk and size?segregated compositions of aerosol were obtained at the coastal Dumont d'Urville (DDU) and inland Concordia sites located in East Antarctica. They document the sea?salt aerosol load and composition including, for the first time in Antarctica, the bromide depletion of sea?salt aerosol relative to sodium with respect to seawater. In parallel, measurements of bromide trapped in mist chambers and denuder tubes were done to investigate the concentrations of gaseous inorganic bromine species. These data are compared to simulations done with an off?line chemistry transport model, coupled with a full tropospheric bromine chemistry scheme and a process?based sea?salt production module that includes both sea?ice?sourced and open?ocean?sourced aerosol emissions. Observed and simulated sea?salt concentrations sometime differ by up to a factor of 2 to 3, particularly at DDU possibly due to local wind pattern. In spite of these discrepancies, both at coastal and inland Antarctica, the dominance of sea?ice?related processes with respect to open ocean emissions for the sea?salt aerosol load in winter is confirmed. For summer, observations and simulations point out sea salt as the main source of gaseous inorganic bromine species. Investigations of bromide in snow pit samples do not support the importance of snowpack bromine emissions over the Antarctic Plateau. To evaluate the overall importance of the bromine chemistry over East Antarctica, BrO simulations were also discussed with respect data derived from GOME?2 satellite observations over Antarctica.
Keywords: Antarctic sea ice Antarctica inorganic bromine oxidants sea salt
Programme: 1154
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Lambert G., Monfray P., Ardouin B., Bonsang G., Gaudry A., Kazan V. & Polian G. (1995). Year-to-year changes in atmospheric CO2. Tellus series a-dynamic meteorology and oceanography, 47B, 53–55.
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