Lanconelli C., A. Lupi, P. Sarti, M. Negusini, V. Vitale, C. Tomasi -. (2007). Relationship between the downwelling longwave radiation at the surface and the GPS derived Precipitable Water at “Mario Zucchelli” Station, Terra Nova Bay, Antartica,.
Abstract: XI Workshop Fisica e Chimica dell'Atmosfera Antartica, Roma, 10-12 Aprile 2007, book of abstract
Programme: 1176
|
De Broyer, C. , Koubbi, P. , Griffiths, H. , Danis, B. , David, B. , Grant, S. , Gutt, J. , Held, C. , Hosie, G. , Huettmann, F. , Post, A. , Raymond, B. , Ropert-Coudert, Y. and van de Putte, A. (2013). The CAML / SCAR-MarBIN Biogeographic Atlas of the Southern Ocean.
Abstract: XI SCAR Biology Symposium. Barcelona
Programme: 1142
|
Riaux-Gobin C. (1993).
|
Udisti R., E. Castellano, I. Fattori, M. Innocenti, A. Mannini, E. Salvietti, M. Severi. (2005). Inner and coastal Antarctic aerosol: a view of the composition of background tropospheric aerosol..
|
Innocenti M., S. Bellandi, O. Cerri, I. Fattori, A. Mannini, F. Marino, E. Salvietti, R. Udisti. (2005). Application of Atomic Force Microscopy (AFM) techniques to aerosol study..
|
. (2006). Sea level rise at Kerguelen island over the last 55 years..
Abstract: WRCP Workshop -Understanding Sea-level Rise and Variability, Paris.
Programme: 688
|
Tignat-Perrier, R., Vogel, T. M., Técher, N., Larose, C., and Dommergue, A. (2022). Microorganisms Floating Through the Air.
Abstract: Would you believe us if we told you that, when you breathe in, you inhale thousands of microorganisms with every breath. Although this might sound scary, be assured that they are safe for your health. These airborne microorganisms, too small to see with the naked eye, consist of many different species. Who are they? Where do they come from? What do they do in the air? These are some of the questions that we answer in this article, although many questions about airborne microorganisms remain to be explored.
Programme: 1028
|
ROLLAND VIRGINIE, Weimerskirch Henri, BARBRAUD CHRISTOPHE, . (2009). Relative influence of fisheries and climate on the demography of four albatross species
. Glob Chang Biol, 16(7), 1910–1922.
Abstract: Worldwide ecosystems are modified by human activities and climate change. To be able to predict future changes, it is necessary to understand their respective role on population dynamics. Among the most threatened species are top predators because of their position in the food web. Albatross populations are potentially affected by both human activities, especially longline fisheries, and climatic fluctuations. Based on long-term data (198520132006), we conducted through a comparative approach a demographic analysis (adult survival and breeding success) on four albatross species breeding on the Indian Ocean sub-Antarctic Islands to assess the relative impact of climate and fisheries during and outside the breeding season. The study revealed that adult survival of almost all species was not affected by climate, and therefore probably canalized against climatic variations, but was negatively affected by tuna longlining effort in three species. Breeding success was affected by climate, with contrasted effects between species, with Southern Oscillation Index having an impact on all species but one. Differences in demographic responses depended on the foraging zone and season. In order to predict population trajectories of seabirds such as albatrosses, our results show the importance of assessing the relative influence of fishing and climate impacts on demography.
Keywords: 2009, accepted 22 august, breeding success, climate, longlining, received 16 june 2009, seabird, survival,
Programme: 109
|
ROLLAND VIRGINIE, WEIMERSKIRCH HENRI, BARBRAUD CHRISTOPHE, . (2010). Relative influence of fisheries and climate on the demography of four albatross species
. Glob Chang Biol, 16(7), 1910–1922.
Abstract: Worldwide ecosystems are modified by human activities and climate change. To be able to predict future changes, it is necessary to understand their respective role on population dynamics. Among the most threatened species are top predators because of their position in the food web. Albatross populations are potentially affected by both human activities, especially longline fisheries, and climatic fluctuations. Based on long-term data (19852006), we conducted through a comparative approach a demographic analysis (adult survival and breeding success) on four albatross species breeding on the Indian Ocean sub-Antarctic Islands to assess the relative impact of climate and fisheries during and outside the breeding season. The study revealed that adult survival of almost all species was not affected by climate, and therefore probably canalized against climatic variations, but was negatively affected by tuna longlining effort in three species. Breeding success was affected by climate, with contrasted effects between species, with Southern Oscillation Index having an impact on all species but one. Differences in demographic responses depended on the foraging zone and season. In order to predict population trajectories of seabirds such as albatrosses, our results show the importance of assessing the relative influence of fishing and climate impacts on demography.
Keywords: breeding success, climate, longlining, seabird, survival,
Programme: 109
|
N. Bhiry, D. Marguerie. (2009). Geoarcheology and Archeobotany of the Archaeological Site JpEi-10, Igloo Island, Quaqtaq, Nunavik, Canada..
Abstract: World Archaeological Congress, Dublin
Programme: 1080
|