TY - BOOK
T1 - The Atlantification process in Svalbard: A broad view from the SIOS Marine Infrastructure network (ARiS).
T2 - In SESS Report 2024, Chapter 5. Svalbard Integrated Arctic Earth Observing System (SIOS).
AU - Bensi, Manuel
AU - Nilsen, Frank
AU - Ferre, Benedicte
AU - Skogseth, Ragnheid
AU - Moskalik, Mateusz
AU - Korhonen, Meri
AU - Vogedes, Daniel
AU - Kovacevic , Vedrana
AU - Paladini de Mendoza, Francesco
AU - Ingrosso, Gianmarco
AU - Langone, Leonardo
AU - Giordano, Patrizia
AU - Inall, Mark
AU - Mano, Beatriz
AU - Sundfjord, Arild
AU - Bailey, Allison
AU - Foss, Øyvind
AU - Daase, Malin
AU - Castro de la Guardia, Laura
AU - Divya, David T
AU - Renner, Angelika
AU - Dumont, Estelle
AU - Glowacki, Oskar
AU - Ogg, Franziska
AU - Olsen , Helene
AU - Dølven, Knut Ola
AU - Jones, Eleanor
N1 - © Copyright 2025 The Authors
PY - 2025/1/20
Y1 - 2025/1/20
N2 - Arctic marine systems are vital to the Earth’s ecological and climatic balance and harbour a unique biodiversity adapted to extreme conditions. However, they are under unprecedented threat from climate change, in particular from “Atlantification”, i.e., the loss of sea ice and the increasing influence of Atlantic Water (AW) in this region. Long-term observatories are crucial to detect even small changes in these dynamic ecosystems. Svalbard, with its easily accessible infrastructure, is a strategic location for studying these changes. We have identified marine time series that clearly illustrate the signature of Atlantification in the Svalbard region over the last two decades. These time series provide insight into the propagation of AW and the interaction between the continental slope, the shelf and the fjord systems. Seasonal and multi-year temperature and salinity patterns illustrate the varying influence of AW, with long-term variability showing, among others, a freshening phase since 2018, possibly related to North Atlantic freshwater anomalies.
AB - Arctic marine systems are vital to the Earth’s ecological and climatic balance and harbour a unique biodiversity adapted to extreme conditions. However, they are under unprecedented threat from climate change, in particular from “Atlantification”, i.e., the loss of sea ice and the increasing influence of Atlantic Water (AW) in this region. Long-term observatories are crucial to detect even small changes in these dynamic ecosystems. Svalbard, with its easily accessible infrastructure, is a strategic location for studying these changes. We have identified marine time series that clearly illustrate the signature of Atlantification in the Svalbard region over the last two decades. These time series provide insight into the propagation of AW and the interaction between the continental slope, the shelf and the fjord systems. Seasonal and multi-year temperature and salinity patterns illustrate the varying influence of AW, with long-term variability showing, among others, a freshening phase since 2018, possibly related to North Atlantic freshwater anomalies.
U2 - 10.5281/zenodo.14425672
DO - 10.5281/zenodo.14425672
M3 - Other report
SN - 978-82-93871-14-9.
VL - SESS report 2024
BT - The Atlantification process in Svalbard: A broad view from the SIOS Marine Infrastructure network (ARiS).
CY - Svalbard
ER -