Here, line graphs, visualizations of interaction mechanisms, and trajectories are used to capture change. This framework contributes to research, a) by enabling a comprehensive consideration of change phenomena,
To achieve this, we adapt a numerical ocean model to include a representation of submarine iceberg-ocean interaction, and compare model output to identical simulations without icebergs. We generate a high-fidelity model domain representative of Sermilik Fjord, with realistic bathymetry39 (Fig. 1a) ...
The interaction of material sources is also reflected in the amount of light minerals (Fig. 2c). During early MIS 2, the amounts of IRDtotal (Fig. 2a) and hypersthene (Fig. 3; Table 2) were greater than those during the other MIS periods. In the central Okhotsk Sea, the IRD flux...
A simple model of fjord and coastal circulation interaction. J. Phys. Oceanogr. 11, 1612–1626 (1981). Article Google Scholar Arneborg, L. Turnover times for the water above sill level in Gullmar Fjord. Continental Shelf Res. 24, 443–460 (2004). Article Google Scholar Straneo, F. ...
which is essential in the context of climate change.#Dynamic glacier fracture and the subsequent generation and propagation of iceberg-induced tsunamis are reproduced using a unified numerical glacier–ocean model, in line with observations at the Eqip Sermia glacier in Greenland, as well as labora...