Listar por autor "Graco, M."

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  • Gutierrez Aguilar, Dimitri Alexey; Bouloubassi, I.; Sifeddine, A.; Purca, S.; Goubanova, K.; Graco, M.; Field, D.; Méjanelle, L.; Velazco, F.; Lorre, A.; Salvatteci Merino, Franco Renato; Quispe, D.; Vargas, G.; Dewitte, B.; Ortlieb, L. (Wiley, 2011)
    We reconstructed a high-resolution, alkenone-based sea surface temperature (SST) record spanning the last ca. 150 years, from a sediment core retrieved within the main upwelling zone off Peru. A conspicuous SST decline is ...
  • Espinoza-Morriberón, D.; Echevin, V.; Gutierrez Aguilar, Dimitri Alexey; Tam Málaga, Jorge; Graco, M.; Ledesma, J.; Colas, F. (Springer Nature, 2021)
    Deoxygenation is a major threat to the coastal ocean health as it impacts marine life and key biogeochemical cycles. Understanding its drivers is crucial in the thriving and highly exploited Peru upwelling system, where ...
  • Bach, L.T.; Paul, A.J.; Boxhammer, T.; von der Esch, E.; Graco, M.; Schulz, K.G.; Achterberg, E.; Aguayo, P.; Arístegui, J.; Ayón, P.; Baños, I.; Bernales, A.; Boegeholz, A.S.; Chavez, F.; Chavez, G.; Chen, S.-M.; Doering, K.; Filella, A.; Fischer, M.; Grasse, P.; Haunost, M.; Hennke, J.; Hernández-Hernández, N.; Hopwood, M.; Igarza, M.; Kalter, V.; Kittu, L.; Kohnert, P.; Ledesma, J.; Lieberum, C.; Lischka, S.; Löscher, C.; Ludwig, A.; Mendoza, U.; Meyer, J.; Meyer, J.; Minutolo, F.; Cortes, J.O.; Piiparinen, J.; Sforna, C.; Spilling, K.; Sanchez, S.; Spisla, C.; Sswat, M.; Moreira, M.Z.; Riebesell, U. (Copernicus Publications, 2020)
    Eastern boundary upwelling systems (EBUS) are among the most productive marine ecosystems on Earth. The production of organic material is fueled by upwelling of nutrient-rich deep waters and high incident light at the sea ...
  • Cardich Salazar, Jorge Aquiles; Sifeddine, A.; Salvatteci Merino, Franco Renato; Romero, D.; Briceño-Zuluaga, F.; Graco, M.; Anculle, T.; Almeida, C.; Gutierrez Aguilar, Dimitri Alexey (Frontiers Media, 2019)
    Subsurface water masses with permanent oxygen deficiency (oxygen minimum zones, OMZ) are typically associated with upwelling regions and exhibit a high sensitivity to climate variability. Over the last decade, several ...
  • Espinoza-Morriberón, D.; Echevin, V.; Colas, F.; Tam Málaga, Jorge; Gutierrez Aguilar, Dimitri Alexey; Graco, M.; Ledesma, J.; Quispe-Ccalluari, C. (Frontiers Media, 2019)
    The Oxygen Minimum Zone (OMZ) of the Tropical South Eastern Pacific (TSEP) is one of the most intensely deoxygenated water masses of the global ocean. It is strongly affected at interannual time scales by El Niño (EN) and ...

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